CN110543018B

CN110543018B - Four mesh VR intelligence glasses of many uses of accessible

Info

Publication number: CN110543018B
Application number: CN201910560740.3A
Authority: CN
Inventors: 谢晓伟; 谢秀铅; 董晓乐
Original assignee: Shenzhen Mingtong Shiguang Technology Co ltd
Current assignee: SHENZHEN MINGTONG SHIGUANG TECHNOLOGY Co.,Ltd.
Priority date: 2019-10-23
Filing date: 2019-10-23
Publication date: 2021-07-06
Anticipated expiration: 2039-10-23
Also published as: CN110543018A

Abstract

The invention discloses an obstacle-free multi-position used four-eye VR intelligent glasses, which structurally comprises a distance adjusting button, a soft cushion, a clamping frame, a left distance adjusting button, a right distance adjusting button, a machine body, a switching glasses frame, VR lenses and an anti-abrasion pad, wherein a vertical deflection frame can be fixed in the middle position of the two VR lenses when a person without myopia uses the glasses, the sight of people is not affected, when the person without myopia uses the glasses frame, a storage glasses frame is shifted by ninety degrees through an upper pulling pile or a lower pulling pile to move to the outside of equipment along an engagement groove, the storage glasses frame can be inserted into an interlayer of the VR lenses to play a role, the person with myopia is more convenient and does not trouble to the person without myopia, the glasses frame is internally provided with five lenses with different degrees, such as a first type glasses frame, a second type glasses frame, a third type glasses frame, a fourth type glasses frame, a fifth type glasses frame and the like, the person with mild, so that the perception enjoyment is improved when the VR equipment is used.

Description

Four mesh VR intelligence glasses of many uses of accessible

Technical Field

The invention relates to intelligent glasses, in particular to barrier-free multi-position four-eye VR intelligent glasses.

Background

VR intelligence glasses is a more popular product now, makes people can watch the picture or the recreation of 3D effect through wearing on people's eyes, but to the people of myopia band glasses comparatively troublesome, two glasses are too big to the constraint of eyes, prior art provides four eyes glasses, but four eyes glasses can only be directed against the use of minority person, and the current technical consideration is not comprehensive, has following drawback:

the fault-tolerant rate of prior art's four meshes VR glasses is lower, can only be applicable to the people who wears glasses and use, can cause the hindrance on the contrary under the condition that no myopia personnel used to the number of degrees of lens is fixed, and the partly highly myopic people lens probably does not use, can't find the lens of higher number of degrees temporarily.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide barrier-free multi-position used four-eye VR intelligent glasses to solve the problems that the four-eye VR glasses in the prior art are low in fault tolerance rate and only suitable for people wearing glasses, can cause barriers even under the condition of no use of myopia people, are fixed in degree, and cannot find lenses with higher degree temporarily because some lenses of people with high myopia are not used.

In order to achieve the purpose, the invention is realized by the following technical scheme: the utility model provides a four mesh VR intelligence glasses of many uses of accessible, its structure includes roll adjustment button, cushion, chucking frame, controls the distance adjustment button, organism, switches mirror holder, VR lens, abrasionproof pad, the roll adjustment button passes through the buckle lock and at the top of organism and adopt mechanical connection, it is equipped with two and perpendicular threaded connection both ends about the organism to control the distance adjustment button, switch the place ahead of mirror holder welding at the organism, VR lens is glued and is connected in the place ahead of switching the mirror holder, the abrasionproof is filled up the bottom of nail connection at the organism, chucking frame welding is at the rear of organism, the cushion links together with chucking frame glue.

In order to optimize the technical scheme, the method further comprises the following steps:

according to an implementation mode, the switching mirror frame is composed of a horizontal fixed frame, an engagement groove and a vertical deflection frame, the horizontal fixed frame is welded with the machine body, the engagement groove is fastened in the center of the front face of the horizontal fixed frame and welded into an integrated structure, and the vertical deflection frame is tightly attached to the front face of the engagement groove and is in sliding connection.

According to one implementation mode, the vertical deflection frame is composed of an upper fixing rope, an upper pulling pile, an engagement plate, a return spring, an attachment plate, a lower pulling pile, a lower fixing rope and a mirror storage frame, the upper fixing rope is connected with inner side nails of a machine body, the upper pulling pile is buckled below the upper fixing rope through a buckle, the mirror storage frame is connected below the upper pulling pile in a threaded mode, the attachment plate and the mirror storage frame are welded into an integrated structure, the engagement plate is provided with three parts and fastened on the surface of the attachment plate, the lower pulling pile is connected below the mirror storage frame in a threaded mode, the lower fixing rope is buckled below the lower pulling pile through a buckle, the mirror storage frame is attached to the front face of the engagement groove, and the return spring is attached to the right side of the mirror storage frame and connected with inner side glue of VR lenses.

