CN208384246U - A kind of thermal insulator and virtual reality device applied to virtual reality device - Google Patents
A kind of thermal insulator and virtual reality device applied to virtual reality device Download PDFInfo
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- CN208384246U CN208384246U CN201821095059.3U CN201821095059U CN208384246U CN 208384246 U CN208384246 U CN 208384246U CN 201821095059 U CN201821095059 U CN 201821095059U CN 208384246 U CN208384246 U CN 208384246U
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Abstract
The utility model discloses a kind of thermal insulator and virtual reality device applied to virtual reality device, thermal insulator includes: thermal insulation board and several heat-insulated protrusions.Thermal insulation board includes juxtaposition metamorphose portion, two interconnecting pieces and two support portions, juxtaposition metamorphose portion is propped up by support portion and interconnecting piece, so that forming enough spaces between juxtaposition metamorphose portion and virtual reality device main body, convenient for the installation of heat-insulated protrusion, and make thermal insulation board in ship shape structure.Heat-insulated protrusion can make thermal insulation board and virtual reality device main body form multiple insulated cavities, in order to distributing for heat, heat be avoided directly to contact with user's face.When use, thermal insulator passes through the cooperation of hair shape structure and hook-shaped structure, it is fixed on light shield device, so that thermal insulation board fits in that side of virtual reality device main body close to user's face, the heat that virtual reality device generates is distributed by insulated cavity, and baffle is carried out by thermal insulation board, heat is not directly transferred to user's face, improves user experience.
Description
Technical field
The utility model relates to virtual reality device technical field more particularly to it is a kind of applied to virtual reality device every
Warmware and virtual reality device.
Background technique
Virtual reality technology is to provide the technology for immersing feeling, the technology in a kind of three-dimensional environment generated on computers
It is a variety of skills such as emulation technology, computer graphics, human-machine interface technology, multimedia technology, sensing technology and network technology
The synthesis of art.Virtual reality device is substantially the human-computer interaction device using virtual reality technology, and common virtual reality is set
It is standby, such as VR (Virtual Reality, virtual reality) glasses, user can close the perception such as extraneous vision, the sense of hearing,
It is guided to generate the feeling in virtual environment.
Typical virtual reality device is symmetrically disposed on virtual reality as shown in Figure 1, including virtual reality device main body 5
The wearing hair band 7 of 5 two sides of equipment body, and virtual reality device main body 5 is mounted on close to the shading of user's face side
Component 6 is provided with virtual reality optical module and PCBA board etc. in virtual reality device main body 5.When wearing, light shield device 6 with
The face of user fits closely, and using the camera lens and screen imaging in virtual reality optical module, brings to user similar true
The sensory experience of environment.
But due to integrating a large amount of electronic components, such as MCU (Master in the PCBA board in virtual reality device
Control Unit), display screen, sensor etc., these components are semiconductor element, at runtime, these component meetings
Generate heat.And when wearing virtual reality device, the face of user and the rear shell of virtual reality device main body 5 are closer,
So that PCBA board is located near user's forehead, and the middle part of PCBA board and end are also easy to produce more heat, cause heat direct
It is transferred to user's face, user is made to generate sense of discomfort.
Utility model content
The utility model provides a kind of thermal insulator and virtual reality device applied to virtual reality device, to solve
The problem of heat generated when using virtual reality device is easily transferred directly to face, influences user's using effect.
In a first aspect, the utility model provides a kind of thermal insulator applied to virtual reality device, comprising: thermal insulation board and
Several heat-insulated protrusions, wherein
The thermal insulation board includes juxtaposition metamorphose portion, two interconnecting pieces and two support portions；
The both ends in the juxtaposition metamorphose portion are separately connected an interconnecting piece, center of two interconnecting pieces along juxtaposition metamorphose portion
Line is symmetrical；The other end of each interconnecting piece is separately connected a support portion；The inner surface of the support portion and juxtaposition metamorphose portion
Inner surface it is parallel；The juxtaposition metamorphose portion, interconnecting piece and support portion are sequentially connected with to form ship shape structure；
The heat-insulated protrusion is set on the inner surface in the juxtaposition metamorphose portion, and each heat-insulated protrusion is along juxtaposition metamorphose portion
Length direction arrangement；
The inner surface in the two neighboring heat-insulated protrusion and corresponding juxtaposition metamorphose portion forms insulated cavity.
