CN215181265U - Spectacle frame capable of being attached to inside of intelligent glasses and intelligent glasses system - Google Patents

Abstract

This patent relates to an attachable mirror holder and intelligent glasses system inside intelligent glasses, this mirror holder can attach inside intelligent glasses, include: a cross beam which is rigid and extends along the left and right directions; the connecting part is detachably connected with a spectacle frame of the intelligent spectacles and is connected with the cross beam or integrally formed with the cross beam; and joints which are arranged at the left and right sides of the cross beam and can detachably connect the temples. The utility model discloses the mirror holder that will install the correction lens passes through grafting structure and intelligent glasses movable mounting together, and it is convenient to dismantle, can satisfy the requirement that the user corrected to the vision.

Description

Spectacle frame capable of being attached to inside of intelligent glasses and intelligent glasses system

Technical Field

The utility model relates to the field of glasses, in particular to a glasses frame which can be attached to the inside of intelligent glasses; and a smart eyewear system.

Background

Smart glasses are known as smart because they have many functions other than correcting vision, usually taking a conventional neutral appearance, and their lenses do not have the ability to correct the vision of a user, and are much heavier than ordinary corrective glasses.

In order to facilitate normal use of the smart glasses by users with different visual degrees, two common methods are used: the utility model provides a for being equipped with one set of each visibility section homoenergetic of distribution by intelligent glasses provider and covering the visibility piece (correct the lens promptly), the mode card through the card plug is in intelligent glasses the inside, and different people use, then installs different visibility pieces. Another is to allow the user to wear their corrective glasses before wearing the smart glasses.

With the first method, the cost of the smart glasses provider is increased because the range of the visibility range is wide, even if the unit price of a single piece is cheap, multiple pieces are needed to cover the common visibility range (such as plus 200 to minus 800 degrees), and there is also wear caused by continuous disassembly and assembly.

With the second method, it is necessary to accommodate the shape of the existing glasses frame when designing the smart glasses, which not only increases the design difficulty, but also is a very unfriendly experience for the designer and the user because the smart glasses and the corrective glasses have a pair of glasses legs and cannot be staggered when wearing.

To the aforesaid problem, current intelligent glasses manufacturer provides the lens frame of correcting of clip formula and goes adaptation intelligent glasses, and it utilizes the nose of correcting lens frame and intelligent glasses to hold in the palm the carrier bar cooperation, realizes that detachable relatively fixed position connects. However, such frames do not provide a good user-friendliness, such as a fixed half-frame configuration that can be used as a target by anyone. In addition, the correcting lens frame is provided with no glasses legs, so that the correcting lens frame cannot be independently worn when the intelligent glasses are not used and can only be stored; both of these factors affect the use experience.

SUMMERY OF THE UTILITY MODEL

The utility model discloses just provide based on prior art's above-mentioned demand, the to-be-solved technical problem of the utility model is to provide an attachable in the inside mirror holder of intelligent glasses to improve the travelling comfort of wearing and be suitable for at least one in the extensive of place.

In order to solve the technical problem, the utility model provides a technical scheme includes:

a cross beam which is rigid and extends along the left and right directions;

the connecting part is detachably connected with a spectacle frame of the intelligent spectacles and is connected with the cross beam or integrally formed with the cross beam;

and joints which are arranged at the left and right sides of the cross beam and can detachably connect the temples.

By adopting the technical scheme, the utility model can attach the frame to the inside of the intelligent glasses through the connecting part and bear the weight of the intelligent glasses through the rigid beam; the arrangement of the through connector can be used for the glasses legs under various wearing scenes conveniently. Thereby improving the wearing comfort or the application versatility.

Further, the effective projection total length of the beam in the left-right direction is 53-74 mm.

53 ~ 74mm is the numerical range of people's eye interpupillary distance, and the effective projection of crossbeam in left and right directions can reduce the width that the picture frame occupied as far as possible in this interval on the one hand, can provide sufficient lens interpupillary distance on the other hand, supplies the person of wearing to clearly observe.

Further, the connecting portion comprises a bracket detachably connected with a nose pad on a glasses frame of the intelligent glasses.

Through the setting of bracket, can conveniently link to each other and break away from intelligent glasses with the mirror holder to the bracket is in can also regard as the nose to hold in the palm or connect the nose to hold in the palm the use after the mirror holder takes off from intelligent glasses to the travelling comfort of wearing when very high mirror holder exclusive use.

Further, the support bears the glasses frame of the intelligent glasses below the nose support.

