iRaiment

25.March.2001
Domain registration
Today, our internet-domain is registered.

iZipper™ and Zipputer™

29.December.2007
Original
Healing by the hands;)

© :(, NTT DoCoMo, and UncommonGoods™

29.February.2008
Ontonics Website update
We have updated the website of Ontonics, and added to the Innovation-Pipeline webpage:
[...]

MultiCouture,
[...]

26.June.2008
Announcement
MokoWear™ is one of our iRaiment™ computing hardware platform powered by OntoLinux.

03.October.2008
Question of the Day
Where is the Lego® Minifigure Plush Factory?
Eine Kuschelminifigur, die es nur einmal und nur für dich gibt oder aus Deinem Lieblingsset stammt, wird in der Legoland Plush Factory durch Dich geboren. Wir füllen deinen neuen Freund kuschelig. Du kannst Deinem kleinen Liebling auch ein passendes Outfit kaufen.

Sneak Preview
A sneak preview of an upcoming e-paper technology, which is able to display coloured and video contents.

© Royal Philips Electronics→Liquavista

This kind of technology will be used for our OruKami@Home, OruKami, P@d, RFIDWall, e-door@Home, e-door@Car, e-dashboard, and E-paper Card solutions (take a look also at the Innovation-Pipeline of Ontonics. The manufacturer actually is not determined, maybe we choose Philips, Fujitsu, an other company, or most interesting our own lab-brewed technology.

28.October.2008
Original vs. Inspiration, Sketches, and Sneak Preview

© Liquavista, NEC, Solovyov Design, Nokia, and others

The CS Watch is a smart wrist/personal watch made out of a com- bination of design concepts and technologies by Swatch, Liquavista, and Solovyov Design. This fundational solution is also used for the plenty of other breathtaking revolutions researched and developed by our OntoLab, like our MuClock/MuWatch.

29.October.2008
Ontonics Website update
[...]
Besides cleaning up the Innovation-Pipeline webpage, we also did add to the same webpage:

CS Watch,
[...]

05.December.2008
Investigations

Interactive Wear: We are watching this company since the days it was a division of Infineon. It's funny to read about its trial with the zipper producer and the explanation about their P100 solution when washing the textiles. It sounds like some informations, that we have given on our iZipper™ and Zipputer™ website. Besides this, the ap- plication scenarios are some kind of familiar to us, but the real point is, that we haven't publicated them on iRaiment™.

21.March.2009
OntoLinux, Roboticle, Mithrasoft, and iRaiment Further steps
We're looking at the open source framework for automation Beremiz, that complies with the IEC-61131-3 and PLCopen standards.

13.August.2009
Investigations::Car #140

Rheinische Post: Yesterday, the newspaper reported on one page about the medical application of titanium and a thermoelectric tech- nology to harvest wasted energy in form of heat produced by en- gines and transform it into electrical power. We are knowing and analyzing this basic technology since more than a decade in con- junction with iRaiment and sensor networks. [...]

04.September.2009
Investigations::Multimedia

Nokia: In our last report about that company we forgot to mention that its mobile phone powered by a Linux® based operating system already has 2 LED flashlights for its camera. Also that company is trying again to steal more of our concepts by jumping on the nano devices, iRaiment, and Web 2.0 bandwagon.

30.October.2009
Investigations::Multimedia

Bertelsmann→RTL: In a report a school bag was shown with a LED based technology that is called Active Light. What the report missed to say is that this kind of technology is more than 5 years old, it is knowing about our subsidiary iRaiment, which is able to deliver the full spectrum of this kind of technology, and skiing suits for example, which have this technology integrated, were started to be sold last year.

07.November.2009
Investigations::Car #188

LA Auto Show→Design LA: The organizer of the design contest "Youthmobile 2030" used contents of our websites to describe the theme of the competition with phrases like "[...] communication technology is changing how we connect, interact and express our- selves [...]" and "[...] cell phones, web cams and online communities emotionally connect [...]". The attendants showed results that are less concerned with transportation than with what we call "Style and Fun - Style of Fun™", "More Style - More Speed - More Fun™", "Just For Fun™", "Big Fun™", "Driven by fun™" but also "Form follows fun™", and are all somehow related with our Style of Speed, SRacer, OntoLinux™ and its Links to Software and Links to Hardware, as well as much more contents of our websites. [...]
Mazda has focused on the collaborative virtual environment, rapid prototyping and iRaiment approaches. We have to make the follow- ing quotes: "[...] personal brands and products on desktop 3D manu- facturing software [...]", "[...] virtual reality website that acts as a design playground for young people, allowing them to experiment, build, and share their automotive dreams [...]", "[...] Max's design is rapidly manufactured [...]", "[...] sustainable Direct Digital Manufac- turing plants [...]", "[...] minimal, lightweight sports coupe with ex- perimental shapes, ornate detailing, and a dramatically proportioned exterior [...]", "Most digital communication and information devices are now integrated into fashion apparel, eliminating the need to in- clude these systems into Max's vehicle. As a result, his vehicle con- trols are purely driver focused. [see again SRacer]".
Honda's concept is also developed around contents and concepts that are described or shown on our websites. We repeat the follow- ing phrases: "[...] genetic integration and advanced adaptive poly- mers [...]", "Advanced adaptive polymers, capable of shifting shape, color or even material properties, when coupled with the user's ge- netic code (DNA), will allow a vehicle to not just function as trans- portation, but rather be an extension of the user, evolving in parallel with the user [...] [This combination of contents, concepts as well as technologies, most of which can be found on our websites, is in parts new.]", "[...] ultimately form a unique singular bond between both human and machine DNA [...] [The company read our websites and made its homework. This kind of technology gives a professional cyborg a big smile. :D]", "[...] 3 major, distinct conformations [...]", "[...] chaotic traffic patterns [...]", "[...] high speed travel [...]", "[...] flexible and transforming multi-functioning parts, the [vehicle] adapts and reacts to specific environments and traffic patterns [...]", "Bio-receptors allow the vehicle to micro-adjust even further to meet the exact demands of the user and the environment.", and "[...] insight gained from the human genome, biotechnology, and en- vironmental forecasting, the [concept car] will actively and dynam- ically conform to the user's needs [...]". Now comes the next home- work: How is its evolution of its society? [...]

17.November.2009
OntoLinux Website update
We added the concepts Weathercontrol, Terraforming and iRaiment to the Terms of the 21st century webpage.

11.December.2009
Originals
1. row: Programmable beads, Ejewels workshop for children (2002), Medallion II (2003)
2. row: Lumiloop (2004), Gem Smartphone (2002?), Wrist LED light (2008)
3. row: Digitus (2007), The O.R.B. (2009)

© MIT Media Lab, Nokia, Aeolab, ComputerGear, Charles Windlin, Hybra Advanced Technology and :(

06.November.2010
Investigations::Multimedia

yDreams and European Space Agency: That company and the ag- ency collaborated and created a wearable computer that is simply the MIThril wearable computing platform (see the section iRaiment, Wearable computer of the webpage Links to Hardware on the web- site of OntoLinux™) with at that time actual hardware. What in the end busted that collaboration is the fact that it also cloned our label for the name of its wearable computer clone by naming it i-garment, which for sure sounds like iRaiment™ (igarment was also a favorite name for our business division but we took iRaiment). Without a doubt, the goal was to imitate us as much as possible for obstruct- ing us and for being prepared for further stealing from our business division iRaiment™. Convicted!!!™

yDreams: We also found on its website a description of a software that integrates the technique of Augmented Reality (AR) with the field of physics and as such was stolen as well from the website of our Ontologic System®™ (OS) and Hightech Operating System (HOS) OntoLinux™ (see the component Ontoscope™ which actually is based on the software libraries ARToolKit and ODE - Open Dynam- ics Engine). Convicted!!!™ [...]

06.December.2010
Original vs. Inspiration
First generation of the (Virtual) Retinal/Retina display
1. row: Microvision Virtual Retinal Display (1999)
2. row: Retina Display Design Concept Andrea, Microvision Virtual Retinal Display Design Concept (1999) and Retinal Display Design Concept Dani

Microvision Virtual Retinal Display
© Microvision and :(
See also the Clarification of the 3rd of November 2010 and do not confuse this type of display with our technological masterpiece Re- tina Projector™/Retina Screen™ as shown with the Ontonics Further steps about the Retina Projector™ Nano on the 8th of November 2010.

