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CN-121970954-A - Take electric power safety helmet of collapsible VR intelligent glasses

CN121970954ACN 121970954 ACN121970954 ACN 121970954ACN-121970954-A

Abstract

The invention relates to the technical field of VR intelligent glasses application of electric power safety helmets, in particular to an electric power safety helmet with foldable VR intelligent glasses, which comprises a supporting head band assembly, a glasses main body, a neck support piece, a glasses storage block, two multi-section hinge support structures and a camera shooting assembly, wherein the neck support piece and the glasses main body are respectively positioned at two sides of the supporting head band assembly, the neck support piece is arranged at the outer side of the supporting head band assembly, two ends of each multi-section hinge support structure are respectively connected with the glasses storage block and the neck support piece, and the multi-section hinge support structures can rotate in multiple sections. The invention can support the rear side of the multi-section hinge support structure through the arrangement of the multi-section hinge support structure and the matching use of the neck support assembly, the neck support assembly is attached to the neck, and the glasses storage block and the glasses main body on the front side are stably supported through the multi-section hinge support structure, so that the glasses storage block and the glasses main body are effectively and stably supported.

Inventors

  • HUA WEI
  • XU MIN
  • SHENG QIAN

Assignees

  • 浙江泰行致远科技有限公司

Dates

Publication Date
20260505
Application Date
20260228

Claims (10)