Under the condition that the bracket bears the smart glasses frame from the lower part of the nose support, the rigid beam of the glasses frame in the patent can play a sufficient supporting role, the stability of the smart glasses in wearing can be kept, and the frame in the patent can be used for a long time without obvious deformation under the condition of keeping a small size.

Furthermore, bending parts are arranged at the left side part and the right side part of the cross beam, and the bending parts are formed into smoothly-transiting bends; the joint is arranged on the bending part.

Set up smooth transition's kink at the crossbeam lateral part, can be so that the shape of mirror holder and the shape looks adaptation of intelligent glasses internal surface, like this under projection length about the equivalence, inside intelligent glasses can be filled in better to the picture frame of this patent. Or say so can fill in the inside condition of intelligent glasses, the intelligent glasses in this patent can adapt to the face of bigger size. Or the size of the smart glasses required in this patent is smaller while accommodating the size of the same size human face.

Further, the frame also comprises a flexible part, and the flexible part is wrapped on the edge of the lens mounted on the frame.

Through the use of flexible portion, can protect the side of lens not worn and torn when using, the common centre gripping lens of flexible portion and rigid crossbeam can let the lens more stable moreover to provide good visual perception when wearing.

Further, the joint includes: a U-shaped clamp with a groove in the middle is arranged at one end of the cross beam, and two sides of the U-shaped clamp are provided with corresponding open slots; the convex block clamped into the groove is arranged at one end of each glasses leg, the convex columns are arranged at positions corresponding to the two open slots on the protrusions, and the convex blocks are clamped into the open slots through the convex columns to achieve rotatable installation.

Adopt above-mentioned structure can make things convenient for the dismantlement of mirror leg. And after the installation, thereby the mirror leg can lock combine firmly with the mirror holder on connecting, adapted to the demand of mirror holder bearing intelligence glasses on the one hand, this kind of connection structure of conveniently dismantling can use the mirror leg of different grade type according to the needs of difference further improved the application scope of this patent mirror holder on the other hand.

Further, the spectacle frame also comprises a nose support which is detachably arranged on the spectacle frame.

Under this kind of preferred scheme, the nose of mirror holder and intelligent glasses of this patent can share holds in the palm, can improve the stability of the cooperation of nose support and mirror holder like this to can conveniently install intelligent glasses when using, further improve the convenience.

Furthermore, the spectacle frame further comprises spectacle legs, wherein the spectacle legs are provided with a communication device and a media device, the communication device is communicated with the intelligent spectacles, and the media device plays media information received by the communication device.

Through the setting of this kind of mirror leg, can realize the mirror leg of picture frame and the mirror leg of intelligent glasses's general, reduce the cost of mirror leg to wearer's experience has been improved.

According to another aspect of this patent, there is also provided a smart eyewear system, comprising: smart glasses; and a frame attachable inside the smart eyewear, as described in any of the above.

The utility model discloses the mirror holder that will install the correction lens passes through grafting structure and intelligent glasses movable mounting together, and it is convenient to dismantle, can satisfy the user to the requirement of vision correction, can normally use intelligent glasses again simultaneously. The rigid cross beam can support and bear the weight of the intelligent glasses, the normal installation of the correcting lenses can be guaranteed by controlling the length of the cross beam, the normal wearing of the intelligent glasses can not be influenced when the cross beam is positioned inside the intelligent glasses, and more personalized choices can be provided for different users.

Furthermore, through the interface that sets up on the crossbeam, make the mirror holder can install and dismantle the mirror leg, not only can install the mirror leg of intelligent glasses, still can independently prepare solitary mirror leg for the mirror holder, when the mirror holder does not peg graft with intelligent glasses, can independently use as a pair glasses of correcting eyesight, not only made things convenient for the user, can improve the availability factor of mirror holder moreover.

Drawings

Fig. 1 is a top view of the smart glasses according to an embodiment of the present invention;

fig. 2 is a perspective view of the structure of the smart glasses according to an embodiment of the present invention;

fig. 3 is a top view of a frame structure according to an embodiment of the present invention;

fig. 4 is a top view of the frame of fig. 3 after attachment of the temples;

FIG. 5 is a top view of a joint section configuration according to an embodiment of the present invention;

fig. 6 is a top view of a structure in which a frame and smart glasses are combined according to an embodiment of the present invention;

fig. 7 is a front view of a flexible portion structure according to an embodiment of the present invention.

Detailed Description

The detailed structure and implementation process of the present solution are described in detail below with reference to specific embodiments and the accompanying drawings. In the following description, "left" and "right" refer to directions of the eyeglasses with respect to the left and right eyes centering on the bridge of the nose after the eyeglasses are worn on the eyes of the user. The term "inner" refers to the side of the smart glasses facing the face when worn, and the term "outer" refers to the side of the smart glasses facing away from the face when worn.