Optionally, the thermal insulation board further includes the transition part being set between juxtaposition metamorphose portion and interconnecting piece, each described
One end of transition part is connect with the one end in juxtaposition metamorphose portion respectively, the other end of each transition part respectively with interconnecting piece one
End connection；The juxtaposition metamorphose portion, transition part, interconnecting piece and support portion are sequentially connected with to form ship shape structure.
Optionally, the transition part is arc-shaped, and the juxtaposition metamorphose portion, transition part, interconnecting piece and support portion are sequentially connected with
Form bowl shaped structure.
Optionally, the length L1 of the heat-insulated protrusion accounts for the 50%~100% of juxtaposition metamorphose portion width H1.
Optionally, the bottom surface of the heat-insulated protrusion is concordant with the inner surface of support portion.
It optionally, further include the fixed plate being connect with the thermal insulation board, the fixed plate and the angled connection of thermal insulation board.
Optionally, the fixed plate includes that the main fixed part in juxtaposition metamorphose portion, two for fixing transition part for fixing
The first fixed part, two the second fixed parts and two thirds for fixed support portion for being fixedly connected with portion fix
Portion；
The both ends of the main fixed part are separately connected one first fixed part, and first fixed part is along the center of main fixed part
Line is symmetrical；The other end of each first fixed part is separately connected one second fixed part, each second fixed part it is another
One end is separately connected a third fixed part, and the center line of the main fixed part is overlapped with the center line in juxtaposition metamorphose portion；
The bottom surface of the main fixed part is connect with the bottom surface in juxtaposition metamorphose portion, the bottom surface of first fixed part and transition part
Bottom surface connection, the bottom surface of the bottom surface of second fixed part and interconnecting piece connects, the bottom surface of the third fixed part and support
The bottom surface in portion connects.
Optionally, the bottom surface of the main fixed part, the bottom surface of the first fixed part, the bottom surface of the second fixed part and third are fixed
The bottom surface in portion is sequentially connected with to form convex structure, the convex structure and the juxtaposition metamorphose portion, transition part, interconnecting piece and support
Portion is sequentially connected with the ship shape structure to be formed and is adapted.
Optionally, the equal length of the length of the fixed plate and thermal insulation board.
Optionally, the outer surface of the fixed plate is equipped with laminating layer for fixing, and the laminating layer is equipped with hook-shaped knot
Structure.
Second aspect, the utility model embodiment provide a kind of virtual reality device, comprising: virtual reality device main body,
The light shield device being fixed in virtual reality device main body and thermal insulator as described above, wherein
The thermal insulator includes fixed plate, thermal insulation board and the several heat-insulated protrusions for being fixed on the thermal insulation board inner surface；Institute
It is coplanar with one of them heat-insulated convexed to form equipped with hook-shaped structure to state thermal insulation board, the laminating layer of the fixed plate is equipped with hook-shaped
Structure；
The upper inside surface of the light shield device is equipped with hair shape structure, the hook of laminating layer in the hair shape structure and fixed plate
Shape structure is adapted, alternatively, the hair shape structure is adapted with the hook-shaped structure on the thermal insulation board and heat-insulated protrusion；It is described every
Warmware is fixed on light shield device by the cooperation of hook-shaped structure and hair shape structure；The heat-insulated protrusion and virtual reality device master
The wearing side of body is bonded, and the thermal insulation board is parallel with the wearing side of the virtual reality device main body.
From the above technical scheme, provided by the embodiment of the utility model a kind of applied to the heat-insulated of virtual reality device
Part and virtual reality device, thermal insulator include: thermal insulation board and several heat-insulated protrusions.Thermal insulation board includes juxtaposition metamorphose portion, two companies
Socket part and two support portions are propped up juxtaposition metamorphose portion by support portion and interconnecting piece, so that juxtaposition metamorphose portion and virtual reality
Enough spaces are formed between equipment body, convenient for the installation of heat-insulated protrusion, and make thermal insulation board in ship shape structure.Heat-insulated protrusion can
Make thermal insulation board and virtual reality device main body form multiple insulated cavities, in order to distributing for heat, avoid heat directly with use
Family facial contact.In use, thermal insulator passes through the cooperation of hair shape structure and hook-shaped structure, it is fixed on light shield device, so that every
Hot plate fits in that side of virtual reality device main body close to user's face, and the heat that virtual reality device generates is by heat-insulated
Cavity distributes, and carries out baffle by thermal insulation board, and heat is not directly transferred to user's face, improves user experience.
Detailed description of the invention
It, below will be to attached drawing needed in the embodiment in order to illustrate more clearly of the technical solution of the utility model
It is briefly described, it should be apparent that, for those of ordinary skills, in the premise of not making the creative labor property
Under, it is also possible to obtain other drawings based on these drawings.