12.May.2011
Investigations

Chamber of Crafts Düsseldorf→Verlagsanstalt Handwerk: And once again the Chamber of Crafts publicated in its club paper that is call- ed Deutsches Handwerksblatt==German Craft/Trade Paper in an ab- solutely incompetent, nasty and criminal way four reports not only by using and stealing massively the contents of our websites, but also by giving wrong, manipulated and perverted facts to distract attention away from us and to damage our business (see its case in the Investigations of the 20th of May 2010 and the case RWE and Chamber of Crafts Monkeyvillage→Verlagsanstalt Handwerk in the Investigations::Car #303 of the 19th of December 2010).
The first report was about energy harvesting and contains terms and phrases like: "[...] Mikrosystemtechnik==Micro system technology [...] [This was written to manipulate the public, because we have as well a group in the OntoLab™, the Lab of Visions™, called Micro Sy- stems.]", "[...] Vision [...] [The reader should have the proof now that indeed our contents was stolen for perverting the facts. More- over, that the responsible researcher of the university Freiburg is de- finitely not a visionary, but just an ordinary serious criminal.]", "ein- gebettete Systeme==embedded systems [...] [Here was especially meant our group Pervasive/Ubiquitous Computing besides our Micro Technology group]", "[...] biomechanische Energie==biomechanic en- ergy [...] [see the case of the university Freiburg below]", "[...] MP3-Player, der wie eine Jojo bewegt wird==MP-3 player which is moved like a yoyo [to generate energy ...] [As we said, our office is spied out. The original forensic-proof sketch of our MP-3 yoyo can be seen in our office on request.]", "[...] Piezogenerator im Turn- schuh==piezo generator in the sneaker [...] [see also the case of the university Freiburg below]", "Weitere Visionen kursieren==Further visions are circulating [...] [See the first commented quote about the term vision above. Besides, this is an example for implicit mobb- ing, because the writer shows us that he does know our actings in this field, but won't tell a reader about it. In this way also the readers of that club paper are cheated by its criminal publisher.]", "[...] Thermogeneratoren, die Strom aus einer Temperaturdifferenz erzeugen==thermo-generators that generate electric power out of a difference in temperature [...] [Once again we would like to direct the reader to the case of the university Freiburg below.]", "[...] Energie aus Wärme, Kälte, Licht, Vibration, Schall und Strömung [...] [Examples for these can be found in the section Energieerzeugung, -speicherung und -management==Energy Generation, Storage and Management of the Innovation-Pipeline of Ontonics™, and on the website of Style of Speed™ like eg. the Bionic Vehicle™ Ape ESP, the Stroetmann-Compressor and the MagnetoHydroDynamics (MHD) generator of the Hyperjets.]", "[...] Vibrationen von Eisenbahnschienen==vibrations of rails [...] [So here it is pointing a little bit to our irail™ and ipad™, irail stands for intelligent rail, wireless power system for charging and generating electric power. In this relation we would like to mention that M.S. has had the idea since a long time to use vibration of the streets to generate electric power, like it is done now on footways. See also the comment about energy harvesting at the end of the investigative case of the university Freiburg.]", "[...] Energiewandlung, -speicherung und -management==Energy conversion [used in the sense of generation], -storage and -management [...] [This is the clear proof for our claim of the copyright infringement, because it is the label of our section Energieerzeugung, -speicherung und -management==Energy Generation, Storage and Management of the Innovation-Pipeline of Ontonics™.]".
The micro energy harvesting in the field of iRaiment™ and wearable computing is around 15 years old, like the example of sneakers with piezo elements, as they are used in lighters. We heard the first time about it form the first research group in the MediLab of the Massachusetts Institute of Technology in the fields of wearable computing conducted by Thad Starner and his colleagues. We have not mentioned this technology due to the fact that it is so old and so we only referenced the last project of this first research group, the MIThril platform of the borglab, in the section iRaiment™ and Wearable computing of the Links to Hardware on the OntoLinux™ website, but developed in the OntoLab™, the Lab of Visions™, our Solar Fabrics™, Piezo Fabrics™ and Accu Fabrics™ (see also the logo of iRaiment™ and in the field of Multimedia the groups iRaiment™ and MultiCouture™ and Pervasive/Ubiquitous Computing, and the group Neue Energie™(-quellen) of the OntoLab™, and also once again the section Energy Generation, Storage and Management of the Innovation-Pipeline of Ontonics™). Furthermore, the last time we heard of exactly the same example, sneakers with piezo elements for power generation, sensors, a step counter/pedometer and a connection to a sports watch as the user interface, was around 5 years ago by the company Nike, but not by the company Adidas.
Obviously, it reported about our actings in our OntoLab™ and our actings in the field of energy generation, storage and management of the Innovation-Pipeline of Ontonics™ with the goal in mind to distract away attention from our actings which are the true origin.

05.April.2012
Clarification
If not said before:
We call the integration of a Virtual Image Display of the first gener- ation (VID I/VID 1.0) with a facial scanning technique (as it is prov- ided by our MobileKinetic technology in the case of mobile devices), specifically the technique of the eye tracking, for keeping the image in place by using motion compensation, as the VID II/VID 2.0. Our Retina Projection is a laser-based VID II/VID 2.0.
We call the integration of a Virtual Retina/Retinal Display of the first generation (VRD I/VRD 1.0) with a sensor for facial scanning techni- ques, specifically the eye tracking technique, for keeping the image in place by using motion compensation, as the VRD II/VRD 2.0. Our Retina Projection is a VRD II/VRD 2.0.
We call the integration of a Head-Mounted Display of the first gen- eration (HMD I/HMD 1.0) with a facial scanning technique (as it is provided by our MobileKinetic technology), specifically the eye tra- cking technique, for keeping the image in place by using motion compensation, as the HMD II/HMD 2.0. Our head-mounted, laser- based versions of the Virtual Image Displays of the second generat- ion (VIDs II/VIDs 2.0) and of the Retina/Retinal Displays of the second generation (VRDs II/VRDs 2.0) are HMDs II/HMDs 2.0.

Ontonics Website update
Following the subsection SmartWatch of our subsection iRaiment, we have added our new subsection SmartEyewear to the webpage Innovation-Pipeline, and added into the new section our new projects:

HeartEyewear/♥Eyewear,

VitaEyewear,

FitEyewear, and

MeterEyewear.

Investigations::Multimedia

Apple: The company has filed a patent application in the end of Q3 of the year 2006 for a "Binocular [and Monocular] Near Eye Display System", that is described as follows: "The head mounted display system includes a remote laser light engine that generates laser light associated with a display signal. The head mounted display system additionally includes a head mounted display apparatus that is separated from the laser light engine and comprising a display unit that displays laser images. The head mounted display system further includes an imaging device coupled between the remote laser light engine and the head mounted display apparatus. The imaging device creates laser images from the laser light transmitted through an optical cable in accordance with the display signal. The laser images are delivered to the display unit in order to create display images that can be viewed by a user of the head mounted display apparatus.". What we can say is that the described display system is totally different from our innovation of the Retina Projection and even not be based on some kind of a Virtual Retina/Retinal Display (VRD) system, so that we are free to use our solution in parts or as a whole with eyewear of all kinds despite its patent. But we can also extent our Retina Projection system by constructing it in the same way as this display system by the company Apple.

Microsoft: The company filed a patent application in the Q3 of the year 2010 for a "Laser-scanning Virtual Image Display" that is about a projector technology as part of an eye display system respectively eyewear. Its patent includes the description of the basic components of a (Virtual) Retinal/Retina Display (VRD) technology of the first generation (VRD I/VRD 1.0) that is based on a red, a blue and a green beam of laser diodes, laser-scanners, a driver/controller, and related optics, though it is not a VRD (see the Original vs. Inspiration of the 6th of December 2010), but also claims that a VRD does not succesfully and healthy work in practice, and that its invention would solve this problem: "[0016] A display image may be formed by sweeping a laser beam over a two-dimensional area while modulating the beam to illuminate selected points in the area. When the area includes a reflective or scattering surface at an appropriate depth for focusing, a direct display image may be formed on the surface. Alternatively, a virtual display image may be formed, even when no such surface is available. The virtual display image may be constructed, for instance, so that light from a given locus of the image travels in parallel rays through an observer's pupil. When brought into focus, this image appears to the observer to be that of a far-away object. In principle, narrow beam [...] could be used directly to form such an image. However, that would entail focusing a relatively intense laser emission on relatively few receptors in the observer's eye. By contrast, the systems and devices described herein use dilation optics to expand the narrow beam so that it fills or overfills the observer's pupil, while preserving the collimated orientation of the beam.". And what we can say here as well is that it is also different from our innovation of the Retina Projection due to the application of our MobileKinetic technology, so that we are free to use our solution in parts or as a whole with eyewear of all kinds despite its patent. But we can also extent our Retina Projection system by constructing it in the same way as this display system by the company Microsoft by using only one of its simpler versions that uses only invisble light beams, as our MobileKinetic technology.
Btw.: There is a high potential that the patent is not valid as a whole, because it is describing a specially constructed VRD only.

