CN208284104U - A kind of stand-type virtual reality Three-dimensional dynamic in more people positions experiences platform - Google Patents
A kind of stand-type virtual reality Three-dimensional dynamic in more people positions experiences platform Download PDFInfo
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- CN208284104U CN208284104U CN201721502055.8U CN201721502055U CN208284104U CN 208284104 U CN208284104 U CN 208284104U CN 201721502055 U CN201721502055 U CN 201721502055U CN 208284104 U CN208284104 U CN 208284104U
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Abstract
A kind of stand-type virtual reality Three-dimensional dynamic in more people positions experiences platform, and the utility model belongs to three-dimensional experience apparatus field, more particularly to the three-dimensional experience equipment of virtual reality.Purpose of the utility model is to solve in the prior art without suitably can be with the virtual reality innervation experiencing platform of Multidirectional-moving the problem of.The stand-type virtual reality Three-dimensional dynamic experience platform in more people position of the utility model includes experience area, pedestal and interconnecting piece, and the experience area is connect by interconnecting piece with pedestal, and the pedestal is fixed on ground by ground；The experience area has pedestal, platform board, human body erect-position portion, human body fixed part and guardrail；There are two annular elements coaxial and with through-hole for tool in the pedestal；The interconnecting piece has at least nine articulation pieces, wherein at least includes that five levels cut with scissors part, three rotating hinge parts and a load-bearing hinge part admittedly.The innervation experiencing platform of the utility model can be used for public place of entertainment.
Description
Technical field
The utility model belongs to three-dimensional experience apparatus field, more particularly to the three-dimensional experience equipment of virtual reality.
Background technique
Virtual reality (Virtual Reality) is the virtual world that a three-dimensional space is generated using program simulation, mould
Quasi- to generate the sense organs such as vision, the sense of hearing, tactile, user can be as on the spot in person under such circumstances.Generally require in time, do not have
The things in three-dimensional space is observed with limitation.When the equipment that user carries out front-rear position movement or rotates up and down
When, these information are communicated to computer by sensor, and computer is by quickly and again by accurate three-dimensional figure after the operation of complexity
As passing generation telepresenc back.Therefore, one can it is very important with the innervation experiencing platform of Multidirectional-moving.
Utility model content
Purpose of the utility model is to solve in the prior art suitably can not be with the virtual existing of Multidirectional-moving
The problem of real innervation experiencing platform, and provide a kind of stand-type virtual reality Three-dimensional dynamic experience platform in more people positions.
The stand-type virtual reality Three-dimensional dynamic experience platform in more people position of the utility model includes experience area, pedestal and connection
Portion, the experience area are connect by interconnecting piece with pedestal, and the pedestal is fixed on ground by ground；The experience area has bottom
Seat, platform board, human body erect-position portion, human body fixed part and guardrail；Human body erect-position portion at least two, human body erect-position portion
On the platform board, each human body erect-position portion is connected with a pedestal, and the human body fixed part is set to
In human body erect-position portion, the outer ledge of the platform board has guardrail；The pedestal include circular ring shape gear wheel and be located at institute
State the pinion gear inside gear wheel, the sawtooth of the gear wheel and the pinion gear is close to the internal tooth of the gear wheel is in vertical
Dentation, the external tooth of gear wheel are in horizontal annular dentation, and the gear wheel is connected to above platform board by pillar, the pillar with
The position of gear wheel connection is gear structure and in mating connection with the external tooth of gear wheel, and the pinion gear is connect with connecting rod, and
And the connecting rod is connected to motor, the motor is fixed on platform board, the pinion gear at least two in each pedestal.
Preferably, have in the pedestal there are two annular element coaxial and with through-hole, wherein first annular component
Outer diameter is greater than the outer diameter of the second annular element, and second annular element is located at the top of the first annular component, and first
The internal diameter of annular element is smaller than the internal diameter of the second annular element, equal in the excircle and inner circumferential edge of the first annular component
It is fixedly connected with connector with ground, the inside of the second annular element inner periphery is at least connected with two driving gears, institute
It states driving gear to connect with connecting rod, and the connecting rod is connected to motor, the motor is fixed on first annular component；It is described
Second annular element has internal tooth and external tooth, and the internal tooth of the second annular element is in vertical dentation, and the external tooth of the second annular element is in
Horizontal annular dentation, second annular element are connected to above first annular component by pillar, the pillar and the second ring
The position of shape component connection is gear structure and, the internal tooth of second annular element in mating connection with the external tooth of the second annular element
It is driven with the jigsaw fit of the driving gear.
