WO2018058278A1

WO2018058278A1 - Video glasses headband and video glasses

Info

Publication number: WO2018058278A1
Application number: PCT/CN2016/100267
Authority: WO
Inventors: 严绍军; 胡登峰
Original assignee: 深圳市大疆创新科技有限公司
Priority date: 2016-09-27
Filing date: 2016-09-27
Publication date: 2018-04-05
Also published as: CN107076997B; CN107076997A

Abstract

Disclosed is a video glasses headband, comprising a headband main body (10) and a face piece (20), wherein the face piece (20) is used for installing a video glasses main body (25). One of the headband main body (10) and the face piece (20) comprises a slot insertion piece (30), and the other comprises a slot guide piece (40) matched with the slot insertion piece (30). The video glasses headband further comprises a self-locking piece (50), the self-locking piece (50) being elastically clamped between the slot guide piece (40) and the slot insertion piece (30). When the self-locking piece (50) is operated, the slot insertion piece (30) can be disengaged from the slot guide piece (40), and the slot insertion piece (30) can be freely withdrawn from the slot guide piece (40). The headband main body (10) and the face piece (20) are independent of each other, and by means of the plug-in fit between the slot insertion piece (30) and the slot guide piece (40), an integrated video glasses headband, which is convenient to install, is quickly formed.

Description

Video headband and video glasses

Technical field

The present invention relates to the field of wearable device technologies, and in particular, to a video headband and video glasses.

Background technique

VR (Virtual Reality) head-mounted display device is a product that combines various technologies such as simulation technology and computer graphics human-machine interface technology multimedia technology sensing technology network technology. It is a kind of computer and latest sensor technology. A new means of human-computer interaction.

Video glasses are becoming more popular and applications are becoming more widespread. Among them, the video glasses in the field of aerial photography application FPV (First Person View, first person main perspective), it is based on the remote control aviation model or vehicle model installed wireless camera back transmission equipment, on the ground through the observation screen to control the model. However, the existing VR glasses cannot control other devices such as an aircraft or a PTZ camera, and it is necessary to additionally provide a control device, which is troublesome.

The VR device adopts a monolithic structure, especially the VR device with a hard headband, wherein the video glasses main body is fixedly mounted on the video lens band, which is bulky and cannot be portable, and needs to be powered by the outside world. The scope of activities is limited.

Summary of the invention

The invention provides a video headband and video glasses.

According to a first aspect of the present invention, a video headband includes a head ring body and a face shell connected to the head ring body, the face shell being used for mounting a video eyeglass body; Characterizing in that the head ring body and the face shell are detachably connected; one of the head ring body and the face shell includes a socket member, wherein the other includes the socket member a mating guide member, the video headband further comprising a self-locking member elastically snapped between the guide member and the slot member, wherein when the self-locking member is operated The slot member is detachable from the channel member, and the slot member is free to withdraw from the channel member.

According to a second aspect of the embodiments of the present invention, the present invention provides a video headband including a head ring body and a face shell connected to the head ring body, the face shell being used for mounting a video eyeglass body; Decoupling connection between the head ring body and the face shell; one of the head ring body and the face shell comprising a socket member, wherein the other comprises a channel member that cooperates with the socket member The cover further includes a self-locking member elastically snapped between the guide member and the slot member, wherein when the self-locking member is operated, the slot member is The slot member can be separated, the slot member can be freely retracted from the slot member; the slot member is provided with a power plug, and the slot member is provided with a power socket matched with the power plug The power socket is configured to supply power to the video glasses main body; the head ring body is provided with a battery and a wire connected between the battery and the power plug.

According to a third aspect of the embodiments of the present invention, the present invention provides a video glasses including a video glasses main body and a video lens head band, the video lens head band including a head ring main body and a face shell connected to the head ring main body, a video eyeglass body is mounted in the face shell; a detachable connection between the headband body and the face shell; one of the headgear body and the face shell including a socket member, wherein the other And including a self-locking member, the self-locking member is elastically engaged between the channel member and the slot member, wherein The slot member is detachable from the channel member when the self-locking member is operated, and the slot member is freely retractable from the channel member.

