CN207336932U - Virtual reality head-mounted display apparatus - Google Patents
Virtual reality head-mounted display apparatus Download PDFInfo
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- CN207336932U CN207336932U CN201720867927.4U CN201720867927U CN207336932U CN 207336932 U CN207336932 U CN 207336932U CN 201720867927 U CN201720867927 U CN 201720867927U CN 207336932 U CN207336932 U CN 207336932U
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Abstract
The utility model is suitable for technical field of virtual reality, provide a kind of virtual reality head-mounted display apparatus, including casing, left side viewing component, right side viewing component, viewing component in left side includes the first Lens assembly, the first object distance adjusting part moved with first display assembly and driving first display assembly of first eyeglass in face of setting relative to the first eyeglass；Viewing component in right side includes the second Lens assembly, the second object distance adjusting part moved with second display component and driving second display component of second eyeglass in face of setting and for showing image relative to the second eyeglass.For the different user of two myopic degrees, the left and right sides can be adjusted virtual reality head-mounted display apparatus provided by the utility model respectively, so as to reach right and left eyes can clearly ornamental film effect, feeling of immersion is good, and user experience is good.
Description
Technical field
The utility model belongs to technical field of virtual reality, more particularly to a kind of virtual reality head-mounted display apparatus.
Background technology
Existing virtual reality head-mounted display apparatus instrumentality away from when, be all mobile two eyeglasses at the same time so that eyeglass
The distance between display screen changes, with this come instrumentality away from so that user can see display screen display picture clearly.But
The mode of this while mobile eyeglass so that left and right object distance can only be adjusted at the same time, different for the hypometropia number of degrees of left and right two
User for, after object distance has been adjusted, necessarily have the display that one eye eyeball does not see display screen, it is impossible to reach good
Viewing effect, causes feeling of immersion poor, influences user experience.
Utility model content
The purpose of this utility model is to provide a kind of virtual reality head-mounted display apparatus, it is intended to solves in the prior art
Virtual reality head-mounted display apparatus can only be adjusted at the same time due to left and right object distance, it is different for the hypometropia number of degrees of left and right two
User for, it is impossible to reach good viewing effect, cause feeling of immersion poor, influence user experience.
The utility model is realized in this way a kind of virtual reality head-mounted display apparatus, including casing, be arranged at it is described
Left side viewing component in casing and it is arranged in the casing and with the left side viewing inter-module every the right side being arranged side by side
Side viewing component, the left side viewing component include the first Lens assembly with the first eyeglass, are faced with first eyeglass
Set and for show image the first display assembly and for instrumentality away from the first object distance adjusting part, described first
Object distance adjusting part is installed on first Lens assembly and is connected with first display assembly to drive described first to show
Show that device assembly is moved relative to first eyeglass；The right side viewing component include with the second eyeglass the second Lens assembly,
With second eyeglass in face of set and for show image second display component and for instrumentality away from the second thing
Away from adjusting part, the second object distance adjusting part is installed on second Lens assembly and connects with the second display component
Connect to drive the second display component to be moved relative to second eyeglass.
Further, the first object distance adjusting part includes the first left side knob, the first left side driving member and first
Left side screw rod, first left side knob is rotationally connected with first Lens assembly and end face is equipped with the first left side and bores tooth,
The both ends of first left side driving member are respectively equipped with the second left side cone tooth and the 3rd left side cone tooth, first left side screw rod
One end is equipped with the 4th left side cone tooth, the other end extends to first display assembly and periphery is equipped with screw thread, and described second is left
Side is bored tooth and is engaged with the described first left side cone tooth, and the 3rd left side cone tooth is engaged with the described 4th left side cone tooth, and described first
Display assembly is equipped with the first left side threaded hole in the side towards first Lens assembly, and first left side screw rod screws
In in the threaded hole of first left side.
Further, the first object distance adjusting part further include the second left side driving member, the 3rd left side driving member and
Second left side screw rod, the both ends of second left side driving member are respectively equipped with the 5th left side cone tooth and the 6th left side cone tooth, described
The both ends of 3rd left side driving member are respectively equipped with the 7th left side cone tooth and the 8th left side cone tooth, one end of second left side screw rod
Extend equipped with the 9th left side cone tooth, the other end to first display assembly and periphery is equipped with screw thread, the 5th left side cone
Tooth is engaged with side of the described first left side cone tooth away from the described second left side cone tooth, the 6th left side cone tooth and the described 7th
Left side cone tooth engagement, it is described 8th left side cone tooth with the described 9th left side bore tooth engage, first display assembly in towards
The side of first Lens assembly is equipped with the second left side threaded hole, and second left side screw rod is combined on second left side spiral shell
In pit.
