CN207440413U - A kind of virtual reality helmet - Google Patents

Abstract

The utility model discloses a kind of virtual reality helmet, including housing, battery compartment is provided on housing, battery compartment includes upper cover and bottom case, and one end of upper cover and bottom case is articulated and connected, and the other end of upper cover and bottom case is fastened togather；Automatic spring component, automatic spring component the upper surface of are provided in bottom case, battery is set；Bottom case is fixed in housing.When opening battery compartment, upper cover and bottom case will not drop from housing, need not take upper cover and bottom case into account when replacing battery；Automatic spring component can be bounced to upper cover direction automatically after opening battery compartment, be bounced the battery set thereon.Therefore it just can be taken off battery on the outside of battery compartment, reserve battery be inserted into battery compartment.After battery compartment is closed, automatic spring component is compressed again, then battery can still be bounced after opening battery compartment.Therefore the utility model can easily replace battery, without taking helmet.

Description

A kind of virtual reality helmet

Technical field

The utility model is related to technical field of virtual reality more particularly to a kind of virtual reality helmets.

Background technology

The power consumption of VR (Virtual Reality) glasses is very high, and in order to extend usage time, most VR glasses employ can The lithium battery of replacement.User can charge to reserve battery while VR glasses are used, when the battery electricity used on VR glasses When amount is used up, then change reserve battery.It so not only extends usage time, but also product will not be caused to become when increasing battery capacity Weight.

But VR glasses replace the operation of battery at present, make troubles to user.When usually replacing two hands is needed to grasp simultaneously Make, and the battery cover removed also easily is lost.Especially, class product is dressed for VR glasses etc., must be incited somebody to action when replacing battery Product, which is removed, to be replaced.And remove every time, dress and be required for readjusting the mechanisms such as bandage, cause to replace battery operation very It is cumbersome.

Utility model content

Against the above deficiency, the purpose of this utility model is to provide a kind of easy to operate virtual reality of battery of replacing and wears Equipment.

To achieve the above object, the technical solution of the utility model is：

A kind of virtual reality helmet including housing, is provided with battery compartment, which is characterized in that described on the housing Battery compartment includes upper cover and bottom case, and one end of the upper cover and one end of the bottom case are articulated and connected, the other end of the upper cover It is fastened togather with the other end of the bottom case；The automatic spring group that the oriented upper cover direction is set to bounce in the bottom case Part, described automatic spring component the upper surface of set battery；The bottom case is fixed in the housing.

Preferred embodiment is that the automatic spring component includes being located at the push plate of the bottom case bottom and is located at the push plate The elastic component of lower section；The push plate includes the first push plate and the second push plate, one end of first push plate and second push plate One end articulated connection, the other end of first push plate is articulated on the bottom case, the other end of second push plate and institute State the basal sliding connection of bottom case.

Preferred embodiment is, the elastic component is torsional spring, and the torsional spring is located at the bottom of the bottom case, the torsional spring with it is described The other end of first push plate is linked together by shaft.

Preferred embodiment is that the end of described bottom case bottom the upper surface of and described first push plate one end is respectively equipped with first axle Hole, sets the shaft in first axis hole, the shaft and first axis hole torsional spring in mating connection, described the One push plate and the bottom case.

Preferred embodiment is that the both sides of the bottom case bottom are respectively arranged with guide groove, and the guide groove is located at first push plate One end of side is blind end；The both sides of the second push plate other end are respectively arranged with protruding shaft, and the protruding shaft of both sides is set respectively In the guide groove of the bottom case both sides；The mutual cooperation of the protruding shaft and the guide groove is slidably connected second push plate and institute State bottom case.

Preferred embodiment is that the one end of the guide groove away from first push plate is openend, the openend and the bottom Mounting groove is surrounded between the side wall of shell.

Preferred embodiment is that one end of the upper cover is articulated and connected by one end of hinge shaft and the bottom case.