The technical solutions provided by the embodiments of the present invention may include the following beneficial effects:

The head ring body is detachably connected to the face shell, and the face shell and the head ring main body can be plugged and connected during use. The cover can be separated from the head ring body during storage to reduce the video headband The overall size is easy to carry and store. The head ring main body and the face shell are mutually inserted and locked by the self-locking member, and the two are firmly connected. The operation of the self-locking member can disengage the head ring main body from the face shell, and can quickly realize the head ring main body and the surface. The shell is connected and separated for ease of use.

Further, the self-supplied power source in the video lens headband can make the user not limited by the external power source when using the video glasses, and is convenient to use. A power plug and a power socket matched with the power plug are respectively disposed in the slot member and the guide slot member, and the battery in the head ring main body can supply power to the video glasses main body through the plugging of the slot member and the guide slot member, and the connection is convenient. .

DRAWINGS

In order to more clearly illustrate the technical solutions in the embodiments of the present application, the drawings used in the description of the embodiments will be briefly described below. It is obvious that the drawings in the following description are only some embodiments of the present application. Other drawings may also be obtained from those of ordinary skill in the art in view of the drawings.

FIG. 1 is a schematic structural diagram of a video headband according to an exemplary embodiment of the present invention.

FIG. 2 is a schematic cross-sectional view showing a video headband of an exemplary embodiment of the present invention.

Figure 3 is a schematic enlarged view of the structure of Figure 2 in Figure 2;

FIG. 4 is a schematic diagram of a connection structure of a video headband according to an exemplary embodiment of the present invention.

FIG. 5 is a schematic diagram showing an exploded structure of a video headband according to an exemplary embodiment of the present invention.

FIG. 6 is a schematic structural diagram of a head-and-loop main body mounting display device according to an exemplary embodiment of the present invention.

FIG. 7 is a schematic structural diagram of a video glasses main body as a remote controller according to an exemplary embodiment of the present invention.

Wherein, the head ring main body 10; the pivot shaft 11; the mounting portion 12; the power socket 13; the receiving cavity 14; the battery 15; the installation space 16; the wire 17; the face shell 20; the third positioning hole 21; the receiving space 22; 23; button 24; video glasses main body 25; slot member 30; connector portion 31; first positioning hole 32; slot lower cover 33; power plug 34; guide member 40; slot 41; second positioning hole 42 a holding portion 43; a self-locking member 50; a lower spring 51; a lower button 52; an unlocking member 60; an upper spring 61; an upper button 62; and a display device 70.

detailed description

The technical solutions in the embodiments of the present application are clearly and completely described in the following with reference to the drawings in the embodiments of the present application. It is obvious that the described embodiments are only a part of the embodiments of the present application, and not all of the embodiments. All other embodiments obtained by a person of ordinary skill in the art based on the embodiments of the present application without departing from the inventive scope are the scope of the present application.

As shown in FIGS. 1 through 4, a video headband according to an exemplary embodiment of the present invention includes a headband body 10 and a face shell 20 coupled to the headband body 10. The head ring main body 10 is annular for wearing to the user, and the face shell 20 is for mounting the video eyeglass main body 25. The head ring main body 10 and the face shell 20 are respectively two independent individuals, and the head ring main body 10 and the face shell 20 are detachably connected. One of the headband body 10 and the face shell 20 includes a socket member 30, the other of which includes a channel member 40 that mates with the socket member 30. That is, the socket member 30 is disposed on the head ring main body 10, and the channel member 40 is disposed on the face shell 20. The slot member 30 is disposed on the face shell 20, and the channel member 40 is disposed on the head ring main body 10.

The video headband further includes a self-locking member 50 that is elastically engaged between the channel member 40 and the socket member 30. The channel member 40 and the slot member 30 pass The self-locking member 50 is locked and fixed. Wherein, when the self-locking member 50 is operated, the slot member 30 and the channel member 40 can be separated, and the slot member 30 can freely exit from the channel member 40. The guide member 40 and the slot member 30 operate the self-locking member 50 to unlock the guide member 40 and the slot member 30 when locked by the self-locking member 50. In the present exemplary embodiment, the operation of the self-locking member 50 is a press. It is true that in other embodiments, the self-locking member 50 may be operated by sliding or pushing or pulling to unlock the two and then separate.