Further, the second object distance adjusting part includes the first right side knob, the first right side driving member and first
Right side screw rod, first right side knob is connected to second Lens assembly and end face is equipped with the first right side and bores tooth,
The both ends of first right side driving member are respectively equipped with the second right side cone tooth and the 3rd right side cone tooth, first right side screw rod
One end is equipped with the 4th right side cone tooth, the other end extends to the second display component and periphery is equipped with screw thread, and described second is right
Side is bored tooth and is engaged with the described first right side cone tooth, and the 3rd right side cone tooth is engaged with the described 4th right side cone tooth, and described second
Display assembly is equipped with the first right side threaded hole in the side towards second Lens assembly, and first right side screw rod screws
In in the threaded hole of first right side.
Further, the second object distance adjusting part further include the second right side driving member, the 3rd right side driving member and
The second right side screw rod, the both ends of second right side driving member are respectively equipped with the 5th right side cone tooth and the 6th right side cone tooth, institute
State the 3rd right side driving member both ends be respectively equipped with the 7th right side cone tooth and the 8th right side cone tooth, the one of second right side screw rod
End is equipped with the 9th right side cone tooth, the other end extends to the second display component and periphery is equipped with screw thread, the 5th right side
Cone tooth is bored side of the tooth away from the described second right side cone tooth with the described first right side and engage, and tooth and described the are bored in the 6th right side
Seven right side cone tooth engagements, the 8th right side cone tooth are engaged with the described 9th right side cone tooth, and the second display component is in face
The second right side threaded hole is equipped with to the side of second Lens assembly, second right side screw rod is combined on second right side
In threaded hole.
Further, the virtual reality head-mounted display apparatus further includes left side slider and right side slider, the left side
Breakking away, the side turned round is fixedly connected with the left side viewing component, opposite side is slidably connected to drive the left side with the casing
Viewing component horizontally slips, the side of the right side slider is fixedly connected with the right side viewing component, opposite side with it is described
Casing is slidably connected what is horizontally slipped to drive the right side viewing component.
Further, the side of the casing towards the left side viewing component is disposed with a multiple left sides in left-right direction
Side strip bulge, the left side viewing component are equipped with left side elastic damping part, institute in the side towards the left side strip bulge
State left side elastic damping part be connected between the adjacent two left side strip bulge with prevent the left side viewing component relative to
The casing movement, the side of the casing towards the right side viewing component is disposed with multiple right side bars in left-right direction
Shape is raised, and the right side viewing component is equipped with right side elastic damping part, the right side in the side towards right bars protrusion
Side elastic damping part is connected between the adjacent two right bars protrusion to prevent the right side viewing component relative to described
Casing moves.
Further, first Lens assembly is square convex equipped with first towards the side of first display assembly
Ring, first display assembly are equipped with the first square hole, first square hole towards the side of first Lens assembly
It is outer and be slidably connected with first Q-RING to be located on first Q-RING, second Lens assembly is towards described second
The side of display assembly is equipped with the second square bulge loop, and the second display component is towards the side of second Lens assembly
Equipped with the second square hole, the second square orifice ring, which is placed on outside second Q-RING and is slided with second Q-RING, to be connected
Connect.
Further, the described first square bulge loop outer shroud is cased with being close to the described first square bulge loop outer wall and the first party
First dustband of shape hole inner wall, the second square bulge loop outer shroud are cased with being close to the described second square bulge loop outer wall and described
Second dustband of two square hole inner walls.
Further, first dustband and second dustband are elastomeric wiper.