Fig. 1, 2 show a kind of smart glasses 1, which may be various smart glasses devices with intelligent applications. For example, an augmented reality smart eyewear device, or a virtual reality smart eyewear device, and other eyewear with interactive operation functionality.

The structure of the intelligent glasses is more complex than that of the common glasses due to the requirement of the intelligent function of the intelligent glasses; and typically has a weight of, for example, greater than 50 grams. For the smart glasses user who needs to correct the eyesight, the operation of the smart glasses basically needs to be realized based on clear vision, and the narrow space and the heavy weight of the smart glasses enable the user to select a vision correction mode such as a vision correction film to complete the eyesight correction. As in the background section of this patent, this presents a significant inconvenience to the user.

In the present embodiment, a structure of the smart glasses as shown in fig. 1 and 2 is provided to facilitate explanation of the technical solution in the present embodiment. In fact, it will be apparent to those skilled in the art that the frame provided in the embodiments of this patent is applicable to a wide variety of eyeglasses.

In fig. 1 and 2, the smart glasses 1 generally include a temple 2 and a frame 3, and the frame 3 is provided with a nose pad 4. The glasses frame 3 and the glasses legs 2 constitute a main support structure of the smart glasses, and have an accommodating space therein to accommodate elements required for implementing a smart function. At least one intelligent function is included, for example, preferably a communication device and a media playing device are installed in the glasses legs 2, the communication device is used for communicating with other parts of the intelligent glasses, such as a Bluetooth module; the media playing device is used for playing media information received by the communication device, such as a sound box playing sound. In this case, the temples 2 are provided with audio functions independently of the frame 3. Further, the smart glasses may include elements providing a video display function in the frame 3.

In one embodiment of the present invention, as shown in fig. 3, a frame 5 is disclosed for attachment inside smart glasses; the particular frame comprises a cross bar 6 and a connecting portion 7.

This crossbeam 6 is the rigidity, and the left and right sides is provided with the interface to connect the mirror leg that can be used to intelligent glasses. The rigidity here means: at least strong enough to withstand the weight of the smart eyewear without deforming. Preferably, the cross beam can be made of metal, engineering plastics and the like. The temple arm comprises at least one intelligent function and is detachably connected to the frame 5.

Connecting portion 7 with crossbeam 6 relatively fixed's connection include connecting portion 7 with the crossbeam is fixed to be set up, it is fixed relatively fixed to be fixed, can be welding, integrated into one piece, also can be joint or similar detachable fixed connection mode.

One part of the connecting part 7 is fixedly connected with the beam 6 or integrally formed with the beam 6, and the other part is provided with or formed into a bracket 8 so as to be detachably connected with the intelligent glasses. The bracket 8 is used for movably inserting with a nose pad bearing beam (hereinafter referred to as a nose pad 4) of the intelligent glasses, and can be stably clamped on the nose bridge under the condition of bearing the intelligent glasses.

The bracket 8 may include a resilient U-shaped structure extending from the cross member 6 to either side of the bridge of the nose, as shown in FIG. 3. Or a protrusion (not shown) extending from the bridge forward and centrally along the bridge of the nose alone. The protrusion can be directly inserted into the jack of the frame 3 of the smart glasses so that the two form stable buckle connection.

In the present embodiment, although fig. 3 and other drawings show a beam projected in a straight line, the shape of the beam is not limited to this, but may be a curved shape, and the beam may have bends in the upper, lower, front, and rear directions as long as a suitable span in the left-right direction is provided; preferably, a curve radian larger than the same type of position of the intelligent glasses is adopted so as to avoid interference with the intelligent glasses.

The position below the cross beam 6 corresponding to the eyes of the user can adopt any one of the existing methods to install the correction lens for correcting the eyesight, such as a fixing structure which completely surrounds the periphery of the correction lens, a semi-surrounding fixing structure which forms elastic clamping on the two ends of the correction lens, or a structure which directly utilizes a bolt to fix the correction lens and the rigid beam.

In addition to the rigid material, the rigid beam of the present embodiment has sufficient size for bearing the weight of the smart glasses, but the beam cannot have too long size to fit inside the smart glasses because of the limited size of the inner side of the smart glasses.