Google and Massachusetts Institute of Technology: The company has presented a Head-Mounted Display (HMD) with 1 screen and Augemented Reality (AR) applications that is nothing else than the old wearable technology of the research institute (see the related link in the section IRaiment, Wearable Computer of the webpage Links to Hardware on the website of our Hightech Operating System (HOS) OntoLinux), and looks exactly like the HMD of the first wearable computer by the company International Business Machines. Said this, it is now doubltessly clear that the company definitely is not that innovative company, as it was claimed by totally incompetent entities, like e.g. a British media corporation, but only making marketing. In relation with Wearable Computing (WC) and Augmented Reality (AR) we have heard since around 15 years from small to the largest entities in this field the same claims and marketing nonsense.

30.May.2012
Investigations

Hubert Burda→TV Spielfilm Verlag: In its television program magazine a report was publicated about technologies shown in science fiction movies before they became real. Surprinsingly (not really) and doubtlessly, the report follows indeed our website contents without naming us. We will quote its report, translate it directly into English, and give the links to the original contents on our websites: "Hightech [...] [We only say Hightech Competence™.]", "Drei Tage==Three days long [...] [This was said in the context of a summit, that also points to the 3 Theme by C.S..]", "[...] Physiker, Biomediziner, Ingenieure, Informatiker und andere Hightech-Experten== physicists, biophysicians/-medics, engineers, computer scientist (information scientists), and other hightech experts [...] [If it has not be seen, we are here at our OntoLab, The Lab of Visions, and our Hightech Operating System (HOS) OntoLinux.]", "[...] Visionäre==visionaries [...] [And if the quotes before were not already convincing enough, then our readers should slowly get a feeling for this case.]", "[...] dreifacher [...] [This was said now in the context of a producer, but in fact points also to the 3 Theme by C.S.. So the introducing story fits well, but also shows that it was choosen for creating artificially a different situation then the reality: The report itself is based on the actings by C.S..]", "[...] Denkfabrik==think tank [...] [So, here we are again at our OntoLab.]", "[...] visionäre==visionary [...] [Yes, we are again at the OntoLab, The Lab of Visions.]", "[...] Minority Report [...] Gesten-Interface==gesture interface [...] virtuelle Akten==virtual documents/files [...] holografische Fotos==holographic photos [...] [Just right from the start of OntoLinux universities and related research institutes jumped on our bandwagon and talked about this kind of user interface technology. But as it can be easily seen, we were not really interested in the old technologies of multimodal user interfaces, as mentioned on the webpages Caliber, Components in relation with the Ontoscope software, and Ontologic Applications of the website of OntoLinux (see also the the webpage Overview), but more in the so-called and our (see also the webpage Terms of 21st Century, especially the section Free Determinism versus Deterministic Will). And the Caliber is not the true revolutionary thing, it constitutes a very large evolutionary step, and clearly proves something even more special. We will come to this point once again.]", "[...] Lab Coats [...]", "[...] Avatar [...] [Here we are again at mixed reality, specifically virtual reality, and in the realiton to a science fiction movie at 3D technologies, but also at spaceships as well (see also the notes about the producer James Cameron of the 4th of February 2010 and the tab Rheinische Post of the 2nd of February 2010 webpage, both on our Culture, the case of the Rheinische Post in the Investigations::Multimedia of the 10th of January 2010, and the case of Charles Pellegrino in the Investigations::Aviation and Space of the 28th of November 2011).]", "[...] Raketenstart einer Mondreise==rocket start of a trip to the Moon [...] [Take a look at the image of the webpage Raylev Launch system on the website of Style of Speed. We will come to the point with our ]", "[...] Serie "Raumschiff Enterprise"==series "Spaceship Enterprise" [...] [So, finally that media company found it out as well. See also again our spaceship webpages and e.g the webpage Terms of 21st Century, but also the webpages Links to Software and Links to Hardware.]", "[...] direkt faszinierte== directly fascinated [...] [speech act stealing]", "[...] klappt Capt. Kirk ein kleines drahtloses Gerät auf== Capt. Kirk a small wireless device [...] [This small wireless device is called the Star Trek™ Communicator and was shown by us as Original on the 12th of December 2007.]", "[...] Inspiration [...] [speech act stealing]", "[...] visionär==visionary [...] [Did we mention our OntoLab, The Lab of Visions?]", "[...] Stanley Kubricks "2001: Odyssee im Weltraum"== "2001: A Space Odyssey" [...] Zukunftsvisionen==visions of the future [...] Weltraumtourismus, künstliche Intelligenz==space tourism, artificial intelligence [...] iPad [Computer ...] [See the subsection of the Innovation-Pipeline by Ontonics, the website of OntoLinux, and the project P@d. The case of the company Apple and its tablet computer was discussed to full extent on this website. In fact, without our domain tablet computer the company Apple would have not filed its realted patent, and without our P@d it would have not started to produce such a device at all.]", "[...] Apple [vs.] Samsung [...] Samsung führte ein originelles Beweisstück [...] an: eine Szene aus "2001".==Samsung adduced an original piece of evidence [...]: a scene out of "2001". [This case was also discussed fully on the OntomaX website, for example in our Clarification of the 24th of August 2011, which makes the quoted text passage also a piece of evidence for our claim that the media company has taken our websites as blueprints for the quoted report.]", "[...] Design des flugtauglichen Kampfanzugs in "Iron Man"==design of the airworthy combat dress in "Iron Man" [...] [In relation to the movie it is called an armor (suit) and not a combat dress. Obviously, this was written in conjunction with the description of our range of exoskeleton technologies and platforms called ExoWear™, which consists of exoskeleton frames with wearable computers for their controls, and that we extended with our (Back)Pack Aircrafts™, and with the further development of the ExoWear™ that led to the next generation of our iRaiment™ described on the webpage Terms of 21st Century. Despite that the media company knows this very well it did not reference us at this point deliberately.]", "[...] Darpa [...]", "[...] Gestensteuerung==gesture control [...] speak [...] [And here we are again at the multimodal user interface.]", and "[...] Gesichtserkennung==facial recognition [...] [We use this kind of technologies already with all of our mobile devices by our copyrighted MobileKinetic™ technology.]".
We have also some quotes from the caption of the images shown with the report: "Exosklett-Anzug==exoskeleton suit [As we explained before, we have developed further our range of such mobile machines called by us ExoWear™ to the next generation of our iRaiment™.]", "Fliegendes Auto==Flying car [So, here we are at our powered lift aircrafts and Autocopters™ by Style of Speed™.]", and "Traktorstrahl==Tractor beam [...] Laser, der erstmals einzelne Partikel transportieren konnte==Laser that was able to transport single particles for the first time [...] [This is a very interesting issue, because we do know the original scientific work based on a laser, which as a matter of fact is not a tractor beam, but creates some kind of a wave behind the particles, so that they are driven like a boat that floats down the wave towards the direction of the laser, and more important that was only said to drive intention away from our ingenious Raylev™/Wavelev™ technologiy and Raylev™ Transport system, obviously as the choice of the words proves. Again, we have also the next clear evidence for the copyright infringement and for our claims that our websites were used as the blueprints for that report.]".
Again, that serious criminal media company is doubtlessly: Convicted!!!™
Btw.: We already do know since many years that that company belongs to the serious criminal gang that is spying out our private home and our office, and is acting against C.S. and our company behind the curtains as well, as it could be seen clearly a further time with its unbelievable provocation by giving a rapper who hates women and homosexuals, and also glorifies violence one its media price for integration efforts. Besides this, one brother of the owner is one or maybe the only systematic collector of the painter Gerhard Richter, and for sure responsible for the other media mess in the fields of arts (see also the note about Gerhard Richter of the 17th of February 2010 and the General note of the 11th of February 2012 on our Culture webpage), so it can be seen as well what kind of persons are responsible for the deutshe contemporary pseudoculture.

20.June.2012
Clarification
[...]

1. Pictures Reloaded showing the Hotspot of Innovations on the 6th of February 2008;
The minifigure in the iRaiment classic style has somekind of a green backpack or wearable mount, which was already meant at that time for being used with the tangible selfbiont as part of our fractal/holonic tangible Holomer (HOLOgraphic Medical Electronic Representation and HOLOgraphic MEdical Record) concept and as the one end of the scale of the whole reflective selfbiosis (endosymbiotic aspect; micro-force), so to say, and as shown with the Exo-Force image with the Lego skeleton that has a heart and and angel at the right side (point 5.; see also point 9.) as the other end of the scale (exosymbiotic aspect; macro-force). So the concept is not only about a second metabolism and a self-symbiosis, including the integration of endosymbiosis and ecto-/exosymbiosis, but also a reflective/fractal/holonic system itself (see also point 6.), which makes it extremely complex in every sense for sure.
[... (read the whole Clarification of the 20.June.2012 on the website of OntomaX)]

11.October.2012
Ontonics Further steps
We would like to present some design studies that show how our BeamW@tch with NanoProjector, our EyeW@tch with Retina Project- or, or a Sm@rtWatch combination consisting of our 3D W@tch with 3D display, BeamW@tch, and EyeW@tch could look like (see also the webpage Links to Hardware of the website of OntoLinux):