The utility model has the technical effect that relative to the prior art：Virtual reality wear-type provided by the utility model is shown
Show that equipment includes two spaced left side viewing components and right side viewing component, and be provided with and be used on left side viewing component
The first object distance adjusting part of distance between the first eyeglass and the first display assembly is adjusted, use is provided with right side viewing component
In the second object distance adjusting part for adjusting distance between the second eyeglass and second display component, the first object distance adjusting part and the
Two object distance adjusting parts respectively carry out left side viewing component and right side viewing component the adjusting of object distance, therefore, near for two
For the different user of visual range degree, the left and right sides can be adjusted respectively, can be clearly so as to reach right and left eyes
The effect of ornamental film, feeling of immersion is good, and user experience is good.
Brief description of the drawings
In order to illustrate more clearly of the technical solution of the utility model embodiment, below will to the utility model embodiment or
Attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, drawings described below is only
Some embodiments of the utility model, for those of ordinary skill in the art, without creative efforts,
Other attached drawings can also be obtained according to these attached drawings.
Fig. 1 is the stereogram for the virtual reality head-mounted display apparatus that the utility model embodiment provides；
Fig. 2 is the exploded view for the virtual reality head-mounted display apparatus that the utility model embodiment provides；
Fig. 3 is the scheme of installation of the lens assembly that the utility model embodiment provides and object distance adjusting part；
Fig. 4 is the structure diagram for the object distance adjusting part that the utility model embodiment provides；
Fig. 5 is the structure diagram for the display assembly that the utility model embodiment provides；
Fig. 6 is the structure diagram for the viewing component that the utility model embodiment provides；
Fig. 7 is the structure diagram for the casing that the utility model embodiment provides.
Description of reference numerals：
Embodiment
The embodiment of the utility model is described below in detail, the example of the embodiment is shown in the drawings, wherein from beginning
Same or similar element is represented to same or similar label eventually or there is same or like element.Below by ginseng
The embodiment for examining attached drawing description is exemplary, it is intended to for explaining the utility model, and it is not intended that to the utility model
Limitation.
, it is necessary to which explanation, when element, to be referred to as " being fixed on " or " being arranged at " another in the description of the utility model
A element, it directly on another element or can be connected on another element.When an element is known as " even
It is connected to " another element, it can be directly to another element or be indirectly connected on another element.
It is to be appreciated that term " length ", " width ", " on ", " under ", "front", "rear", "left", "right", " vertical ",
The orientation or position relationship of the instruction such as " level ", " top ", " bottom " " interior ", " outer " are to be closed based on orientation shown in the drawings or position
System, is for only for ease of and describes the utility model and simplified description, rather than the device or element of instruction or hint meaning are necessary
With specific orientation, with specific azimuth configuration and operation, therefore it is not intended that limitation to the utility model.
In addition, term " first ", " second " are only used for description purpose, and it is not intended that instruction or hint relative importance
Or the implicit quantity for indicating indicated technical characteristic.Thus, define " first ", the feature of " second " can be expressed or
Implicitly include one or more this feature.In the description of the utility model, " multiple " are meant that two or two
More than, unless otherwise specifically defined.
For the ordinary skill in the art, above-mentioned term can be understood in the utility model as the case may be
In concrete meaning.
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.
Fig. 1 to Fig. 5 is referred to, the virtual reality head-mounted display apparatus that the utility model embodiment provides includes casing
100th, the left side viewing component 200 that is arranged in the casing 100 and it is arranged in the casing 100 and is seen with the left side
Shadow component 200 is spaced the right side viewing component 300 being arranged side by side, and the left side viewing component 200 includes having the first eyeglass 211
The first Lens assembly 210, with first eyeglass 211 in face of setting and for showing the first display assembly 212 of image
And it is installed on first Lens assembly 210 and is connected with first display assembly 212 to drive first display
The first object distance adjusting part 600 that device assembly 212 is moved relative to first eyeglass 211；The right side viewing component 300 includes
The second Lens assembly 310 with the second eyeglass 311, with second eyeglass 311 in face of setting and for showing the of image
Two display assemblies 312 and be installed on second Lens assembly 310 and be connected with the second display component 312 with drive
Move the second object distance adjusting part 601 that the second display component 312 is moved relative to second eyeglass 311.