Preferably, the interconnecting piece has at least nine articulation pieces, wherein at least includes that five levels cut with scissors part, three turns admittedly
Part is cut with scissors in dynamic hinge part and a load-bearing；Five horizontal parts of hinge admittedly are fixedly connected on the second annular element upper surface, and its
In four horizontal parts of hinge admittedly be set on two parallel straight lines and be axisymmetricly distributed, another horizontal part of hinge admittedly is located at
On four horizontal extended lines for cutting with scissors part symmetry axis admittedly；Four described horizontal one end for cutting with scissors the hinged cylinder column of part admittedly, institute
The other end for stating cylinder column has a through-hole, is connected with horizontal cylindricality rod piece, and the level between multiple through-holes
Cylindricality rod piece is two, and two horizontal cylindricality rod pieces are parallel to each other, and the middle part of two horizontal cylindricality rod pieces is connected with driving lever；
Another the horizontal part of hinge admittedly being located on four horizontal extended lines for cutting with scissors part symmetry axis admittedly on second annular element connects liquid
The other end of one end of cylinder pressure, the hydraulic cylinder is connect with driving lever by rotating hinge part, is also had on the driving lever another
Outer two rotating hinge parts, two rotating hinge parts are in upper and lower Relative distribution, and the two institutes on the driving lever side wall
It states rotating hinge part to be connected with one end of upper telescopic rod and lower telescopic rod respectively, the other end of the upper telescopic rod and the top of guardrail
The bottom of connection, the other end of the lower telescopic rod and guardrail connects, a rotating hinge part in two rotating hinge parts with
The rotating hinge part of connection liquid cylinder pressure is located at side and adjacent on driving lever；The driving lever cuts with scissors part by load-bearing and is connected to institute
It states on the side of guardrail, also there are two the through-holes for connecting the horizontal cylindricality rod piece for tool on the driving lever.
Further, human body erect-position portion is located at the top of pedestal, and human body erect-position portion is connected with human body fixed part,
The human body fixed part includes bracket and rest portions, and one end of the bracket is fixedly connected on the gear wheel of circular ring shape,
The other end stretches out upwards and extends to aerial, and the rest portions are in vertical irregular plate, and the rest portions are stood in bracket
Between position, the rest portions are connect by connecting band with bracket.
Preferably, the human body fixed part also has trunk fixing piece, and the trunk fixing piece is located at the rest portions
Middle and upper part, the trunk fixing piece are divided into left member and right member, and the left member and the right member can be unclamped or be closed, can be by people
Body is fixed in rest portions；The trunk fixing piece is cylindrical when being closed；There is pierced pattern on the trunk fixing piece.
Preferably, the platform board is one or more of in rectangle, square, triangle, diamond shape or irregular shape
Combination, on the platform board install at least two human body erect-position portions, surrounding, middle part in human body erect-position portion
Openworks shape is processed as between position or two human body erect-position portions.
Preferably, the guardrail is connected on platform board by triangular coupling rod, and the triangular coupling rod is multiple, and and guardrail
It is fixedly connected.
Preferably, the articulation piece is two semi-circular pieces, has through-hole in the centre of the semi-circular piece, logical at two
There is a connecting rod between hole.
Preferably, sensor is installed in the experience area, the external virtual reality glasses on the sensor.
Preferably, cushion is wrapped up in the external of the pedestal in human body erect-position portion, platform board and/or guardrail.
The utility model compared with the existing technology the advantages of:
The utility model provides a kind of stand-type virtual reality Three-dimensional dynamic experience platform in more people positions, can be realized multi-faceted
Mobile, i.e., pedestal can be with moving in rotation, and experiencing body erect-position portion of each of area with moving in rotation or can both move up and down.People
The rotational energy that virtual reality glasses pass through experience platform different direction provided by the utility model is put in standing in human body erect-position portion
It enough makes one to feel such as impression on the spot in person.
Detailed description of the invention
Fig. 1 is that the stand-type virtual reality Three-dimensional dynamic in more people position of the utility model experiences the signal of package cushion outside platform
Figure；
Fig. 2 is that the stand-type virtual reality Three-dimensional dynamic in more people position of the utility model experiences platform main view；
Fig. 3 is that the stand-type virtual reality Three-dimensional dynamic in more people position of the utility model experiences platform side view；
Fig. 4 is that the stand-type virtual reality Three-dimensional dynamic in more people position of the utility model experiences platform top view；
Fig. 5 is that the stand-type virtual reality Three-dimensional dynamic in more people position of the utility model experiences platform overall structure diagram；
Fig. 6 is that the stand-type virtual reality Three-dimensional dynamic in more people position of the utility model experiences platform bottom view.
