CN111458882A

CN111458882A - VR glasses with dustproof effect

Info

Publication number: CN111458882A
Application number: CN202010414795.6A
Authority: CN
Inventors: 王洁
Original assignee: Shenzhen Weiwei Information Technology Co ltd
Current assignee: Shenzhen Weiwei Information Technology Co ltd
Priority date: 2020-05-15
Filing date: 2020-05-15
Publication date: 2020-07-28

Abstract

The invention relates to VR glasses with a dustproof effect, which comprise a shell, wherein a main board is arranged on one side of the middle of the shell, an optical assembly is arranged on one side of the main board, a first heat dissipation hole is formed in the upper end of the shell, a second heat dissipation hole is formed in the lower end of the shell, a first dustproof net is arranged on one side of the first heat dissipation hole, and a second dustproof net is arranged on one side of the second heat dissipation hole. This VR glasses through the dust screen that sets up rather than the structure adaptation in ventilation cooling hole department, when improving the heat dissipation function of VR glasses, improves the dustproof function of VR glasses to guarantee the life of whole VR glasses, guarantee the dustproof radiating effect of this VR glasses.

Description

VR glasses with dustproof effect

Technical Field

The invention relates to VR glasses, in particular to VR glasses with a dustproof effect.

Background

The virtual reality technology, abbreviated as VR in English and also called smart technology, is a brand new technology developed in the 20 th century, and comprises a computer, electronic information and simulation technology, and the basic implementation mode is that the computer simulates a virtual environment so as to provide people with environmental immersion.

When using VR glasses, after using a period of time, often can appear that the inside dust that advances of VR glasses leads to the definition variation of whole equipment to and the use of equipment is experienced the variation, thereby also influences the life-span of equipment.

Disclosure of Invention

In view of the above, it is necessary to provide VR glasses having a dustproof effect.

A VR glasses with dustproof effect, includes the casing, casing middle part one side sets up the mainboard, mainboard one side sets up optical assembly, the casing upper end sets up first louvre, and the casing lower extreme sets up the second louvre, first louvre one side sets up first dust screen, second louvre one side sets up the second dust screen.

Further, still include the face guard, the face guard sets up face guard one side with the casing outside is connected, the face guard upper end sets up the third louvre, the face guard lower extreme sets up the fourth louvre.

Further, first louvre includes three holes in a left side, three holes in the right side, seven holes in a left side, seven holes in the right side, two holes in a left side and two holes in the right side, three holes in a left side with three holes in the right side set up relatively, three holes in a left side with set up seven holes in a left side and seven holes in the right side between three holes in the right side, seven holes in a left side with seven holes in the right side set up relatively, seven holes in a left side with set up two holes in a left side and two holes in the right side between seven holes in the right side, two holes in a left side with two holes in.

Further, first dust screen includes three hole dust screens, seven hole dust screens and two hole dust screens, three hole dust screens cover three hole orientations in a left side the casing internal surface, three hole dust screens cover three hole orientations in the right side the casing internal surface, seven hole dust screens cover seven hole surfaces in a left side, seven hole dust screens cover seven hole surfaces in the right side, two hole dust screens cover two hole surfaces in the left side, two hole dust screens cover two hole surfaces in the right side.

Further, the second louvre includes four left holes and four right holes, the second dust screen includes four holes dust screen, four left holes with four right holes set up relatively, four holes dust screen covers four left holes surfaces, four holes dust screen covers four right holes surfaces.

Furthermore, the third heat dissipation hole comprises four upper holes, the four upper holes are arranged oppositely, the fourth heat dissipation hole comprises four lower holes, and the four lower holes are arranged oppositely.

Furthermore, the heat dissipation device also comprises a four-hole dustproof net, and the four-hole dustproof net covers the surface of the third heat dissipation hole.

Further, the sponge comprises a top sponge and a bottom sponge, wherein the top sponge covers the upper four-hole surface, and the bottom sponge covers the lower four-hole surface.

Furthermore, the novel multifunctional shell also comprises a head band, and two ends of the head band are connected with two ends of the shell.

This VR glasses through the dust screen that sets up rather than the structure adaptation in ventilation cooling hole department, when improving the heat dissipation function of VR glasses, improves the dustproof function of VR glasses to guarantee the life of whole VR glasses, guarantee the dustproof radiating effect of this VR glasses.

Drawings

Fig. 1 is a schematic structural diagram of a virtual reality helmet according to the present invention.

Fig. 2 is an exploded view of the virtual reality helmet of the present invention.

Fig. 3 is a schematic structural view of the light-shielding mylar of the present invention.