Preferred embodiment is that the both sides of described upper cover one end are respectively arranged with upper cover axis hole, are stayed between the two upper cover axis holes There is gap, and the lateral surface of upper cover axis hole towards the bottom case is arranged to upper cover stop surface；The centre of described bottom case one end Position is provided with bottom case axis hole, and the length of the bottom case axis hole is no more than the gap between the two upper cover axis holes；The hinge shaft Also cross the two upper cover axis holes and the bottom case axis hole；The bottom case end face of the bottom case axis hole both sides is provided with bottom case Stop surface, the bottom case stop surface and the upper cover stop surface are plane.

Preferred embodiment is that the other end of the upper cover and the other end of the bottom case are fastened togather by snap-in structure； The snap-in structure includes the stingy hand and card slot that mutually fasten；The stingy hand is located at the end of the upper cover other end, described to scratch Hand is U-board, and a side of the stingy hand is connected with the end of the upper cover, and the edge of another side, which is provided with, to extend outwardly Operating surface, the both sides of the operating surface are respectively arranged with outwardly upper cover hook；It is another that the card slot is located at the bottom case The end of one end, the bottom case end sidewalls in the card slot are equipped with inwardly projecting bottom case hook, the bottom case hook with The upper cover hook is mutually clamped.

Preferred embodiment is, the virtual reality helmet is VR glasses, the VR glasses include VR hosts and with institute The bandage that VR hosts are fixedly connected is stated, housing is worn in the bandage one side opposite with the VR hosts after being provided with, after described It wears and the battery compartment is set in housing, the automatic spring component is set in the battery compartment, the automatic spring component The battery is set above.

After adopting the above technical scheme, the beneficial effects of the utility model are：

Due to the virtual reality helmet of the utility model, including housing, battery compartment is provided on the housing, the battery Storehouse includes upper cover and bottom case, and one end of upper cover and one end of bottom case are articulated and connected, the other end of upper cover and the other end card of bottom case It is combined；Meanwhile the automatic spring component bounced to upper cover direction is provided in bottom case, the automatic spring component the upper surface of is set Put battery；Bottom case is fixed in housing.Because the bottom case of battery compartment is located on housing, when opening battery compartment replacement battery, battery The upper cover and bottom case in storehouse will not drop from housing, so that need not take upper cover and bottom case into account when replacing battery；Again because of battery compartment Automatic spring component can be bounced to upper cover direction automatically after opening, can be boosted the battery set thereon, in this way, in battery compartment Outside can be taken out conveniently battery, and reserve battery is inserted into battery compartment.After upper cover and bottom case engaging, in the work of external force Under, automatic spring component is compressed again, and battery can be normally placed in battery compartment, when being again turned on battery compartment, battery It can still be boosted by automatic spring component.As it can be seen that the virtual reality helmet of the utility model, it can without removing helmet It is convenient to replace battery, therefore the utility model is while usage time is extended, and the experience effect that equipment is worn is not influenced.

Since automatic spring component includes the elastic component for being located at the push plate of bottom case bottom and being located at below push plate；Push plate bag The first push plate and the second push plate are included, one end of the first push plate and one end of the second push plate are articulated and connected, the other end of the first push plate It is articulated on bottom case, the basal sliding of the other end and bottom case of the second push plate connects；Using automatic elastic component simple in structure, Battery can be boosted.

Since the both sides of bottom case bottom are respectively arranged with guide groove, one end that guide groove is located at the first push plate side is blind end；The The both sides of the two push plate other ends are respectively arranged with protruding shaft, and the protruding shaft of both sides is separately positioned in the guide groove of bottom case both sides；Protruding shaft with Guide groove mutual cooperation is slidably connected the second push plate and bottom case；Second push plate is blocked after sliding into blind end, and push plate pushes away battery Stop after playing certain altitude, make to have further facilitated battery altering in fixed angle between battery and bottom case.

Since the one end of guide groove away from the first push plate is openend, mounting groove is surrounded between openend and the side wall of bottom case； Convenient for assembling.

Since the both sides of upper cover one end are respectively arranged with upper cover axis hole, gap, and upper cover axis are left between two upper cover axis holes The lateral surface of hole towards bottom case is arranged to upper cover stop surface；The middle part of bottom case one end is provided with bottom case axis hole, bottom case axis hole Length no more than the gap between two upper cover axis holes；Hinge shaft is also cross two upper cover axis holes and bottom case axis hole；Bottom case axis hole two The bottom case end face of side is provided with bottom case stop surface, and bottom case stop surface and upper cover stop surface are plane；Upper cover stop surface and bottom case Stop surface makes upper cover and bottom case be opened in fixed angle, has further facilitated battery altering.