Fig. 1 to Fig. 5 is referred to, it is spaced that virtual reality head-mounted display apparatus provided by the utility model includes two
Left side viewing component 200 and right side viewing component 300, and be provided with left side viewing component 200 for adjusting the first eyeglass
211 and first distance between display assembly 212 the first object distance adjusting part 600, be provided with use on right side viewing component 300
In the second object distance adjusting part 601 for adjusting distance between the second eyeglass 311 and second display component 312, the first object distance tune
Save 600 and second object distance adjusting part 601 of component and object distance is carried out to left side viewing component 200 and right side viewing component 300 respectively
Adjusting, therefore, for the different user of two myopic degrees, the left and right sides can be adjusted respectively, so as to
Reach right and left eyes can clearly ornamental film effect, feeling of immersion is good, and user experience is good.
Fig. 3 to Fig. 5 is referred to, further, the first object distance adjusting part 600 includes being rotationally connected with described first
Lens assembly 210 and end face are equipped with the first left side knob 214 of the first left side cone tooth 215, both ends are respectively equipped with the second left side
Bore the first left side driving member 218 of the left side of tooth 216 and the 3rd cone tooth 217 and one end is equipped with the 4th left side and bores 219 other end of tooth
Extend to first display assembly 212 and periphery sets threaded first left side screw rod 227, the second left side cone tooth
216 engage with the described first left side cone tooth 215, and the 3rd left side cone tooth 217 is engaged with the described 4th left side cone tooth 219, institute
State the first display assembly 212 and be equipped with the first left side threaded hole 228 in the side towards first Lens assembly 210, it is described
First left side screw rod 227 is combined in first left side threaded hole 228.Specifically, on the left of adjusting viewing component 200 thing
Away from when, the first left side knob 214 of rotation drives the first left side cone tooth 215 to rotate, and the first left side cone rotation of tooth 215 drives second left
Side cone tooth 216 rotates, and the 3rd left side cone tooth 217 follows the second left side cone tooth 216 to rotate and drives the 4th left side cone tooth 219 to revolve
Turn, and then drive the first left side screw rod 227 to rotate, the first left side screw rod 227 is rotated and pushed away in the first left side threaded hole 228
Dynamic first display assembly 212 is moved relative to the first eyeglass 211, so as to reach the mesh for the object distance for adjusting left side viewing component 200
's.The present embodiment during the object distance of viewing component 200, only need to rotate the first left side knob 214, operation side on the left of adjusting
Just, fast.
Fig. 3 to Fig. 5 is referred to, further, the first object distance adjusting part 600 further includes both ends and is respectively equipped with the 5th
Second left side driving member 222 of 220 and the 6th left side cone tooth 221 of left side cone tooth and both ends are respectively equipped with the 7th left side cone tooth
The 3rd left side driving member 225 of cone tooth 224 and one end are equipped with the 9th left side and bore 226 other end of tooth to institute on the left of in the of 223 and the 8th
State that the first display assembly 212 extends and periphery sets threaded second left side screw rod 229, the 5th left side cone tooth 220 with
Side engagement of first left side cone tooth 215 away from the described second left side cone tooth 216, the 6th left side cone tooth 221 and institute
State the 7th left side cone tooth 223 to engage, the 8th left side cone tooth 224 is engaged with the described 9th left side cone tooth 226, and described first is aobvious
Show that device assembly 212 is equipped with the second left side threaded hole 230, second left side in the side towards first Lens assembly 210
Screw rod 229 is combined in second left side threaded hole 230.Specifically, when the first left side cone tooth 215 rotates, it at the same time can
The 5th left side cone tooth 220 is driven to rotate, the 5th left side cone rotation of tooth 220 drives the 6th left side cone tooth 221 to rotate, the 6th left side cone
The rotation of tooth 221 drives the 7th left side cone tooth 223 to rotate, and the 8th left side cone tooth 224 follows the 7th left side cone tooth 223 to rotate and band
Dynamic 9th left side cone tooth 226 rotates, and then drives the second left side screw rod 229 to rotate, and the second left side screw rod 229 is in the second left side spiral shell
Rotated in pit 230 and promote the first display assembly 212 to be moved relative to the first eyeglass 211.The utility model embodiment is led to
Cross a knob while drive the first left side screw rod 227 and the second left side screw rod 229 to rotate, and promoted at the same time from two point positions
First display assembly 212 moves, in this way, the first display assembly 212 can be caused steadily to move, avoids the first display group
Part 212 causes image distortion to influence viewing effect during movement with respect to eyeglass run-off the straight.