The head ring main body 10 is detachably connected to the face shell 20, and the face shell 20 can be plugged and connected to the head ring main body 10 in use. The face shell 20 can be separated from the head ring main body 10 during storage to reduce the overall volume of the video lens head band for easy carrying and storage. The head ring body 10 and the face shell 20 are inserted into each other and locked by the self-locking member 50, and the two are firmly connected. The operation of the self-locking member 50 can disengage the head ring main body 10 from the face shell 20, and can be quickly The head ring main body 10 is connected and separated from the face shell 20, and is convenient to use.

With continued reference to FIG. 2 and FIG. 3, in the above exemplary embodiment, an unlocking member 60 is further included, and the unlocking member 60 is disposed corresponding to the self-locking member 50, wherein the unlocking member 60 is elastically resisted by the self-locking member. Above 50. The unlocking member 60 is pressed to press the self-locking member 50 to separate the self-locking member 50 from the guide member 40 to be unlocked. By operating the unlocking member 60, the self-locking member 50 releases the lock between the guide member 40 and the socket member 30, wherein the unlocking member 60 has elasticity and can be automatically reset after operation.

In an exemplary embodiment, the socket member 30 is disposed on the head ring main body 10, and the channel member 40 is disposed on the face shell 20. When the head ring main body 10 is coupled to the face shell 20, the socket member 30 is inserted into the guide member 40, and the head ring main body 10 and the face shell 20 are held and fixed to form an integral body. The overall volume of the face shell 20 is relatively large, and the socket member 30 is disposed in the face shell 20, and the shape of the face shell 20 is small and the ratio is coordinated. The slot member 30 is disposed on the head ring main body 10, and the slot member 30 may protrude to the outside along the surface of the head ring main body 10, and the head ring main body 10 may be disposed at a connection with the slot member 30. The structure of the main body of the head ring 10 is symmetrical, and the overall appearance is beautiful.

The unlocking member 60 is exposed to the surface of the face shell 20, and is hidden from the inside of the face shell 20 by the self-locking member 50. The self-locking member 50 is elastically abutted against the guide member 40, and the unlocking member 60 is pressed to separate the self-locking member 50 from the guide member 40, thereby unlocking.

The slot member 30 is inserted into the channel member 40. To ensure the stability of the connection and the guiding property during the insertion, the channel member 40 needs to extend to the inside of the face shell 20. The self-locking member 50 locks the socket member 30 to the channel member 40. When the self-locking member 50 is required to separate the slot member 30 and the channel member 40, such as pressing and unlocking, the unlocking member 60 disposed on the face shell 20 can press the self-locking member 50 inside the face shell 20 to be unlocked by pressing. Locked by. The reliability of the unlocking is ensured, and the appearance of the face shell 20 is improved.

As shown in FIG. 4, in an exemplary embodiment, the video lens band includes a pivot shaft 11 that cooperates with the socket member 30, and the head ring body 10 includes an end portion thereof for mounting the pivotal connection. The mounting portion 12 of the shaft 11 and the socket member 30 are rotatable on the head ring main body 10 about the axis of the pivot shaft 11. The face shell 20 is rotatably coupled to the head ring main body 10 by the cooperation of the socket member 30 and the pivot shaft 11.

After the head ring main body 10 is inserted and connected to the face shell 20, the face shell 20 is rotatable relative to the head ring main body 10 about the pivot shaft 11, so that the video glasses main body 25 mounted on the face shell 20 is wound around the head ring main body 10. Rotation allows the user to quickly open the video glasses main body 25 while viewing the video glasses and observe the surrounding environment or interact with the outside world. After the user completes communication with the outside world, the face shell 20 is rotated to continue to experience the video glasses. It is not necessary to frequently wear and remove the video headband to achieve interaction with the outside world, and it is convenient to use and has a good user experience.

