CN215769208U

CN215769208U - AR glasses assembly

Info

Publication number: CN215769208U
Application number: CN202121782753.4U
Authority: CN
Inventors: 董贇; 孟椿智; 黄承速; 黎俐芬; 潘俊冰; 陈柏龄
Original assignee: Guangxi Power Grid Co Ltd
Current assignee: Guangxi Power Grid Co Ltd
Priority date: 2021-08-02
Filing date: 2021-08-02
Publication date: 2022-02-08
Anticipated expiration: 2031-08-02

Abstract

The utility model discloses an AR (augmented reality) glasses assembly which comprises a cap type support, AR glasses arranged on the cap type support through glasses clamping pieces and an AR glasses processor mounting rack arranged on the cap type support. With AR glasses and AR glasses treater mounting bracket integration on cap formula support for AR glasses handles and also installs on cap formula support, takes together overhead at the user, has effectively solved the problem that AR glasses processing module does not have the department and places, fixes the head jointly with AR glasses, liberates both hands, is difficult for losing, does not influence the gesture operation, installation easy operation is applicable to general AR glasses of taking processing module.

Description

AR glasses assembly

Technical Field

The utility model belongs to the technical field of AR (augmented reality) glasses, and particularly relates to a wearing assembly based on universal AR glasses.

Background

AR glasses include AR lens and the processing module who is used for calculation processing, contain on the AR lens and show lens, multiple sensor signal acquisition, eyes bearing structure, and processing module is equivalent to a small-size computer, because the reason of weight, can not combine together with the lens, otherwise bridge of the nose and ear department wear and do not conform to ergonomic. The existing AR glasses separate an AR lens from a processing module, the middle of the AR lens is connected through a data line, and the AR lens is worn on ears and the bridge of the nose like common glasses. Because processing module and AR lens are through line connection, cable length can influence the use radius again, and processing module places other position cables on one's body and then can influence the normal of waving of hand, and processing module takes the operation of hand in the time limit on hand, all can influence the convenience that AR glasses used.

The AR glasses assembly has been designed with the whole AR hardware system as in (1): 201922415703.1. the patent names are as follows: AR glasses and an image acquisition apparatus. An AR glasses system, AR glasses, and an image acquisition apparatus are disclosed. The AR glasses system comprises AR glasses and image acquisition equipment; the image acquisition equipment comprises a camera which is arranged on the surface and used for shooting an original image, an image amplification unit which is used for amplifying a target position in the original image to obtain an amplified image, and a first wireless module which is used for transmitting the amplified image to the AR glasses; the AR glasses comprise a glasses frame, a second wireless module, a light machine and lenses, wherein the second wireless module is arranged on the glasses frame and used for obtaining the amplified images, and the light machine and the lenses are arranged on the glasses frame. (2) Patent numbers: 201820709390.3. the patent names are as follows: novel AR glasses and novel AR glasses system. The novel AR glasses and the novel AR glasses system are provided, the whole screen picture display mode is adopted, and the dizziness caused by screen division display of left and right eyes is avoided; the physiological detector detects the physiological state information of a wearer, and if the physiological state information is abnormal, an alarm is given, so that the technical problems that the left eye and the right eye of the conventional AR glasses are subjected to split-screen imaging, a user is dizzy, the resolution of a display screen is poor, and the physical state of the user cannot be monitored are solved. (3) Patent numbers: 201721496580.3. the patent names are as follows: a near-to-eye display optical module and AR glasses for AR glasses. The near-to-eye display optical module for the AR glasses and the AR glasses are provided, moving parts in an optical system of the AR glasses are reduced, the stability of the optical system is improved, and the light and thin of the AR glasses are facilitated. (4) Patent numbers: 201921082070.0. the patent names are as follows: a system for implementing portable AR glasses. The portable AR glasses implementation system is disclosed, and the combination of the AR glasses and the mobile phone part can well enrich the application of products, improve the processing capacity of equipment and realize the function of virtual interaction.