Fig. 3 to Fig. 5 is referred to, further, the second object distance adjusting part 601 includes being rotationally connected with described second
Lens assembly 310 and end face are equipped with the first right side knob 314 of the first right side cone tooth 315, both ends are respectively equipped with the second right side
Bore the first right side driving member 316 of the right side of tooth 317 and the 3rd cone tooth 318 and one end is equipped with the 4th right side and bores 319 other end of tooth
Extend to the second display component 312 and periphery sets threaded first right side screw rod 320, the second right side cone tooth
317 engage with the described first right side cone tooth 315, and the 3rd right side cone tooth 318 is engaged with the described 4th right side cone tooth 319, institute
State second display component 312 and be equipped with the first right side threaded hole 321 in the side towards second Lens assembly 310, it is described
First right side screw rod 320 is combined in first right side threaded hole 321.Specifically, on the right side of adjusting viewing component 300 thing
Away from when, the first right side knob 314 of rotation drives the first right side cone tooth 315 to rotate, and the first right side cone rotation of tooth 315 drives second right
Side cone tooth 317 rotates, and the 3rd right side cone tooth 318 follows the second right side cone tooth 317 to rotate and drives the 4th right side cone tooth 319 to revolve
Turn, and then drive the first right side screw rod 320 to rotate, the first right side screw rod 320 is rotated and pushed away in the first right side threaded hole 321
Dynamic second display component 312 is moved relative to the second eyeglass 311, so as to reach the mesh for the object distance for adjusting left side viewing component 200
's.The present embodiment during the object distance of viewing component 300, only need to rotate the first right side knob 314, operation side on the right side of adjusting
Just, fast.
Fig. 3 to Fig. 5 is referred to, further, the second object distance adjusting part 601 further includes both ends and is respectively equipped with the 5th
Second right side driving member 324 of 322 and the 6th right side cone tooth 323 of right side cone tooth and both ends are respectively equipped with the 7th right side cone tooth
The 3rd right side driving member 327 of cone tooth 326 and one end are equipped with the 9th right side and bore 328 other end of tooth to institute on the right side of in the of 325 and the 8th
State that second display component 312 extends and periphery sets threaded second right side screw rod 329, the 5th right side cone tooth 322 with
Side engagement of first right side cone tooth 315 away from the described second right side cone tooth 317, the 6th right side cone tooth 323 and institute
State the 7th right side cone tooth 325 to engage, the 8th right side cone tooth 326 is engaged with the described 9th right side cone tooth 328, and described second is aobvious
Show that device assembly 312 is equipped with the second right side threaded hole 330, second right side in the side towards second Lens assembly 310
Screw rod 329 is combined in second right side threaded hole 330.Specifically, when the first right side cone tooth 315 rotates, it at the same time can
The 5th right side cone tooth 322 is driven to rotate, the 5th right side cone rotation of tooth 322 drives the 6th right side cone tooth 323 to rotate, the 6th right side cone
The rotation of tooth 323 drives the 7th right side cone tooth 325 to rotate, and the 8th right side cone tooth 326 follows the 7th right side cone tooth 325 to rotate and band
Dynamic 9th right side cone tooth 328 rotates, and then drives the second right side screw rod 329 to rotate, and the second right side screw rod 329 is in the second right side spiral shell
Rotated in pit 330 and promote second display component 312 to be moved relative to the second eyeglass 311.The utility model embodiment is led to
Cross a knob while drive the first right side screw rod 320 and the second right side screw rod 329 to rotate, and promoted at the same time from two point positions
Second display component 312 moves, in this way, second display component 312 can be caused steadily to move, avoids second display group
Part 312 causes image distortion to influence viewing effect during movement with respect to eyeglass run-off the straight.