According to an implementation mode, the glasses storage frame is composed of a first type glasses frame, a second type glasses frame, a third type glasses frame, a fourth type glasses frame, a fifth type glasses frame, a direction adjusting ball, an internal plate and an external buckling frame, the external buckling frame is welded above the internal plate, five direction adjusting balls are arranged on the direction adjusting ball and hinged to the upper surface of the internal plate, and the first type glasses frame, the second type glasses frame, the third type glasses frame, the fourth type glasses frame and the fifth type glasses frame are all connected with the direction adjusting ball in a shaft mode and tightly attached to the inside of the external buckling frame.

According to an implementation mode, the external buckling frame is composed of four suction pieces, four pressure pieces, a connecting plate and elastic ropes, the four pressure pieces are in threaded connection with four corners of the surface of the connecting plate, the four suction pieces are in adhesive connection with the pressure pieces, and the elastic ropes are buckled on the top of the connecting plate through buckles.

Advantageous effects

The barrier-free multi-position-use four-eye VR intelligent glasses provided by the invention are reasonable in design and strong in functionality, and have the following beneficial effects:

according to the switching mirror bracket, the vertical deflection bracket can be fixed in the middle of the two VR lenses when a person without myopia uses the switching mirror bracket, the sight of the person cannot be influenced, the mirror bracket is shifted by ninety degrees through the upper pulling pile or the lower pulling pile to move to the outside of the equipment along the meshing groove when the switching mirror bracket is required to be used, the mirror bracket can be inserted into the interlayer of the VR lenses to play a role, the person with myopia can be more convenient, and meanwhile, the person without myopia does not have trouble.

The glasses frame is provided with the first type glasses frame, the second type glasses frame, the third type glasses frame, the fourth type glasses frame, the fifth type glasses frame and other five lenses with different degrees, so that the glasses frame meets the requirements of people with mild, moderate and severe myopia, can freely select the corresponding lenses, and improves the perception enjoyment when the glasses frame is used by VR equipment.

Drawings

Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:

fig. 1 is a schematic structural diagram of barrier-free multi-position four-eye VR smart glasses according to the present invention.

Fig. 2 is a schematic structural diagram of a barrier-free multi-position used four-eye VR smart glasses switching frame for three-dimensional use according to the present invention.

Fig. 3 is a schematic structural diagram of a left view of a vertical deflection frame of a barrier-free multi-position used four-eye VR smart glasses according to the present invention.

Fig. 4 is a schematic structural view of the inner unfolded structure of the barrier-free multi-position used four-eye VR smart glasses storage frame of the present invention.

Fig. 5 is a schematic structural view of the exterior of a barrier-free multi-position used four-eye VR smart glasses storage frame according to the present invention.

Fig. 6 is a schematic structural diagram of the installation of a barrier-free multi-position used four-eye VR smart glasses storage frame of the present invention.

Description of reference numerals: distance adjusting button 0, cushion 1, chucking frame 2, control distance adjusting button 3, organism 4, switching mirror holder 5, VR lens 6, abrasionproof pad 7, the level is decided the frame 01, mesh groove 02, vertical deflection frame 03, go up and decide rope 030, go up pile-pulling 031, mesh board 032, return spring 033, depend on board 034, lower pile-pulling 035, decide rope 036 down, store up mirror holder 037, a type mirror holder 370, type II 371 mirror holder, type III mirror holder 372, type IV mirror holder 373, type V mirror holder 374, adjust to ball 375, built-in plate 376, outer buckle holder 377, actuation piece 770, pressure plate 771, connecting plate 772, play rope 773.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.

Referring to fig. 1, the present invention provides a pair of barrier-free multi-position VR smart glasses: its structure includes roll adjustment button 0, cushion 1, chucking frame 2, controls apart from turn button 3, organism 4, switches mirror holder 5, VR lens 6, abrasionproof pad 7, roll adjustment button 0 is through the buckle lock at the top of organism 4 and adopt mechanical connection, control apart from turn button 3 be equipped with two and perpendicular threaded connection both ends about organism 4, switch 5 welding of mirror holder in the place ahead of

organism

4, 6 glue connections of VR lens are in the place ahead of switching mirror holder 5, 7 nail connections are filled up in the abrasionproof are in the bottom of

organism

4, 2 welding of chucking frame are at the rear of organism 4, cushion 1 links together with 2 glue of chucking frame, and VR lens 6's inside still is equipped with the interlayer, can hold the lens of myopia, prevents that the lens from receiving wearing and tearing influence viewing effect when externally using.