The above patent contents have realized the basic function of the AR glasses, and in accordance with the present patent, the basic function of the AR glasses is not redesigned, but on the basis of this, there are patents which are designed and modified based on the additional function of the basic function, such as (1) patent no: 202011046245. X. The patent names are as follows: an intelligent AR glasses capable of enhancing contrast and an adjusting and using method thereof. According to the intelligent AR glasses capable of enhancing contrast and the adjusting and using method thereof, the dimming film prepared from GH, TN or EC dyes is attached to the frontmost mirror surface, light is refracted by rotating the adjusting switch so as to dim the dimming film, the influence of external light on the display effect is prevented, the contrast is greatly improved by information displayed by the dimming film, and imaging is clearer. (2) Patent numbers: 201920618121.0. the patent names are as follows: foldable AR glasses. When the AR glasses are not used, the two earphone modules can be rotated to one side of the glasses module, and the glasses leg structure can be folded, so that the whole AR glasses can be folded; the problem of current AR glasses occupation space portable and AR glasses's temperature rise influence more and wear is solved, the travelling comfort of wearing has been improved. (3) Patent numbers: 201921470417.9. the patent names are as follows: AR glasses capable of improving experience state. An AR (augmented reality) glasses capable of improving experience states comprises an AR glasses main body, a micro fan, a forehead fixing plate, a top fixing belt, a fixing belt connecting plate, a neck auxiliary fixing frame and a transverse fixing belt; the glasses have the advantages that the glasses are beneficial to assisting in increasing the blowing feeling in the real state, the effect of blowing and cooling can be achieved under the hotter condition, and the use comfort performance of the glasses is effectively improved. (4) Patent numbers: 201721049595.5. the patent names are as follows: AR glasses and tracking system thereof. The utility model discloses a AR glasses and tracking system thereof is through being equipped with the mark part on AR glasses body to obtain AR glasses's positional information in real time, will positional information brings into in the three-dimensional image of whole operation, and after the doctor wore AR glasses, along with the motion of doctor's head, the virtual image that shows on the AR glasses can with the accurate stack in real environment patient's actual operation position, better supplementary operation.

There are patents that local transformation of AR glasses is beneficial to production, use and wearing, but all start from changing the structure of the AR glasses itself, and no additional assembly structure is adopted, such as (1) patent No.: 202010240060.6. the patent names are as follows: an AR connecting device, an AR eyeglass device and an AR eyeglass assembling method. The utility model discloses a AR connecting device is applied to AR glasses for connect AR glasses core part, the AR connecting device that provides can effectively solve AR glasses assembly difficulty, processing difficulty, with high costs, difficult maintenance, the difficult shape scheduling problem of changing of outward appearance piece. (2) Patent numbers: 202010881544.9. the patent names are as follows: an AR glasses convenient to wear and a using method thereof are provided: the utility model relates to an AR (augmented reality) glasses convenient to wear and a using method thereof. (3) Patent numbers: 201821216065. X. The patent names are as follows: AR glasses suitable for different crowds. The utility model discloses AR glasses suitable for different crowds, wherein the lower parts of a first glasses frame and a second glasses frame, which are far away from an AR glasses main body, are respectively provided with a glasses frame foot, and the outer parts of the first glasses frame and the second glasses frame are respectively sleeved with a sliding block.

Patents have designed how AR glasses are assembled to the head, but all take the form of special helmets, and only special hats such as: (1) patent numbers: 202021289611. X. The patent names are as follows: an intelligent police AR glasses. The utility model discloses an intelligence police service AR glasses, realized that the police service personnel of being convenient for carry out the health and use by a wide margin, reduced the condition that the police service personnel damaged AR glasses in carrying out virtual exercise, and alleviateed the damage degree of AR glasses to a great extent and cause police service personnel face or eye, indirect follow-up training for the police service personnel has brought the facility, and has effectually strengthened AR glasses impression effect and fixed effect. (2) Patent numbers: 201811469790.2. the patent names are as follows: a helmet capable of hiding binocular AR glasses. The helmet capable of hiding the binocular AR glasses is disclosed, the AR glasses can be manually and quickly positioned in front of eyes, and meanwhile, when the helmet is not used, the AR glasses can be conveniently stored in the helmet, and the visual field is not influenced. (3) Patent numbers: 202011311168.6. the patent names are as follows: an AR glasses and safety helmet assembly structure and a safety helmet. The utility model discloses an AR glasses and safety helmet package assembly and safety helmet can adapt to the user demand of different environment and different interpupillary distance eyes, does benefit to the operation personnel and looks over vivid system's picture and video picture, improves intelligent safety helmet's functionality and use experience sense.

