CN215938206U

CN215938206U - Intelligent glasses terminal that visual disorder personage used

Info

Publication number: CN215938206U
Application number: CN202023334998.9U
Authority: CN
Inventors: 杨乾; 黎少旭; 邵洋; 宋云龙
Original assignee: Xingwei Technology Tianjin Co ltd
Current assignee: Xingwei Technology Tianjin Co ltd
Priority date: 2020-12-31
Filing date: 2020-12-31
Publication date: 2022-03-04
Anticipated expiration: 2030-12-31

Abstract

The utility model discloses an intelligent glasses terminal for people with visual impairment, which comprises a central processing unit arranged in glasses, a three-shot camera, a laser radar, an infrared distance measurement camera, a voice broadcasting device and the like, wherein the three-shot camera, the laser radar, the infrared distance measurement camera, the voice broadcasting device and the like are connected with the central processing unit; the three-shot camera comprises a main camera, an infrared imaging camera and a depth-of-field gray level camera, and is arranged on a front frame at the front end of the glasses together with the laser radar and the infrared distance measurement camera. The glasses are worn, and a necessary hardware supporting structure is provided for achieving the functions of helping people with visual impairment to solve the problems in life, such as text reading and broadcasting, front object position broadcasting, going-out navigation voice guidance, shop merchant introduction, obstacle avoidance prompting, AI face recognition and reminding people with visual impairment in a vibration and voice prompting mode.

Description

Intelligent glasses terminal that visual disorder personage used

Technical Field

The utility model belongs to the field of intelligent auxiliary equipment hardware, and particularly relates to an intelligent glasses terminal for people with visual impairment.

Background

The smart device that can use for the visually impaired personage in the existing market only has a small amount of intelligent bracelet and wrist-watch, tactile stick etc.. Most of the products are intelligent wearable products applied to common people, and deep concerns and requirements of people with visual impairment are rarely taken care of. The intelligent equipment most attached to the people with visual impairment belongs to intelligent glasses, but the intelligent identification problem of characters, images and object information needs to be solved, and the intelligent identification problem is converted into a prompt problem for the people with visual impairment. The hardware supporting device is needed to solve the above problems.

SUMMERY OF THE UTILITY MODEL

In view of this, the utility model provides an intelligent glasses terminal for people with vision disorder, which provides necessary hardware support for realizing the functions of converting a plurality of vision into voice and solving the problem of discomfort of a living environment system of people with vision disorder.

In order to achieve the purpose, the technical scheme of the utility model is realized as follows:

an intelligent glasses terminal for people with visual impairment comprises a central processing unit arranged in glasses, and a three-shot camera, a laser radar and a voice broadcasting device which are connected with the central processing unit; the three-shot camera comprises a main camera, an infrared imaging camera and a depth of field grayscale camera, and is arranged on a front frame at the front end of the glasses together with the laser radar.

Furthermore, glasses still are equipped with infrared range finding camera, infrared range finding camera is connected central processing unit sets up in the front on the frame for with the supplementary range finding of laser radar.

Further, glasses still are equipped with built-in big dipper GPS positioner, big dipper GPS positioner sets up in the mirror foot casing, connects central processing unit for the visually impaired personage carries out voice navigation, and makes its family or disabled person center learn visually impaired personage's position through APP at any time.

Further, glasses still are equipped with the network module, the network module is one or more of 5G, bluetooth, wiFi, the network module sets up in the mirror foot casing, connects central processing unit for indoor location to and communicate with intelligent Mobile terminal, internet cloud platform.

Furthermore, the glasses are also provided with a brain-computer interface, the brain-computer interface comprises a bone conduction motor and/or a nerve transmission electrode, and the brain-computer interface is arranged in the earpiece shell and is connected with the central processing unit for brain-computer communication; the bone conduction motor also acts as a vibrator for visually impaired people in noisy environments.

Furthermore, the glasses are also provided with a headset at the glasses legs, and the headset is connected with the central processing unit and used for controlling other equipment through voice.

Furthermore, a button is arranged on the glasses leg shell of the glasses, and the button is connected with the central processing unit and used for one-key SOS calling.

Furthermore, the glasses are also provided with batteries, and the batteries are arranged in the glasses leg shells, connected with the central processing unit and used for supplying power; the battery is also provided with a charging interface.

