Utility model content
The purpose of the utility model is to overcome deficiency in the prior art, a kind of potential energy armor and virtual reality body are providedEquipment is tested, can not voluntarily be worn off with solving experiencer existing in the prior art, same model does not adapt to different building shape experienceThe bad technical problem of person, experience effect.
To solve the above problems, the utility model provides following technical scheme：
A kind of potential energy armor is used for virtual reality experience equipment, and inside is formed with wearing space, including：Chest is locked and instituteState the first strap component and be installed on first strap component and described first can be adjusted that chest lock is detachably connectedThe strap lock of strap component tightness；
When user needs to dress the potential energy armor, detach chest lock with first strap component, into instituteState the potential energy armor wearing space then by first strap component be fixed on the chest lock and adjust the strap lock withAdjust the elastic of first strap component.
Further,
First strap component includes two shoulder straps, wherein a shoulder strap is worn on shoulder, another shoulder strap is worn on waist,Also, two shoulder straps are located at the same side of chest lock.
Further,
The shoulder strap include for direct body contact supporting part and for the adjusting band of adjusting elasticity, the tuneSection band is located at the supporting part top.
Further,
The adjusting band includes elastic band and synchronous belt, and the synchronous belt and elastic band edge are gradually distance from the chestThe direction of portion's lock is set gradually.
Further,
The free end of the synchronous belt is provided with tongue, and the tongue can be plugged in the chest lock.
Further,
The strap lock is installed on the synchronous belt, and can adjust the length of the synchronous belt.
Further,
The potential energy armor further includes the second strap component, and second strap component and first strap component are symmetricalIt is set to the both sides of the chest lock.
Further,
Second strap component includes two and locks the shoulder strap being fixedly connected with the chest.
Further,
It is provided with the strap lock that can adjust the strap lock tightness on the shoulder strap of second strap component.
A kind of virtual reality experience equipment, including the above-described potential energy armor.
In conjunction with above technical scheme, the advantageous effect that the utility model is brought is analyzed as follows：
When experiencer needs to dress the potential energy armor, first according to the build of itself by synchronizing the locking adjusting potential energy armorShoulder strap and waistband length, then by the first shoulder strap connection chest lock.By the length for adjusting the shoulder strap and waistband of the potential energy armorSpend the experiencer for making the potential energy armor of same model adapt to different building shape.By chest lock with the connection of the first shoulder strap and detachExperiencer can be made to complete wearing off for the potential energy armor alone with the help of no attendant.
Embodiment 1
The present embodiment provides a kind of potential energy armors for virtual reality experience equipment, please refer to Fig. 1 and Fig. 2.
Wearing space is formed with inside the potential energy armor, including：Chest lock 1, first back of the body being detachably connected with chest lock 1With component 3 and it is installed on the first strap component 3 and the strap lock 2 of 3 tightness of the first strap component can be adjusted；
When user needs to dress the potential energy armor, separation chest lock 1 and the first strap component 3, wearing into the potential energy armorIt wears space and then the first strap component 3 is fixed on chest lock 1 and adjusts strap lock 2 to adjust the pine of the first strap component 3Tightly.
When experiencer needs to dress the potential energy armor, is locked by synchronous belt 321 according to the build of itself adjust potential energy firstThe shoulder strap of the armor and the length of waistband, then by the first shoulder strap connection chest lock 1.By the shoulder strap and waistband that adjust the potential energy armorLength so that the potential energy armor of same model is adapted to the experiencer of different building shape.Pass through the connection of chest lock 1 and the first shoulder strapExperiencer can be made to complete wearing off for the potential energy armor alone with the help of no attendant with separation.
In the alternative of the present embodiment, more preferably,
First strap component 3 includes two shoulder straps, wherein a shoulder strap is worn on shoulder, another shoulder strap is worn on waist, andAnd two shoulder straps are located at the same side of chest lock 1.
In the alternative of the present embodiment, more preferably,
Shoulder strap include for direct body contact supporting part 31 and for the adjusting band 32 of adjusting elasticity, adjust band32 are located at 31 top of supporting part.
Due to supporting part 31 and direct body contact, so supporting part 31 is using more soft material, such as cloth, profitThe sponge etc. wrapped up with cloth, the free end of supporting part 31 is fixedly connected with the back side of 2 shell of strap lock.