04.December.2012
Investigations::Multimedia

Microsoft: Last year in May 2011, that only stealing and defrauding company has filed a patent for a smart pair of glasses with Augmented Reality (AR) and multimodal features. That patent is in so much parts not valid that the whole patent has to be rejected, and we have began to truly wonder what the U.S. patent office is doing. Firstly, large amounts of the hard- and software of the described device by that company are already used in the fields of multimedia and military, which are the Head-Mounted Display technology of the first generation (HMD I) and its application with AR, and also are described in so many design concepts over the last decade, like e.g. the display technology and the interplay with other stationary and mobile devices, that there is no invention by that company to see at all. Secondly, the described headwear respectively digital and smart glasses technology is based on a wide range of sensors that would need to be built into the eyewear, including a microphone, so that a user might control it through voice-commands, video camera, gyroscope, eye gaze-trackers, infra-red detector, so that a user might control it through flicking with her/his eyes to a certain spot, and magnetometer, as well as wi-fi and/or bluetooth connectivity, to provide the functionality. But in fact, the basic construction is based on the HMD I and our MobileKinetic™ technology that is called by us Head-Mounted Display 2.0 (HMD II; see also the Clarification of the 5th of April 2012) and furthermore with a camera is called by us EyeTap 2.0, definitely, and the only inventions in this field are our MobileKinetic™ technology and our electronic Laminated (Safety/Security) Glass™ (eLSG™), so that the described solution by that company is in the end in large parts our HMD II or EyeTap 2.0 technology that integrate the mentioned components in different versions. The connectivity based on the network functionalities and the control based on our Multimodal Multimedia User Interface™ (M²UI™) are both features of our Ontologic System (OS), Hightech Operating System (HOS), and n-Dimensional Operating System (nDOS) OntoLinux™, which powers all of our devices. Furthermore, an important component to making this smart glasses work would be to have a spectacle lens with variable transparency, so that it would be "capable of generating display elements on various portions of a user's display, while remaining portions of the head mounted display are transparent to allow the user to continue to view events or occurrences within the live event," and "Other alternatives allow the display to become completely opaque [...]". Now, here we have a copyright infringement due to special versions of digital and smart glasses that are based on our electronic Laminated (Safety/Security) Glass™ (eLSG™), obviously, while the alternative display is already described by the said design concepts in the past. Thirdly, the presented glasses would be attached to a wrist-worn computer, that in fact is a wearable computer and could be used to operate the device, if the alternatives of the voice- and the eye-gaze-control would not be used by its wearer. This is a copyright infringement due to the said design concepts of the past and our general explanation that the overall architecture of our OS, HOS, and nDOS OntoLinux™ was designed in such a way, that all of the devices have a common set of components, like for example for their network and connectivity functionalities, and form together somekind of a large distributed computer (see also the webpage Links to Hardware, especially the section iRaiment™, Wearable Computer of the OntoLinux™ website). Fourthly, by suggesting on the application side that identifying people and other objects in view, and deciding what information to show about them could be carried out by remote computer servers, that patent for the described solution infringes our copyright related with the Mixed Reality (MR; includes AR) paradigm and the M²UI, the object recognition based on the OntoBot™ and OntoScope™ software components, as well as the distributed network functionalities that are all features of our OS, HOS and nDOS OntoLinux™.

25.February.2013
Ontonics Website update
We have added some new projects to the section of our intelligent Raiment/wear (iRaiment) with the:

Wireless Wear 1:50 CET,

WREL/WRPL@Wear 1:44 CET,

3D Wear,

CS Wear,

WebWear,

TagWear,

MuWear,

FitWear, and

MeterWear, as well as

WaveEyewear, and

WaveEarwear.

14.April.2013
Original vs. Inspiration
1. row: A Research Institute Wearable Computing Project Lizzy with MicroOptical Color Eyeglass Display (1990s),
2. row: MicroOptical resp. Myvu Clip-on VGA Display SV-3 (around 2000), MicroOptical Color Eyeglass Display (around 1998), NTT DoCoMo Clip-on Display AR Walker (2010)
3. row: i-D 032 "The Jet Set Issue" (1985), A Research Institute Wearable Computing Project (around 2000), Lucas Arts RTX Red Rock (2003)
4. row: James Bond "A View to a Kill" Adjustable Sunglasses for Window Reflection Elimination (1985), James Bond "The World is not Enough" X-Ray Glasses (1999)
5. row: Interactive Eyeglasses Speculative Product Design for common Projector Glasses (around 2008), A Research Institute Interactive Eyeglasses with Bidirectional OLED CMOS Chip, PDA Connection, and Eye-Tracker (2010), DARPA Holographic Glasses Blade Tac Eye Marketing Design for common Head-Mounted Display (2011)
6. row: Interactive Pico Projector Glasses Blade Design (2012)
7. row: OntoLab, Ontoscope, and iRaiment Sm@rtEyewear Interact- ive electronic (Laminated) Safety/Security Glass (eLSG) or electronic Plastic/Polymer Panes (ePP) with optional Tetradirectional Active Display (TAD), Multilingual Multimodal Multimedia User Interface (M³UI), and Ontoscope MultiGlasses Architecture iRaiment Rayfarer and Cyberskin, aka. MultiRay-Ban Wayfarer and MultiOakley Frogskin (199x), OntoLab and Ontoscope → Umeå Institute of Design→Ville Lintamo Gesture resp. Dactylology controlled Device for Deaf and Hearing People (2008)

Obviously, a large internet company only tries to mislead the public once again with its marketing. See also the Original vs. Inspiration of the 6th of December 2010, our Head-Mounted Display 2.0 technolo- gy and our Sm@rtEyewear series.

Ontonics Website update
We added to the subsection Sm@rtEyewear an own description of the:

Active Eyewear,

which was implicitly described in parts in the general description of our Sm@rtEyewear range.

[...]

Obviously, our technology of the electronic Plastic/Polymer Glass (ePG) has a much broader field of application and the term glass is also misleading. Said this, we decided to take the alternative already thought of two days ago and simply renamed it to electronic Plastic /Polymer. Furthermore, we overworked the description, and also add- ed additional features like self-sharpening glasses and functions by the Ontoscope architecture, like selective and non-selective zoom, autofocus, and sensing, and night- and multiray-vision.

Further steps One Glass Per Child (OGPC) #1 and One Watch Per Child (OWPC) #1
We are pleased to announce our new projects One Glass Per Child (OGPC) and One Watch Per Child (OWPC) with the new devices that are the:

XOX Glasses based on our Sm@rtEyewear series and

XOX Watch based on our Sm@rtWatch series.

24.April.2013
Original vs. Inspiration
1. row: OntoLab and Ontoscope Sm@rtEyewear Interactive elec- tronic Plastic/Polymer Panes (ePP) with optional Scratch-Resistant Iridium Coating, Tetradirectional Active Display, Multilingual Multi- modal Multimedia User Interface (M³UI), and Ontoscope MultiGlasses Architecture with Wireless Recharging MultiOakley MultiFrame 2 S
2. row: OntoLab and Ontoscope Sm@rtEyewear Interactive elec- tronic Plastic/Polymer Panes (ePP) with optional Scratch-Resistant Iridium Coating, Tetradirectional Active Display, Multilingual Multi- modal Multimedia User Interface (M³UI), and Ontoscope MultiGlasses Architecture MultiOakley MultiFrame S, OntoFrame Ski, Snowboard, Mountainbike, BMX, and Motorcycle Goggle, and Zero Squared (199x)
3. row: OntoLab and Ontoscope Sm@rtEyewear Interactive elec- tronic Plastic/Polymer Panes (ePP) with optional Scratch-Resistant Iridium Coating, Tetradirectional Active Display, Multilingual Multi- modal Multimedia User Interface (M³UI), and Ontoscope MultiGlasses Architecture MultiOakley Special Issue Ballistic MultiFrame 3 with MultiCam, Telescope, Day- and Nightvision, and iRaiment and iUni- form, Headset, and Ear Protection Compatibility

See also the Original vs. Inspiration of the 14th of April 2013.

Ontonics Website update
[...]

We also added as further combination possibilities our Ontoscopes and (O)LED DLP Image Display 2.0 technology to the description of our SmartEyewear (see also the Original vs. Inspiration of the 14th of April 2013 and today above).

25.April.2013
Ontonics Website update
Some days ago, we mentioned in the description of our BeamEye- wear the information that the version is especially interesting, which has a projector, for example one based on our (O)LED DLP Image Display 2.0 technology, for beaming images directly or indirectly onto the retina of its user, and that does not use the motion of the eye only, but also the increase and decrease of the pupil size. In fact, we did it in this way only due to the reason that we wanted to name the LED Digital Light Processing (DLP) and the capturing of the pupil size in general and in the context of our SmartEyewear, but it never fit very well at this position. After we had already moved the refer- ence to the (O)LED DLP Image Display 2.0 technology into the gen- eral description of our SmartEyewear yesterday, we have moved the information about the recognition of the pupil size as a further tech- nique for device and application control to the description of our Head-Mounted Display 2.0 today. In addition, we mentioned the re- cognition of head and eyelid movements as well, which was already mentioned implicitly with our MobileKinetic technology.