Fig. 1 to Fig. 6 is referred to, further, including side is fixedly connected with the left side viewing component 200 and opposite side
Be slidably connected with the casing 100 with drive left side slider 400 that the left side viewing component 200 horizontally slips and side with
The right side viewing component 300 is fixedly connected to be slidably connected to drive the right side viewing group with opposite side and the casing 100
The right side slider 401 that part 300 horizontally slips.Based on said structure, the utility model embodiment can realize the tune of interpupillary distance at the same time
Section, specifically, when horizontally slipping left side slider 400, can drive left side viewing component 200 to move left and right so that left eye pair
Accurate first lens assembly, it is possible to understand that ground, during left side viewing component 200 moves left and right, the first Lens assembly 210 and the
One display assembly 212 should be moved at the same time and opposing stationary, in this way, just can guarantee that during interpupillary distance is adjusted, first
Dislocation movement will not occur for 210 and first display assembly 212 of Lens assembly, and the image optimal to user is presented.Same original
Reason, can be by sliding the right side movement right side viewing of slider 401 component 300 so that right eye alignment right side viewing component 300.This
Utility model embodiment can individually translate left side viewing component 200 and/or right side viewing component 300, realize the adjusting of interpupillary distance,
For translation at the same time, the flexibility for adjusting interpupillary distance is stronger.
Fig. 6 to Fig. 7 is referred to, further, the casing 100 is towards the side of the left side viewing component 200 along a left side
Right direction is disposed with multiple left side strip bulges 402, and the left side viewing component 200 is in towards the left side strip bulge
402 side is equipped with and is connected between the adjacent two left side strip bulge 402 to prevent the left side viewing component 200 opposite
In the left side elastic damping part 403 of the casing 100 movement, the casing 100 is towards the side of the right side viewing component 300
It is disposed with multiple right bars protrusions 404 in left-right direction, the right side viewing component 300 is in towards the right bars
The side of protrusion 404 is equipped with and is connected between the adjacent two right bars protrusion 404 to prevent the right side viewing component 300
The right side elastic damping part 405 moved relative to the casing 100.Based on this structure, the utility model embodiment is adjusting pupil
Away from when, left side elastic damping part 403 can be slid laterally along each left side strip bulge 402, after regulating, left side elasticity resistance
Damping member 403 can be fastened between adjacent two left side strip bulge 402, with fixed left side viewing component 200, likewise, adjusting
During interpupillary distance, right side elastic damping part 405 can slide laterally along right bars protrusion 404, after regulating, right side bullet
Property damping piece 405 can be fastened between adjacent two right bars protrusion 404, fixed right side viewing component 300.Based on above-mentioned knot
Structure, when needing to adjust interpupillary distance, need to only enforce left side slider 400 or right side slider 401 can be adjusted, very square
Just it is quick.After regulating, elastic damping part can be also held between adjacent bar protrusion so that 200 He of left side viewing component
Right side viewing component 300 will not be slided with respect to casing 100.
Fig. 3 to Fig. 5 is referred to, further, first Lens assembly 210 is towards first display assembly 212
Side be equipped with the first square bulge loop 500, first display assembly 212 is towards the side of first Lens assembly 210
Equipped with the first square hole 501, first square hole 501 is located on outside first Q-RING and is slided with first Q-RING
Dynamic connection, second Lens assembly 310 are equipped with the second square bulge loop 502 towards the side of the second display component 312,
The second display component 312 is equipped with the second square hole 503 towards the side of second Lens assembly 310, and described second
Square hole 503 is located on outside second Q-RING and is slidably connected with second Q-RING.The present embodiment passes through setting side
Shape ring and square hole match somebody with somebody the mobile offer guiding role for being combined into display assembly, this structure can cause opposite in display assembly
During Lens assembly moves, it will not relatively rotate, avoid after relatively rotating, cause image to tilt, shadow
Ring viewing effect.
Fig. 3 to Fig. 5 is referred to, further, first square 500 outer shroud of bulge loop is cased with being close to described first square convex
First dustband 504 of 500 outer wall of ring and 501 inner wall of the first square hole, second square 502 outer shroud of bulge loop are cased with tightly
Paste the second dustband 505 of the described second square 502 outer wall of bulge loop and 503 inner wall of the second square hole.It is to be appreciated that the
One Q-RING and the first square hole 501 are slided relatively due to carry out, so having gap between them, the utility model is implemented
Example can so prevent dust from entering in the first square hole 501, dirt by being arranged the first dustband 504 outside the first Q-RING
Display and eyeglass are contaminated, the damage of virtual reality head-mounted display apparatus is caused, likewise, the second dustband 505 can also be
Virtual reality head-mounted display apparatus plays a protective role.