As shown in FIG. 3 to FIG. 5, in an exemplary embodiment, the face shell 20 includes a receiving space 22 for mounting the channel member 40, and at least a portion of the channel member 40 is received. The accommodating space 22 of the guide member 40 is mounted in accordance with the shape and appearance of the face shell 20 to improve the overall appearance of the face shell 20. At the same time, at least a portion of the channel member 40 is located in the receiving space 22. The arrangement of the receiving space 22 facilitates the installation of the channel member 40 and facilitates the mounting of the socket member 30 to the channel member 40.

The guiding member 40 is further provided with a plurality of holding portions 43 for holding and fixing the guiding member 40 in the receiving space 22 . The guide member 40 is fixed in the receiving space 22 of the face shell 20 by a plurality of holding portions 43 , wherein the holding portion 43 can be disposed to be in an interference fit with the receiving space 22 or fixed to the face shell 20 by fasteners. The provision of a plurality of holding portions 43 can improve the connection stability of the channel member 40 and the face shell 20, and the two are integrated.

With reference to FIG. 3 and FIG. 4, in an exemplary embodiment, the slot member 30 is provided with a connector portion 31, and the channel member 40 is provided with a slot 41 for receiving the connector portion 31. . The connector portion 31 is a part of the slot member 30, and is connected to the slot 41 in the slot member 40. The two are paired for easy insertion. The connecting portion 31 is disposed on the slot member 30, and the connecting portion of the slot member 30 and the headband main body 10 can be independently designed to improve the strength and the aesthetics of the slot member 30.

With reference to FIG. 3 to FIG. 5, in an exemplary embodiment, the first positioning hole 32 is disposed on the connecting portion 31, and the first positioning hole 32 can be opened in a direction perpendicular to the connecting portion 31. A second positioning hole 42 is defined in the guiding groove member 40, and the second positioning hole 42 is located above the first positioning hole 32. The self-locking member 50 includes a lower button 52 and a lower spring 51 disposed in the first positioning hole 32. The lower button 52 can slide along the first positioning hole 32, and the lower spring 51 pushes the lower button 52 to partially protrude. The first positioning hole 32 and the lower end surface of the lower button 52 abutting against the lower spring 51 are defined on the inner side wall of the connector portion 31. After the insertion portion 31 is installed in the slot 41, the partial lower button 52 is supported upward in the second positioning hole 42 by the elastic force of the lower spring 51.

The outer shape of the connector portion 31 is matched with the inner side wall of the slot 41. The insertion portion 31 is inserted into the slot member 40 along the slot 41, and the lower spring 51 pushes the lower button 52 against the slot 41. The inner side wall slides until the lower button 52 slides to the second positioning hole 42 to cause the partial lower button 52 to be supported upward in the second positioning hole 42. The lower button 52 is pushed up in the second positioning hole 42 by the elastic force of the lower spring 51 to achieve mutual locking of the slot member 30 and the channel member 40. When the lower button 52 is pressed to disengage the lower button 52 from the second positioning hole 42, the locking portion 31 can be released from the slot 41 by releasing the lock. The head ring main body 10 can be separated from the face shell 20 for easy unlocking.

The socket member 30 further includes a slot lower cover 33. The cross section of the connector portion 31 is set to "U"-shaped, the lower button 52 is mounted to the first positioning hole 32, and the lower spring 51 abuts against the lower button 52, and the opening of the slot member 30 is closed by the slot lower cover 33, and the connector portion 31 is closed. Rectangular structure. The lower spring 51 abuts against the slot lower cover 33 and pushes the lower button 52 to partially protrude from the surface of the connector portion 31. The slot lower cover 33 facilitates the mounting of the lower spring 51 and the lower button 52 and provides support.