Wherein, casing 1, mainboard 2, optical assembly 3, first louvre 4, second louvre 5, first dust screen 6, second dust screen 7, face guard 8, third louvre 9, fourth louvre 10, three left holes 11, three right holes 12, seven left holes 13, seven right holes 14, two left holes 15, two right holes 16, three hole dust screens 17, seven hole dust screens 18, two hole dust screens 19, four left holes 20, four right holes 21, four hole dust screens 22, go up four holes 23, four lower holes 24, four hole dust screens 25, top sponge 26, bottom sponge 27.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings and examples.

Fig. 1, fig. 2 and fig. 3 show a first embodiment of the present invention.

A VR glasses with dustproof effect comprises a shell, the shell is a cavity structure, a main board is arranged in the shell and plays a role in controlling the whole VR glasses circuit system, an optical component is electrically connected with one side of the mainboard, a user can see video images through the optical component, a first heat dissipation hole is arranged at the upper end of the shell and plays a role in dissipating heat for VR glasses, a second heat dissipation hole is arranged at the lower end of the shell and plays a role in dissipating heat, wherein the first heat dissipation hole and the second heat dissipation hole are both of oval structures arranged at equal intervals, one side of the first heat dissipation hole facing the interior of the shell is covered with a first dust screen which is a net structure with small holes, further promote the dustproof function of VR glasses under the prerequisite of guaranteeing heat dispersion, the second louvre covers the second dust screen towards the inside one side of casing, and the second dust screen is the network structure who has the aperture.

The casing outside sets up the face guard, and the face guard contacts with user's face, promotes the comfort level, also plays the effect that prevents the light leak, and the face guard side can fix the combination with the exterior structure adaptation of casing, and the third louvre of oval structure is set up to the face guard upper end, and the lower extreme of face guard sets up the fourth heat dissipation hole of oval structure, further plays radiating effect.

The first heat dissipation hole specifically comprises a left three-hole, a right three-hole, a left seven-hole, a right seven-hole, a left two-hole and a right two-hole, wherein the left three holes are arranged opposite to the right three holes, the left three holes comprise 3 through holes with oval structures which are arranged at equal intervals, and three left holes and three right holes all face mask one side, set up left seven holes and seven right holes between three left holes and three right holes, left side seven holes are the same with the structure in seven right holes, all include the oval perforation of 7 equidistant range, left side seven holes and seven right holes set up and keep away from mask one side at the casing, set up left second hole and two right holes between seven left holes and the seven right holes, left side second hole and two right holes set up relatively, left side second hole and two right holes are the oval perforation constitution of two equidimensions, left side second hole is the same with the oval perforated structure in seven left holes, left side seven holes and left second hole and two right holes and seven right holes about the lower extreme flush, play radiating effect.

The first dust screen comprises three-hole dust screens, seven-hole dust screens and two-hole dust screens, wherein the number of the three-hole dust screens is 2, the three-hole dust screen structure is matched with the structures of the left three-hole and the right three-hole, the three-hole dust screens are integrally of a trapezoidal structure, the three-hole dust screens can be completely covered on the surfaces of the left three-hole and the right three-hole, the three-hole dust screens are positioned on the inner side surface of the shell and play a role in preventing dust from entering the left three-hole and the right three-hole, the size of the seven-hole dust screens is matched with the sizes of the left seven-hole and the right seven-hole, the upper surface of the seven-hole dust screens is of a rectangular structure, the two seven-hole dust screens are respectively covered on the surfaces of the left seven-hole and the right seven-hole, the seven-hole dust screens are positioned on the inner side surface of the shell and play a role in preventing dust from entering the shell, the two-, two hole dust screens can prevent effectively that the dust from entering into inside the VR glasses when guaranteeing heat dispersion.

The second louvre that is located the casing lower extreme includes four left holes and four right holes, four left holes set up with four right holes relatively, and set up in face guard one side, the second louvre includes four left holes and four right holes that set up relatively, the second dust screen includes two four-hole dust screens, two dust screens set up relatively, and all cover the surface in four left holes and four right holes, four hole dust screens are trapezoidal shape and four left holes and four right holes's structure adaptation, two four hole dust screens all set up on the inner wall of casing, play the effect that prevents the second louvre entering dust, guarantee VR glasses's life.

The third louvre that is located on the face guard includes four holes, and four holes set up relatively on two, and the fourth louvre still includes four holes down, and four holes set up relatively under two, and wherein four hole cross-sections are parallelogram's structure under every, play for the face guard and for the radiating effect of whole VR glasses.