Each section meaning is as follows in figure: 1, experiencing area；11, pedestal；111, gear wheel；112, pinion gear；12, platform board；
13, human body erect-position portion；14, human body fixed part；141, bracket；142, rest portions；143, trunk fixing piece；15, guardrail；2, base
Seat；21, first annular component；22, the second annular element；23, gear is driven；3, interconnecting piece；31, horizontal to cut with scissors part admittedly；32, it rotates
Cut with scissors part；33, part is cut with scissors in load-bearing；34, cylinder column；35, horizontal cylindricality rod piece；36, driving lever；37, hydraulic cylinder；38, upper telescopic rod；
39 lower telescopic rods.
Specific embodiment
To make the objectives, technical solutions and advantages of the present invention clearer, With reference to embodiment
And referring to attached drawing, the utility model is further described.It should be understood that these descriptions are merely illustrative, and do not really want
Limit the scope of the utility model.In addition, in the following description, descriptions of well-known structures and technologies are omitted, to avoid not
Necessarily obscure the concept of the utility model.Therefore, it is done without departing from the content and range of the utility model
Any modification, equivalent substitution, improvement and etc. should be included within the scope of protection of this utility model.
Present embodiment will be explained the content of the present invention by taking Figure of description as an example.
Specific embodiment 1: as shown in Figure 1, the stand-type virtual reality Three-dimensional dynamic experience in more people position of present embodiment
Platform includes experience area 1, pedestal 2 and interconnecting piece 3, and the experience area 1 is connect by interconnecting piece 3 with pedestal 2, and the pedestal 2 passes through
Ground is fixed on ground；The experience area 1 has pedestal 11, platform board 12, human body erect-position portion 13, human body fixed part 14 and guardrail
15；Human body erect-position portion 13 at least two, human body erect-position portion 13 are located on the platform board 12, each human body
Erect-position portion 13 is connected with a pedestal 11, and the human body fixed part 14 is set in human body erect-position portion 13, the platform
The outer ledge of plate 12 has guardrail 15；The pedestal 11 includes the gear wheel 111 of circular ring shape and is located in the gear wheel 111
The sawtooth of the pinion gear 112 in portion, the gear wheel 111 and the pinion gear 112 is close to the internal tooth of the gear wheel 111 is in perpendicular
Straight-tooth shape, the external tooth of gear wheel 111 are in horizontal annular dentation, and the gear wheel 111 is connected to 12 top of platform board by pillar,
The position that the pillar is connect with gear wheel 111 is gear structure and, the pinion gear in mating connection with the external tooth of gear wheel
112 connect with connecting rod, and the connecting rod is connected to motor, and the motor is fixed on platform board 12, in each pedestal 11
Pinion gear 112 at least two.
Specific embodiment 2: as shown in Fig. 2, the present embodiment is different from the first embodiment in that, the pedestal 2
There are two annular elements coaxial and with through-hole for interior tool, wherein the outer diameter of first annular component 21 is greater than the second annular element 22
Outer diameter, second annular element 22 is located at the top of the first annular component 21, and the internal diameter of first annular component 21
Internal diameter than the second annular element 22 is small, all has connector in the excircle and inner circumferential edge of the first annular component 21
It is fixedly connected with ground, the inside of 22 inner periphery of the second annular element is at least connected with two driving gears 23, the driving
Gear 23 is connect with connecting rod, and the connecting rod is connected to motor, and the motor is fixed on first annular component 21；Described
Second ring component 22 has internal tooth and an external tooth, and the internal tooth of the second annular element 22 is in vertical dentation, the second annular element 22 it is outer
Tooth is in horizontal annular dentation, and second annular element 22 is connected to first annular 21 top of component, the pillar by pillar
The position connecting with the second annular element 22 is gear structure and, second ring in mating connection with the external tooth of the second annular element 22
The jigsaw fit of the internal tooth of shape component 22 and the driving gear 23 drives.