To this end, it is preferable that a preferable example in this embodiment includes that the width of the beam 6 is not larger than the width between the sides of the two corrective lenses away from each other; another calculation method comprises the step that the total effective projection length of the cross beam 6 in the horizontal direction is 53-74 mm. Therefore, the problem that the width of the glasses frame does not affect the intelligent glasses after the glasses frame is attached to the intelligent glasses can be avoided. Another calculation method is: through the aforesaid limited, can ensure crossbeam 6 again can be short as far as possible while satisfying the weight of bearing intelligent glasses, provide a loose service environment behind intelligent glasses inboard for the mirror holder stopper.

The utility model discloses an in one embodiment, for the matching of convenient crossbeam 6 and intelligent glasses internal surface, be provided with kink 9 in the left and right sides portion of crossbeam 6, kink 9 forms the bending that is the smooth transition. Set up smooth transition's kink 9 at the crossbeam lateral part and can make the shape of mirror holder and the shape looks adaptation of intelligent glasses internal surface, like this under projection length about the equivalence, inside intelligent glasses can be filled in better to the picture frame of this patent. Or say so under can filling in the inside condition of intelligent glasses, the intelligent glasses in this patent can adapt to the people's face of bigger size, or the size of the intelligent glasses that need in this patent is littleer under the size that adapts to the same size people's face.

A joint 11 is provided on the bent portion, and the joint 11 is used for connecting the cross beam 6 and the temple 12. Therefore, the user can select to connect or not connect the temples and connect which temples according to different use scenes. Can improve the application occasions of the spectacle frame.

In the present embodiment, the temple 12 may be a temple separately prepared for a frame, or may be a temple of smart glasses. Such as: when the mirror holder is plugged in the intelligent glasses, the glasses legs of the intelligent glasses can be detached and then mounted on the interface of the cross beam 6, so that the mirror holder is used as glasses with the glasses legs, and the intelligent glasses are only used as an accessory to be sleeved outside the mirror holder. When not using intelligent glasses, the glasses legs on the glasses frame are detached again, and the glasses are installed back to the intelligent glasses.

As shown in fig. 7, in an embodiment of the present invention, in order to protect the edge of the corrective lens, a flexible portion 10 is provided, the beam 6 wraps a part of the lens, and the flexible portion 10 includes another part of the lens, so that the flexible portion 10 and the rigid beam 6 jointly clamp the lens to make the lens more stable, thereby providing a good visual experience when worn. The flexible portion 10, because it is disposed along the side edge of the lens, occupies little or no width in the left-right direction, and therefore contributes to reducing the size of the frame. Further, the flexible portion 10 may be made of a material such as plastic; the flexible portion 10 can also be made to conform to the appearance of the smart glasses or frame by a titanium metal coating.

Through the interface that sets up on crossbeam 6, make the mirror holder can install and dismantle the mirror leg, not only can install the mirror leg of intelligent glasses, still can independently prepare a pair for the mirror holder and correct the mirror leg, after pegging graft with intelligent glasses, can use intelligent glasses or the mirror leg of mirror holder according to user's convenient more nimble selection. And when the mirror holder is not pegged graft with intelligent glasses, can independently regard as a pair to correct the glasses use of eyesight, not only made things convenient for the user, can improve the availability factor of mirror holder moreover.

Further preferably, the temple may be a multimedia temple with multimedia function, and the specific structure is as follows: the multimedia glasses legs preferably have a structure of a containing cavity, and an audio module controlled by Bluetooth or wireless is installed in the containing cavity. This mirror leg both can regard as the mirror leg use of intelligent glasses like this and also can regard as the mirror leg use of picture frame when wearing the picture frame of this patent alone, has reduced the cost of mirror leg.

In one embodiment of the present invention, the joint 11 may adopt various mounting structures which are convenient to disassemble, such as clamping, screwing, riveting, etc.

Preferably, as shown in fig. 5, in a preferred embodiment, the joint 11 includes a U-shaped clip 13 disposed on the cross beam 6 and having a groove in the middle, a protrusion 14 capable of being inserted into the groove is disposed at one end of a temple (which may be a temple of the smart glasses, or a multimedia temple), corresponding open slots 16 are disposed on two sides 15 of the U-shaped clip 13, and a convex column 17 is disposed on a position of the protrusion 144 corresponding to the two open slots 16.

When the glasses are installed, the glasses legs are clamped into the open slots 16 from the openings of the open slots 16 through the convex columns 17 on the convex blocks 14, so that the convex blocks 13 can be rotatably installed in the U-shaped clamps 13, and the rotation range of the glasses legs driving the convex blocks 13 is approximately 90 degrees towards the direction of the connecting part 7 by taking the U-shaped clamps 13 as fulcrums.