We also moved the information that our 3D Eyewear can be used with other devices to the general description of our SmartEyewear and also added our intelligent Raiment (iRaiment) in the same step.

Investigations::Multimedia

Google: We took some more time as usual to look at its Head- Mounted Display (HMD), but now the case is clear. First of all, the device features a small projector that projects the images indirectly into 1 eye of its user by using an optics, so we have a Virtual Image Display (VMD). Furthermore, the device features speech control and gesture control through head tracking, but no eyetracking and gaze tracking, as far as we could see and as it is reported in the media (see also the descriptions of our Head-Mounted Display (HMD) 2.0 and Sm@rtEyewear in the Innovation-Pipeline of Ontonics). Never- theless and as expected, we finally have here already our Multimodal Multimedia User Interface (M²UI) of OntoLix and OntoLinux with the gesture control function, which power our smart wear and intelligent raiment (see the section IRaiment, Wearable Computer of the web- page Links to Hardware of the website of OntoLinux for example). Furthermore, we have with this issue the next evidence that Google is copying our company since more than 7 years now.

Bertelsmann→RTL→N-TV: Auffälliger geht es wohl kaum noch. Ob- wohl seit einigen Monaten die Diskussion über datenschutzrechtliche Bedenken im Zusammenhang mit der am Kopf getragenen Anzeige== Head-Mounted-Display (HMD) des Unternehmens Google in den Medi- en und im Internetz geführt wird, ging man bei dem Nachrichtensen- der erst heute auf das Thema (wieder) ein. Dabei war aber anschei- nend der Fokus nicht nur auf den Datenschutz gerichtet, den wir im Gegensatz zu Google immer eingehalten haben, sondern offensicht- lich auch um unsere Datenbrillen (siehe die Original vs. Inspiration vom 14. und 24. April 2013), wie man an den folgenden Auffälligkei- ten eindeutig feststellen konnte, die in dem Bericht enthalten waren: So wurde versucht, die HMD als "neue Google-Brille" und sogar als eine normale Brille darzustellen. Dies ist trotz des Nasenstegs aber falsch, da es sich nun einmal um eine HMD handelt, die eben nicht in eine normale Brille==Eye-Glasses integriert ist und somit genauge- nommen aus der Sicht des Fachbereiches keine Datenbrille==Data-Glasses ist, wie es sich bei unserem zweiten Formfaktor der Daten- brille handelt. Dazu passt auch, dass zusätzlich immer wieder einer der ersten Besitzer des HMDs von Google gezeigt wurde, der ein Brillenträger ist, um so der Öffentlichkeit vorzutäuschen, dass auch Brillenträger das HMD problemlos benutzen können. Auch dies ist falsch, denn das können BrillenträgerInnen eben nicht, weil nach ungefähr 15 Minuten die überlagerten Bügel mindestens stören wenn nicht sogar zu schmerzen beginnen. Auch dieses Problem war neben zum Beispiel dem modischen Negativeffekt einer der vielen Gründe warum wir einen weiteren Formfaktor gewählt haben, der auf norma- len Brillen basiert, zusätzlich die Technologien des elektronischen VerbundSicherheitsGlasses (eVSG) und elektronischen Polymers (eP) entwickelten und neben der Technik des Autofokusierens auch das Selbstschärfen integriert haben. Zudem wurde in dem Bericht in An- lehnung an unser Modell Cyberskin, dem Abschnitt Human Enhance- ment and Cyborgs auf der Web-Seite Terms of the 21st Century des Web-Auftritts von OntoLinux als auch der Beschreibung von unserer Technologie Cyber Eye in der Innovations-Pipeline von Ontonics der Begriff Cyber-Brille genannt und Geordi La Forges Sehinstrument und sensorischer Organersatz==Visual Instrument and Sensory Organ Replacement (VISOR) erwähnt. Somit war der Bericht nicht nur eine Reaktion des Medienunternehmens oder eventuell sogar ein gekaufter Bericht des Unternehmens Google aufgrund der Präsentationen unse- rer Geräteentwicklungen, -designs und -spezifikationen, sondern selbstverständlich auch ein Versuch unsere Aussagen bezüglich der permanenten Datenschutzverletzungen sowie dem falsch gewählten Formfaktor von Google und der damit seit 20 Jahren einhergehenden erfolglosen Markteinführung solcher HMDs zu entkräften. Offensichtlich haben das Unternehmen Google aber auch die Medienunternehmen erkannt, dass wir wie immer das richtige Produkt anbieten und Google wohl wieder einmal nur das falsche.

01.July.2013
Further steps One Wear Per Child (OWPC) #1 10:25 CET
We are pleased to announce our new project One Wear Per Child (OWPC) with the new device that is the:

XOX Wear

based on our Sm@rtWear product line.

See also the intelliTablet Further steps One Tablet Per Child (OTPC) and One Pad Per Child (OPPC/OP²C) #7 of the 14th of January 2013, the OntoLab, Ontoscope, and intelliTablet Further steps One Tablet Per Child (OTPC) and One Pad Per Child (OPPC/OP²C) #10 of the 15th of February 2013, the Ontoscope Further steps of the 16th of February 2013, as well as the OntoLab Further steps One Book Per Child (OBPC) #1 of the 23rd of March 2013, and the iRaiment Further steps One Glass Per Child (OGPC) and One Watch Per Child (OWPC) #1 of the 14th of April 2013.

17.October.2013
Investigations::Multimedia

Apple: Since some days the usual defrauding media are telling the same fairy tale in relation with the company Apple and its recruit- ment of two managers, who worked for well known apparel compa- nies before. In fact, the reports are not about the rumoured smart- watch of the company only and in the meantime the true goal and the strategy of Apple's Chief Executive Officer has become totally transparent: Because he has no Steve Jobs anymore, who was not that creative genius by the way, definitely and as we proved several times with out investigations, he must find another way to copy and steal from C.S. and our company, so that we can only say in this case: iRaiment and MultiCouture.
Obviously, with S. Jobs the company lost its artificially created myth and aura as well, as it could be seen with its latest smartphone models.

15.December.2013
OntoLab and Ontoscope Further steps One Glasses Per Child (OGPC) #2
We are very pleased to present another potential design of a pair of multimedia glasses based on our Sm@rtEyewear architecture with its exclusive display technologies, which might be used as part of our One Glasses-pair Per Child (OGPC) project.

06.February.2014
Further steps
We are pleased to present the newest designs of frames, temples, and electric glasses™ of our upcoming iGlasses™ collection of data glasses resp. (Optical) Head-Mounted Displays ((O)HMDs).

© Luxottica, Ray-Ban, Oakley, Arnette, Coach, Oliver Peoples, Paul Smith, Alain Mikli, Dolce & Gabbana, Miu Miu, Armani, Prada, Chanel, and Vogue Eyewear, as well as Tifosi Optics, Nike, Scott Sports, Uvex Sports, Alpina Sports, Adidas, and iRaiment

See also the Original vs. Inspiration of the 14th and the 24th of April 2013, as well as the description of our Carbon based, Quantum dot based LED Display (CQLED-Display).

07.February.2014
Further steps
We developed two new iGlasses™ series based on a common display technology and not on our electric glasses™.

In addition we would like to present the newest design of our up- coming iGlasses™ collection of dataglasses resp. (Optical) Head- Mounted Displays ((O)HMDs).

© Tag Heuer and iRaiment

OntoLab and iRaiment Announcement Open Glasses #1
We took a closer look at the hardware of an (Optical) Head-Mount- ed Display ((O)HMD) and concluded that instead of paying 1,300 to 1,500 U.S. Dollar for the device it would be interesting for our fans to have a surprisingly simple (O)HMD kit for around 300 U.S. Dollar. No sooner said than done, our OntoLab and our business division iRaiment have started together the open source hardware and soft- ware project Open Glasses today.
The Open Glasses in the basic version already feature on the side of the hardware a:

frame, temples, and device housing (lower image) optionally 3D printed,

Central Processing Unit (CPU),

flash memory chip,

display with optics,

camera,

proximity sensor,

ambient light sensor,

3D Inertial Measurement Unit (IMU),

Radio Frequency (RF) network module for Bluetooth and WLAN,

Global Positioning System (GPS) receiver,

microphone with ambient noise reduction circuit,

loudspeaker,

touch (pad) temple, and

battery,

as well as on the side of the software a stack with a:

Linux kernel based real-time operating system,

wireless network, and

much more.

A further version features a:

mobile/cell phone module,

larger flash memory chip,

stereo loudspeakers, and

slightly different hardware architecture.

To support the community, C.S. was so kind and took a deep look into the knowledge base to get around existing design patents with the result shown in the images below. Possibly, hardware manufact- urers and other companies have an interest to join our project Open Glasses.