Specific embodiment 3: as shown in Figure 3 and Figure 6, the present embodiment is different from the first embodiment in that, it is described
Interconnecting piece 3 has at least nine articulation pieces, wherein at least cuts with scissors 31, three rotating hinge parts 32 of part admittedly including five levels and one is held
Part 33 is cut with scissors again；Five horizontal parts 31 of hinge admittedly are fixedly connected on 22 upper surface of the second annular element, and wherein four institutes
It states the horizontal part 31 of hinge admittedly to be set on two parallel straight lines and be axisymmetricly distributed, another horizontal part 31 of hinge admittedly is located at four
On the horizontal extended line for cutting with scissors 31 symmetry axis of part admittedly；Four described horizontal one end for cutting with scissors the hinged cylinder column 34 of part 31 admittedly,
The other end of the cylinder column 34 has a through-hole, is connected with horizontal cylindricality rod piece 35, and institute between multiple through-holes
Stating horizontal cylindricality rod piece 35 is two, and two horizontal cylindricality rod pieces 35 are parallel to each other, and the middle part of two horizontal cylindricality rod pieces 35
It is connected with driving lever 36；It is located on second annular element 22 another on four horizontal extended lines for cutting with scissors 31 symmetry axis of part admittedly
A horizontal one end for cutting with scissors 31 connection liquid cylinder pressure 37 of part admittedly, the other end and driving lever 36 of the hydraulic cylinder 37 pass through rotating hinge part 32
Connection also has other two rotating hinge part 32 on the driving lever 36, and two rotating hinge parts 32 are in the driving lever
Be in upper and lower Relative distribution on 36 side walls, and the two described rotating hinge parts 32 respectively with upper telescopic rod 38 and lower telescopic rod 39
One end is connected, and the other end of the upper telescopic rod 38 is connect with the top of guardrail 15, the other end and shield of the lower telescopic rod 39
The bottom on column 15 connects, connection liquid cylinder pressure 37 on the rotating hinge part 32 and driving lever 36 in two rotating hinge parts 32
The rotating hinge part 32 is located at side and adjacent；The driving lever 36 cuts with scissors the side that part 33 is connected to the guardrail 15 by load-bearing
On, also there are two the through-holes for connecting the horizontal cylindricality rod piece 35 for tool on the driving lever 36.
Specific embodiment 4: as shown in figure 4, present embodiment unlike specific embodiment one to three, it is described
Human body erect-position portion 13 is located at the top of pedestal 11, and human body erect-position portion 13 is connected with human body fixed part 14, and the human body is fixed
Portion 14 includes bracket 141 and rest portions 142, and one end of the bracket 141 is fixedly connected on the gear wheel 111 of circular ring shape
On, the other end stretches out upwards and extends to aerial, and the rest portions 142 are in vertical irregular plate, and the rest portions 142 are stood on
The intermediate position of bracket 141, the rest portions 142 are connect by connecting band with bracket 141.
Specific embodiment 5: as shown in figure 5, present embodiment unlike specific embodiment four, the human body
Fixed part 14 also has trunk fixing piece 143, and the trunk fixing piece 143 is located at the middle and upper part of the rest portions 142, the body
Dry fixing piece 143 divides for left member and right member, and the left member and the right member can be unclamped or are closed, can be fixed on human body partial
In relying part 142；The trunk fixing piece 143 is cylindrical when being closed；There is pierced pattern on the trunk fixing piece.
Specific embodiment 6: the present embodiment is different from the first embodiment in that, the platform board 12 is rectangular
One or more of combination in shape, square, triangle, diamond shape or irregular shape is installed at least on the platform board 12
Two human body erect-position portions 13 add between the surrounding in human body erect-position portion 13, intermediate position or two human body erect-position portions
Work is weight of the Openworks shape to mitigate platform board.
Specific embodiment 7: the present embodiment is different from the first embodiment in that, the guardrail 15 passes through triangle
Connecting rod is connected on platform board 12, and the triangular coupling rod is multiple, and is fixedly connected with guardrail 15.
Specific embodiment 8: the present embodiment is different from the first embodiment in that, the articulation piece is two and half
Circular piece has through-hole in the centre of the semi-circular piece, has a connecting rod between two through-holes.
Specific embodiment 9: the present embodiment is different from the first embodiment in that, it is installed in the experience area 1
Sensor, the external virtual reality glasses on the sensor.Put on virtual reality glasses makes with innervation experiencing platform cooperation again
With the presence that can increase people.
Specific embodiment 10: the present embodiment is different from the first embodiment in that, in human body erect-position portion 13
Pedestal 11, the external of platform board 12 and/or guardrail 15 wrap up cushion, the scratch to human body can be prevented in this way or damaged.
Specific embodiment 11: the present embodiment is different from the first embodiment in that, in 1 position of experience area
The experience that water spray and spraying apparatus are additionally provided with to enhance experiencer to three dimension realistic.