Referring to fig. 2, the switching spectacle frame 5 is composed of a horizontal fixed frame 01, an engagement groove 02 and a vertical deflection frame 03, the horizontal fixed frame 01 and the machine body 4 are welded together, the engagement groove 02 is fastened in the center of the front face of the horizontal fixed frame 01 and welded into an integrated structure, the vertical deflection frame 03 is tightly attached to the front face of the engagement groove 02 and is connected in a sliding manner, the horizontal fixed frame 01 is made of transparent materials, the viewing effect cannot be affected, and the vertical deflection frame 03 is exactly positioned between two eyes under the condition that the vertical deflection frame 03 does not work, so that the normal sight of people cannot be obstructed.

Referring to fig. 3, the vertical deflecting frame 03 is composed of an upper fixing rope 030, an upper pulling pile 031, an engaging plate 032, a return spring 033, an attachment plate 034, a lower pulling pile 035, a lower fixing rope 036, and a mirror holder 037, the upper fixing rope 030 is connected with the inner side nail of the machine body 4, the upper pulling pile 031 is fastened below the upper fixing rope 030 by a buckle, the mirror holder 037 is screwed below the upper pulling pile 031, the attachment plate 034 is welded with the mirror holder 037 to form an integrated structure, the engaging plate 032 is provided with three engaging plates and fastened on the surface of the attachment plate 034, the lower pulling pile 035 is screwed below the mirror holder 037, the lower fixing rope 036 is fastened below the lower pulling pile 035 by a buckle, the mirror holder 037 is disposed and attached to the front face of the engaging groove 02, the return spring 033 is attached to the right side of the mirror holder 037 and connected with the inner side glue of the VR lens 6, and the engaging plate 032 can engage with the engaging groove 02, the mirror holder 037 can not move disorderly after being turned, the mirror holder 037 is prevented from moving disorderly, the upper fixing rope 030 and the lower fixing rope 036 can enable the mirror holder 037 to find the original position after being reset, and the mirror holder 037 is convenient to use for multiple times.

Referring to fig. 4, the glasses storage frame 037 is composed of a first-type frame 370, a second-type frame 371, a third-type frame 372, a fourth-type frame 373, a fifth-type frame 374, a direction adjusting ball 375, an internal plate 376 and an external buckling frame 377, the external buckling frame 377 is welded above the internal plate 376, five direction adjusting balls 375 are arranged and hinged on the upper surface of the internal plate 376, the first-type frame 370, the second-type frame 371, the third-type frame 372, the fourth-type frame 373 and the fifth-type frame 374 are all connected above the direction adjusting ball 375 in a shaft mode and tightly attached to the inside of the external buckling frame 377, lenses with different degrees are respectively placed on the first-type frame 370, the second-type frame 371, the third-type frame 372, the fourth-type frame 373 and the fifth-type frame 374, a user can select the lenses according to his own body cutting condition, and the direction adjusting ball 375 can clamp the lenses to prevent.

Referring to fig. 5-6, the external buckle frame 377 is composed of four suction plates 770, four pressure plates 771, four connecting plates 772 and an elastic rope 773, the four pressure plates 771 are screwed at four corners of the surface of the connecting plates 772, the four suction plates 770 are glued with the four pressure plates 771, the elastic rope 773 is buckled at the top of the connecting plates 772 through a buckle, the suction plates 770 can suck lenses inside the VR lenses 6, the phenomenon that the lenses are shaken or shifted to affect viewing when in use is prevented, and the elastic rope 773 can conveniently pull back the device, so that deviation is prevented when manual positioning is performed.

