Knee pad forming device capable of eliminating bubbles for AR equipment

A technology of eliminating air bubbles and forming devices, which is applied in the field of AR equipment, can solve the problems of small grooves that cannot be discharged in time, sponge gaps, and less polyurethane foam colloid, and achieve the effect of eliminating gaps.

Pending Publication Date: 2021-10-08
汤水霞
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] In order to overcome the existing device when producing this kind of knee pads, since the bottom of the EVA composite shell is provided with some decorative protrusions, that is, there are some small grooves at the bottom of the groove of the EVA composite shell, directly pour the silica gel into the groove of the EVA composite shell At this time, the gas in the small groove cannot be discharged in time, resulting in air bubbles after the silica gel dries. In addition, when the existing device levels the upper surface of the silica gel layer

Method used

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  • Knee pad forming device capable of eliminating bubbles for AR equipment
  • Knee pad forming device capable of eliminating bubbles for AR equipment
  • Knee pad forming device capable of eliminating bubbles for AR equipment

Examples

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Example Embodiment

[0029] Example 1

[0030] A bubble removal device by an AR knee forming means, such as Figure 1-11 Shown, comprises a chassis 1, two transport assemblies, assembly 3 on silica, molding assembly 4, the control buttons 5, 6 of the first plate, a second plate 7, a first fixed block 8, a second fixed block 9, the third fixed block 10 and the fourth fixing block 11; and the chassis 1 is connected to the transport assembly 2; chassis 13 is connected to the silica gel component; molding assembly 4 and the chassis 1 is connected; and the chassis 1 is fixed the control button 5 connection; the first chassis 1 and the fixed plate 6; 1 and the second chassis base plate 7 fixed; 3 silica component molding assembly 4 is connected; a first base plate 6 is fixed to the first fixing block 8 ; a first base plate 6 and the second fixing piece 9 fixed; the second plate 7 and the third fixing block 10 is fixed; the second base plate 7 is fixed to the fixed block 11 and the fourth.

[0031] Working pr...

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Abstract

The invention relates to the field of AR equipment, in particular to a knee pad forming device capable of eliminating bubbles for AR equipment. The technical purpose to be achieved by the invention is to provide a knee pad forming device capable of eliminating bubbles for AR equipment. According to the technical scheme, the knee pad forming device capable of eliminating bubbles for AR equipment comprises a chassis, a transportation assembly, an upper silica gel assembly, a forming assembly and the like; and the upper silica gel assembly is connected with the forming assembly. When the knee pad forming device is used, silica gel is automatically injected into a groove of an EVA composite shell layer by layer, so that the silica gel has sufficient time to flow into a small groove in the EVA composite shell; meanwhile, each layer of silica gel is circular, so that the silica gel is uniformly distributed; meanwhile, the upper surface of the silica gel layer is flat through vibration, and glue marks on the inner wall of the groove are removed completely; and the groove of the EVA composite shell is automatically extended and supplemented with polyurethane foaming colloid for forming operation, so that the notch phenomenon of a formed sponge body is avoided.

Description

technical field [0001] The invention relates to the field of AR equipment, in particular to a knee pad forming device for AR equipment that can eliminate air bubbles. Background technique [0002] AR technology is a technology that ingeniously integrates virtual information with the real world. One of the AR devices needs to wear knee pads during use to enhance safety. The knee pads are bowl-shaped as a whole. Inject an appropriate amount of silica gel into the groove of the EVA composite shell and dry it, then inject an appropriate amount of polyurethane foam colloid on the top of the silicone layer, and then expand it into a bowl-shaped sponge through a shaping mold and heating, and the bottom of the EVA composite shell is provided with some decorative Protrusion, that is, there are some small grooves at the bottom of the groove of the EVA composite shell. When the silica gel is directly poured into the groove of the EVA composite shell, the gas in the small groove cannot ...

Claims

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Application Information

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IPC IPC(8): B29C44/34B29C44/02B29L31/48
CPCB29C44/3403B29C44/367B29C44/02B29L2031/48
Inventor 汤水霞
Owner 汤水霞
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