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CN-122008819-A - High printing opacity car screen window structure in rear-view mirror position

CN122008819ACN 122008819 ACN122008819 ACN 122008819ACN-122008819-A

Abstract

The invention discloses a high-light-transmission automobile screen window structure at a rearview mirror part, and belongs to the field of automobile safety protection accessories. The high-transparency screen comprises a high-transparency plate solid screen body, an embedded type hand window, a frame and an elastic interference embedded fixing structure, wherein an independent high-transparency partition is arranged in a rearview mirror observation area of the screen body, the transmittance is more than or equal to 70%, clear compliance of driving vision is guaranteed, the embedded type hand window is arranged in the side high-transparency partition, a snap fastener tensioning opening and closing structure is adopted, the window can be opened and closed locally and sealed stably, and the U-shaped edge-covered section frame is attached to an inner frame of a car window along with the shape and is fixedly installed in an elastic interference embedded mode. The invention realizes the mutual noninterference between the independent high light transmission area and the embedded hand window, has the functions of mosquito prevention, ventilation, visual field safety and article delivery, is firm in installation, stable in running, convenient and fast in disassembly and assembly, and can be used by a safe compliance vehicle.

Inventors

  • WANG LIANGANG

Assignees

  • 王链钢

Dates

Publication Date
20260512
Application Date
20260323

Claims (4)

  1. 1. A high-light-transmission automobile screen window structure at a rearview mirror part is characterized by comprising a high-light-transmission plate solid screen body, an embedded type hand window, a frame and an elastic interference embedded fixing structure, wherein the high-light-transmission plate solid screen body is provided with an independent high-light-transmission partition in a rearview mirror corresponding observation area, the embedded type hand window is arranged on the high-light-transmission partition at the side edge of the high-light-transmission plate solid screen body, the embedded type hand window is opened and closed to form a snap fastening structure, and the frame of the high-light-transmission plate solid screen body is fixedly installed by adopting a U-shaped edge-covering section, fitting the frame body with an inner frame of a car window in a shape along with the shape and embedding through elastic interference.
  2. 2. The automobile screen window structure according to claim 1, wherein the independent high-light-transmittance partition is realized through a high-light-transmittance plate solid screen main body and an optimized embedded hand window opening ratio, and the light transmittance of a rearview mirror observation area of a driver is ensured to be more than or equal to 70%.
  3. 3. The screen window structure of claim 1, wherein the embedded hand window is a snap fastener tightening structure, the hand window can be partially opened and closed, and sealing is stable after closing.
  4. 4. The vehicle screen window structure of claim 1, wherein the independent high-light-transmission partition high-light-transmission plate solid screen main body and the embedded hand window area are independently distributed and are not interfered with each other, and meanwhile, the functions of mosquito prevention, ventilation, visual field safety and article handover are realized.

Description

High printing opacity car screen window structure in rear-view mirror position Technical Field The invention belongs to the technical field of automobile safety protection accessories, and particularly relates to a high-light-transmission automobile screen window structure at a rearview mirror part. Background Most of the existing automobile screen window adopts an integral screen structure, the light transmittance of a rearview mirror corresponding to an observation area is generally low, GB7258 technical conditions for motor vehicle operation safety are difficult to be met, and most similar products on the market do not develop visual field compliance integral design according to relevant standards and cannot meet the mandatory requirements for legal access of motor vehicles. Meanwhile, the traditional automobile screen window does not perform special light transmittance partition optimization aiming at the rearview mirror observation area. The utility model discloses an authorized magnetic snap type diamond mesh type automobile screen window, which has the protection core of a fixed structure, a conventional hand window opening and closing structure and product appearance, and does not disclose independent high-light-transmittance partition design of a rearview mirror area, parameter limitation with light transmittance more than or equal to 70% and a compliance visual field layout scheme meeting the safety standard of a motor vehicle. The utility model relates to a sticking type automobile screen window, which is authorized by the inventor, and has the core technology of sticking a fixed structure and matching with an integral screen form, and the core technology of a magnetic attraction type hand window patent of the automobile screen window, which is authorized by the inventor, is a single structure of a magnetic attraction type open and close hand window, and the two technologies do not relate to independent high-light-transmission partition of a rearview mirror area, light-transmission parameter setting and compliance visual field layout design. The two existing patents are essentially different from the technical scheme of the utility model, and in order to further make up the defects of the prior art, the utility model provides a high-light-transmission automobile screen window structure at the rearview mirror part, which is different from the existing patents and has better safety and compliance. Disclosure of Invention A high-light-transmittance automobile screen window structure at a rearview mirror part comprises a high-light-transmittance plate solid screen body, an embedded type hand window, a frame and an elastic interference embedded fixing structure, wherein an independent high-light-transmittance partition is arranged on the high-light-transmittance plate solid screen body in a rearview mirror corresponding observation area, the embedded type hand window is arranged on the high-light-transmittance partition on the side edge of the high-light-transmittance plate solid screen body, the light transmittance of the area is more than or equal to 70% through material selection and embedded type hand window opening/closing ratio optimization, the embedded type hand window opening/closing structure is different from a traditional magnetic attraction type opening/closing structure, article receiving can be realized through partial opening/closing, sealing is stable and free of shaking after closing, the frame of the high-light-transmittance plate solid screen body is attached to the inner frame of a vehicle window in a follow-up mode through an elastic interference embedded fixing mode, and the whole installation layout is strictly matched with the requirements of GB7258 motor vehicle operation safety technical conditions, and the high-light-transmittance plate solid screen body is easy to be used in a follow-up mode under emergency conditions. Drawings FIG. 1 is a diagram of the overall effect of real vehicle installation (real shooting indication: an automobile screen window is integrally covered on the inner side of an automobile window, and a frame and the outline of an inner frame of the window are fitted along with the shape, elastic force, interference fit and fixation); FIG. 2 is a detailed view of a screen window product (an actual photograph shows that the whole structure of the product comprises an independent high light transmission partition of a corresponding area of a rearview mirror, a side embedded type hand window and an external Zhou Baobian frame along with the shape embedded outline); The high-permeability plate solid gauze body in the figure 3 is in the independent high-permeability partition of the corresponding observation area of the rearview mirror, embedded hand window partial enlarged view (the real shooting shows that the embedded hand window is embedded in the high-permeability plate solid gauze body, is flush with the whole plane after being closed, and is of a snap f