  1. 1. Electric power safety helmet of collapsible VR intelligent glasses in area, its characterized in that includes: supporting the headband assembly (1); A glasses body (2); The neck support (3), the neck support (3) and the glasses main body (2) are respectively positioned at two sides of the supporting head band assembly (1), and the neck support (3) is arranged at the outer side of the supporting head band assembly (1); The glasses storage block (4), the glasses storage block (4) and the glasses main body (2) are positioned on the same side of the supporting head belt assembly (1), both ends of the glasses storage block (4) are respectively supported on both sides of the glasses main body (2) through the supporting assemblies (5), the supporting assemblies (5) can adjust the positions of the glasses main body (2) relative to the glasses storage block (4), and a cavity for storing the glasses main body (2) is formed in one side, far away from the supporting head belt assembly (1), of the glasses storage block (4); Two multi-section hinge support structures (6), wherein two ends of each multi-section hinge support structure (6) are respectively connected with the glasses storage block (4) and the neck support piece (3), and the multi-section hinge support structures (6) can rotate in multiple sections; The glasses storage block also comprises a camera shooting assembly (7), wherein the camera shooting assembly (7) is arranged at the upper end of the glasses storage block (4) in a row.
  2. 2. The electric power helmet with the foldable VR intelligent glasses according to claim 1, wherein the supporting headband assembly (1) comprises a cross top belt (11) and an annular belt (12), the lower end of the cross top belt (11) is installed on the upper surface of the annular belt (12), and the neck supporting piece (3) and the glasses storage block (4) are installed on two sides of the annular belt (12) respectively.
  3. 3. The electric power helmet with foldable VR smart glasses as set forth in claim 2, characterized in that the neck support (3) comprises: The top block (31), the top block (31) is installed on the outer surface of the endless belt (12), and the multi-section hinge support structure (6) is connected with the top block (31); The neck airbag block (32), the neck airbag block (32) is positioned at the lower side of the top block (31), and an airbag cushion is coated at the outer side of the neck airbag block (32); The two bendable upright rod assemblies (33), and two ends of each upright rod assembly (33) are respectively fixed with the neck air bag block (32) and the top block (31).
  4. 4. The power helmet with foldable VR smart glasses as claimed in claim 3, wherein the pole assembly (33) comprises: An upper upright (331), wherein the upper upright (331) is fixed with the top block (31); The upper vertical rod (331) is positioned on the upper side of the lower vertical rod (332), the lower end of the lower vertical rod (332) is fixed with the neck air bag block (32), and the upper vertical rod (331) is rotationally connected with the lower vertical rod (332); the device further comprises a side stop block (333), wherein the side stop block (333) is positioned on one side of the upper vertical rod (331) far away from the annular belt (12), the upper end of the side stop block (333) is fixed with the upper vertical rod (331), and the lower end of the side stop block (333) is blocked to the lower vertical rod (332).
  5. 5. The power helmet with foldable VR smart glasses as claimed in claim 1, wherein the supporting component (5) comprises: The telescopic main support component (51) is characterized in that an upper torsion shaft (53) is rotatably arranged at the upper end of the main support component (51), a lower torsion shaft (52) is rotatably arranged at the lower end of the main support component (51), the upper torsion shaft (53) is fixed with the glasses storage block (4), and the lower torsion shaft (52) is fixed with the glasses main body (2); the glasses storage block is characterized by further comprising a telescopic auxiliary supporting component (54), wherein the upper end of the auxiliary supporting component (54) is fixed with the bottom of the glasses storage block (4), the lower end of the auxiliary supporting component (54) is in a frame shape with a lateral opening, and the lower torsion shaft (52) is positioned on the inner side of the frame with the opening at the lower end of the auxiliary supporting component (54).
  6. 6. The electric power helmet with the foldable VR intelligent glasses according to claim 5, wherein the main support component (51) comprises a main telescopic frame (511) and a main tightening knob (512), two ends of the main telescopic frame (511) can stretch out and draw back, the main tightening knob (512) can be screwed through a large diameter end of the main telescopic frame (511) and then tightly press and fix a small diameter end of the main telescopic frame (511), two ends of the main telescopic frame (511) are respectively connected with an upper torsion shaft (53) and a lower torsion shaft (52) in a rotating mode, and the upper end of the main telescopic frame (511) is elastically connected with the upper torsion shaft (53) in a torsion mode; The auxiliary supporting component (54) comprises an auxiliary telescopic frame (541), an auxiliary tightening knob (542) and a horizontal frame (543), wherein the small-diameter end of the auxiliary telescopic frame (541) is fixed with the glasses storage block (4), the auxiliary tightening knob (542) can penetrate through the large-diameter end of the auxiliary telescopic frame (541) through threads and then tightly press and fix the small-diameter end of the auxiliary telescopic frame (541), the horizontal frame (543) is mounted at the lower end of the auxiliary telescopic frame (541), and the lower torsion shaft (52) is located inside the horizontal frame (543).
  7. 7. The power helmet with foldable VR smart glasses as claimed in claim 3, wherein the multi-section hinge support structure (6) comprises: a front tip (61), the front tip (61) being connected with the glasses storage block (4); a rear end (62), the rear end (62) being connected to the top block (31); The novel outer hinge plate comprises a front end (61) and a rear end (62), and is characterized by further comprising a plurality of outer hinge plates (63), wherein the outer hinge plates (63) are positioned between the front end (61) and the rear end (62), the two adjacent outer hinge plates (63) are connected in a rotating manner, and the front end (61) and the rear end (62) are respectively connected with the adjacent outer hinge plates (63) in a rotating manner.
  8. 8. The electric power helmet with the foldable VR intelligent glasses according to claim 7, wherein the inner side of each outer hinging plate (63) is slidably inserted with an inner hinging plate (64), the length of each inner hinging plate (64) is equal to that of each outer hinging plate (63), and two adjacent inner hinging plates (64) are connected in a mutually rotating manner; An inner end head (65) is arranged on the inner side of the rear end head (62), and the inner end head (65) is rotationally connected with an adjacent inner hinged plate (64); the inner side of the front end head (61) is provided with a fixed magnet plate (66), one side of the fixed magnet plate (66) far away from the glasses storage block (4) is provided with a movable magnet plate (67), and the movable magnet plate (67) is fixed with the adjacent inner hinged plate (64).
  9. 9. The power helmet with foldable VR smart glasses as claimed in claim 8, wherein the top block (31) comprises: The outer frame (311), the said outer frame (311) is connected with upper end of the pole setting assembly (33), the outer frame (311) is installed in the external ring surface of the endless belt (12); The two adjusting blocks (312) are connected to the inner side of the outer frame (311) in a sliding manner, and one surface of each adjusting block (312) away from each other is connected with the two rear end heads (62); The pressing block (313), pressing block (313) is pegged graft in frame (311) inboard in the slip, and pressing block (313) are located two regulating block (312) upside, and the screw thread of pressing block (313) upper surface runs through has regulation screw thread axle (314), and regulation screw thread axle (314) rotate and run through the roof in frame (311).
  10. 10. The electric power helmet with the foldable VR intelligent glasses according to claim 9, wherein the top block (31) further comprises a synchronous gear (315), the diameters of teeth at the upper end and the lower end of the synchronous gear (315) are different, synchronous toothed plates (316) are arranged at two sides of the synchronous gear (315), the two synchronous toothed plates (316) are respectively meshed with two parts with different diameters of teeth of the synchronous gear (315), and the two synchronous toothed plates (316) are respectively fixed with the two regulating blocks (312); And the synchronous gears (315) drive the two synchronous toothed plates (316) to rotate at the same angle when rotating.