Since virtual reality helmet is VR glasses, which includes VR hosts and is fixedly connected with VR hosts Housing is worn in bandage, the bandage one side opposite with VR hosts after being provided with, after wear battery compartment be set in housing, set in battery compartment It puts automatic spring component, automatic spring component the upper surface of and battery is set；Make VR glasses in use, when replacing battery, nothing VR glasses, which need to be removed, can easily replace battery, provide better experience effect to the user；And battery is placed on back It wears in housing, saves host inner space, the weight of battery also balances the weight of complete machine, and user wears more comfortable.

Description of the drawings

Fig. 1 is the Split type structure schematic diagram of the utility model VR glasses；

Fig. 2 is the Split type structure schematic diagram of battery compartment in embodiment；

Fig. 3 is the close-up schematic view at A in Fig. 2；

Fig. 4 is the enlarged structure schematic diagram of bottom case in Fig. 2；

Fig. 5 is the diagrammatic cross-section in B-B directions in Fig. 4；

Fig. 6 is the structure diagram of battery compartment opening state in the utility model；

In figure：1-VR hosts, 2- bandages wear inner casing after 3-, 4- battery compartments, 41- upper covers, and 411- scratches hand, 412- upper covers Hook, 413- upper cover axis holes, 414- upper cover stop surfaces, 42- batteries, the first push plates of 43-, the second push plates of 44-, 441- protruding shafts, 45- Axis pin, 46- shafts, 47- torsional springs, 48- hinge shafts, 49- bottom cases, 491- bottom case hooks, the first axis holes of 492-, 493- bottom case axis holes, 494- bottom case stop surfaces, 495- mounting grooves, 496- guide grooves, 497- card slots wear shell after 5-.

Specific embodiment

In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation Example, is further elaborated the utility model.It should be appreciated that specific embodiment described herein is only used to explain The utility model is not used to limit the utility model.

If Fig. 1 to Fig. 6 is jointly shown, a kind of virtual reality helmet including housing, is provided with battery compartment 4 on housing, Battery compartment 4 includes upper cover 41 and bottom case 49, and one end of upper cover 41 and one end of bottom case 49 are articulated and connected, the other end of upper cover 41 with The other end of bottom case 49 is fastened togather；The automatic spring component bounced to 41 direction of upper cover, appliance for releasing single are provided in bottom case 49 Go out component the upper surface of and battery 42 is set；Bottom case 49 is fixed in housing.

The virtual reality helmet of the utility model, during wearing, it is necessary to when replacing battery 42, without by head It wears equipment to remove, battery compartment 4 is operated with hand in the state of wearing, one end of upper cover 41 and the engaging of bottom case 49 is operated, by battery It opens in storehouse 4.Because the bottom case 49 of battery compartment 4 is fixed on housing, after opening battery compartment 4, upper cover 41 and bottom case 49 will not be from shells When dropping on body, therefore replacing battery 42, without taking upper cover 41 into account and the problem of whether bottom case 49 comes off.It is opened in battery compartment 4 Afterwards, automatic spring component bounces automatically to 41 direction of upper cover, and the battery 42 set thereon is boosted.After battery 42 is boosted, The outside of battery compartment 4, which can facilitate, is taken out battery 42 with hand；Then reserve battery 42 is inserted into battery compartment 4 from port is opened again It is interior, it is optimal to be fastened togather upper cover 41 and bottom case 49 again, complete the replacement of battery 42.And upper cover 41 and bottom case 49 engage Afterwards, automatic spring component is compressed under the effect of external force, and reserve battery 42 is allow to lie in bottom case 49, is come into operation, Also automatic spring component is made to be provided with the ability bounced automatically to 41 direction of upper cover again.Therefore, the utility model is virtual existing Real helmet, when replacing battery 42, without removing helmet, replacement can be completed in blind operation, and does not influence equipment pendant The use state worn has provided good experience to the user.