Claims (10)
1. a kind of stand-type virtual reality Three-dimensional dynamic in more people positions experiences platform, it is characterised in that: the experience platform includes experience area
(1), pedestal (2) and interconnecting piece (3), the experience area (1) are connect by interconnecting piece (3) with pedestal (2), and the pedestal (2) is logical
It crosses ground and is fixed on ground；
The experience area (1) has pedestal (11), platform board (12), human body erect-position portion (13), human body fixed part (14) and guardrail
(15)；Human body erect-position portion (13) at least two, human body erect-position portion (13) are located on the platform board (12), each
Human body erect-position portion (13) is connected with a pedestal (11), and the human body fixed part (14) is set to human body erect-position portion
(13) on, the outer ledge of the platform board (12) has guardrail (15)；The pedestal (11) includes the gear wheel of circular ring shape
(111) and it is located at the gear wheel (111) internal pinion gear (112), the gear wheel (111) and the pinion gear (112)
The internal tooth of sawtooth close to, the gear wheel (111) be in vertical dentation, the external tooth of gear wheel (111) is in horizontal annular dentation,
The gear wheel (111) is connected to above platform board (12) by pillar, and the position that the pillar is connect with gear wheel (111) is tooth
Wheel construction is simultaneously in mating connection with the external tooth of gear wheel, and the pinion gear (112) connect with connecting rod, and the connecting rod and motor
Connection, the motor are fixed on platform board (12), the pinion gear (112) at least two in each pedestal (11).
2. a kind of stand-type virtual reality Three-dimensional dynamic in more people positions according to claim 1 experiences platform, it is characterised in that: institute
Tool is stated in pedestal (2) there are two annular element coaxial and with through-hole, wherein the outer diameter of first annular component (21) is greater than the
The outer diameter of second ring component (22), second annular element (22) are located at the top of the first annular component (21), and
The internal diameter of one annular element (21) is smaller than the internal diameter of the second annular element (22), in the excircle of the first annular component (21)
It all has connector with inner circumferential edge to be fixedly connected with ground, the inside of the second annular element (22) inner periphery at least connects
Two driving gears (23) are connect, the driving gear (23) connect with connecting rod, and the connecting rod is connected to motor, the motor
It is fixed on first annular component (21)；Second annular element (22) has internal tooth and external tooth, the second annular element (22)
Internal tooth be in vertical dentation, the external tooth of the second annular element (22) is in horizontal annular dentation, second annular element (22)
It is connected to above first annular component (21) by pillar, the position that the pillar is connect with the second annular element (22) is gear knot
Structure is simultaneously in mating connection with the external tooth of the second annular element (22), the internal tooth of the second annular element (22) and the driving gear
(23) jigsaw fit driving.
3. a kind of stand-type virtual reality Three-dimensional dynamic in more people positions according to claim 1 experiences platform, it is characterised in that: institute
Interconnecting piece (3) are stated at least nine articulation pieces, wherein at least include that five levels cut with scissors part (31), three rotating hinge parts (32) admittedly
Part (33) are cut with scissors with a load-bearing；Five horizontal hinges part (31) admittedly are fixedly connected in the second annular element (22) upper surface
On, and wherein four horizontal hinges part (31) admittedly are set on two parallel straight lines and are axisymmetricly distributed, another water
Flat hinge part (31) admittedly is located on four horizontal extended lines for cutting with scissors part (31) symmetry axis admittedly；Four horizontal hinges part (31) admittedly
One end of hinged cylinder column (34), the other end of the cylinder column (34) have a through-hole, multiple through-holes it
Between be connected with horizontal cylindricality rod piece (35), and the horizontal cylindricality rod piece (35) is two, two horizontal cylindricality rod piece (35) phases
It is mutually parallel, and the middle part of two horizontal cylindricality rod pieces (35) is connected with driving lever (36)；It is located at four on second annular element (22)
One of another horizontal hinge part (31) connection liquid cylinder pressure (37) admittedly on a horizontal extended line for cutting with scissors part (31) symmetry axis admittedly
The other end at end, the hydraulic cylinder (37) is connect with driving lever (36) by rotating hinge part (32), on the driving lever (36)
Also there is other two rotating hinge part (32), two rotating hinge parts (32) are on the driving lever (36) side wall in phase up and down
To distribution, and the two described rotating hinge parts (32) are connected with one end of upper telescopic rod (38) and lower telescopic rod (39) respectively,
The other end of the upper telescopic rod (38) is connect with the top of guardrail (15), the other end and guardrail of the lower telescopic rod (39)
(15) bottom connects, and connects on the rotating hinge part (32) and driving lever (36) in two rotating hinge parts (32) hydraulic
The rotating hinge part (32) of cylinder (37) is located at side and adjacent；The driving lever (36) is connected to institute by load-bearing hinge part (33)
For connecting the logical of the horizontal cylindricality rod piece (35) there are two also having on the side for stating guardrail (15), on the driving lever (36)
Hole.
