Low-reflectivity 3D polarized light film, low-reflectivity polarized light LED and preparation method

A technology of low reflectivity and polarizing film, which is applied in the field of preparation of 3D polarizing film and polarized LED. It can solve the problems of low reflectivity 3D polarizing film polarized LED, large accumulative error of stitching, and poor product flatness, etc., so as to reduce crosstalk problems, no seam errors, and the effect of making up for poor flatness

Active Publication Date: 2018-11-30
NINGBO VISION DISPLAY TECH
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to solve the problems of large seam accumulative error, large crosstalk interval, poor flatness and high reflectivity in the traditional polarizing film production method, and provide a low reflectivity 3D polarizing film and its preparation method , low reflectivity polarized LED and preparation method thereof

Method used

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  • Low-reflectivity 3D polarized light film, low-reflectivity polarized light LED and preparation method
  • Low-reflectivity 3D polarized light film, low-reflectivity polarized light LED and preparation method
  • Low-reflectivity 3D polarized light film, low-reflectivity polarized light LED and preparation method

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preparation example Construction

[0066] It can be known from the above steps of the preparation method that the method of the present invention adopts the method of laminating the retardation film and the polarizing film to form a 3D polarizing film. Only one die-cutting is carried out, and the complex operations brought about by the traditional patchwork lamination are avoided through sheet lamination, which greatly improves the production and lamination efficiency;

[0067] At the same time, since there is no need to splice different polarizing films, at least half of the splicing error can be reduced.

[0068] Further, the present invention provides a method for preparing a low-reflectivity polarized LED, which method includes the steps and step seven of the method for preparing a low-reflectivity 3D polarizing film,

[0069] Step 7. Dispensing glue on the patterned AG anti-glare glass, polarizer or LED module of the 3D polarizing film, and aligning and bonding the 3D polarizing film and the LED module to ...

Embodiment 1

[0074] Please refer to Figure 1-6 As shown in the process, the preparation method of the 3D polarizing film provided in this embodiment is as follows:

[0075] Step 1. Make a black light-shielding layer on the non-AG surface of the AG anti-glare glass, and then set an M×N through-hole array on the AG anti-glare glass to form a patterned AG anti-glare glass;

[0076] Step 2. The 1 / 2 wavelength phase difference compensation film is attached to the non-AG surface of the AG anti-glare glass layer, that is, the black light-shielding layer;

[0077] Step 3. Cutting the 1 / 2 wavelength retardation compensation film attached to the AG anti-glare glass layer to form a patterned structure;

[0078] Step 4, peeling off the invalid area in the obtained patterned structure;

[0079] Step 5, filling the surface of the stripped patterned structure to form a planarization layer;

[0080] Step 6: The polarizer and the planarization layer are laminated in alignment to obtain the 3D polarizin...

Embodiment 2

[0082] Please refer to Figure 1-6 As shown in the process, the preparation method of the 3D polarizing film provided in this embodiment is as follows:

[0083] Step 1. Make a black light-shielding layer on the non-AG surface of the AG anti-glare glass, and then set an M×N through-hole array on the AG anti-glare glass to form a patterned AG anti-glare glass;

[0084] Step 2. The 1 / 2 wavelength phase difference compensation film is attached to the non-AG surface of the AG anti-glare glass layer, that is, the black light-shielding layer;

[0085] Step 3. Cutting the 1 / 2 wavelength retardation compensation film attached to the AG anti-glare glass layer to form a patterned structure;

[0086] Step 4, peeling off the invalid area in the obtained patterned structure;

[0087] Step 5, filling the surface of the stripped patterned structure to form a planarization layer;

[0088] Step 6: The polarizer and the black light-shielding layer of the AG anti-glare glass are aligned and bo...

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Abstract

The invention relates to a low-reflectivity 3D polarized light film, a low-reflectivity polarized light LED and a preparation method. The low-reflectivity 3D polarized light film, the low-reflectivitypolarized light LED and the preparation method aim to solve the problems that a traditional polarized light film preparation method has large accumulative seam splicing error, large crosstalk interval and poor flatness and high reflectivity of a manufactured product. The preparation method of the low-reflectivity 3D polarizing film comprises the following steps that patterned AG anti-glare glassis manufactured; 1 / 2 wavelength phase difference compensation film is attached to the non-AG surface of an AG anti-glare glass layer; cutting is carried out to form a patterned structure; invalid areastripping is carried out; filling is carried out to form a planarization layer; a polarizer is aligned and attached to the planarization layer or a black shading layer of AG anti-glare glass to prepare the low-reflectivity 3D polarized light film; and furthermore, glue is applied to the patterned AG anti-glare glass, polarizer or an LED module of the 3D polarized light film, and the 3D polarizedlight film and the LED module are aligned and attached to prepare the low-reflectivity polarized light LED.

Description

technical field [0001] The invention belongs to the technical field of stereoscopic display, and in particular relates to the preparation technology of a 3D polarizing film and a polarizing LED. Background technique [0002] Polarized stereoscopic display is a 3D display method that uses the principle of "vibration direction" of light to realize the decomposition of the original image and stereoscopic imaging. It mainly uses left-handed and right-handed polarizing films on adjacent rows of the display device In this way, two images with different polarization directions are sent to the viewer. When the images pass through the polarized glasses, since each lens of the polarized glasses can only accept images with one polarization direction, the left and right eyes of the person can receive two sets of images. The screen is then synthesized into a three-dimensional image by the brain. [0003] At present, the polarizing film installed on the traditional polarized LED three-di...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G02B5/30G02B27/26G02B30/25
CPCG02B5/3083G02B30/25
Inventor 杨枫王杰梅敏敏魏厚伟王华波顾开宇
Owner NINGBO VISION DISPLAY TECH
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