CN209231603U - A kind of VR glasses turned over - Google Patents

Abstract

The utility model provides a kind of VR glasses that can be turned over, comprising: the top of VR lens body, the VR lens body has a lug；Shell is worn, the wearing shell has a cantilever；Rotating mechanism, the cantilever is articulated on the lug by the rotating mechanism, apply enough power to the VR lens body in operator, the VR lens body is by the relatively described cantilever-rotating of the rotating mechanism, so that the relatively described cantilever of the VR lens body obtains certain rotation angle；After operator cancels force, the rotating mechanism makes the relatively described cantilever of the VR lens body be maintained at certain rotation angle state.The VR glasses provided by the utility model turned over, after VR eyeglasses-wearing, when not needing using VR lens body, operator firmly rotates it, so that people use eyes observation surrounding.

Description

A kind of VR glasses turned over

Technical field

The utility model relates to VR technical fields, more particularly to a kind of VR glasses that can be turned over.

Background technique

With the development of science and technology, producing VR technology, VR technical application is very extensive, at present VR technical field, more fashion Product be VR glasses, VR glasses are that people's lives bring many enjoyment, and VR glasses are to utilize emulation technology and computer A kind of high-tech product of the multiple technologies set such as graphics and human-machine interface technology, in enhancing display, virtual reality with side Face is widely used, and after current VR eyeglasses-wearing, VR lens body is located at the ocular region of people, do not need using When, it needs to remove VR glasses, when in use, wear again, inconvenience extremely, for this reason, it may be necessary to a kind of completely new structure, So that, when not needing using VR lens body, being rotated to it after VR eyeglasses-wearing, so that people observe week using eyes It encloses.

Utility model content

This programme is directed to problems as mentioned above and demand, proposes a kind of VR glasses that can be turned over, due to take as Lower technical solution and be able to solve above-mentioned technical problem.

In order to achieve the above object, the utility model provides the following technical solutions:

A kind of VR glasses turned over, wherein include:

The top of VR lens body, the VR lens body has a lug；

Shell is worn, the wearing shell has a cantilever；

Rotating mechanism, the cantilever are articulated on the lug by the rotating mechanism, are applied in operator enough Power gives the VR lens body, and the VR lens body is by the relatively described cantilever-rotating of the rotating mechanism, so that described The relatively described cantilever of VR lens body obtains certain rotation angle；After operator cancels force, the rotating mechanism makes the VR The relatively described cantilever of lens body is maintained at certain rotation angle state.

Further, the rotating mechanism includes long axis, elastic washer, nut and the first pre-tightening mechanism, and the long axis is worn Cross the lug and the cantilever, the elastic washer be set on the long axis and be located at the lug and the cantilever it Between, the nut is mounted on the long the tip of the axis, and first pre-tightening mechanism is mounted on the cantilever, and described first is pre- Tight mechanism is pressed on the long axis.

Further, first pre-tightening mechanism includes steel ball, spring and holding screw, and the steel ball is contained in described In the tightening hole of the pillar of cantilever, and the steel ball is pressed in the annular groove of the long axis, and the holding screw is mounted on institute It states in tightening hole, the spring is between the holding screw and the steel ball.

Further, there are two first pre-tightening mechanisms, two first pre-tightening mechanisms are arranged in the pillar Both ends.

Further, the rotating mechanism further includes the second pre-tightening mechanism, and second pre-tightening mechanism has resilient disc And O-ring, the O-ring are embedded on the end face of the pillar, the resilient disc be pressed on the O-ring and the long axis it Between.

Further, the left end of the long axis is equipped with end axis, and the end axis is matched with the left support abutment of the lug.

Further, the resilient disc is set in the left end of the long axis, and the right end of the end axis is pressed on the bullet On property disk.

Further, the left end of the end axis is connected with end, and the end contradicts on the end face of the left support abutment.

The utility model has the beneficial effects that rotating mechanism can be under the turning effort of operator, so that VR glasses sheet The opposite shell of wearing of body rotates a certain angle, when operator does not rotate, in the first pre-tightening mechanism and the second pre-tightening mechanism Under effect, the opposite shell of wearing of VR lens body is locked, and the opposite shell of wearing of VR lens body is in certain position always, Except non-operator this firmly rotation again, so that people are more convenient using VR glasses, when or else needing VR glasses, it is not necessary to from the beginning On to remove VR glasses whole.