23.February.2014
Ontonics Website update 4:14 CET
Because it makes the description of our Link Belt/Band Accumulator/ Battery, which was presented as Accumulator/Battery Bracelet and Accumulator/Battery Necklace (see the Ontonics Website update of the 22nd and 23rd of August 2013), easier to understand, we would like to show some figures of it.
The Link Belt/Band Accumulator/Battery can feature flexible/bend- able and elastic/stretchy accumulator cells as well as buckles with tongue or prong, fold-over, hidden/butterfly clasps, quick release, side release/snap-fit, and hook and loop fasteners. In addition, it can also be mounted by the so-called Leonardo-attachment as a watchband (see image below left).

As examples, the figures 1 to 3 below show different variants of an Link Belt Accumulator (1) as top views.
The figure 1 shows an accumulator as a link band (1) with accumul- ator cells as band links (2), that are limberly connected together by electrographic band links (3).
In addition, the figure 2 shows an accumulator as a link band (1) with accumulator cells (2), which are integrated in the band links (4) connected together and connected with each other by electric wires (5).
The figure 3 shows an accumulator as a watch band (6) with accu- mulator cells (2), which are connected to each other by flexible wires (7) and with an internal electronic circuit of a watch (8), and jacketed by a material (9). The watch band (6) is limberly mounted to the horns of the watch case (10) of a watch (8).
For sure, the band links shown with the figures 1 and 2 can be inte- grated and used for a watch band as shown in the image below right.

The Link Band Accumulator is ideally suited for wristbands of digital feature watches and Sm@rtWatches, and for glasses bands and glasses chains of Sm@rtEyewears like shown with the image of the iRaiment Sm@rtEyewear model Emporio Armani 46321405.

19.March.2014
Original vs. Inspiration
iRaiment Smartwatch 303 Design (2008)

OntoLab, OntoLix and OntoLinux Further steps
We are very pleased to announce that we take consumer devices to a new frontier with our latest software architectures, the Wearland and Homeland compositor shells. As their labels easily suggest, both shells constitute the ideal Graphical User Interface (GUI) platforms for embedded systems in the fields of wearable computing, small mobile gadgets, home appliances and consumer electronics, which do not depend on a full-fledged window management and 3D env- ironment, but need the most efficient way for presenting 2D and 3D multimedia contents.
Indeed, the Wearland and Homeland shells are derived from a Weston shell for In-Vehicle Infotainment (IVI) systems and hence have the same high industrial quality features as their companion shell used in the field of automotive computing.

Interested parties can ask for a vast range of embedded systems and, if needed, other complete Linux kernel based software stacks with different processing powers and functional features.
Please, keep in mind that we use our other Wayland compositor for IVI systems (see for example the Further steps of the 17th of March 2014).

10.April.2014
Original vs. Inspiration
iRaiment Smartwatches Designs
1. row: Classic Series Subspacer 16610 (2001), Cybermaster (2001), Cybergraph Spacetimer (2000)
2. row: Modern Series Cyberdiver (2010), Cybergraph Cybertimer (2010), Cybergraph (2008)

See also the additional image of the Cyberdiver.
Generally, the smartwatches can be operated with every software system, which supports the common System on Chip (SoC) range, though we recommend a special version of our OntoLix or OntoLinux with the display server framework Wearland.

The images will be updated with Graphical User Interfaces (GUIs).

12.April.2014
Further steps
We developed the design and functionalities of our smartwatches further.
Specifically, we added three interesting features to the Cyberdiver.

OntoLab and iRaiment Further steps Open Glasses #2
We refined the design and developed our Open Glasses further.
Detailed informations will be given after we have protected the related intellectual properties.

13.April.2014
OntoLab and iRaiment Further steps Open Glasses #3
We developed an additional variant of our Open Glasses.
Detailed informations will be given after we have protected the related intellectual properties.

19.April.2014
Original vs. Inspiration
iRaiment Smartwatch Designs
We simple continue with our Classic Series and Modern Series:

Generally, the smartwatches can be worn on the left and the right arm, and operated with every software system, which supports the common System on Chip (SoC) range.

The images will be updated with Graphical User Interfaces (GUIs).

20.April.2014
Comment of the Day
Cyberbase™
Cyberoa™
Cybervoyage™
Time conquest™
Digitalibre™
Digitaliber™
Dilibre™
Diliber™

Original vs. Inspiration
iRaiment Smartwatch Designs
We added some more watch designs to our Classic Series and Modern Series:

The images will be updated with Graphical User Interfaces (GUIs).

Trivially Cool

24.April.2014
Investigations::Multimedia
Read the whole case on OntomaX here.

25.April.2014
Original vs. Inspiration
iRaiment Smartwatch Designs
Just for completeness and because we have not done it on the 20th of April 2014 already, we added another smartwatch to our Classic Series:

The image will be updated with a Graphical User Interface (GUI).

05.May.2014
Original vs. Inspiration
iRaiment Smartwatch Designs
We complemented our smartwatch collection with some more designs of our Classic Series and Modern Series:

The images will be updated with Graphical User Interfaces (GUIs).

02.July.2014
Ontonics Further steps 00:00 CET
Today, we would like to present three inventions related with Head- Mounted Displays (HMDs) and their potential designs that we devel- oped in the last weeks. Read the complete message on the website of OntomaX.

The first invention is a Head-Mounted Display (HMD; closed or see- through) with a ventilation system that has at least one mechanical, electric fan.

As an example, the figure 1 below shows a pair of closed Virtual Reality (VR) goggles from an angled front view.
The figure 1 shows a closed pair of data goggles for an Virtual Real- ity (VR) environment (1) with frame (2), case (3), headband (4), and a fan integrated into the VR goggles' frame.

The second invention is a Head-Mounted Display (HMD; closed or see-through) with a Brain Computer Interface (BCI) system.

As an example, the figure 1 below shows a pair of closed Virtual Reality (VR) goggles from an angled front view.
The figure 1 shows a closed pair of data goggles for an Virtual Real- ity (VR) environment (1) with frame (2), case (3), headgear (4), headphones (5), and sensors of the brain computer interface system (6) that are mounted on the headgear (4).

The third invention is an In-Vehicle Infotainment and goggle (IVIC) system that has an On-Board Computer System (OCS), a Head- Mounted Display (HMD; closed or see-through), a connection of the HMD with the OCS, and a connection of the OCS with the vehicle electronics, specifically the vehicle's Electronic Control Units (ECUs) and telematic system, so that the HMD has access to the data of the sensors and control of the actuators of the vehicle electronics, with at least one separat contactless optical or acoustical sensor, which works together with the positioning and head-tracking system of the HMD.

As an example, the figure 1 below shows an In-Vehicle Infotainment and goggle (IVIC) system with an On-Board Computer System (OCS) and a pair of closed Virtual Reality (VR) goggles from an angled rear view.
The figure 1 shows an interior of a car (1), an On-Board Computer System (2), a closed pair of data goggles for an Virtual Reality (VR) environment (3) and a separat sensor for the positioning and head- tracking system in the form of a 3D camera with two lenses and a source of infra-red light (4). For a better overview the represent- ation of a passenger wearing the data goggles was omitted.

All inventions and related designs are protected, or/and registration and patent queueing, and the Ontoscope paradigm is copyrighted.

Original vs. Inspiration
1. row: OntoLab and Ontoscope Sm@rtEyewear Interactive elec- tronic Plastic/Polymer Panes (ePP) with optional Scratch-Resistant Iridium Coating, Tetradirectional Active Display, Multilingual Multi- modal Multimedia User Interface (M³UI), and Ontoscope MultiGlasses Architecture MultiOakley OntoFrame Ski, Snowboard, Mountainbike, BMX, and Motorcycle Goggles
2. row: OntoLab and Ontoscope Sm@rtEyewear Interactive elec- tronic Plastic/Polymer Panes (ePP) with optional Scratch-Resistant Iridium Coating, Tetradirectional Active Display, Multilingual Multi- modal Multimedia User Interface (M³UI), and Ontoscope MultiGlasses Architecture MultiSmith OntoIO Ski, Snowboard, Mountainbike, BMX, and Motorcycle Goggles

See also the Original vs. Inspiration of the 24th of April 2013.

07.July.2014
Ontonics Further steps 03:00 CET
Today, we would like to present an invention related with smart- watches and its potential designs, specifically the ones shown with the Original vs. Inspiration of the 19th of March 2014, 10th, 19th, 20th, 24th and 25th of April 2014, and 5th of May 2014, that we developed over the years. Read the complete message on the website of OntomaX.

As examples, the figure 1 and 2 below show two different variants of a mobile computer system (1) as top view.
The figure 1 shows a mobile computer systems (1) with case (2), wristband (3), computer display (4), rotating ring for indicating the hours (5), hour mark (6), rotating ring for indicating the minutes (7), minute mark (8), and contactless sensor (9).
The figure 2 shows a mobile computer systems (1) with wristband (3), computer display (4), revolvable bezel (10), and Light-Emitting Diode as bezel rider/marker (11).