When the person of myopia needs to use VR eye, the accessible is gone up the stub 031 or is down the stub 035 rotation and is stored up mirror holder 037, make return spring 033 pop up storage mirror holder 037, let mesh plate 032 mesh in the groove 02, decide rope 030 in the pulling, make storage mirror holder 037 pulled out, then the user is according to the near-sighted number of degrees of oneself, from, type one mirror holder 370, type two mirror holder 371, type three mirror holder 372, type four mirror holder 373, look for the lens that oneself is mated such as type two mirror holder 371 in the type five mirror holder 374, take out other lenses and transfer to ball 375 and only keep the lens in self type two mirror holder 371, then insert type two mirror holder 371 the inlayer of VR lens 6, restart pressure strip 771, let the suction of suction plate 770 inhale, the inlayer of VR lens 6, make type two mirror holder 371 fixed, improve user's VR experience.

Through the mutual combination of the components, the vertical deflection frame 03 can be fixed in the middle of the two VR lenses when a person without myopia uses the device, the sight of the person cannot be influenced, the storage frame 037 is shifted to ninety degrees through the upper pile 031 or the lower pile 035 to move to the outside of the device along the meshing groove 02 when the device is required to be used, the storage frame can be inserted into the interlayer of the VR lenses 6 to play a role, the person with myopia can more conveniently and simultaneously does not cause trouble to the person without myopia, five lenses with different degrees, such as a first-type frame 370, a second-type 371-frame, a third-type frame 372, a fourth-type frame 373, a fifth-type frame 374 and the like, are arranged in the device, the requirement of the person with mild, severe and severe myopia is met, the corresponding lenses can be freely selected, and the enjoyment of the perception degree when the VR device is used is improved.

The specific embodiments described herein are merely illustrative of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the scope of the invention or exceeding the scope of the claims appended hereto.

Claims

1. The utility model provides a four mesh VR intelligence glasses of many uses of accessible, its structure includes roll adjustment button (0), cushion (1), chucking frame (2), controls roll adjustment button (3), organism (4), switches mirror holder (5), VR lens (6), abrasionproof pad (7), its characterized in that:

the adjustable distance button (0) is arranged at the top of the machine body (4), the left adjustable distance button and the right adjustable distance button (3) are provided with two and are vertically fixed at the left end and the right end of the machine body (4), the switching mirror bracket (5) is connected to the front of the machine body (4), the VR lens (6) is arranged in the front of the switching mirror bracket (5), the anti-abrasion pad (7) is fastened at the bottom of the machine body (4), the clamping frame (2) is arranged at the rear of the machine body (4), and the soft pad (1) is connected with the clamping frame (2);

the switching mirror bracket (5) consists of a horizontal fixed frame (01), an engagement groove (02) and a vertical deflection frame (03), the horizontal fixed frame (01) is attached to the machine body (4), the engagement groove (02) is fastened in the center of the front face of the horizontal fixed frame (01), and the vertical deflection frame (03) is attached to the front face of the engagement groove (02);

the vertical deflecting frame (03) consists of an upper fixed rope (030), an upper pull pile (031), a meshing plate (032), a return spring (033), an attachment plate (034), a lower pull pile (035), a lower fixed rope (036) and a storage frame (037), the upper fixed rope (030) is connected with the inner side of the machine body (4), the upper pulling pile (031) is arranged below the upper fixed rope (030), the storage frame (037) is positioned below the upper pulling pile (031), the attachment plate (034) is fixed with the storage frame (037), the engaging plate (032) is provided with three and is fastened on the surface of the attachment plate (034), the lower pile pulling (035) is arranged below the mirror storage frame (037), the lower fixed rope (036) is arranged below the lower pile pulling (035), the mirror storage frame (037) is tightly attached to the front of the engagement groove (02), and the return spring (033) is attached to the right side of the mirror storage frame (037);

the glasses storage frame (037) consists of a first type glasses frame (370), a second type glasses frame (371), a third type glasses frame (372), a fourth type glasses frame (373), a fifth type glasses frame (374), a direction adjusting ball (375), an internal plate (376) and an external buckling frame (377), wherein the external buckling frame (377) is arranged above the internal plate (376), five direction adjusting balls (375) are arranged on the upper surface of the internal plate (376), and the first type glasses frame (370), the second type glasses frame (371), the third type glasses frame (372), the fourth type glasses frame (373) and the fifth type glasses frame (374) are movably connected above the direction adjusting ball (375) and are positioned inside the external buckling frame (377);

the outer buckle frame (377) comprises suction pieces (770), pressure pieces (771), a connecting plate (772) and elastic ropes (773), wherein the pressure pieces (771) are provided with four and are arranged at four corners of the surface of the connecting plate (772), the suction pieces (770) are provided with four and are connected with the pressure pieces (771), and the elastic ropes (773) are buckled at the top of the connecting plate (772).