As shown in Fig. 2, Fig. 4, Fig. 5 and Fig. 6, in the present embodiment, automatic spring component includes being located at pushing away for 49 bottom of bottom case Plate and the elastic component being located at below push plate；Push plate include the first push plate 43 and the second push plate 44, one end of the first push plate 43 with One end articulated connection of second push plate 44, the other end of the first push plate 43 are articulated on bottom case 49, the other end of the second push plate 44 Basal sliding with bottom case 49 is connected.

As shown in Fig. 2, Fig. 4, Fig. 5 and Fig. 6, elasticity, which goes out part, can preferentially use torsional spring 47, and torsional spring 47 is located at the bottom of bottom case 49 Portion, torsional spring 47 are articulated and connected by the other end of 46 and first push plate 43 of shaft.The unlimited torsional spring 47 of certain elastic component, as long as can Push plate is boosted.

Above-mentioned torsional spring 47, the first push plate 43 and bottom case 49 can be set by 46 and first axis hole 492 of shaft to connect It puts.Specifically mode is：49 bottom of bottom case the upper surface of sets two section of first axis hole 492, between being left between two section of first axis hole 492 Gap, meanwhile, the end of 43 other end of the first push plate is also provided with the first axis hole (omission is not marked), and the length of first axis hole is not more than Above-mentioned gap during assembling, allows end first axis hole of the shaft 46 also cross 43 other end of 49 bottom of bottom case and the first push plate, It is achieved that connection.After assembling in the manner described above, when the first push plate 43 under the effect of external force, around shaft 46 to bottom case 49 During lower rotation, torsional spring 47 is compressed, torsional spring 47 resets after external force disappears, and pushes the first push plate 43 around shaft 46, upwards 41 direction of lid rotates.

As shown in Fig. 2, Fig. 4, Fig. 5 and Fig. 6, the end both sides of 44 other end of the second push plate are respectively equipped with a protruding shaft 441, right It answers, the both sides of 49 bottom of bottom case set a guide groove 496 respectively, and two protruding shafts 441 are respectively arranged in corresponding guide groove 496, Under the cooperation of protruding shaft 441 and guide groove 496, the slip realized between 49 bottom of the other end and bottom case of the second push plate 44 connects It connects.In order to which the slip for making the second push plate 44 is controlled, one end that each guide groove 496 is located at 43 side of the first push plate is disposed as closing End, the height which can make the second push plate 44 arch upward are controlled, and allow battery 42 with bottom case 49 in fixed angle.In order to Convenient for assembling, the one end of guide groove 496 away from the first push plate 43 is openend, and installation is surrounded between openend and the side wall of bottom case 49 Slot 495, protruding shaft 441 can be easily slipped into guide groove 496 from mounting groove 495.

As shown in fig. 6, in the present embodiment, one end of one end of the first push plate 43 and the second push plate 44 passes through axis pin 45 It links together, specific connection mode is：The end both sides of one end of the first push plate 43 are respectively arranged with one first push plate axis hole, And gap is left between two first push plate axis holes, meanwhile, the middle part of the end of one end of the second push plate 44 is equipped with second Push plate axis hole, the length of the second push plate axis hole are less than the distance between two first push plate axis holes, make the second push plate axis hole can position Between two first push plate axis holes, axis pin 45 is also cross the first push plate axis hole and the second push plate axis hole during assembling, in axis pin 45 Under the action of, one end of the first push plate 43 and one end of the second push plate 44 are hinged.After connecting in the manner described above, when the The other end of one push plate 43 around shaft 46 rotate when, the second push plate 44 is hauled by axis pin 45, makes the another of the second push plate 44 One end is slided along guide groove 496, and the first push plate 43 and the connecting pin of the second push plate 44 is as a result made to arch upward upwards, will be placed in push plate Battery 42 boost.First push plate, 43 coiling shaft 46 pushes the second push plate 44 and slides back, finally make first to during revolution 43 and second push plate 44 of push plate resets.