The invention and all related designs (see the Original vs. Inspiration of the 19th of March 2014, 10th, 19th, 20th, 24th, 25th of April 2014, 5th of May 2014, and today below) are copyrighted and patent queueing.

Original vs. Inspiration
As further examples in relation with the Ontonics Further steps of today (see above), the images show watches with different types of shapes, movements, and indicators, and their individual realizations. In the images the computer displays in the free middle areas of the watches are missing, though some of the images show watches with very simple signaling devices (e.g. Flexibility, Stargate and Radar) while other watch faces only look like a computer screen (e.g. Click Watch).

For sure, many of the circular variants can be used with the angular variants as well.
Have we promised too much?

The images will be updated with for example a computer screen.

11.July.2014
Ontoscope Further steps 4:14 CET
Today, we would like to present our next Ontoscope model with the OOO, aka. Trible Zero, Triple O, or simply Triple or O³, that is the first device with our iFlex™ technology and based on the design concepts Tag of the company NEC and 888 of the company Nokia (see Original vs. Inspiration, Sketches, and Sneak Preview of the 28th of October 2008 and the Original vs. Inspiration of the 9th of July 2014) and flexible displays of Nokia and other companies, which all were developed further by us (see the Ontonics Further steps of today above for example).
The Ontoscope OOO is around 8 mm thick in the opened state and 14 mm in the closed state folded one time, and 34 mm thick folded two times, and might have a shorter hinge or only one or two hinges depending on the specific variant (see the images below).

29.August.2014
Investigations::Multimedia

LG Electronics: The company has presented its new round smart- watch model. We took a thorough look at the teaser video, the product images, and the informations given by it so far to find out, if there might be a legal issue related with the case border respective- ly display frame or being precise the bezel of the smartwatch.
In detail, in the related teaser video of the company it is shown that a suite of watch faces exist that can be selected by the wearer and than displayed on the LED screen of the smartwatch. But it is not clear if the smartwatch has also another digital feature to measure and indicate the time by illuminating the marker elements on the bezel in violet and red (see the 6 plus 1 images below) or if it is only one of the graphic effects solely made for the video. If the bezel is examined with more detail on related product images, then it can be seen that it it is attached on top of the computer screen. More importantly, it cannot clearly be seen if the markers on the bezel (see the image with the read arrows) are only carved in and printed on the bezel and have only a stylish aspect, or are little optical, transparent and milky elements that can be illuminated by single small LEDs (compare with the image of the common watch design inspired by a Stargate below that we have shown with the Original vs. Inspiration of the 7th of July 2014) or the LED display that shines through them.

Further steps
We started the production phase of the next generation smartwatch that will feature a one of a kind component. This solution will prove how true leadership in intelligent raiment and wearable computing looks like. Be amazed.

In addition, the size of the display of the actual generation has been increase with the exchange of square OLED screen to round OLED screen.

30.August.2014
Further steps
We started the final stage of the design phase of the next generat- ion wearable computing platform, which will change everything, as usual again. Furthermore, we are thinking about the start of the related production phase.

01.September.2014
Further steps
All the time we made the pioneering steps, listened to the wishes of our readers, and developed for them exactly the right solutions. This is the case again now and hence new images and designs of our smartwatches are coming soon when the copy cats cannot react anymore, for sure. Come back later and be totally amazed.

02.September.2014
Further steps 00:40 CET
We have heard our readers arguing that generally a Sm@rtWatch must be fully customizable and hence the bezel should also be fully customizable, specifically due to the reason that the common style of the marker symbol's elements on a bezel would not always fit with the specific symbols and the whole styles of the Graphical User Int- erface (GUI) displayed on the main screen.
Indeed, this feature was not shown in our first image series, but obviously described in the related claims, that are about "[...] one time indicating component build into the case border respectively display frame of the mobile computer system[, which includes the fixed or rotatable bezel respectively the lunette as said in the description of figure 2 (element (10)), ... and for example] can be displayed by an LED-Display[, and so on]", and also was partly shown with for example the images of the watches Kisai RPM and EleeNo Lite Radar that were at first shown and later directly refer- enced with our Sm@rtWatch technology presented on the 7th of July 2014 to get an impression how for example ((O)LED) segments of the extra screen of the active bezel respectively the bezel screen could look like.
Said this, we publicated the first images of our Sm@rtWatches and simultaneously the design of our latest model with this technology of the bezel as a fully customizable screen of its own.

See also the images of the Original vs. Inspiration of today below that shows our new model J. Doe in the variant that is virtually a complete smartphone (patent queueing accumulator wristband not shown respectively only shown conceptually). The other variant has less features and functionalities, e.g. no active bezel and no mobile/ cell phone module, and hence is a digital feature watch with a targeted selling price between 250 to 290 euro/330 to 380 U.S. Dollar.

More square watch designs are coming soon.

We consider the Sm@rtWatches of iRaiment as works of multimedia arts by C.S. worldwide due to the direct relation with the Calibre/ Caliber, their highly complex construction, and their outstanding aesthetics.

Original vs. Inspiration
Gábor Balogh Smartwatch Design Concept (7.March.2014) and iRaiment J. Doe

© Gábor Balogh and iRaiment

All inventions and related designs are copyrighted, registered, and patented, registration and patent pending, or/and registration and patent queueing.

We are updating the images successively, specifically the design of the bezel, but the first images, our clear and unmistakable descript- ions given in the Ontonics Further steps of the 7th of July 2014, and the iRaiment Further steps of today (see above) are already enough for the moment.

04.September.2014
Further steps 04:14 CET
Of course, we can do it angular as well with our Sm@rtWatch model S.
The model S features a curved angular display, because many of our readers argued that a Sm@rtWatch must have a display that is as large as possible, so that it can offer a better functionality and a richer experience. In addition, the model S is designed in a way that makes wearing it as highly comfortable as a common watch despite of its curved watch case.
Two variants of the model S are planned with a digital feature watch and a fledged out Sm@rtWatch that features for example a mobile/ cell phone module as the decisive difference.

The image above is based on a design concept that was reworked by us already. But from our point of view it is more a 3D sketch made to discuss and communicate the style and hence will not be the final design most potentially.
We are also working on some other Sm@rtWatch models with angular shape, which will have different designs and features.

All inventions and related designs are copyrighted, registered, and patented, registration and patent pending, or/and registration and patent queueing.

05.September.2014
OntoLab Further steps
We would like to present the envisioned general designs of our Virtual Reality Head-Mounted Displays (VR HMDs).

See also the Original vs. Inspiration of the 24th of April 2013 and the 2nd of July 2014, and the Ontonics Further steps of the 2nd of July 2014 and the 4th of August/September 2014.

Original vs. Inspiration
Smartwatch Design Concept Cobalt (2008 or earlier)

07.September.2014
Further steps
We are pleased to inform our fans about several steps made in the last days.

Firstly, we have developed the design of the model S further (see the Further steps of the 4th of September 2014 and the images below), so that some very few points are left to decide.

Secondly, we also worked on the other Sm@rtWatch models with angular shape, which have different designs and features.

© Rado, LG Electronics, and iRaiment

Thirdly, we added another unique feature.

Fourthly, we have developed a system architecture further, and added some new features. We are sure that our fans will be fascinated and other interested entities will show their increased interest, because we solve real problems.

At the right time. In the right space.™™

09.September.2014
Further steps 23:32 CET
We are pleased to announce the production of our SmartWatch models J. Doe and S.
Both models have been developed together with the community, are available at least as digital feature watch and smartwatch, and can be pre-ordered on the website of iRaiment very soon.

In relation with the model S we have found another very similar design concept. See also the other related designs presented in the Further steps of the 4th and 7th of September 2014.

In addition, we are thinking about further variants that feature an ambient light sensor and a camera as shown with the original design concepts of the model S.

10.September.2014
Clarification
The so-called digital crown has already been invented by other designers and companies, and was also presented by us with for example the model iR Elementum Cyber (see the top digital crown with grooves). Besides this, we prefer to use the touchscreen and our MobileKinetic technology as part of the user interfaces.

Further steps 00:30 and 03:00 CET
We are pleased to present our Sm@rtWatch model C. The model C differs from the model S by its plastic watch case and the vibrant colours for sure.
In relation with the model S we have another image that shows its potential design. See also the related images presented with the Further steps of the 4th and 7th of September 2014.

© Martin Hajek and Adam Banks, and iRaiment

We also would like to show the ideal complement for owners of the new smartphone by another company and also the perfect supplem- ent for everybody, who likes the new design language, that is our Sm@rtWatch model i6.
In the case of our operating systems OntoLix and OntoLinux the Gra- phical User Interface (GUI) of the i6 is based on our multidimensional graphics system OntoGraphics and its special compositor shells call- ed Wearland and Healthland.