Disclosure of Invention

The utility model aims to provide an AR (augmented reality) glasses assembly which is more convenient to use and simpler to operate in order to overcome the defects of the prior art.

In order to achieve the purpose, the AR glasses assembly comprises a cap type support, AR glasses installed on the cap type support through glasses clamping pieces and an AR glasses processor installation frame installed on the cap type support.

Furthermore, the hat-type support comprises an arc-shaped head frame, a plurality of reinforcing rib pieces and an elastic band, wherein one end of each reinforcing rib piece is connected with the arc-shaped head frame, the other ends of all the reinforcing rib pieces are connected with the top fixing piece, and all the reinforcing rib pieces are uniformly distributed along the circumference of the arc-shaped head frame; one end of the elastic band is connected with one end of the arc head frame, and the other end of the elastic band is connected with the other end of the arc head frame.

Furthermore, the glasses clamping piece comprises a plastic bottom piece, an L-shaped plastic elastic piece and an installation piece, a flanging at one end of the installation piece is connected with a flanging at the bottom of the plastic bottom piece in an involutory mode to form a clamping groove for clamping the AR glasses legs, a flanging at the other end of the installation piece is connected with a transverse elastic piece extending outwards on the L-shaped plastic elastic piece, a vertical elastic piece on the L-shaped plastic elastic piece is involutory with the plastic bottom piece to form a gap for inserting the arc-shaped head frame, and the vertical elastic piece is connected with the plastic bottom piece through a bolt after involutory mode.

Furthermore, at least one glasses clamping piece is arranged on each of the two side glasses legs of the AR glasses, and the glasses clamping pieces on the two side glasses legs of the AR glasses are symmetrically distributed along the symmetrical plane of the AR glasses.

Furthermore, the glasses clamping piece is positioned at the joint of the glasses body and the glasses legs.

Further, the AR glasses processor mounting rack comprises a back plate, a bottom plate, a transverse elastic belt, a longitudinal elastic belt and a mounting rack plastic elastic sheet; the middle part of the transverse elastic belt is fixed on the top of one surface of the back plate, and two free ends of the transverse elastic belt are connected through a lock catch; a part of the longitudinal elastic belt is longitudinally fixed in the middle of one surface of the back plate, the free end of the longitudinal elastic belt is connected with the lock catch, and the bottom plate is pressed on the longitudinal elastic belt; the mounting rack plastic elastic sheet is mounted on the other side of the back plate.

Compared with the prior art, the utility model has the following advantages: according to the AR glasses assembly, the AR glasses and the AR glasses processor mounting rack are integrated on the hat type support, so that the AR glasses processing is also mounted on the hat type support and is carried on the head of a user together, the problem that the AR glasses processing module is placed everywhere is effectively solved, the AR glasses processing module and the AR glasses are fixed on the head together, hands are liberated, the AR glasses are not easy to lose, gesture operation is not influenced, mounting operation is simple, and the AR glasses assembly is suitable for general AR glasses with the processing module; the elastic band of the headband can be self-adaptively worn on the head without manually adjusting the tightness of the fixation of the head.

Drawings

FIG. 1 is a schematic view of an AR eyeglass assembly of the present invention;

FIG. 2 is a schematic diagram of the AR glasses of FIG. 1;

FIG. 3 is a schematic view of the configuration of the eyewear clip of FIG. 2;

FIG. 4 is a schematic diagram of the structure of the mounting frame of the AR eyeglass processor of FIG. 1;

fig. 5 is another schematic view of fig. 4.