Fig. 1 is the structural schematic diagram of typical virtual reality device；
Fig. 2 is the main view for the thermal insulator applied to virtual reality device that the utility model embodiment one provides；
Fig. 3 is the bottom view for the thermal insulator applied to virtual reality device that the utility model embodiment one provides；
Fig. 4 is the top view for the thermal insulation board that the utility model embodiment one provides；
Fig. 5 is the perspective view for the thermal insulator applied to virtual reality device that the utility model embodiment one provides；
Fig. 6 is the perspective view for the thermal insulator applied to virtual reality device that the utility model embodiment two provides；
Fig. 7 is the side view for the thermal insulator applied to virtual reality device that the utility model embodiment two provides；
Fig. 8 is the main view for the thermal insulator applied to virtual reality device that the utility model embodiment two provides；
Fig. 9 is the structural schematic diagram for the fixed plate that the utility model embodiment two provides；
Figure 10 is the implement scene figure for the thermal insulator applied to virtual reality device that the utility model embodiment two provides；
Figure 11 is the structural schematic diagram of light shield device in virtual reality device provided by the embodiment of the utility model；
Figure 12 is the implement scene figure for the thermal insulator applied to virtual reality device that the utility model embodiment two provides.
Specific embodiment
Fig. 2 is the main view for the thermal insulator applied to virtual reality device that the utility model embodiment one provides；Fig. 3 is
The bottom view for the thermal insulator applied to virtual reality device that the utility model embodiment one provides；Fig. 4 is that the utility model is real
The top view of the thermal insulation board of the offer of example one is provided；Fig. 5 be the utility model embodiment one provide be applied to virtual reality device
The perspective view of thermal insulator.
Referring to fig. 2, Fig. 3, Fig. 4 and Fig. 5, what the utility model embodiment one provided is applied to the heat-insulated of virtual reality device
Part, the heat for preventing virtual reality device from generating when in use, the direct facial contact with user avoid excessive heat
Influence the experience of user.In use, thermal insulator is installed on that side of virtual reality device main body 5 close to user's face, specifically
It is positioned close to user's forehead position.In the present embodiment, which includes: thermal insulation board 2 and several heat-insulated raised 3.Thermal insulation board 2
It is deformable, for playing heat-blocking action；Heat-insulated raised 3 are used to support thermal insulation board 2, avoid thermal insulation board 2 from generating excessive deformation, make
Thermal insulation board 2 is obtained to contact with virtual reality device main body 5, with leading to the heat transfer of virtual reality device generation on thermal insulation board 2, into
And it is transferred to user's face.
In order to enable thermal insulation board 2 to generate deformation, to be adapted to the forehead radian of user, thermal insulation board 2 includes juxtaposition metamorphose
21, two, portion interconnecting piece 23 and two support portions 24.Juxtaposition metamorphose portion 21 generates deformation for contacting with the forehead of user；
The both ends in juxtaposition metamorphose portion 21 are separately connected an interconnecting piece 23, and center line 210 of two interconnecting pieces 23 along juxtaposition metamorphose portion 21 is right
Claim.The other end of each interconnecting piece 23 is separately connected a support portion 24；Interconnecting piece 23 is symmetrically disposed on the two of juxtaposition metamorphose portion 21
End, and between juxtaposition metamorphose portion 21 and support portion 24, for propping juxtaposition metamorphose portion 21, so that juxtaposition metamorphose portion 21 and void
Enough spaces are formed between quasi- real world devices main body 5, to be suitable for heat-insulated raised 3 installation.Support portion 24 is as thermal insulation board 2
Pedestal, for fixing the position in juxtaposition metamorphose portion 21；The inner surface 241 of support portion 24 and the inner surface 211 in juxtaposition metamorphose portion 21
In parallel, portion 24 easy to support is fixed in virtual reality device main body.
Interconnecting piece 23 is symmetrically disposed on the both ends in juxtaposition metamorphose portion 21, and each support portion 24 is symmetricly set on interconnecting piece 23
The other end, so that symmetrical structure is presented in whole thermal insulation board 2.Juxtaposition metamorphose portion 21, interconnecting piece 23 and support portion 24 are sequentially connected with shape
At ship shape structure.