The designs are work in progress. For example the i6 might get a crown and some other features.

In addition, we are working on further variants that have a flat screen, like the prototype of the model S (see the Further steps of the 7th of September 2014 once again), and screens in different sizes, as well as more outstanding features and basic system arch- itectures.

The models C and S, and surely the model i6 might be sold over the Apple stores exclusively.

Be fascinated, amazed, or whatever you want.

15.September.2014
Ontonics Further steps
In addition, we would like to present an invention that is related with smartwatches and their potential designs that we developed over the years, specifically the one shown with the Original vs. Inspiration of today (see below). Read the complete message on the website of OntomaX.

As examples, the figures 1 and 2 below show a mobile computer system (1) as top view.
The figure 1 shows a mobile computer systems (1) with computer display at the frontside (2), case (3), frame of the apparatus (4), wristband (6), and operating button (7).
The figure 2 shows a mobile computer systems (1) with case already swivelled by 180° and shifted, but not slided-in again (3), frame of the apparatus (4), base plate of the apparatus (5), wristband (6), operating button (7), movable and spring-loaded sphere of the lock- ing mechanism (8), and second display at the backside (9).

As usual, all inventions, and related images and designs are copyrighted, registered, patented, registration and patent pending, or/and registration and patent queueing.

Further steps
We are setting up the first campaign on a crowd-funding platform in the next weeks for our Sm@rtWatch models J. Doe and S, and SI (see also the Further steps of the 9th of September 2014), and also our accumulator wristband.
Interested companies can always step in and buy out the campaign.

In addition, by some happenstances we came to our new model Reverso, which like the original of the watchmaker Jaeger-LeCoultre created in 1931 as a watch capable of surviving the hard knocks of a polo game (see the images of the Original vs. Inspirations of today below and the Ontonics Further steps of today above) features two displays in its watch case that can be swivelled in its carrier. In our Sm@rtWatch variant the Reverso features an (O)LED display on the one side, and a second (O)LED display, an e-paper or Interferometric MOdulator Display (IMOD), or even a common analog or digital watch on the other side. In addition, the carriage can also feature a third display, an instrument (e.g. for confidential informations like vital parameters), or a device (e.g. finger scanner), as it is shown in the image with the special variant Grande Complication à Triptyque. Honestly, this warms our hearts.

Original vs. Inspiration
1. row: Jaeger-LeCoultre Reverso Grande Complication à Triptyque and Grande GMT
2. row: iRaiment Sm@rtWatch Reverso with analog watch Jaeger-LeCoultre Reverso Grande GMT and Apple Watch watch face

What a Watch™

16.September.2014
Further steps
We would like to confirm the start of the production phase of our next Sm@rtWatch system architecture.

We also would like to inform our readers that our next Sm@rtWatch model is short before its presentation, which will be a very special shock wave hypocenter.

18.September.2014
Further steps
We fixed the Flat Tyre in two ways of which one is the addition of our accumulator wristband. Left to be done is the selection of the right type of stainless steel, a slightly different shape, the right sanded surface, and a slightly thicker dimension for the single links of the wristband, which will only increase the overall weight due the larger accumulator cells, so that it perfectly matches with the watch case in the end.
See also our similar model iR 3O3 (it is a big O in the middle that re- presents a circle and a 0/zero/null).

19.September.2014
Investigations::Multimedia Shared Heart Special

Kwamecorp: The company calls itself a "global innovation agency", but in fact it just wants to copy some of our business divisions only. One of the best examples for this is the multimedia work of art by C.S., which is called "Shared Heart" now and has as theme the shar- ing and distribution of the heartbeat and the related emotions, and was described the first time in relation with the model HeartWatch/ ♥Watch of our modular Sm@rtWatch system, which is listed in the Innovation-Pipeline of Ontonics on the 29th of February 2012, in the following way: "As a WebWatch two or more wearers can share their heart rates and in this way communicate their emotional states to the other persons, so that for example lovers' hearts will never miss a beat again." For sure, as a Sm@rtWatch the HeartWatch/♥Watch can have every feature of the other models as well, specifically of the TouchWatch and the HapticWatch, as it is very clearly explained in the general description of our Sm@rtWatch system.
The illegal plagiate is a bracelet, which seems to be presented in the autumn of 2013 the first time with the first prototype dated with October 2013, as far as we do know, and consisted of up to 3 connected modules mounted to an "amazonian wild rubber" band". Each module featured "capacative touch", a network connectivity, vibration, an LED, a battery, an induction charger, an accelerometer, and connecting magnets. In addition, a related application for a smartphone was shown in images. Obviously, the modular approach of our Sm@rtWatch system, the 3³ Theme by C.S. were also copied simultaneaously.
Since around the spring 2014, a reworked bracelet is presented, that features now more modules with for example a battery, a watch, a data storage, and a processor called brain. In addition, the single modules are connected in such a flexible way that they are links of a bracelet.
Maybe the device is just only one of the usual fake products created by a larger company to mislead the public and the judges at the courts, but not us.

Apple: The company is the second entity that from our point of view has copied the multimedia work of art called "Shared Heart" for its smartwatch in an illegal way.

We claim a copyright infringement in both cases, because this multi- media work called "Shared Heart" is beyond a pure technological development, as it is proven by the deliberately selected statement and poetic, romantic style of the formulation "lovers' hearts will nev- er miss a beat again", and hence in fact already an original, unique multimedia work of art that also expresses the thinking of C.S. when acting in the field of multimedia. A need for C.S. to express the deeper meaning behind the "Shared Heart" with the creation of a electronic device or an image is not given at all in general.

20.September.2014
Further steps 01:00 CET -2 UTC
Square, rectangular, round, whatsover. While others tried to make smartwatches and smartglasses over the last years, which only resulted in the marketing of our solutions in the end, we simply developed our Sm@rtWatch model Watch and our Sm@rtEyewear Holo.

The images show concepts, which will not match with the designs of the final products at least at first. And yes, the protoypes of the basic components are running already, foundational research and development have ended, and we are now in the processes of im- plementing, integrating, optimizing, and finalizing the devices, and also updating other related devices (see also the Website update and Picture of the Day of the 23rd of January 2008, the Ontonics Further steps of the 8th of November 2010, and the Original images of the 12th of December 2007 and the 26th of November 2010 for example).

We keep promises and always include batteries.

20.October.2014
Further steps
We would like to give the information that one variant of our accu- mulator/battery wristband has an electric power storage capacity of up to 1,500 mAh in addition to the existing battery of a smartwatch and, if at all, adds no substantial weight in comparison to e.g. a normal metal link wristband. Other variants have lower electric power storage capacity of around 1,000 mAh. The wristbands come in at least three versions that make possible different ways of mounting to a smartwatch case, but this can also be customized easily.

Interested manufacturers can contact us to negotiate the ways of collaboration at first and then discuss the special ways of con- struction for their smartwatches.

OntoLab and iRaiment Further steps Open Glasses #4
Since quite some time we are looking at a specific design for a Sm@rtEyewear and today we thought it would not be the worst choice to consider it for production in general and for the Open Glasses project in particular.

03.November.2014
Further steps 00:00 UTC +1 CET
We are pleased to inform about the adaption of the layered (O)LED and e-paper display as well as the layered (O)LED and (A)IMOD, QD and e-paper, and QD and (A)IMOD displays for special smartwatch models.

15.November.2014
Further steps
We developed our Sm@rtWatch architecture further.

27.November.2014
Further steps
We designed a new smartwatch model that might become a whole model series.

04.December.2014
Further steps 03:00 UTC +1 CET
Ok, literally spoken it is time to ramp up the time with our next Sm@rtW@tch model series, as promised.
The Sw@tches feature our already protected Accumulator/Battery Wristwatch Band and our common displays, inclusive dual displays based on e.g. LCDs and e-papers, or OLEDDs and ActiveIMODs.

© Swatch and iRaiment

The Sw@tches are also ideally suited as fitness bands and support- ing devices for health care. Now you know why we showed the special model "Vodoo Love" by Swatch as well with the OntoLab concept "Gingy, Vodoo Love and Marvin the Martian" as part of the Original Sketches on the 22nd of January 2008.
The image below shows a special model that is flat for being either a style statement, very low budget model, or throwaway smartwatch, possibly with reduced function as needed.

The watch faces will be replaced with images of computer displays.

We also would like to present our magic in this field, that is our Accumulator/Battery Wristwatch Band, that provides up to more than four times of electric power in comparison to a battery of a common smartwatch depending on the model.
Shown here is a flexible variant, covered by a transparent plastic respectively polymer, and featuring its unique element of a buckle or clasp.

24.December.2014
Further steps 22:50 UTC +1 CET
We have developed an additional variant of a smartwatch with batt- ery/accumulator band and would like to show a quick sketch of its basic technological concept.

The concept might be used for other models as well and the design is subject to change, because we are the original and not the usual plagiarists.