The components in the figures are numbered as follows:

the glasses comprise a hat type support 1, AR glasses 2, an AR glasses processor mounting frame 3, a headband elastic band 4, glasses clamping pieces 5, an arc-shaped head frame 6, a reinforcing rib piece 7, a top fixing piece 8, a plastic bottom piece 9, a mounting piece 10, a clamping groove 11, a transverse elastic piece 12, a vertical elastic piece 13, a bolt 14, glasses legs 15, a back plate 16, a mounting frame plastic elastic piece 17, a longitudinal elastic band 18, a transverse elastic band 19, a bottom plate 20 and a lock catch 21.

Detailed Description

The utility model is described in further detail below with reference to the figures and the specific embodiments.

As shown in fig. 1, the AR glasses assembly includes a cap stand 1, AR glasses 2 mounted on the cap stand 1 through a glasses fastener 5, and an AR glasses processor mounting bracket 3 mounted on the cap stand 1.

The hat type support 1 comprises an arc-shaped head frame 6, a plurality of reinforcing rib pieces 7 and a headband elastic band 4, wherein one end of each reinforcing rib piece 7 is connected with the arc-shaped head frame 6, the other ends of all the reinforcing rib pieces 7 are connected with a top fixing piece 8, and all the reinforcing rib pieces 7 are uniformly distributed along the circumference of the arc-shaped head frame 6; one end of the headband elastic band 4 is connected with one end of the arc head frame 6, and the other end of the headband elastic band 4 is connected with the other end of the arc head frame 6, so as to adjust the tightness of the hat type support 1.

The glasses clamping piece 5 shown by combining the figures 2 and 3 comprises a plastic bottom piece 9, an L-shaped plastic elastic piece and a mounting piece 10, wherein a flanging at one end of the mounting piece 10 is in involution connection with a flanging at the bottom of the plastic bottom piece 9 to form a clamping groove 11 for clamping a glasses leg 15 of the AR glasses 2, a flanging at the other end of the mounting piece 10 is connected with a transverse elastic piece 12 extending outwards on the L-shaped plastic elastic piece, a vertical elastic piece 13 on the L-shaped plastic elastic piece is in involution connection with the plastic bottom piece 10 to form a gap for inserting the arc-shaped head frame 6, and the vertical elastic piece 13 is connected with the plastic bottom piece 9 through a bolt 14 after involution. At least one glasses clamping piece 5 is respectively arranged on the two side mirror legs 15 of the AR glasses 2, and the glasses clamping pieces 5 on the two side mirror legs 15 of the AR glasses 2 are symmetrically distributed along the symmetrical plane of the AR glasses 2; the glasses legs 15 of the AR glasses 2 are clamped into the clamping grooves 11 of the glasses clamping pieces 5, the arc-shaped head frame 6 is clamped between the plastic bottom plate 9 and the L-shaped plastic elastic piece, and then the plastic bottom plate 9 and the L-shaped plastic elastic piece are fixedly connected through the bolts 14, so that the AR glasses 2 are fixed on the arc-shaped head frame 6. In this embodiment, the eyeglass clip 5 is located at the junction of the eyeglass body and the temple 15, so that the weight of the temple portion and the lens portion is distributed as evenly as possible.

With reference to fig. 4 and 5, the AR glasses processor mounting bracket 3 includes a back plate 16, a bottom plate 20, a transverse elastic band 19, a longitudinal elastic band 18, and a mounting bracket plastic elastic sheet 17. The middle part of the transverse elastic belt 19 is fixed on the top of one side of the back plate 16, and two free ends of the transverse elastic belt 19 are connected through a lock catch 21; a part of the longitudinal elastic belt 18 is longitudinally fixed at the middle part of one surface of the back plate 16, the free end of the longitudinal elastic belt 18 is connected with the lock catch 21, and the bottom plate 20 presses on the longitudinal elastic belt 18; meanwhile, the mounting frame plastic elastic sheet 17 is mounted on the other side of the back plate 16 and used for clamping the processor mounting frame 3 on the headband elastic belt 4. The top of the AR glasses processor is tightened and fixed through the transverse elastic band 19, the top of the AR glasses processor is tightened and fixed through the longitudinal elastic band 18, and the bottom of the AR glasses processor is placed on the bottom plate 20 to support the bottom of the AR glasses processor.