Heat-insulated raised 3 are set on the inner surface 211 in juxtaposition metamorphose portion 21, i.e. thermal insulation board 2 and virtual reality device main body 5
In the cavity of formation, each heat-insulated raised 3 length direction along juxtaposition metamorphose portion 21 is arranged.Heat-insulated raised 3 length direction can
It is vertical with the length direction in juxtaposition metamorphose portion 21, it can also be parallel with the length direction in juxtaposition metamorphose portion 21.The specific position of the two
The relationship the present embodiment of setting is not specifically limited, as long as it is excessively big to can be avoided the generation of juxtaposition metamorphose portion 21 using heat-insulated raised 3
Deformation, the cavity for causing thermal insulation board 2 and virtual reality device main body 5 to be formed reduce or disappear.
Multiple heat-insulated raised 3 are equipped in the cavity formed due to thermal insulation board 2 and virtual reality device main body 5, it is adjacent
The inner surface 211 in two heat-insulated raised 3 and corresponding juxtaposition metamorphose portion 21 forms insulated cavity 4, so that thermal insulation board 2 and virtual
Multiple insulated cavities 4 are formed in the cavity that real world devices main body 5 is formed.Insulated cavity 4 is used to produce when virtual reality device use
Raw heat distributes, and heat is avoided directly to contact with user's face.
For example, the quantity of insulated cavity 4 is three if setting two heat-insulated raised 3；If setting three is heat-insulated convex
3 are played, then the quantity of insulated cavity 4 is four.The present embodiment does not limit heat-insulated raised 3 quantity of setting specifically, can according to every
The degree of deformation of hot plate 2 is specifically set, if the degree of deformation of thermal insulation board 2 is larger, settable more heat-insulated raised 3；If every
The degree of deformation of hot plate 2 is smaller, then settable heat-insulated raised 3 on a small quantity.
In order to guarantee that thermal insulation board 2 generates suitable deformation, in the present embodiment, heat-insulated raised 3 length L1 accounts for contact
The 50%~100% of 21 width H1 of variant part.When practical application, heat-insulated raised 3 length can be with the width in juxtaposition metamorphose portion 21
It is equal, it can reach optimal support effect；Heat-insulated raised 3 length is smaller than the width in juxtaposition metamorphose portion 21, certain meeting
While support effect, suitably reduces heat-insulated raised 3 length, cost can be reduced.For example, heat-insulated raised 3 length L1 can
The 50% of 21 width H1 of juxtaposition metamorphose portion is accounted for, heat-insulated raised 3 length L1 can also account for the 100% of 21 width H1 of juxtaposition metamorphose portion,
Heat-insulated raised 3 length L1 can also account for the 75% of 21 width H1 of juxtaposition metamorphose portion, it is preferable that heat-insulated raised 3 length L1, which is accounted for, to be connect
Touch the 90% of 21 width H1 of variant part.
In addition, heat-insulated raised 3 bottom surface 31 is concordant with the inner surface 241 of support portion 24, it is ensured that thermal insulation board 2 can be steady
Surely it is fixed in virtual reality device main body 5, avoids heat-insulated raised 3 thickness excessive, so that support portion 24 and virtual reality
Equipment body 5 generates gap, and juxtaposition metamorphose portion 21 loses the supporting role of support portion 24, will be unable to generate deformation, or make shape
Become smaller, influences the heat insulation of thermal insulation board 2.
In above-described embodiment, the fixation of juxtaposition metamorphose portion 21 and support portion 24 only passes through interconnecting piece 23 and realizes, and at other
In embodiment, thermal insulation board 2 further includes the transition part 22 being set between juxtaposition metamorphose portion 21 and interconnecting piece 23, and transition part 22 can be right
Transition, buffer function power are played the role of in the fixation of juxtaposition metamorphose portion 21 and interconnecting piece 23, avoid contact with variant part 21 and connection
Portion 23 is directly linked together, and generates biggish support force to juxtaposition metamorphose portion 21, juxtaposition metamorphose portion 21 is caused to be unlikely to deform；And
By the buffer function of transition part 22, interconnecting piece 23 can be reduced to the support force in juxtaposition metamorphose portion 21, so that juxtaposition metamorphose portion 21
More it is also easy to produce deformation.
One end of each transition part 22 is connect with the one end in juxtaposition metamorphose portion 21 respectively, the other end point of each transition part 22
It is not connect with one end of interconnecting piece 23, can avoid the angular structures that juxtaposition metamorphose portion 21 is generated with interconnecting piece 23, cause point of power
It dissipates.Juxtaposition metamorphose portion 21, transition part 22, interconnecting piece 23 and support portion 24 are sequentially connected with to form ship shape structure, convenient for thermal insulation board 2 with
Insulated cavity 4 is formed between virtual reality device main body 5.