With reference to FIG. 3 to FIG. 5 , in an exemplary embodiment, the face shell 20 is provided with a third positioning hole 21 , and the unlocking member 60 includes an upper button 62 disposed in the third positioning hole 21 and The upper spring 61 pushes the upper button 62 against the face shell 20. The upper end of the upper button 62 can be flush or convex or concave on the upper surface of the face shell 20. The lower end of the upper button 62 is defined in the face shell. 20 inside. The third positioning hole 21 is located above the second positioning hole 42 after the channel member 40 is mounted on the receiving space 22 . The connector portion 31 is mounted in the slot 41. After the upper button 62 is pressed, the upper button 62 overcomes the elastic force and abuts the lower button 52 to push the lower button 52 out of the second positioning hole 42. .

After the upper button 62 overcomes the elastic force against the lower button 52, the movement continues to move the portion of the upper button 62 into the second positioning hole 42 and continue to push the lower button 52 to move, the lower button 52 overcomes the elastic force of the lower spring 51, and Compressed into the first locating hole 32, pulling the connector portion 31 separates the socket member 30 from the channel member 40, which in turn separates the head ring body 10 from the face shell 20 into two separate portions. By the combination of the unlocking member 60, that is, the upper button 62 and the upper spring 61, the combination of the self-locking member 50, that is, the lower button 52 and the lower spring 51 can be easily unlocked. The setting of the unlocking member 60 can release the locking of the self-locking member 50 in the case where it is inconvenient to directly unlock by the self-locking member 50, thereby improving the simplicity of the operation and improving the appearance of the face shell 20.

With further reference to FIGS. 3 through 5, in an exemplary embodiment, the video headband includes a power outlet 13 located within the channel member 40 for powering the video eyewear body 25. The head of the socket member 30 is provided with a power plug 34 that cooperates with the power socket 13.

A power socket 13 is disposed in the channel member 40, and the head of the socket member 30 is set to the power source The power plug 34 of the socket 13 is inserted into the slot member 40 when the slot member 30 is inserted into the slot member 40, and the power plug 34 is plugged into the power socket 13 to conduct current or signal conduction. If an earphone is disposed on the headband main body 10, the video eyeglass main body 25 can transmit an audio signal to the headband main body 10; mounting the battery 15 on the headband main body 10 can supply power to the video eyeglass main body 25. The head ring main body 10 and the video glasses main body 25 on the face shell 20 can be conveniently connected.

A battery 15 is disposed in the head ring main body 10, and the battery 15 is electrically connected to the power plug 34 through a wire 17. A battery 15 is disposed in the head ring main body 10 to remove the dependence of the video glasses on the external power supply, so that the video glasses can have a more free range of motion. Providing the battery 15 in the head ring main body 10 can also adjust the weight distribution between the video glasses main body 25 and the head ring main body 10, and reduce the disadvantage that the weight of the video glasses main body 25 is mainly concentrated at the front end when the user uses it.

With reference to FIG. 3 to FIG. 5 , the head ring body 10 is provided with a receiving cavity 14 for receiving a cable. One end of the wire 17 is connected to the battery 15 , and the other end is inserted through the end of the head ring body 10 . Connected to the power plug 34 into the socket member 30. The battery 15 is connected to the power plug 34 via a wire 17, and the power plug 34 is externally protected by the socket member 30, having stable wire 17 and stability of the connection, enabling the battery 15 to provide a stable power supply to the video glasses.

As shown in FIG. 7, in an exemplary embodiment, the video headband further includes a video glasses main body 25 located in the face shell 20, and the back of the video glasses main body 25 is provided with a button 24 and a pulsator 23. . The video glasses main body 25 can be used as a remote controller after being detached from the video headband.

The video glasses main body 25 is provided with a button 24 and a pulsator 23, which can be used as a remote controller to control the motion device, wherein the motion device can be an aviation model or a vehicle model or the like. The action and function of the remote control motion device are controlled by the video glasses main body 25, and the equipment that needs to be equipped when operating the sports equipment is simplified, and the utilization rate is improved.

In an exemplary embodiment, a maximum size of a space enclosed by the video lens band is larger than a size of the video eyeglass main body 25, and the video eyeglass main body 25 is attached to the video lens headband. After being disassembled, it can be placed in the video headband.