Description

Take electric power safety helmet of collapsible VR intelligent glasses Technical Field The invention relates to the technical field of VR intelligent glasses application of electric power safety helmets, in particular to an electric power safety helmet with foldable VR intelligent glasses. Background With the development of the Internet+ age, technology innovation is increasingly changed, and emerging VR technology is perfectly integrated with various aspects of electric power safety, including production safety, production training, accident safety experience, safety popularization and the like, and the VR technology, namely virtual reality experience technology, has various advantages of rapidness, high efficiency, convenience, safety and the like compared with the traditional electric power safety popularization and training method. In electric power incident experience, the experienter only needs to wear VR glasses, can reach all kinds of accident scene in a short time to experience the emergence of accident to the importance of safety has been known from it, its security consciousness has been strengthened. The accident exercise and the accident escape can enable the experimenter to know various measures in the safety operation and production more truly, and the escape probability of the experimenter after the accident occurs is increased. The utility model discloses a VR glasses is worn with head-mounted VR glasses based on electric power safety is disclosed to current relevant China patent CN218585095U, including fixed hood, VR glasses and anti-falling assembly, fixed hood includes the head band, one side of head band is provided with adjusting part, VR glasses pass through adjusting part swing joint in the below of head band, anti-falling assembly sets up in the bottom of head band, the top of head band is provided with the top cap, equal fixedly connected with reinforcing band in the both ends outside of head band, fixedly connected with elastic bandage between the both ends of head band, this kind is based on wear with head-mounted VR glasses of electric power safety, through the setting of hood, reinforcing band and adjusting part, can avoid the VR glasses to drop to the extrusion of user's bridge of the nose and reduced the comfort level of wearing and experience sense of using, simultaneously through the setting of anti-falling assembly, can lead to the fact the damage to the ground to avoid directly dropping when falling to the VR glasses, improves its safety and stability. Above-mentioned related art and prior art in VR glasses wear at the head through stretching out of a rope class generally, and the bandage class material is softer yielding, and though be convenient for pack up, can not carry out stable support to VR glasses, in use VR glasses easily the head produces and rocks. Disclosure of Invention In order to stably support VR glasses in use of the VR glasses, the invention provides an electric power safety helmet with foldable VR intelligent glasses. The invention provides an electric power safety helmet with foldable VR intelligent glasses, which adopts the following technical scheme that: supporting the headgear assembly. A glasses body. Neck support piece, neck support piece and glasses main part are located support bandeau subassembly both sides respectively, and neck support piece installs in the support bandeau subassembly outside. The glasses store up and receive the piece, glasses store up and receive the piece and be located support bandeau subassembly with the glasses main part and be with one side, glasses store up and receive the piece both ends and all support glasses main part both sides through supporting component, supporting component can adjust the glasses main part and store up the position of receiving the piece relative glasses, glasses store up and receive the piece and keep away from supporting bandeau subassembly one side offered with store up the cavity of receiving the glasses main part. And two multisection hinge support structures, wherein two ends of each multisection hinge support structure are respectively connected with the glasses storage block and the neck support piece, and the multisection hinge support structures can rotate in multiple sections. Still include the subassembly of making a video recording, the subassembly of making a video recording is installed in the glasses storage and is received the piece upper end in a row. Optionally, the supporting headband component comprises a cross top belt and an endless belt, the lower end of the cross top belt is arranged on the upper surface of the endless belt, and the neck supporting piece and the glasses storage block are respectively arranged on two sides of the endless belt. Optionally, the neck support comprises: And the top block is arranged on the outer surface of the endless belt, and the multi-section hinge support structure is connected with the top block. The neck air bag block is positione