In the present embodiment, transition part 22 is arc-shaped, and juxtaposition metamorphose portion 21, transition part 22, interconnecting piece 23 and support portion 24 are suitable
Secondary connection forms bowl shaped structure.Due to when in use, it is squeezing of being generated by the brow portion of user to it that thermal insulation board 2, which generates deformation,
Pressure, therefore, bowl shaped structure can make the upper surface of thermal insulation board 2 more smooth, and angular structures is avoided to damage the forehead of user,
Influence user experience.
Thermal insulator provided in this embodiment is applied on virtual reality device when in use, and virtual reality device includes:
Virtual reality device main body 5, the light shield device 6 being fixed in virtual reality device main body 5.To play heat insulation, thermal insulator
Need to be fixed on the inner sidewall of virtual reality device main body 5, i.e., on the side wall of that side of user's face so that thermal insulator with
Insulated cavity 4 is formed between virtual reality device main body 5, the heat for avoiding virtual reality device from generating at runtime directly transmits
To the face of user, the experience of user is influenced.
Insulated cavity 4 and thermal insulator are formed between thermal insulator and virtual reality device main body 5 in user's forehead to realize
The trend mobile to temple direction is generated under partial pressure, so that thermal insulation board 2 is more prone to produce deformation, for this reason, it may be necessary to avoid
It generates fixed relationship between thermal insulator and virtual reality device main body 5, in the present embodiment, thermal insulator is fixed on light shield device 6
On.
To be easily installed and dismantling, need that mutually matched fixed structure is installed respectively in thermal insulator and light shield device 6.This reality
It applies in example, using velcro, the i.e. form of magic tape.In general, magic tape includes hook-shaped structure 16 and hair shape structure 62, in conjunction with
When, hook-shaped structure 16 hooks in hair shape structure 62, generates fixed effect.User wears the case where not using thermal insulator in order to prevent
Virtual reality device is worn, the face that the magic tape being fixed on light shield device 6 scratches user therefore, will be more soft in the present embodiment
Soft hair shape structure 62 is fixed on light shield device 6, and harder hook-shaped structure 16 is fixed in thermal insulator.
As shown in Fig. 5 and Figure 11, in the present embodiment, thermal insulator is only a plate structure, and thermal insulator is when in use
It is vertically arranged, i.e., the thermal insulator of ship shape structure is prominent to user's face direction, in order to which user's face generates extruding to thermal insulator
Power deforms thermal insulator.Therefore, the fixation of thermal insulator and light shield device 6 is realized by the upper end face of thermal insulator.I.e. every
Hook-shaped structure 16 is arranged in the upper end face of warmware, and hair shape knot is arranged on the relative position of the upper inside surface 61 of light shield device 6
Structure 62, by the cooperation of hair shape structure 62 and hook-shaped structure 16, so that thermal insulator is fixed on light shield device 6, so that thermal insulator
Insulated cavity 4 is formed between virtual reality device main body 5.
Above-described embodiment form fixed only with thermal insulator and light shield device 6, and in another fixed form, it is hook-shaped
Structure 16 can be fixed on jointly on thermal insulation board 2 and heat-insulated raised 3.When the length side of heat-insulated raised 3 length direction and thermal insulation board 2
To it is vertical when, heat-insulated raised 3 end face can generate that at least one is coplanar with the end face of thermal insulation board 2, i.e., thermal insulation board 2 with it is heat-insulated convex
It plays one of them that 3 form and is coplanar with hook-shaped structure 16, to improve the stability of thermal insulator.
In application, in hook-shaped structure 16 on thermal insulation board 2 and heat-insulated raised 3 and the upper inside surface 61 of light shield device 6
Hair shape structure 62 cooperates, so that thermal insulator is fixed on light shield device 6 by the cooperation of hook-shaped structure 16 and hair shape structure 62
On, make heat-insulated raised 3 to be bonded with the wearing side of virtual reality device main body 5, forms insulated cavity 4, realize heat-insulated effect.