After the video glasses experience is finished, the video glasses main body 25 is detached from the video lens head tape and can be accommodated in the video lens headband and stored as a whole. The video glasses main body 25 is located within a range surrounded by the video lens head band, and the video lens head band can protect the video glasses main body 25 from being easily squeezed. At the same time, the video glasses main body 25 is disassembled and accommodated in the video lens headband, which can reduce the overall volume of the device and is convenient to carry.

As shown in FIG. 6, in an exemplary embodiment, the head ring body 10 is provided with an installation space 16 of the display device 70 in the middle. The frame of the head ring body 10 forms a bracket for the display device 70. The headband body 10 functions to mount and support the display device 70, which can enhance the user experience.

As shown in FIGS. 1 through 5, a video headband according to an exemplary embodiment includes a headband body 10 and a face shell 20 coupled to the headband body 10 for mounting a video. a lens body 25; a detachable connection between the head ring body 10 and the face shell 20; one of the head ring body 10 and the face shell 20 includes a socket member 30, wherein the other includes The slot member 40 cooperates with the slot member 40. The video headband further includes a self-locking member 50. The self-locking member 50 is elastically engaged with the slot member 40 and the slot member 30. Meanwhile, when the self-locking member 50 is operated, the slot member 30 can be separated from the guide member 40, and the slot member 30 can be freely withdrawn from the guide member 40. The slot member 30 is provided with a power plug 34. The slot member 40 is provided with a power socket 13 for cooperating with the power plug 34. The power socket 13 is used to supply power to the video glasses main body 25. A battery 15 and a wire 17 connected between the battery 15 and the power plug 34 are disposed in the head ring main body 10.

The self-supplied power supply in the video eyeglass belt enables the user to use the video glasses without being restricted by the external power supply, and is convenient to use. A battery 15 is disposed in the head ring main body 10. Preferably, the battery 15 and the face shell 20 are disposed at both ends of the head ring main body 10, which is advantageous for balancing the weight of both ends of the head ring main body 10, thereby improving the user experience. A power plug 34 and a power socket 13 mated with the power plug 34 are respectively disposed in the slot member 30 and the channel member 40, and are inserted through the slot member 30 and the slot member 40. The battery 15 in the head ring main body 10 can be powered to the video glasses main body 25, and the power supply between the head ring main body 10 and the video glasses main body 25 can be quickly turned on or off, and the connection is convenient.

As shown in FIGS. 1 through 5, a video eyeglass according to an exemplary embodiment includes a video eyewear main body 25 and a video eyeglass headband, and the video eyeglass main body 25 is mounted in the face shell 20. Wherein, the video headband in the above exemplary embodiment can be applied to the video glasses. A video headband that can be quickly disassembled is provided, and the video glasses main body 25 can be detached and moved with the face shell 20 for convenient storage and carrying.

The features of the above-described embodiments and embodiments may be combined with each other without conflict.

The method and apparatus provided by the embodiments of the present invention are described in detail above. The principles and implementations of the present invention are described in the specific examples. The description of the above embodiments is only used to help understand the method of the present invention and At the same time, for those skilled in the art, according to the idea of the present invention, there will be changes in the specific embodiments and application scopes, and in the case of no conflict, the above embodiments and examples Features can be combined with each other. In summary, the content of the specification should not be construed as limiting the invention.