In the alternative of the present embodiment, more preferably,
It includes elastic band 322 and synchronous belt 321 to adjust band 32, and synchronous belt 321 and elastic band 322 are along being gradually distance from chestThe direction of lock 1 is set gradually.
Synchronous belt 321 can be side band toothed belt, also, the not toothed side direction of the synchronous belt 321 supportsBand 31 is simultaneously contacted with supporting part 31.
In the alternative of the present embodiment, more preferably,
The free end of synchronous belt 321 is provided with tongue 323, and tongue 323 can be plugged in chest lock 1.
In the alternative of the present embodiment, more preferably,
Strap lock 2 is installed on synchronous belt 321, and can adjust the length of synchronous belt 321.
Synchronous belt 321 passes through strap lock 2, is connect supporting part 31 with 321 different location of synchronous belt by strap lock 2, according toBy the length of the telescopic adjustment shoulder strap of elastic band 322.
In the alternative of the present embodiment, more preferably,
The potential energy armor further includes the second strap component 4, and the second strap component 4 and the first strap component 3 are symmetrically disposed on chestThe both sides of portion's lock 1.
Second strap component 4 is identical as 3 structure of the first strap component, unlike, the tongue 323 of the first strap component 3It after being inserted into chest lock 1, can be detached with chest lock 1 when chest locks 1 unlock, the tongue 323 of the second shoulder strap group is inserted into chest lock 1After will be inserted in always chest lock 1 in.It is by by chest lock 1 and the first strap component that experiencer, which wears the potential energy armor and the de- armor,3 connection is locked 1 by chest with the process for detaching, also, wearing off the potential energy armor and is operated, and experiencer alone can be completeAt not needing attendant and aside assist.
In the alternative of the present embodiment, more preferably,
Second strap component 4 includes two shoulder straps being fixedly connected with chest lock 1.
Second strap component 4 also includes supporting part 31 and adjusts band 32, supporting part 31 and direct body contact, adjusts band 32Positioned at the top of supporting part 31.
Due to supporting part 31 and direct body contact, so supporting part 31 is using more soft material, such as cloth, profitThe sponge etc. wrapped up with cloth, the free end of supporting part 31 is fixedly connected with the back side of 2 shell of strap lock.
The adjusting band 32 also includes synchronous belt 321 and elastic band 322, and synchronous belt 321 and elastic band 322 are along being gradually distance from chestThe direction of portion's lock 1 is set gradually.
Synchronous belt 321 can be side band toothed belt, also, the not toothed side direction of the synchronous belt 321 supportsBand 31 is simultaneously contacted with supporting part 31.
In the optional embodiment of the present embodiment, more preferably,
The strap lock 2 of 2 tightness of strap lock can be adjusted by being provided on the shoulder strap of second strap component 4.
Synchronous belt 321 passes through strap lock 2, is connect supporting part 31 with 321 different location of synchronous belt by strap lock 2, according toBy the length of the telescopic adjustment shoulder strap of elastic band 322.
In the optional embodiment of the present embodiment, more preferably,
Strap lock 2 includes：Shell, latch and clamping block；The latch, connect with housing into rotation, and and shellBetween be formed with and install space for install synchronous belt 321；The clamping block is slidably mounted on shell, between latchWith discrete state and gripping orientation；When being in gripping orientation between clamping block and latch, latch compression, which is threaded onto, to be installedThe synchronous belt 321 in space is to fix synchronous belt 321；More preferably, latch fixes synchronous belt 321 by frictional force；MorePreferably, synchronous belt 321 is toothed belt, and there is protrusion, the protrusion to push against synchronous belt for side of the latch towards synchronous belt 321Tooth on 321, to fix synchronous belt 321.
When being in discrete state between clamping block and latch, synchronous belt 321 unlocks.
Further, torque spring can be installed between latch and shell, enable latch appliance for releasing single in unlockIt rises.
Strap lock 2 further includes unlocking mechanism；
Unlocking mechanism includes pushing board, mandril and the revolving part being sequentially connected；
Revolving part with the first end abutted with clamping block, and the second end that is abutted with mandril, first end and secondThe axis that end can surround revolving part rotates；
When pushing board is moved to the direction of latch, the driving force of pushing board is transferred to revolving part, revolving part by mandrilClamping block is driven to be moved to the direction far from latch, so that clamping block is detached with latch.