As shown in Figures 2 to 6, in the present embodiment, one end of upper cover 41 is hinged on one end of bottom case 49 by hinge shaft 48 Together, specific connection mode is：The both sides of 41 one end of upper cover are respectively arranged with upper cover axis hole 413, are stayed between two upper cover axis holes 413 There is gap, and the lateral surface of upper cover axis hole 413 towards bottom case 49 is arranged to upper cover stop surface 414；The middle part of 49 one end of bottom case Position is provided with bottom case axis hole 493, and the length of bottom case axis hole 493 is no more than the gap between two upper cover axis holes 413；Hinge shaft 48 is simultaneously Through two upper cover axis holes 413 and bottom case axis hole 493；49 end face of bottom case of 493 both sides of bottom case axis hole is provided with bottom case stop surface 494, bottom case stop surface 494 and upper cover stop surface 414 are plane.When battery compartment 4 is opened, in torsional spring 47, the first push plate 43 and second under the action of push plate 44, one end of upper cover 41 around hinge shaft 48 rotate when, when rotary upper cover stop surface 414 and bottom case It after stop surface 494 meets, stops operating, upper cover 41 and bottom case 49 is made to be opened in fixed angle, form reliable gap convenient for hand Finger stretches into fetching battery 42 in battery compartment 4.

As shown in Figures 2 to 6, the other end of upper cover 41 and the other end of bottom case 49 are fastened togather by snap-in structure； Snap-in structure includes the stingy hand 411 mutually fastened and card slot 497；The end that hand 411 is located at 41 other end of upper cover is scratched, scratches hand 411 For U-board, a side for scratching hand 411 is connected with the end of upper cover 41, and the edge of another side is provided with outwardly extending behaviour Make face, the both sides of operating surface are respectively arranged with outwardly upper cover hook 412；Card slot 497 is located at the end of 49 other end of bottom case Portion, 49 end sidewalls of bottom case in card slot 497 are equipped with inwardly projecting bottom case hook 491, bottom case hook 491 and upper cover hook 412 are mutually clamped.After employing above-mentioned snap-in structure, when opening battery compartment 4, operating surface is grasped with hand, is exerted a force downwards, will be hooked Upper cover hook 412 and bottom case hook 491 together unclamps, and when engaging upper cover 41 and bottom case 49, stingy hand 411 is allowed to be inserted into card slot In 497, upper cover hook 412 is stuck on bottom case hook 491 under the effect of external force.

As shown in Figures 1 to 6, virtual reality helmet be VR glasses, VR glasses include VR hosts 1 and with VR hosts Housing is worn in 1 bandage 2 being fixedly connected, the one side opposite with VR hosts 1 of bandage 2 after being provided with, after wear electricity be set in housing Pond storehouse 4, after wear worn after housing includes inner casing 3 and after wear shell 5, battery compartment 4 wears inner casing after being fixed to by screw 3, battery compartment 4 is interior to set automatic spring component, automatic spring component the upper surface of to set battery 42.Battery 42 wears shell after being placed on In body, host inner space is saved, the weight of battery 42 also balances the weight of complete machine, and user wears more comfortable.

During normal use, torsional spring 47 is compressed, and the first push plate 43 has the trend for pushing up battery 42, but due to upper cover 41 Engage with bottom case 49, battery 42 is compacted, it is impossible to mobile.Hand 411 is scratched when user scratches upper cover, upper cover hook 412 is deviate from, upper cover 41 around 48 Unscrew of hinge shaft, and the first push plate 43 rotates clockwise under the effect of torsional spring 47 around shaft 46, and drives second Push plate 44 is slided.When the first push plate 43 draws the second push plate 44 by axis pin 45, since protruding shaft 441 is stuck in guide groove 496, It can only counterclockwise be rotated around shaft 46, while protruding shaft 441 is slided to the first push plate direction.When protruding shaft 441 encounters guide groove 496 During blind end, the second push plate 44 stops sliding, correspondingly, the first push plate 43 can not be rotated further by.At this point, battery 42 is close to stingy hand 411 sides are boosted, and battery 42 can be in 20 degree of angles with bottom case 49.Upper cover 41 is rotated further to upper cover stop surface 414 and bottom case stop bit The joint place in face 494, at this point, upper cover 41 and bottom case can be in 30 degree of angles.I.e. there are 10 degree of angles, users between upper cover 41 and battery 42 Finger can be easily stretched into, removes battery 42.