More description in detail is carried out to the optimum embodiment for implementing the utility model below in conjunction with attached drawing, to hold It changes places and understands the feature and advantage of the utility model.

Detailed description of the invention

It, hereinafter will be to the utility model embodiment in order to illustrate more clearly of the technical solution of the utility model embodiment Attached drawing simply introduced.Wherein, attached drawing is used only for showing some embodiments of the utility model, rather than will be originally practical new The whole embodiments limited to this of type.

Fig. 1 is the structural schematic diagram of the utility model.

Fig. 2 is a status architecture schematic diagram of the utility model.

Fig. 3 is the partial structural diagram of Fig. 1.

Fig. 4 is the partial enlarged view at the B of Fig. 3.

Reference signs list: VR lens body 10, left support abutment 111, right support abutment 112, wears shell 20, cantilever at lug 11 21, pillar 211, tightening hole 2111, rotating mechanism 30, long axis 31, elastic washer 32, nut 33, annular groove 34, the first pretightening machine Structure 40, steel ball 41, spring 42, holding screw 43, the second pre-tightening mechanism 50, resilient disc 51, O-ring 52.

Specific embodiment

In order to enable the purposes, technical schemes and advantages of the technical solution of the utility model are clearer, it hereinafter will knot The attached drawing for closing the utility model specific embodiment, is clearly and completely described the technical solution of the utility model embodiment. Identical appended drawing reference represents identical component in attached drawing.It should be noted that described embodiment is the utility model A part of the embodiment, instead of all the embodiments.Based on described the embodiments of the present invention, ordinary skill Personnel's every other embodiment obtained under the premise of being not necessarily to creative work, belongs to the model of the utility model protection It encloses.

Referring to attached Fig. 1 to Fig. 4, a kind of VR glasses that can be turned over as depicted in figs. 1 and 2, comprising: 10 He of VR lens body Shell 20 is worn, is connected between VR lens body 10 and wearing shell 20 by rotating mechanism 30, the VR lens body 10 Top there is a lug 11, the cantilever 21 is articulated on the lug 11 by the rotating mechanism 30, is applied in operator Add enough power to the VR lens body 10, the VR lens body 10 passes through the relatively described cantilever 21 of the rotating mechanism 30 Rotation, so that the relatively described cantilever 21 of the VR lens body 10 obtains certain rotation angle；It is described after operator cancels force Rotating mechanism 30 makes the relatively described cantilever 21 of the VR lens body 10 be maintained at certain rotation angle state.

With reference to Fig. 3 and Fig. 4, the left end of lug 11 is equipped with left support abutment 111, and the right end of lug 11 is equipped with right support abutment 112, right branch It is separated by a distance between seat 112 and left support abutment 111；The wearing shell 20 has a cantilever 21, and the lower end of cantilever 21 is equipped with Pillar 211, pillar 211 is between right support abutment 112 and left support abutment 111, and rotating mechanism 30 is by pillar 211, right support abutment 112 and a left side Support 111 links together.

The rotating mechanism 30 includes long axis 31, elastic washer 32, nut 33 and the first pre-tightening mechanism 40, the long axis 31 Across the right support abutment 112 and left support abutment 111 of the lug 11, and pass through the pillar 211 of the cantilever 21, the elastic washer 32 are set on the long axis 31 and are located at the right side of the right support abutment 112 of the lug 11 and the pillar 211 of the cantilever 21 Between, the nut 33 is mounted on the end of the long axis 31, and the left side of nut 33 contradicts the right end in right support abutment 112 On face.

Specifically, long axis 31 is fixed between right support abutment 112 and left support abutment 111, and pillar 211 is slidably matched with long axis 31.

First pre-tightening mechanism 40 is mounted on the upper of the cantilever 21, and first pre-tightening mechanism 40 be pressed on it is described On long axis 31, to provide certain pretightning force, so that long axis 31 is with respect to pillar under the action of no operator applies external force 211 do not rotate.

Preferably, there are two first pre-tightening mechanisms 40, two first pre-tightening mechanisms 40 are arranged in the pillar 211 both ends.

