Smart Visual Terminal with 6G Cloud Integration

Abstract

This invention presents a visual terminal based on eye projection, designed to facilitate access to personal information while minimizing weight and power consumption. The device projects visual data directly to the user's eye, delegating complex computational tasks to a remote central processing unit (edge ​​compute node). Ultra-high-speed 6G connectivity and a proprietary image streaming protocol minimize latency, while the retinal projection module and low-power optical system extend battery life, offering a lighter, more comfortable, and more efficient solution compared to existing wearable devices.

Description

1 TARIFF Smart Visual Terminal with 6G Cloud Integration Technical Area 5 The invention is a high-performance device used in the field of personal information access devices and wearable display technologies. receiving data from the central processing unit via a fast wireless connection (6G and above), its own an eye-projection-based display device that does not contain a processor or graphics unit. It is related to. State of the Art Modern portable devices (phones, tablets, smart glasses, etc.) have powerful processors, GPUs, RAM, It includes storage and a high-capacity battery. This design makes the device heavier, causes overheating, and limits battery life. 15 In addition, each device wastes energy by repeating the same calculations. Existing smart glasses (e.g., Apple Vision Pro, Meta Quest 3) and AR glasses (Huawei) Eyewear (Xiaomi Smart Glasses, etc.) has the following technical shortcomings: 20  High power consumption → short battery life  Overheating • Heavy and uncomfortable to use  Reduced viewing comfort due to screen / lens thickness  The actual “edge” computing capacity is limited. 25  In addition, since the calculation process is performed inside the device in today's devices, privacy is protected. Maintenance, performance, and up-to-date issues occur. In conclusion, due to the negative aspects described above and the current solutions being the subject of discussion... Due to its shortcomings, it has become necessary to make improvements in the relevant technical field. 30 Purpose of the Invention The invention was created by drawing inspiration from existing situations and overcoming the aforementioned drawbacks. It aims to solve the problem. 35 2 The main purpose of the invention is to develop personal information access devices and wearable display technologies. used, via high-speed wireless connection (6G and above) from the central processing unit Data receiving, not containing its own processor or graphics unit, eye projection based. The goal is to provide imaging devices. Another aim of the invention is to provide low power consumption, long service life, low weight and comfort. The goal is to provide usage. Another purpose of the invention is to control all the functions of the device remotely via a central unit. The goal is to optimize energy consumption by implementing this. 10 Another objective of the invention is to perform all computational operations by a central unit. This reduces the processing load on the device. Another aim of the invention is to enable long-term use of the device thanks to its low energy consumption. to present. Another advantage of the invention is that the device does not have a processor or graphics unit. The aim is to make it lighter and thinner. To achieve the purposes described above, the invention includes personal information access devices and High-speed wireless connectivity (6G and above) used in the field of wearable display technologies. receiving data from the central processing unit, via which it has its own processor or graphics unit. It is a non-eye projection-based display device. The structural and characteristic features and all the advantages of the invention are given in the figures below. Thanks to the detailed explanation written with references to the figures, it becomes clearer. It will be understood. Figures to Help Understand the Invention 30 Figure 1 shows a general representation of the system that is the subject of the invention. Explanation of Part References 1. Head assembly unit 2. Retinal projection module 35 3. Optical router 3 4.6G connectivity module 5. Power unit 6. Audio interface 7. Edge Computing Remote Hub 8. Image streaming protocol 5 Detailed Description of the Invention In this detailed description, the preferred configurations of the device that is the subject of the invention are listed below. This is explained to facilitate a better understanding of the subject. The invention is a high-performance system used in the field of personal information access devices and wearable display technologies. receiving data from the central processing unit via a fast wireless connection (6G and above), its own an eye-projection-based display device that does not contain a processor or graphics unit. It is related to. The device described in the invention is a device that attaches to the forehead or the top of the head and secures an optical projection unit. Head assembly unit (1), retinal 15 that forms an image by directly reflecting the visual signal projection module (2), optics that direct the image light at the correct angle to provide clear vision router (3), 6G connection module that enables the device to connect to the central processing system. (4), power unit that provides energy only for projection and connection (5), voice command and voice interface (6) used for interaction, where all calculations are made, personal data Edge computing remote hub (7), where the processing is done, high-speed compression and 20 Image streaming protocol that provides data lossless transmission by means of the decoding method (8) It includes. The operating principle of the device described in this invention is as follows: The user attaches the device (1) to their head or forehead. When the device is switched on (4), it connects to the nearest (7). 25 User commands (voice, eye movement, gestures) are transmitted to the cloud (6). All processing (artificial intelligence, computation, image generation) is done within (7). The center transmits only the result image (8) to the device. Visual data is directed to (2) via (3). (2) projects the image directly onto the user's eye. 30 It stops consuming energy as long as the image does not change (5). This allows the device to operate for extended periods with low power consumption. 35

Claims

4 REQUESTS 1. High-performance devices used in the field of personal information access devices and wearable display technologies. receiving data from the central processing unit via a fast wireless connection (6G and above), its own Eye projection-based display that does not contain a processor or graphics unit. It is a device and its feature is; 5 • A head mount that attaches to the forehead or top of the head and secures the optical projection unit. unit (1), • retinal projection module (2) which creates an image by directly reflecting the visual signal. • Optical guide (3) that directs the image light at the correct angle to provide clear vision. • 6G connection module (4) which enables the device to connect to the central processing system, 10 • power unit that provides energy for projection and connection only (5), • Voice interface used for voice command and interaction (6), • Edge computing, the remote center where all calculations are made and personal data is processed. operation remote hub (7), • 15 that provides lossless data transfer through high-speed compression and decompression methods. It includes the video streaming protocol (8).

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