Claims

A video eyeglass headband comprising a head ring body and a face shell connected to the head ring body, the face shell for mounting a video eyeglass body; wherein the head ring body and the face shell are detachable One of the head ring body and the face shell includes a socket member, wherein the other includes a channel member that mates with the socket member, the video lens head band further including a self-locking member The self-locking member is elastically engaged between the channel member and the slot member, wherein the slot member and the channel member are separable when the self-locking member is operated, The socket member is free to withdraw from the channel member.
The video eyeglass headband according to claim 1, further comprising an unlocking member, the unlocking member elastically resisting above the self-locking member, and operating the unlocking member to press the self-locking member correspondingly The self-locking member is separated from the guide member and unlocked.
A video eyeglass headband according to claim 2, wherein said socket member is disposed on said head ring body, and said channel member is disposed on said face shell.
A video lens headband according to claim 3, wherein said unlocking member is disposed on said face shell, said self-locking member resiliently abutting said guide member, pressing said unlocking member The self-locking member is separated from the guide member and unlocked.
A video lens headband according to claim 4, wherein said video lens head band includes a pivot shaft that mates with the socket member, said head ring body including at its end for mounting the pivot shaft a mounting portion; the face shell is rotatably coupled to the head ring body by a cooperation of the socket member and the pivot shaft.
The video eyeglass headband according to claim 4, wherein the face shell comprises a receiving space for mounting the channel member, and at least a portion of the channel member is received.
The video eyeglass headband according to claim 6, wherein the guide member is further provided with a plurality of latching portions for holding and fixing the guide member in the receiving space.
The video camera headband according to claim 4, wherein the slot member is provided with a connector portion, and the channel member is provided with a slot for receiving the connector portion.
The video camera headband according to claim 8, wherein the connecting portion is provided with a first positioning hole, and the guiding member is provided with a second positioning hole; the self-locking member comprises a setting a lower button and a lower spring in the first positioning hole; after the connector is installed in the slot, the partial lower button is supported upward on the second positioning hole by the elastic force of the lower spring Inside.
The video headband of claim 9 wherein said socket member further comprises a slot lower cover.
The video camera headband according to claim 9, wherein the face shell is provided with a third positioning hole, and the unlocking member comprises an upper button and an upper spring disposed in the third positioning hole; After the channel member is installed in the receiving space, the third positioning hole is located above the second positioning hole; the connector portion is installed in the slot, and the upper button is pressed, and the upper button overcomes the elastic force The movement abuts the lower button such that the lower button pushes out of the second positioning hole.
The video camera headband of claim 1 wherein said video headband includes a power socket located within said channel member, said power socket for powering said video glasses body; said slot The head of the piece is set to a power plug that mates with the power outlet.
A video camera headband according to claim 12, wherein a battery is disposed in the head ring body, and the battery is electrically connected to the power plug through a wire.
The video camera headband according to claim 13, wherein the head ring body is provided with a receiving cavity for receiving a cable, the wire is connected to the battery at one end, and the other end is passed through the end of the head ring body. And extending into the slot member to be connected to the power plug.
The video headband of claim 1 , wherein the video headband further comprises a video eyeglass body located in the face shell, the back of the video eyeglass body being provided with a button and a pulsator; the video The main body of the glasses can be used as a remote control after being removed from the video headband.
The video camera headband according to claim 1, wherein a maximum size of the space enclosed by the video lens band is larger than a size of the video eyeglass body, and the video eyeglass main body is detached from the video lens band. It can then be placed in the video headband.
The video eyeglass headband according to claim 1, wherein: a mounting space of the display device is disposed in the middle of the head ring body; and a frame of the head ring body forms the display device support.
A video eyeglass headband comprising a head ring body and a face shell connected to the head ring body, the face shell for mounting a video eyeglass body; wherein the head ring body and the face shell are detachable One of the head ring body and the face shell includes a socket member, wherein the other includes a channel member that mates with the socket member, the video lens head band further including a self-locking member The self-locking member is elastically engaged between the channel member and the slot member, wherein when the self-locking member is operated, the slot member and the channel member can be separated, the plug The slot member is freely detachable from the guide member; the slot member is provided with a power plug, and the guide member is provided with a power socket matched with the power plug, and the power socket is used for the video glasses main body Power supply; a battery and a wire connected between the battery and the power plug are disposed in the main body of the head ring.