Compared with the prior art, the utility model has the following advantages:

(1) the utility model is suitable for the blind people with disabled vision, the elderly with visual disturbance and the people with visual disturbance caused by other reasons. The system provides a necessary hardware support structure for realizing the functions of helping the visually impaired people to solve the problems in life, such as text reading and broadcasting, front object position broadcasting, outgoing navigation voice guidance, shop merchant introduction, obstacle avoidance prompting, AI face recognition and prompting the visually impaired people in a vibration and voice prompting mode;

(2) the three-shot camera device is adopted, so that the three-shot camera device has the functions of performing environment 3D modeling processing by virtue of the combination of the two cameras and the infrared camera, performing three-dimensional geometric information judgment by virtue of the binocular camera, judging physical types and distances by virtue of the infrared ranging camera and the laser radar, and providing an accurate data basis for AI intelligent voice broadcast in the later period;

(3) the glasses are worn, the internal battery can provide sufficient electric energy for the product, and the wearable charger can be connected to the outside for power supply continuation, so that the glasses are suitable for being carried at home and outdoors;

(4) the Bluetooth mobile phone and the intelligent equipment are networked through Bluetooth, other equipment can be controlled through voice, the mobile phone is connected with the voice to control dialing, an indoor and outdoor alternative working mode is adopted, the dual requirements of home and outdoor positioning are met, indoor positioning is used in a family, and the Bluetooth mobile phone has the characteristics of low power consumption, stability, independence and privacy; when the user goes out, the user switches to the outdoor (Beidou and GPS positioning service), the APP and the platform can monitor the position information of the wearer at any time and respond to the SOS emergency call requirement of the wearer. The system is convenient for the contact between the family and the outers and the remote processing of family events.

Drawings

FIG. 1 is a schematic view of a spectacle construction according to an embodiment of the present invention;

fig. 2 is a schematic diagram of an embodiment of the present invention.

Wherein:

1. a spectacle frame; 2. a lens; 3. a front frame; 4. a main camera; 5. an infrared imaging camera;

6. a depth-of-field grayscale camera; 7. a laser radar; 8. an infrared ranging camera; 9. a left temple inner shell;

10. a left temple housing; 11. a right temple inner shell; 12. a right temple housing; 13. a main PCB; 14. an auxiliary PCB;

15. 5G/WIFI/Bluetooth antenna; 16. a Beidou/GPS antenna; 17. a nerve transmission electrode; 18. a bone conduction motor;

19. a data interface; 20. a battery; 21. pressing a key; 22. a headset; 23. expanding the power supply; 24. and expanding the host.

Detailed Description

It should be noted that the embodiments and features of the embodiments may be combined with each other without conflict.

The utility model is further described with reference to the following figures and specific embodiments.

As shown in figure 1, the utility model adopts the form of glasses, a front frame 3 is arranged in front of an original glasses frame 1 and lenses 2 of the glasses, a left glasses leg and a right glasses leg are made into a shell form, the left glasses leg consists of a left glasses leg inner shell 9 and a left glasses leg outer shell 10, the right glasses leg consists of a right glasses leg inner shell 11 and a right glasses leg outer shell 12, and the front frame 3, the left glasses leg and the right glasses leg are connected with a circuit through a channel. The central position has set up main camera 4 on frame 3 in the front, and main camera 4 one side has set up infrared imaging camera 5 and depth of field grey level camera 6, and the opposite side has set up infrared range camera 8 and laser radar 7.

A main PCB13 is arranged in a left earpiece shell formed by the left earpiece inner shell 9 and the left earpiece outer shell 10, a central processing unit is arranged on the main PCB13, and the main camera 4, the infrared imaging camera 5, the depth-of-field grayscale camera 6, the infrared distance measuring camera 8 and the laser radar 7 are connected with the central processing unit; the left earpiece shell is also internally provided with a Beidou/GPS antenna 16, and the shell is provided with a data interface 19 and a nerve transmission electrode 17; the Beidou/GPS antenna 16, the data interface 19 and the nerve transmission electrode 17 are connected with the central processing unit.

An auxiliary PCB14, a 5G/WIFI/Bluetooth antenna 15 and a battery 20 are arranged in a right earpiece shell formed by the right earpiece inner shell 11 and the right earpiece outer shell 12; the shell is provided with a nerve transmission electrode 17, a bone conduction motor 18, a key 21 and an earphone 22; the 5G/WIFI/Bluetooth antenna 15, the battery 20, the nerve transmission electrode 17, the bone conduction motor 18, the keys 21 and the headset 22 are all connected with the central processing unit through an auxiliary PCB 14.

