Apparatus for extracting liquid crystal by heating under reduced pressure and method thereof
A technology of decompression heating and processing equipment, which is applied in the direction of using atmospheric pressure to chemically change substances, evaporation equipment, separation methods, etc., and can solve problems such as unsatisfactory safety and liquid crystal transformation.
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Embodiment 1
[0042] figure 1 It is a perspective view showing the cavity in the liquid crystal extracting and processing device adopting reduced-pressure heating according to Embodiment 1 of the present invention, figure 2 is partially cut away to indicate configuration in figure 1 A perspective view of the tray and heating wires inside the chamber.
[0043] figure 1 The external appearance of the chamber 20 for performing the decompression heat treatment in the liquid crystal extraction treatment apparatus for extracting liquid crystals from the waste liquid crystal panel 10 by the decompression heat treatment is shown. The cavity 20 has an unillustrated heating means ( Figure 10 Symbol 21), the above-mentioned decompression pump is set as a decompression device to a decompression state, and the waste liquid crystal panel is heat-treated under the decompression state. Inside the cavity 20 are arranged a tray 28 holding a plurality of waste liquid crystal panels and a heater wire 27 ...
Embodiment 2
[0068] In Example 1 Figure 1 to Figure 5 The description above is a sealing type in which the waste liquid crystal panel 10 has the sealing part 7a, and is a method of heating the heater wire 27 in contact with the sealing material 7b that seals the sealing part 7a.
[0069] On the other hand, the waste liquid crystal panel 10 has the non-seal type liquid crystal panel which does not have a sealing part. Such as Image 6 As shown in (b), the liquid crystal panel of the unsealed type is formed by affixing the sealing material 7 to the inner side at a predetermined distance from the outer periphery on one glass substrate 1a of the two glass substrates in a closed ring shape. An appropriate amount of liquid crystal 9 is dropped in the enclosed space with a dropping device not shown, and the other glass substrate 1 b is placed facing each other in this state and bonded. Therefore, in the unsealed liquid crystal panel, there is no such image 3 or Figure 9 The sealing portion...
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