VR glasses still set up the four holes dust screen, and the four holes dust screen is specific includes the last four holes dust screen that corresponds with two last four holes to and the lower four holes dust screen that corresponds with two four holes down, wherein go up the upper surface that the four holes dust screen covered at last four holes, the lower surface that the four holes dust screen covered under four holes down, when the face guard was in the same place with the casing laminating, play and prevent that the dust from entering into the inside effect of casing, thereby guarantee the life of VR glasses.

Example two

Referring to fig. 1, 2 and 3, a VR glasses with a dustproof effect comprises a housing, the housing is a cavity structure, a main board is arranged in the housing, the main board plays a role of controlling a whole VR glasses circuit system, an optical component is electrically connected with one side of the main board, a user can see video images through the optical component, a first heat dissipation hole is arranged at the upper end of the housing and plays a role of heat dissipation for the VR glasses, a second heat dissipation hole is arranged at the lower end of the housing and plays a role of heat dissipation, wherein the first heat dissipation hole and the second heat dissipation hole are both of an oval structure arranged at equal intervals, a first dustproof net is covered on one side of the first heat dissipation hole facing the interior of the housing, the first dustproof net is of a net structure with small holes, the dustproof function of the VR glasses is further improved on the premise of ensuring the heat dissipation performance, and a second dustproof net is covered on one side of the second heat, the second dust screen is a mesh structure with small holes.

VR glasses still include top sponge and bottom sponge, and the number of top sponge is two, and the structure of top sponge and the last four holes dust screen structure adaptations of four holes dust screen cover the surface that sets up at last four holes dust screen and last four holes, when further promoting the dustproof performance, also play the non-light tight effect of light that prevents optical assembly in the casing to guarantee optical assembly's imaging, guarantee that the user has better use to feel. The number of bottom sponge is two, the structure of bottom sponge and the structure adaptation of four holes dust screen down, and the whole surface that covers four holes dust screen down and four holes down of bottom sponge plays light leak prevention and dirt-proof effect equally.

Set up a bandeau at the casing both ends, make things convenient for VR glasses and user to fix.

Although the present invention has been described with reference to a preferred embodiment, it should be understood that various changes, substitutions and alterations can be made herein without departing from the spirit and scope of the invention as defined by the appended claims.

Claims

1. The utility model provides a VR glasses with dustproof effect, includes the casing, casing middle part one side sets up the mainboard, mainboard one side sets up optical assembly, its characterized in that, the casing upper end sets up first louvre, and the casing lower extreme sets up the second louvre, first louvre one side sets up first dust screen, second louvre one side sets up the second dust screen.

2. The VR glasses with the dustproof effect of claim 1, further comprising a mask, wherein the mask is disposed on one side of the mask and connected to the outside of the housing, the mask has a third heat dissipation hole at an upper end thereof, and a fourth heat dissipation hole at a lower end thereof.

3. The VR glasses with the dustproof effect of claim 2, wherein the first heat dissipation holes include three left holes, three right holes, seven left holes, seven right holes, two left holes and two right holes, the three left holes are disposed opposite to the three right holes, the seven left holes and the seven right holes are disposed between the three left holes and the three right holes, the seven left holes are disposed opposite to the seven right holes, the two left holes and the two right holes are disposed between the seven left holes and the seven right holes, and the two left holes are disposed opposite to the two right holes.

4. The VR glasses with dust control effect of claim 3, wherein the first dust screen includes a three-hole dust screen, a seven-hole dust screen, and a two-hole dust screen, the three-hole dust screen covering the left three-hole surface facing the interior of the housing, the three-hole dust screen covering the right three-hole surface facing the interior of the housing, the seven-hole dust screen covering the left seven-hole surface, the seven-hole dust screen covering the right seven-hole surface, the two-hole dust screen covering the left two-hole surface, and the two-hole dust screen covering the right two-hole surface.

5. The VR glasses with the dust-proof effect of claim 4, wherein the second heat-dissipating holes include four left holes and four right holes, and the second dust-proof screen includes a four-hole dust-proof screen, the four left holes are disposed opposite to the four right holes, the four-hole dust-proof screen covers the four left holes, and the four-hole dust-proof screen covers the four right holes.

6. The VR glasses of claim 5, wherein the third heat dissipation apertures include four upper apertures, two of the four upper apertures being disposed opposite each other, and the fourth heat dissipation apertures include four lower apertures, two of the four lower apertures being disposed opposite each other.

7. The VR glasses with the dust-proof effect of claim 6, further comprising a four-hole dust-proof net covering the surface of the third heat dissipation hole.

8. The VR glasses having the dust-proof effect of claim 7, further comprising a top sponge covering the upper four-well surface and a bottom sponge covering the lower four-well surface.

9. The VR glasses with a dust-proof effect of claim 8, further comprising a headband, wherein two ends of the headband are connected to two ends of the shell.