4. a kind of stand-type virtual reality Three-dimensional dynamic in more people positions according to any one of claim 1 to 3 experiences platform,
Be characterized in that: human body erect-position portion (13) is located at the top of pedestal (11), and it is solid that human body erect-position portion (13) is connected with human body
Determine portion (14), the human body fixed part (14) includes bracket (141) and rest portions (142), and one end of the bracket (141) is fixed
It is connected on the gear wheel (111) of circular ring shape, the other end stretches out upwards and extends to aerial, and the rest portions (142) are in
Vertical irregular plate, the rest portions (142) stand on the intermediate position of bracket (141), and the rest portions (142) pass through connection
Band is connect with bracket (141).
5. a kind of stand-type virtual reality Three-dimensional dynamic in more people positions according to claim 4 experiences platform, it is characterised in that: institute
Stating human body fixed part (14) also has trunk fixing piece (143), and the trunk fixing piece (143) is located at the rest portions (142)
Middle and upper part, the trunk fixing piece (143) is divided into left member and right member, and the left member and the right member can be unclamped or be closed,
Human body can be fixed on rest portions (142)；The trunk fixing piece (143) is cylindrical when being closed；The trunk is fixed
There is pierced pattern on part.
6. a kind of stand-type virtual reality Three-dimensional dynamic in more people positions according to claim 1 experiences platform, it is characterised in that: institute
Stating platform board (12) is combination one or more of in rectangle, square, triangle, diamond shape or irregular shape, described
At least two human body erect-position portions (13), surrounding, middle part in human body erect-position portion (13) are installed on platform board (12)
Openworks shape is processed as between position or two human body erect-position portions.
7. a kind of stand-type virtual reality Three-dimensional dynamic in more people positions according to claim 1 experiences platform, it is characterised in that: institute
It states guardrail (15) to be connected on platform board (12) by triangular coupling rod, the triangular coupling rod is multiple, and fixed with guardrail (15)
Connection.
8. a kind of stand-type virtual reality Three-dimensional dynamic in more people positions according to claim 3 experiences platform, it is characterised in that: institute
Stating articulation piece is two semi-circular pieces, has through-hole in the centre of the semi-circular piece, has a company between two through-holes
Bar.
9. a kind of stand-type virtual reality Three-dimensional dynamic in more people positions according to any one of claim 1 to 3 experiences platform,
It is characterized in that: sensor being installed on the experience area (1), the external virtual reality glasses on the sensor.
10. a kind of stand-type virtual reality Three-dimensional dynamic in more people positions according to claim 1 experiences platform, it is characterised in that:
External in the pedestal (11) in human body erect-position portion (13), platform board (12) and/or guardrail (15) wraps up cushion.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721502055.8U CN208284104U (en) | 2017-11-10 | 2017-11-10 | A kind of stand-type virtual reality Three-dimensional dynamic in more people positions experiences platform |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721502055.8U CN208284104U (en) | 2017-11-10 | 2017-11-10 | A kind of stand-type virtual reality Three-dimensional dynamic in more people positions experiences platform |
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| Publication Number | Publication Date |
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| CN208284104U true CN208284104U (en) | 2018-12-25 |
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| CN201721502055.8U Expired - Fee Related CN208284104U (en) | 2017-11-10 | 2017-11-10 | A kind of stand-type virtual reality Three-dimensional dynamic in more people positions experiences platform |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114333445A (en) * | 2022-01-21 | 2022-04-12 | 深圳市励深展览策划有限公司 | Digital three-dimensional dynamic experience table |
-
2017
- 2017-11-10 CN CN201721502055.8U patent/CN208284104U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114333445A (en) * | 2022-01-21 | 2022-04-12 | 深圳市励深展览策划有限公司 | Digital three-dimensional dynamic experience table |
| CN114333445B (en) * | 2022-01-21 | 2024-02-02 | 深圳市励深展览策划有限公司 | Digital three-dimensional dynamic experience table |
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