Fig. 3 to Fig. 5 is referred to, further, first dustband 504 and second dustband 505 are elasticity
Dustband.Dustband have elasticity can hold Q-RING tightly, be placed on instrumentality away from when slide.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
All any modification, equivalent and improvement made within the spirit and principle of utility model etc., should be included in the utility model
Protection domain within.
Claims (10)
1. a kind of virtual reality head-mounted display apparatus, it is characterised in that seen including casing, the left side being arranged in the casing
Shadow component and it is arranged in the casing and with the left side viewing inter-module every the right side viewing component being arranged side by side, it is described
Viewing component in left side includes the first Lens assembly with the first eyeglass, faces to set and for showing shadow with first eyeglass
First display assembly of picture and for instrumentality away from the first object distance adjusting part, the first object distance adjusting part installation
Connected in first Lens assembly and with first display assembly to drive first display assembly opposite described
First eyeglass moves；The right side viewing component includes the second Lens assembly with the second eyeglass and the second eyeglass face
To set and for show image second display component and for instrumentality away from the second object distance adjusting part, described the
Two object distance adjusting parts are installed on second Lens assembly and are connected with the second display component to drive described second
Display assembly is moved relative to second eyeglass.
2. virtual reality head-mounted display apparatus as claimed in claim 1, it is characterised in that the first object distance adjusting part
Including the first left side knob, the first left side driving member and the first left side screw rod, first left side knob is rotationally connected with institute
State the first Lens assembly and end face is equipped with the first left side and bores tooth, the both ends of first left side driving member are respectively equipped with second left side
Tooth and the 3rd left side cone tooth are bored in side, and one end of first left side screw rod is equipped with the 4th left side and bores tooth, the other end to described first
Display assembly extends and periphery is equipped with screw thread, and second left side cone tooth is engaged with the described first left side cone tooth, and the described 3rd
Left side is bored tooth and is engaged with the described 4th left side cone tooth, and first display assembly is in the side towards first Lens assembly
Equipped with the first left side threaded hole, first left side screw rod is combined in the threaded hole of first left side.
3. virtual reality head-mounted display apparatus as claimed in claim 2, it is characterised in that the first object distance adjusting part
Further include the second left side driving member, the 3rd left side driving member and the second left side screw rod, the both ends of second left side driving member
The 5th left side cone tooth and the 6th left side cone tooth are respectively equipped with, the both ends of the 3rd left side driving member are respectively equipped with the 7th left side cone
Cone tooth on the left of tooth and the 8th, one end of second left side screw rod is equipped with the left of in the of the 9th and bores tooth, the other end is shown to described first
Device assembly extends and periphery is equipped with screw thread, and the 5th left side cone tooth is bored tooth with the described first left side and bored away from the described second left side
The side engagement of tooth, the 6th left side cone tooth are bored tooth with the described 7th left side and engages, and tooth and described the are bored in the 8th left side
Nine left side cone tooth engagements, first display assembly are equipped with the second left side screw thread in the side towards first Lens assembly
Hole, second left side screw rod are combined in the threaded hole of second left side.
4. virtual reality head-mounted display apparatus as claimed in claim 1, it is characterised in that the second object distance adjusting part
Including the first right side knob, the first right side driving member and the first right side screw rod, first right side knob is connected to institute
State the second Lens assembly and end face is equipped with the first right side and bores tooth, the both ends of first right side driving member are respectively equipped with second right side
Tooth and the 3rd right side cone tooth are bored in side, and one end of first right side screw rod is equipped with the 4th right side and bores tooth, the other end to described second
Display assembly extends and periphery is equipped with screw thread, and second right side cone tooth is engaged with the described first right side cone tooth, and the described 3rd
Right side is bored tooth and is engaged with the described 4th right side cone tooth, and the second display component is in the side towards second Lens assembly
Equipped with the first right side threaded hole, first right side screw rod is combined in the threaded hole of first right side.