From the above technical scheme, the thermal insulator provided by the embodiment of the utility model applied to virtual reality device,
It include: thermal insulation board 2 and several heat-insulated raised 3.Thermal insulation board 2 includes 21, two, juxtaposition metamorphose portion interconnecting piece 23 and two support portions
24, juxtaposition metamorphose portion 21 is propped up by support portion 24 and interconnecting piece 23, so that juxtaposition metamorphose portion 21 and virtual reality device master
Enough spaces are formed between body 5, convenient for heat-insulated raised 3 installation, and make thermal insulation board 2 in ship shape structure.Heat-insulated raised 3 can make
Thermal insulation board 2 and virtual reality device main body form multiple insulated cavities 4, in order to distributing for heat, avoid heat directly with use
Family facial contact.In use, thermal insulator passes through the cooperation of hair shape structure 62 and hook-shaped structure 16, it is fixed on light shield device 6, makes
It obtains thermal insulation board 2 and fits in that side of virtual reality device main body 5 close to user's face, the heat warp that virtual reality device generates
It crosses insulated cavity 4 to distribute, and baffle is carried out by thermal insulation board 2, heat is not directly transferred to user's face, improves user experience.
Fig. 6 is the perspective view for the thermal insulator applied to virtual reality device that the utility model embodiment two provides；Fig. 7 is
The side view for the thermal insulator applied to virtual reality device that the utility model embodiment two provides；Fig. 8 is that the utility model is real
The main view of the thermal insulator applied to virtual reality device of the offer of example two is provided.
As shown in Fig. 6, Fig. 7 and Fig. 8, the thermal insulator that the present embodiment two provides, with thermal insulator phase provided by the above embodiment
Than, further include the fixed plate 1 connect with thermal insulation board 2 in the structure basis for the thermal insulation board 2 that embodiment one provides, fixed plate 1 and
The angled connection of thermal insulation board 2.Fixed plate 1 can increase the contact surface with light shield device 6 for playing fixed function to thermal insulation board 2
Product, and then improve the stability maintenance of thermal insulation board 2.
In the present embodiment, angle is presented between fixed plate 1 and thermal insulation board 2, the angle of angle can be with the radian of light shield device 6
Or bending degree is adapted, and can be acute angle, right angle or obtuse angle.Preferably, fixed plate 1 and thermal insulation board 2 are in be mutually perpendicular to structure, this
When, fixed plate 1 is maximum to the fixed function of thermal insulation board 2.
As shown in figure 9, fixed plate 1 includes for fixing main fixed part 11, two of juxtaposition metamorphose portion 21 for fixing
It crosses the first fixed part 12, two second fixed parts 13 for being used to be fixedly connected portion 23 in portion 22 and two is used for fixation and supports
The third fixed part 14 in portion 24.
The both ends of main fixed part 11 are separately connected one first fixed part 12, and the first fixed part 12 is along the center of main fixed part 11
Line 110 is symmetrical；The other end of every one first fixed part 12 is separately connected one second fixed part 13, every one second fixed part 13 it is another
One end is separately connected a third fixed part 14, the center line 110 of main fixed part 11 and 210 weight of center line in juxtaposition metamorphose portion 21
It closes.Fixed plate 1 and thermal insulation board 2 all have symmetrical structure, and fixed plate 1 can be made to correspond to each other connection with thermal insulation board 2, and then improve solid
Fixed board 1 improves the stability maintenance of thermal insulation board 2 to the fixed function of thermal insulation board 2.
The bottom surface 111 of main fixed part 11 is connect with the bottom surface 211 in juxtaposition metamorphose portion 21, so that main fixed part 11 docks thixotroping
Play fixed function in shape portion 21；The bottom surface 121 of first fixed part 12 is connect with the bottom surface 221 of transition part 22, so that first is fixed
Fixed function is played in portion 12 to transition part 22；The bottom surface 131 of second fixed part 13 is connect with the bottom surface 231 of interconnecting piece 23, so that
Second fixed part 13 plays fixed function to interconnecting piece 23；The bottom surface 141 of third fixed part 14 and the bottom surface 241 of support portion 24 connect
It connects, so that third fixed part 14 plays fixed function to support portion 24.The each section of fixed plate 1 is respectively to the every of thermal insulation board 2
A part is fixed, and the stability maintenance of thermal insulation board 2 can be improved.
The bottom surface 111 of main fixed part 11, the bottom surface 121 of the first fixed part 12, the bottom surface 131 of the second fixed part 13 and third
The bottom surface 141 of fixed part 14 is sequentially connected with to form convex structure, convex structure and juxtaposition metamorphose portion 21, transition part 22, interconnecting piece
23 and support portion 24 be sequentially connected with the ship shape structure to be formed and be adapted so that fixed plate 1 is when being fixed thermal insulation board 2, two
Gap will not be generated between person, avoid influencing fixed effect.
In order to improve fixed effect, the length of fixed plate 1 and the equal length of thermal insulation board 2.And in other embodiments, Gu
The length of fixed board 1 can also be longer than the length of thermal insulation board 2, can also be shorter than the length of thermal insulation board 2, not influence fixed effect as foundation
And it sets.