When the glasses legs need to be taken down, the glasses legs push the convex blocks 14, so that the convex columns 17 are separated from the openings of the open slots 16 after overcoming the elasticity, and the separation of the glasses legs can be completed.

Preferably, as shown in fig. 3, the glasses frame further comprises a nose pad, and the nose pad is detachably arranged on the glasses frame and the glasses frame of the smart glasses. Under this kind of preferred scheme, the nose of mirror holder and intelligent glasses of this patent can share holds in the palm, can improve the stability of the cooperation of nose support and mirror holder like this to can conveniently install intelligent glasses when using, further improve the convenience.

When the spectacle frame of the present embodiment is used, as shown in fig. 6, the spectacle frame is directly combined with the nose pads of the smart glasses through the brackets of the connecting portions, and then the user wears the spectacle frame directly through the spectacle legs of the smart glasses, so that the user observes everything that the smart glasses represent through the correcting spectacle frame. In the process, the spectacle frame is equivalent to correction glasses matched with the glasses degrees of a user, the proper spectacle frame appearance can be selected according to the hobbies of the user, only one pair of spectacle legs is arranged after the spectacle frame and the intelligent glasses are overlapped, and the size of the spectacle frame is smaller than that of the intelligent glasses, so that the spectacle frame and the intelligent glasses cannot be used when being worn. When the intelligent glasses are not needed, the glasses frame can be directly taken down from the intelligent glasses.

This embodiment passes through the mirror holder that will have the correction lens and is in the same place with intelligent glasses movable mounting through connecting portion, and it is convenient to dismantle, can satisfy the user to the requirement of vision correction, can normally use intelligent glasses again simultaneously. The crossbeam is used as a component for supporting and bearing the weight of the intelligent glasses, and the length of the crossbeam is controlled, so that the normal installation of the correcting lenses can be ensured, and the normal wearing of the intelligent glasses can not be influenced when the crossbeam is positioned inside the intelligent glasses. But also can provide more personalized choices for different users.

Thus, it should be appreciated by those skilled in the art that while a number of exemplary embodiments of the invention have been shown and described in detail herein, many other variations and modifications can be made, consistent with the principles of the invention, which are directly determined or derived from the disclosure herein, without departing from the spirit and scope of the invention. Accordingly, the scope of the present invention should be understood and interpreted to cover all such other variations or modifications.

Claims (10)

1. A frame attachable to an interior of smart glasses, the frame attachable to the interior of smart glasses, comprising:

a cross beam which is rigid and extends along the left and right directions;

the connecting part is relatively fixedly arranged on the cross beam and is detachably connected with a glasses frame of the intelligent glasses;

and the joints are arranged at the left side part and the right side part of the cross beam and are detachably connected with the glasses legs.

2. The frame attachable to the inside of smart glasses according to claim 1,

the effective projection total length of the beam in the left-right direction is 53-74 mm.

3. The frame attachable to the inside of smart glasses according to claim 1,

the connecting portion include the bracket, with nose on the picture frame of intelligent glasses holds in the palm detachably and connects.

4. Frame attachable to the inside of smart glasses according to claim 3,

the support bears the intelligent glasses frame below the nose support.

5. The frame attachable to the inside of smart glasses according to claim 1,

bent parts are arranged at the left side part and the right side part of the cross beam, and the bent parts are smoothly transited; the joint is arranged on the bending part.

6. Frame attachable to the inside of smart glasses according to claim 1 or 2,

the spectacle frame further comprises a flexible part, and the flexible part is wrapped on the edge of the spectacle frame for mounting the lenses.

7. The frame attachable to the inside of smart glasses according to claim 1,

the joint includes: a U-shaped clamp with a groove in the middle is arranged at one end of the cross beam, and two sides of the U-shaped clamp are provided with corresponding open slots; the convex block clamped into the groove is arranged at one end of each glasses leg, the convex columns are arranged at positions corresponding to the two open slots on the protrusions, and the convex blocks are clamped into the open slots through the convex columns to achieve rotatable installation.

8. The frame attachable to the inside of smart glasses according to claim 1,

the mirror holder still includes the nose holds in the palm, and nose holds in the palm detachably and sets up on the mirror holder.

9. The frame attachable to the inside of smart glasses according to claim 1,

the glasses frame further comprises glasses legs, a communication device and a media device are arranged on the glasses legs, the communication device is communicated with the intelligent glasses, and the media device plays media information received by the communication device.

10. A smart eyewear system, comprising:

smart glasses with detachable temple bars; and a frame attachable to the inside of smart glasses according to any one of claims 1-9.

Images