5. virtual reality head-mounted display apparatus as claimed in claim 4, it is characterised in that the second object distance adjusting part
Further include the second right side driving member, the 3rd right side driving member and the second right side screw rod, the two of second right side driving member
End is respectively equipped with the 5th right side cone tooth and the 6th right side cone tooth, and the both ends of the 3rd right side driving member are respectively equipped with the 7th right side
Cone tooth on the right side of tooth and the 8th is bored, one end of second right side screw rod is equipped with the right side of in the of the 9th and bores tooth, the other end is shown to described second
Show device assembly extension and periphery is equipped with screw thread, the 5th right side cone tooth bores tooth away from the described second right side with the described first right side
Bore the side engagement of tooth, the 6th right side cone tooth is bored tooth with the described 7th right side and engage, it is described bore on the right side of 8th tooth with it is described
9th right side cone tooth engagement, the second display component are equipped with the second right side spiral shell in the side towards second Lens assembly
Pit, second right side screw rod are combined in the threaded hole of second right side.
6. the virtual reality head-mounted display apparatus as described in claim 1-5 any one, it is characterised in that described virtual existing
Real head-mounted display apparatus further includes left side slider and right side slider, the side of the left side slider and the left side viewing group
Part is fixedly connected, opposite side is slidably connected what is horizontally slipped to drive the left side viewing component with the casing, the right side
The side of slider is fixedly connected with the right side viewing component, opposite side is slidably connected with the casing to drive the right side to see
Shadow component horizontally slips.
7. virtual reality head-mounted display apparatus as claimed in claim 6, it is characterised in that the casing is towards the left side
The side of viewing component is disposed with multiple left side strip bulges in left-right direction, and the left side viewing component is in towards described
The side of left side strip bulge is equipped with left side elastic damping part, and the left side elastic damping part is connected in adjacent two left-hand bar
To prevent the left side viewing component from being moved relative to the casing between shape protrusion, the casing is towards the right side viewing group
It is raised that the side of part is disposed with multiple right bars in left-right direction, and the right side viewing component is in towards the right side bar
The side of shape protrusion is equipped with right side elastic damping part, and it is raised that the right side elastic damping part is connected in adjacent two right bars
Between to prevent the right side viewing component from being moved relative to the casing.
8. the virtual reality head-mounted display apparatus as described in claim 1-5 any one, it is characterised in that first mirror
Piece component is equipped with the first square bulge loop towards the side of first display assembly, and first display assembly is towards described
The side of first Lens assembly is equipped with the first square hole, the first square orifice ring be placed on first Q-RING it is outer and with it is described
First Q-RING is slidably connected, and second Lens assembly is square convex equipped with second towards the side of the second display component
Ring, the second display component are equipped with the second square hole, second square hole towards the side of second Lens assembly
It is located on outside second Q-RING and is slidably connected with second Q-RING.
9. virtual reality head-mounted display apparatus as claimed in claim 8, it is characterised in that the first square bulge loop outer shroud
It is cased with the first dustband for being close to the described first square bulge loop outer wall and the first square hole inner wall, the second square bulge loop
Outer shroud is cased with the second dustband for being close to the described second square bulge loop outer wall and the second square hole inner wall.
10. virtual reality head-mounted display apparatus as claimed in claim 9, it is characterised in that first dustband and institute
It is elastomeric wiper to state the second dustband.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720867927.4U CN207336932U (en) | 2017-07-17 | 2017-07-17 | Virtual reality head-mounted display apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720867927.4U CN207336932U (en) | 2017-07-17 | 2017-07-17 | Virtual reality head-mounted display apparatus |
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| Publication Number | Publication Date |
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| CN207336932U true CN207336932U (en) | 2018-05-08 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720867927.4U Active CN207336932U (en) | 2017-07-17 | 2017-07-17 | Virtual reality head-mounted display apparatus |
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| CN (1) | CN207336932U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107272205A (en) * | 2017-07-17 | 2017-10-20 | 深圳市冠旭电子股份有限公司 | Virtual reality head-mounted display apparatus |
| CN109785706A (en) * | 2019-03-13 | 2019-05-21 | 北京华如科技股份有限公司 | The composite type helmet for armed forces in real combat virtual reality training |
-
2017
- 2017-07-17 CN CN201720867927.4U patent/CN207336932U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107272205A (en) * | 2017-07-17 | 2017-10-20 | 深圳市冠旭电子股份有限公司 | Virtual reality head-mounted display apparatus |
| CN109785706A (en) * | 2019-03-13 | 2019-05-21 | 北京华如科技股份有限公司 | The composite type helmet for armed forces in real combat virtual reality training |
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