In application, as shown in Figure 10, thermal insulation board 2 being fixed in virtual reality device main body using fixed plate 1, is made heat-insulated
The wearing side of plate 2 and virtual reality device main body 5 forms insulated cavity 4.For this purpose, being needed when fixed plate 1 realizes fixed effect
Laminating layer 15 for fixing is set in the outer surface of fixed plate 1, hook-shaped structure 16 is equipped on laminating layer 15, with shading group
Hair shape structure 62 on part 6 is adapted.
As shown in figure 12, fixed plate 1 is contacted with light shield device 6, will by the cooperation of hair shape structure 62 and hook-shaped structure 16
Thermal insulation board 2 is fixed on light shield device 6 by fixed plate 1, and thermal insulation board 2 is parallel with the wearing side of virtual reality device main body 5, makes
Heat-insulated raised 3 are bonded with the wearing side of virtual reality device main body 5, form insulated cavity 4, realize heat-insulated effect.And pass through
Fixed plate 1 fixes thermal insulator 2, can avoid thermal insulation board 2 when the extruding by user's face generates deformation, takes off because fixed unstable
The phenomenon that falling influences heat insulation, reduces user experience.
It should be noted that plastic cement material can be used in the deformation in order to realize thermal insulation board 2, the material of thermal insulation board 2.And in order to
Realize that heat insulation, thermal insulation board 2 also can be used heat-barrier material and be made.Likewise, fixed plate 1 can also be used it is identical as thermal insulation board 2
Material.The present embodiment is not specifically limited the specific material of thermal insulation board 2 and fixed plate 1, be able to achieve deformation and it is heat-insulated
On the basis of effect.
Those skilled in the art are considering specification and after practicing utility model disclosed herein, will readily occur to practical
Novel other embodiments.This application is intended to cover any variations, uses, or adaptations of the utility model, these
Variations, uses, or adaptations follow the general principle of the utility model and including undocumented skills of the utility model
Common knowledge or conventional techniques in art field.The description and examples are only to be considered as illustrative, the utility model
True scope and spirit are pointed out by the attached claims.
It should be understood that the utility model is not limited to the accurate knot for being described above and being shown in the accompanying drawings
Structure, and various modifications and changes may be made without departing from the scope thereof.The scope of the utility model is only wanted by appended right
It asks to limit.
Claims (11)
1. a kind of thermal insulator applied to virtual reality device characterized by comprising thermal insulation board (2) and several heat-insulated protrusions
(3), wherein
The thermal insulation board (2) includes juxtaposition metamorphose portion (21), two interconnecting pieces (23) and two support portions (24)；
The both ends of the juxtaposition metamorphose portion (21) are separately connected an interconnecting piece (23), and two interconnecting pieces (23) are along juxtaposition metamorphose
The center line (210) in portion (21) is symmetrical；The other end of each interconnecting piece (23) is separately connected a support portion (24)；The branch
The inner surface (241) of support part (24) is parallel with inner surface (211) of juxtaposition metamorphose portion (21)；The juxtaposition metamorphose portion (21) connects
Socket part (23) and support portion (24) are sequentially connected with to form ship shape structure；
Heat-insulated raised (3) are set on the inner surface (211) of the juxtaposition metamorphose portion (21), each heat-insulated raised (3) edge
The length direction in juxtaposition metamorphose portion (21) arranges；
The inner surface (211) in two neighboring heat-insulated raised (3) and corresponding juxtaposition metamorphose portion (21) forms insulated cavity
(4)。
2. the thermal insulator according to claim 1 applied to virtual reality device, which is characterized in that the thermal insulation board (2)
It further include the transition part (22) being set between juxtaposition metamorphose portion (21) and interconnecting piece (23), the one of each transition part (22)
End connect respectively with the one end of juxtaposition metamorphose portion (21), the other end of each transition part (22) respectively with interconnecting piece (23)
One end connection；The juxtaposition metamorphose portion (21), transition part (22), interconnecting piece (23) and support portion (24) are sequentially connected with to form ship shape
Structure.
3. the thermal insulator according to claim 2 applied to virtual reality device, which is characterized in that the transition part (22)
Arc-shaped, the juxtaposition metamorphose portion (21), transition part (22), interconnecting piece (23) and support portion (24) are sequentially connected with to form bowl-type knot
Structure.
4. the thermal insulator according to claim 1 applied to virtual reality device, which is characterized in that the heat-insulated protrusion
(3) length L1 accounts for the 50%~100% of juxtaposition metamorphose portion (21) width H1.