Unlocking mechanism further includes guide and locating mechanism,
Guide and locating mechanism includes：
Positioned at pushing board both sides and axis direction first guide rail and second guide rail parallel with the direction of motion of pushing board,Both ends be set in the first guide rail and the second guide rail and connect with pushing board sliding panel, be set in the second guide rail and withSliding panel offset on the first elastic component；
When pushing board is in non-stress, the first elastic component is applied by sliding panel away from the effect for stating latch directionPower is to pushing board so that pushing board is far from latch；
When pushing board is by the driving force towards latch, sliding panel is slided along the first guide rail and the second guide rail, and is passed throughTop rod driving revolving part rotates, so that revolving part drives clamping block to be moved to the direction far from latch, so that clamping blockIt is detached with latch.
Strap lock 2 further includes the second elastic component, the second elastic component be located at clamping block away from the side of latch；
When being in gripping orientation between clamping block and latch, the second elastic component applies extremely to be blocked towards the active force of clamping blockTight block is so that clamping block clamping latch.
Further, the second elastic component can be cylindrical spring, volute spring and rubber spring, the second elastic component compared withIt is volute spring for preferred scheme, the both ends of volute spring are separately connected clamping block and shell.
In the alternative of the present embodiment, more preferably,
Chest lock 1 includes at least one locking unit, and locking unit includes the limit locked frame and connect with locking frameBlock, lock frame in be provided with socket, and lock frame have bounce state and pressed status；
State is bounced at locking frame, the tongue 323 positioned at 321 end of synchronous belt can extend into socket and be consolidated by limited blockIt is fixed；
When locking frame is in pressed status, tongue 323 is detached from limited block so that tongue 323 is detached with locking unit.
Locking unit includes the first elastic body being located at below locking frame；
First elastic body is for applying force to locking frame so that locking frame is changed from pressed status to the state that bounces.
Further, the first elastic body can be cylindrical spring, volute spring and rubber spring, the first elastic bodyMore preferred scheme is volute spring, and volute spring both ends are separately connected the shell of locking frame and chest lock 1
Locking unit includes the second elastic body being located on the inside of locking frame；
Second elastic body is for applying force to tongue 323, to limit the built-in length of tongue 323, and, when needWhen unlocking, tongue 323 is applied force to so that tongue 323 pops up.
Further, the second elastic body is preferably：Second elastic structure includes cylindrical spring, top-fastening rod and guidingBlock, guide pad are mounted in the shell of chest lock 1 and positioned at the inside of locking frame, and guide pad is opened up along 323 direction of insertion of tongueThere is through-hole, cylindrical spring is installed in the through-hole, cylindrical spring both ends are separately connected the enclosure of top-fastening rod and chest lock 1, insertDuring insertion, 323 front end of tongue pushes top-fastening rod that cylindrical spring is made to compress to tongue 323, and tongue 323 is inserted into locking frame and by cardNext, spring is in compressive state, and top-fastening rod, which holds out against tongue 323, makes tongue 323 fix；When chest 1 unlock of lock, spring is stretchedTongue 323 is ejected chest lock 1 by exhibition by top-fastening rod.
Chest lock 1 further includes the press mechanism for driving locking frame to move downward, and press mechanism has multiple pressing plates, pressurePlate is arranged in a one-to-one correspondence with locking frame.In more detail, press mechanism include intermediate plate, multiple pressing plates for being connect with intermediate plate,The multiple connecting plates being connect with intermediate plate.When 1 setting of chest lock is there are four when locking unit, correspondingly, pressing plate is correspondingly arranged onFour.Four pressing plates surround intermediate plate annular array, and the angle between adjacent pressing plates is about 90 degree.Connecting plate is located at adjacentPressing plate between, for positioning intermediate plate in the plane where intermediate plate, and, in the plane where intermediate plateIntermediate plate is driven to move up and down.
Press mechanism further includes third elastic body, and third elastic body applies upward active force to pressing plate to drive pressurePlate return.
In more detail, third elastic body is set to the lower part of connecting plate, and each connecting plate lower part is both provided withOne third elastic body.Third elastic body is for applying upward active force to connecting plate, and then connecting plate is by active forceIt is transferred to pressing plate, to be sprung back with dynamic pressure plate.Further, third elastic body includes fore-set and is set on fore-setSpring, when the non-stress of press mechanism, the spring of third elastic body is in free state, when press mechanism is by downward workWhen being moved downward after firmly, spring is pressurized and generates upward elastic force；After press mechanism loses downward active force again,Spring driving press mechanism moves upwards until return.