According to the AR glasses assembly, the AR glasses and the AR glasses processor mounting rack are integrated on the hat type support, so that the AR glasses processing is also mounted on the hat type support and is carried on the head of a user together, the problem that the AR glasses processing module is placed everywhere is effectively solved, the AR glasses processing module and the AR glasses are fixed on the head together, hands are liberated, the AR glasses are not easy to lose, gesture operation is not influenced, mounting operation is simple, and the AR glasses assembly is suitable for general AR glasses with the processing module; the elastic band of the headband can be self-adaptively worn on the head without manually adjusting the tightness of the fixation of the head.

Based on the basic function of the existing AR glasses, the utility model adopts an external assembly of a universal head structure instead of a cap structure on the basis of not influencing additional functions, thereby improving the wearing comfort and the use flexibility of the AR glasses and simultaneously not influencing the wearing of the cap.

Claims

1. An AR eyeglass assembly, comprising: comprises a hat type bracket (1), AR glasses (2) arranged on the hat type bracket (1) through a glasses clamping piece (5) and an AR glasses processor mounting rack (3) arranged on the hat type bracket (1); the hat type support (1) comprises an arc-shaped head frame (6), a plurality of reinforcing rib pieces (7) and a headband elastic band (4), one end of each reinforcing rib piece (7) is connected with the arc-shaped head frame (6), the other ends of all the reinforcing rib pieces (7) are connected with a top fixing piece (8), and all the reinforcing rib pieces (7) are uniformly distributed along the circumference of the arc-shaped head frame (6); one end of the headband elastic band (4) is connected with one end of the arc head frame (6), and the other end of the headband elastic band (4) is connected with the other end of the arc head frame (6).

2. The AR eyeglass assembly of claim 1, wherein: the glasses clamping piece (5) comprises a plastic bottom piece (9), an L-shaped plastic elastic piece and an installation piece (10), wherein a flanging at one end of the installation piece (10) is connected with a flanging at the bottom of the plastic bottom piece (9) in an involutory mode to form a clamping groove (11) for clamping the glasses legs (15) of the AR glasses (2), a flanging at the other end of the installation piece (10) is connected with a transverse elastic piece (12) extending outwards on the L-shaped plastic elastic piece, a vertical elastic piece (13) on the L-shaped plastic elastic piece is involutory with the plastic bottom piece (9) to form a gap for inserting the arc-shaped head frame (6), and the vertical elastic piece (13) is connected with the plastic bottom piece (9) in an involutory mode through a bolt (14).

3. The AR eyeglass assembly of claim 1, wherein: the glasses comprise AR glasses (2), wherein at least one glasses clamping piece (5) is arranged on each of two side glasses legs (15) of the AR glasses (2), and the glasses clamping pieces (5) on the two side glasses legs (15) of the AR glasses (2) are symmetrically distributed along the symmetrical plane of the AR glasses (2).

4. The AR eyeglass assembly of claim 1, wherein: the glasses clamping piece (5) is positioned at the joint of the glasses body and the glasses legs (15).

5. The AR eyeglass assembly of claim 1, wherein: the AR glasses processor mounting rack (3) comprises a back plate (16), a bottom plate (20), a transverse elastic belt (19), a longitudinal elastic belt (18) and a mounting rack plastic elastic sheet (17); the middle part of the transverse elastic belt (19) is fixed on the top of one surface of the back plate (16), and two free ends of the transverse elastic belt (19) are connected through a lock catch (21); a part of the longitudinal elastic belt (18) is longitudinally fixed at the middle part of one surface of the back plate (16), the free end of the longitudinal elastic belt (18) is connected with the lock catch (21), and the bottom plate (20) is pressed on the longitudinal elastic belt (18); the mounting frame plastic elastic sheet (17) is arranged on the other surface of the back plate (16).