5. the thermal insulator according to claim 1 applied to virtual reality device, which is characterized in that the heat-insulated protrusion
(3) bottom surface (31) is concordant with inner surface (241) of support portion (24).
6. the thermal insulator according to claim 2 applied to virtual reality device, which is characterized in that further include with it is described every
The fixed plate (1) of hot plate (2) connection, the fixed plate (1) and thermal insulation board (2) angled connection.
7. the thermal insulator according to claim 6 applied to virtual reality device, which is characterized in that the fixed plate (1)
Including for fixing juxtaposition metamorphose portion (21) main fixed part (11), two for fixing the first fixed part of transition part (22)
(12), two the second fixed parts (13) and two thirds for fixed support portion (24) for being fixedly connected with portion (23)
Fixed part (14)；
The both ends of the main fixed part (11) are separately connected one first fixed part (12), and first fixed part (12) is along main fixation
The center line (110) in portion (11) is symmetrical；The other end of each first fixed part (12) is separately connected one second fixed part
(13), the other end of each second fixed part (13) is separately connected a third fixed part (14), the main fixed part (11)
Center line (110) be overlapped with the center line (210) of juxtaposition metamorphose portion (21)；
The bottom surface (111) of the main fixed part (11) is connect with the bottom surface (211) of juxtaposition metamorphose portion (21), first fixed part
(12) bottom surface (121) is connect with the bottom surface (221) of transition part (22), the bottom surface (131) of second fixed part (13) and company
The bottom surface (231) of socket part (23) connects, the bottom surface (141) of the third fixed part (14) and the bottom surface (241) of support portion (24)
Connection.
8. the thermal insulator according to claim 7 applied to virtual reality device, which is characterized in that the main fixed part
(11) the bottom surface (121) of bottom surface (111), the first fixed part (12), the bottom surface (131) of the second fixed part (13) and third is fixed
The bottom surface (141) in portion (14) is sequentially connected with to form convex structure, the convex structure and the juxtaposition metamorphose portion (21), transition part
(22), interconnecting piece (23) and support portion (24) are sequentially connected with the ship shape structure to be formed and are adapted.
9. the thermal insulator according to claim 6 applied to virtual reality device, which is characterized in that the fixed plate (1)
Length and thermal insulation board (2) equal length.
10. the thermal insulator according to claim 6 applied to virtual reality device, which is characterized in that the fixed plate (1)
Outer surface be equipped with laminating layer for fixing (15), the laminating layer (15) be equipped with hook-shaped structure (16).
11. a kind of virtual reality device characterized by comprising virtual reality device main body (5) is fixed on virtual reality and sets
Light shield device (6) and such as described in any item thermal insulators of claim 1-10 on standby main body (5), wherein
The thermal insulator includes fixed plate (1), thermal insulation board (2) and is fixed on the several heat-insulated convex of the thermal insulation board (2) inner surface
It rises (3)；The thermal insulation board (2) is coplanar with one of them that heat-insulated raised (3) are formed to be equipped with hook-shaped structure (16), the fixed plate
(1) laminating layer (15) is equipped with hook-shaped structure (16)；
The upper inside surface (61) of the light shield device (6) is equipped with hair shape structure (62), the hair shape structure (62) and fixed plate
(1) the hook-shaped structure (16) of laminating layer (15) is adapted on, alternatively, the hair shape structure (62) and the thermal insulation board (2) and every
Hook-shaped structure (16) on hot protrusion (3) is adapted；The thermal insulator is matched by hook-shaped structure (16) and hair shape structure (62)
Conjunction is fixed on light shield device (6)；Heat-insulated raised (3) are bonded with the wearing side of virtual reality device main body (5), it is described every
Hot plate (2) is parallel with the wearing side of the virtual reality device main body (5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821095059.3U CN208384246U (en) | 2018-07-11 | 2018-07-11 | A kind of thermal insulator and virtual reality device applied to virtual reality device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821095059.3U CN208384246U (en) | 2018-07-11 | 2018-07-11 | A kind of thermal insulator and virtual reality device applied to virtual reality device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208384246U true CN208384246U (en) | 2019-01-15 |
Family
ID=64963862
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821095059.3U Active CN208384246U (en) | 2018-07-11 | 2018-07-11 | A kind of thermal insulator and virtual reality device applied to virtual reality device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208384246U (en) |
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2018
- 2018-07-11 CN CN201821095059.3U patent/CN208384246U/en active Active
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