Preferably, the specific structure of first pre-tightening mechanism 40 includes steel ball 41, spring 42 and holding screw 43, described Steel ball 41 is contained in the tightening hole 2111 of the pillar 211, and the steel ball 41 is pressed on the annular groove 34 of the long axis 31 Interior, the left end of long axis 31 and right end offer annular groove 34, and the holding screw 43 is mounted in the tightening hole 2111, institute Spring 42 is stated between the holding screw 43 and the steel ball 41, spring 42 makes the steel ball 41 be fixed on annular groove 34 It is interior, it to reach locking pillar 211 and long axis 31, is only rotated in operator using enough power, locking pillar 211 is just relatively long Axis 31 rotates.

The left end of the long axis 31 is equipped with end axis 311, and the end axis 311 is matched with the left support abutment 111 of the lug 11. The left end of the end axis 311 is connected with end 312, and the end 312 contradicts on the left side of the left support abutment 111.

In order to enable pillar 211 and long axis 31 lock more preferable, the rotating mechanism 30 further includes the second pre-tightening mechanism 50, Second pre-tightening mechanism 50 has resilient disc 51 and O-ring 52, and the O-ring 52 is embedded in the left side of the pillar 211 On, the resilient disc 51 is pressed between the O-ring 52 and the long axis 31.

Preferably, the resilient disc 51 is set in the left end of the long axis 31, and the right end of the end axis 311 is pressed on described On the left side of resilient disc 51, the arc turn of bilge 511 on 51 top of resilient disc is pressed on the O-ring 52.

It can be seen from the above, after VR eyeglasses-wearing, when not needing using VR lens body 10, operator firmly to its into Row rotation, so that people use eyes observation surrounding.

It should be noted that embodiment described in the utility model is only to realize the preferred embodiment of the utility model, To belonging to the utility model general idea, and it is only obvious change, all should belong to the protection range of the utility model Within.

Claims (8)

1. the VR glasses that one kind can turn over characterized by comprising

The top of VR lens body (10), the VR lens body (10) has a lug (11)；

It wears shell (20), the wearing shell (20) has a cantilever (21)；

Rotating mechanism (30), the cantilever (21) are articulated on the lug (11) by the rotating mechanism (30), are being operated Person applies enough power to the VR lens body (10), and the VR lens body (10) is opposite by the rotating mechanism (30) Cantilever (21) rotation, so that the relatively described cantilever (21) of the VR lens body (10) obtains certain rotation angle；Operation After person cancels force, the rotating mechanism (30) makes the relatively described cantilever (21) of the VR lens body (10) be maintained at certain Rotation angle state.

2. the VR glasses according to claim 1 turned over, which is characterized in that the rotating mechanism (30) includes long axis (31), elastic washer (32), nut (33) and the first pre-tightening mechanism (40), the long axis (31) pass through the lug (11) and institute It states cantilever (21), the elastic washer (32) is set on the long axis (31) and is located at the lug (11) and the cantilever (21) between, the nut (33) is mounted on the end of the long axis (31), and first pre-tightening mechanism (40) is mounted on described On cantilever (21), and first pre-tightening mechanism (40) is pressed on the long axis (31).

3. the VR glasses according to claim 2 turned over, which is characterized in that first pre-tightening mechanism (40) includes steel Ball (41), spring (42) and holding screw (43), the steel ball (41) are contained in the tightening of the pillar (211) of the cantilever (21) In hole (2111), and the steel ball (41) is pressed in the annular groove (34) of the long axis (31), holding screw (43) peace In the tightening hole (2111), the spring (42) is between the holding screw (43) and the steel ball (41).

4. the VR glasses according to claim 3 turned over, which is characterized in that first pre-tightening mechanism (40) has two It is a, both ends of two the first pre-tightening mechanism (40) settings in the pillar (211).

5. the VR glasses according to claim 3 turned over, which is characterized in that the rotating mechanism (30) further includes second Pre-tightening mechanism (50), second pre-tightening mechanism (50) have resilient disc (51) and O-ring (52), and the O-ring (52) is embedded On the end face of the pillar (211), the resilient disc (51) is pressed between the O-ring (52) and the long axis (31).

6. the VR glasses according to claim 5 turned over, which is characterized in that the left end of the long axis (31) is equipped with end axis (311), the end axis (311) matches with the left support abutment (111) of the lug (11).

7. the VR glasses according to claim 6 turned over, which is characterized in that the resilient disc (51) is set in the length The right end of the left end of axis (31), the end axis (311) is pressed on the resilient disc (51).

8. the VR glasses according to claim 7 turned over, which is characterized in that the left end of the end axis (311) is connected with End (312), the end (312) contradict on the end face of the left support abutment (111).