A video eyeglass headband according to claim 18, wherein said socket member is disposed on said head ring body, and said channel member is disposed on said face shell.
A video lens headband according to claim 19, wherein said video lens head band includes a pivot shaft that mates with the socket member, said head ring body including at its end for mounting the pivot shaft The mounting portion is rotatably coupled to the head ring body by the pivot shaft.
The video camera headband according to claim 19, wherein the face shell comprises a receiving space for mounting the channel member, and at least a portion of the channel member is received.
The video camera headband according to claim 18, wherein the slot member is provided with a connector portion, and the channel member is provided with a slot for receiving the connector portion.
A video camera headband according to claim 22, wherein said power socket is located in said socket, and said power plug is disposed on the socket of said socket member.
A video eyeglass headband according to claim 18, wherein said wire portion is housed inside said head ring body.
A video glasses comprising a video eyeglass body and a video eyeglass belt, the video eyeglass belt comprising a head ring body and a face shell connected to the head ring body, the video eyeglass body being mounted in the face shell; Wherein the detachable connection between the head ring body and the face shell; One of the head ring body and the face shell includes a socket member, wherein the other includes a channel member that cooperates with the socket member, the video lens head band further includes a self-locking member, the self The lock member is elastically engaged between the guide member and the slot member, wherein the slot member and the guide member are separable when the self-locking member is operated, the slot member It can be freely withdrawn from the channel member.
The video glasses according to claim 25, further comprising an unlocking member, the unlocking member elastically resisting above the self-locking member, and operating the unlocking member to press the self-locking member correspondingly to thereby The self-locking member is separated from the guide member and unlocked.
A video eyeglass according to claim 26, wherein said socket member is disposed on said head ring body, and said channel member is disposed on said face shell.
The video glasses according to claim 27, wherein the unlocking member is disposed on the face shell, the self-locking member is elastically resisted to the guide groove member, and the unlocking member is pressed to cause the self-locking member The lock member is separated from the guide member and unlocked.
A video eyeglass according to claim 28, wherein said video lens head band includes a pivot shaft that mates with the socket member, said head ring body including an end portion for mounting the pivot shaft The face shell is rotatably coupled to the head ring body by engagement of the socket member with the pivot shaft.
The video glasses according to claim 28, wherein the face shell comprises a receiving space for mounting the channel member, and at least a portion of the channel member is received.
The video glasses according to claim 30, wherein the channel member is further provided with a plurality of latching portions for holding and fixing the channel member in the receiving space.
The video glasses according to claim 28, wherein the slot member is provided with a connector portion, and the channel member is provided with a slot for receiving the connector portion.
The video glasses according to claim 32, wherein the first positioning hole is disposed on the connecting portion, and the second positioning hole is disposed on the guiding member; the self-locking member is disposed in the same The lower button and the lower spring in the first positioning hole; after the connector is installed in the slot, the partial lower button is supported upward in the second positioning hole by the elastic force of the lower spring.
The video glasses of claim 33, wherein said slot member further comprises One slot under the cover.
The video glasses according to claim 33, wherein the face shell is provided with a third positioning hole, and the unlocking member comprises an upper button and an upper spring disposed in the third positioning hole; After the slot member is installed in the receiving space, the third positioning hole is located above the second positioning hole; the connector portion is installed in the slot, and after the upper button is pressed, the upper button overcomes the elastic force movement and The lower button abuts the lower button from the second positioning hole.
The video glasses according to claim 25, wherein said video headband includes a power socket located in said channel member, said power socket for supplying power to said video glasses body; said socket member The head is provided as a power plug that mates with the power outlet.
The video glasses according to claim 36, wherein a battery is disposed in the main body of the head ring, and the battery is electrically connected to the power plug through a wire.
The video glasses according to claim 37, wherein the head ring body is provided with a receiving cavity for receiving a cable, the wire is connected to the battery at one end, and the other end is extended through the end of the head ring body. Connecting into the socket member is connected to the power plug.
The video glasses according to claim 25, wherein the video headband further comprises a video glasses body located in the face shell, the back of the video glasses body is provided with a button and a pulsator; and the video glasses body It can be used as a remote control after being removed from the video headband.
The video glasses according to claim 25, wherein a maximum size of the space enclosed by the video lens band is larger than a size of the video glasses main body, and the video glasses main body is detached from the video lens band. It is placed in the video headband.
The video glasses according to claim 25, wherein a mounting space of the display device is provided in the middle of the head ring main body; and a frame of the head ring main body forms a bracket of the display device.