The battery 20 is provided with a charging interface for connecting an expansion power supply 23 (such as a charger).

The utility model can also be connected with an expansion host through a 5G/WIFI/Bluetooth antenna 15, and the expansion host can be a wearable device hung on the waist.

As shown in fig. 2, the schematic block diagram of the present invention, the hardware structure provided by the present invention can support a hardware structure for realizing that "the central processing unit performs three-dimensional modeling by combining data collected by the depth-of-field grayscale camera 6, the infrared imaging camera 5, and the main camera 4; the central processing unit judges three-dimensional geometric information by using the main camera 4 and the infrared imaging camera 5, measures distance by using the laser radar 7 and the infrared distance measuring camera 8, obtains depth distance, and judges physical type and distance; the central processing unit converts the information into voice and prompts the visually impaired through the headset 22. "function of.

The central processing unit is supplied power by battery 20, obtain and send locating information for central processing unit by big dipper GPS antenna, central processing unit (A06) is the image of gathering, the distance data is handled and is given the instruction, do voice prompt through headset 22 and report, can also drive the electromagnetic shaker (bone conduction motor 18 can be as the electromagnetic shaker) and indicate in noisy environment, 5G WIFI bluetooth antenna can communicate with intelligent mobile terminal (such as cell-phone etc.), then carry out data exchange and instruction with central processing unit and receive. Meanwhile, the pushing prompt information of the cloud platform of the Internet of things can be transmitted to the central processing unit through the mobile phone, and can be inquired and positioned and an instruction can be played.

The utility model can realize brain-computer communication, the central processing unit can control the nerve transmission electrode 17 and the bone conduction motor 18 to send signals to the brain, the electrode can also be implanted in the brain, the 5G/WIFI/Bluetooth antenna is used for communicating with the implanted electrode, and the real object scene is displayed in the brain.

The key 21 can be used as an SOS emergency help key, and after the key 21 is pressed, the central processing unit can communicate with the intelligent mobile terminal through the 5G/WIFI/Bluetooth antenna to push prompt information and position information to a cloud platform or is controlled by the central processing unit to dial and communicate with related contact telephones.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the utility model, and any modifications, equivalents, improvements and the like that fall within the spirit and principle of the present invention are intended to be included therein.

Claims

1. An intelligent glasses terminal used by people with visual impairment is characterized by comprising a central processing unit arranged in glasses, and a three-shot camera, a laser radar and a voice broadcasting device which are connected with the central processing unit; the three-shot camera comprises a main camera, an infrared imaging camera and a depth of field grayscale camera, and is arranged on a front frame at the front end of the glasses together with the laser radar.

2. The intelligent glasses terminal for the visually impaired according to claim 1, wherein the glasses further comprise an infrared distance measuring camera, wherein the infrared distance measuring camera is connected to the central processing unit and arranged on the front frame for assisting the distance measurement with the laser radar.

3. The intelligent glasses terminal as claimed in claim 1, wherein the glasses further have a built-in Beidou/GPS positioning device, the Beidou/GPS positioning device is disposed in the glasses temple housing, connected to the central processing unit, and used for performing voice navigation for the visually impaired, and making the center of the family or the disabled know the position of the visually impaired through APP at any time.

4. The intelligent glasses terminal for the visually impaired according to claim 1, wherein the glasses further comprise a network module, the network module is one or more of 5G, Bluetooth and WiFi, and the network module is disposed in the temple housing, connected to the central processing unit, and used for indoor positioning and communication with the intelligent mobile terminal and the internet cloud platform.

5. The intelligent glasses terminal for the visually impaired according to claim 1, wherein the glasses further comprise a brain-computer interface, the brain-computer interface comprises a bone conduction motor and/or a nerve transmission electrode, the brain-computer interface is disposed in the earpiece housing and connected to the central processing unit for brain-computer communication; the bone conduction motor also serves as a vibrator for prompting visually impaired persons in noisy environments.

6. The intelligent glasses terminal as claimed in claim 1, wherein the glasses further have a headset at the temple, and the headset is connected to the central processing unit for controlling other devices through voice.

7. The intelligent glasses terminal as claimed in claim 1, wherein the glasses earpiece housing of the glasses further has a key, and the key is connected to the central processing unit for one-key SOS call.

8. The intelligent glasses terminal for the visually impaired according to claim 1, wherein the glasses further comprise a battery, and the battery is disposed in the temple housing, connected to the central processing unit, and used for supplying power; the battery is also provided with a charging interface.