The preferred embodiment of the utility model described above, is not intended to limit the utility model, all in this practicality Any modification for being made within new spirit and principle, etc. the improvement of same virtual reality helmet structure etc., should all It is included within the scope of protection of this utility model.

Claims (10)

1. a kind of virtual reality helmet including housing, battery compartment is provided on the housing, which is characterized in that the electricity Chi Cang includes upper cover and bottom case, and one end of one end of the upper cover and the bottom case is articulated and connected, the other end of the upper cover with The other end of the bottom case is fastened togather；The automatic spring component that the oriented upper cover direction is set to bounce in the bottom case, Described automatic spring component the upper surface of sets battery；The bottom case is fixed in the housing.

2. virtual reality helmet according to claim 1, which is characterized in that the automatic spring component includes being located at The push plate of the bottom case bottom and the elastic component being located at below the push plate；The push plate is pushed away including the first push plate and second Plate, one end of first push plate and one end of second push plate are articulated and connected, and the other end of first push plate is articulated with On the bottom case, the other end of second push plate is connected with the basal sliding of the bottom case.

3. virtual reality helmet according to claim 2, which is characterized in that the elastic component be torsional spring, the torsion Spring is located at the bottom of the bottom case, and the torsional spring and the other end of first push plate are linked together by shaft.

4. virtual reality helmet according to claim 3, which is characterized in that described bottom case bottom the upper surface of and institute The end for stating first push plate one end is respectively equipped with the first axis hole, and the shaft, the shaft and institute are set in first axis hole State the first axis hole torsional spring in mating connection, first push plate and the bottom case.

5. virtual reality helmet according to claim 2, which is characterized in that

The both sides of the bottom case bottom are respectively arranged with guide groove, and the guide groove is located at one end of the first push plate side for closing End；

The both sides of the second push plate other end are respectively arranged with protruding shaft, and the protruding shaft of both sides is respectively provided at the bottom case both sides The guide groove in；The mutual cooperation of the protruding shaft and the guide groove is slidably connected second push plate and the bottom case.

6. virtual reality helmet according to claim 5, which is characterized in that the guide groove is away from first push plate One end for openend, surround mounting groove between the openend and the side wall of the bottom case.

7. virtual reality helmet according to any one of claims 1 to 6, which is characterized in that one end of the upper cover It is articulated and connected by one end of hinge shaft and the bottom case.

8. virtual reality helmet according to claim 7, which is characterized in that

The both sides of described upper cover one end are respectively arranged with upper cover axis hole, leave gap between the two upper cover axis holes, and it is described on The lateral surface of lid axis hole towards the bottom case is arranged to upper cover stop surface；

The middle part of described bottom case one end is provided with bottom case axis hole, and the length of the bottom case axis hole is not more than the two upper cover axis Gap between hole；The hinge shaft is also cross the two upper cover axis holes and the bottom case axis hole；

The bottom case end face of the bottom case axis hole both sides is provided with bottom case stop surface, and the bottom case stop surface and the upper cover are stopped Plane is plane.

9. virtual reality helmet according to any one of claims 1 to 6, which is characterized in that the upper cover it is another The other end with the bottom case is held to be fastened togather by snap-in structure；The snap-in structure includes the stingy hand and card that mutually fasten Slot；

The stingy hand is located at the end of the upper cover other end, and the stingy hand is U-board, a side of the stingy hand with it is described on The end connection of lid, the edge of another side are provided with outwardly extending operating surface, and the both sides of the operating surface are set respectively It is outwardly convex go out upper cover hook；

The card slot is located at the end of the bottom case other end, and the bottom case end sidewalls in the card slot are equipped with inwardly projecting Bottom case hook, the bottom case hook is mutually clamped with the upper cover hook.

10. virtual reality helmet according to claim 1, which is characterized in that the virtual reality helmet is VR glasses, the VR glasses include VR hosts and the bandage being fixedly connected with the VR hosts, the bandage and the VR master Housing is worn in the opposite one side of machine after being provided with, worn after described and the battery compartment is set in housing, is set in the battery compartment The automatic spring component, described automatic spring component the upper surface of set the battery.