The present disclosure relates to manufacturing field of liquid crystal display (LCD) devices, and more particularly to a glass substrate transporting box.
Liquid crystal display (LCD) panels manufacturing technology is becoming more mature. With resolution of the LCD panels becoming higher and higher, dust particles in air influence the entire quality of the LCD panel, thus cleanliness of a liquid crystal (LC) glass substrate becomes more important.
In the prior art, the LC glass substrate is generally stored on a transporting frame for the convenience of transportation and storage. The transporting frame is an open structure in an unsealed state. Environmental dust is easy to fall onto the LC glass substrate. Therefore, cleaning steps are set prior to each manufacturing procedure of the LC glass substrate. In this way, cleaning equipment has a high burden to clean the LC glass substrates. When the cleaning equipment may not eliminate all of the dust, adverse conditions of short circuits, circuit mal function, and abnormal membrane surfaces may be generated.
In view of the above-described problems, the aim of the present disclosure is to provide a dustproof glass substrate transporting box.
The purpose of the present disclosure is achieved by the following technical scheme: A glass substrate transporting box comprises a frame. Dustproof boards that cover the side surfaces of the glass substrate transporting box and that are arranged on five side surfaces of the glass transporting box except a bottom surface of the glass substrate transporting box. Magnetic pieces or magnetic conductive pieces are arranged on four edges of side surfaces of the frame arranged the dustproof boards. The dustproof boards are correspondingly configured with magnetic conductive pieces or magnetic pieces. The dustproof boards are fixed to the frame through magnetic forces between the magnetic pieces and the magnetic conductive pieces, and are installable or removable from the frame. The frame is configured with dustproof materials for covering the magnetic pieces or the magnetic conductive pieces. The dustproof boards are configured with dustproof materials for covering the magnetic conductive pieces or the magnetic pieces.
The purpose of the present disclosure can also be achieved by the following technical scheme: A glass substrate transporting box comprises a frame. Dustproof boards for covering the side surfaces are arranged on at least one side surface in side surfaces of the glass substrate transporting box. The dustproof boards arranged on the frame are installable to or removable from the frame.
In one example, dustproof boards are arranged on five side surfaces of the glass substrate transporting box except a bottom surface of the glass substrate transporting box so that five side surfaces of the glass substrate transporting box in direct contact with the external environment are covered by the dustproof boards, thus preventing environmental dust from entering the glass substrate transporting box.
In one example, the frame is configured with magnetic pieces or magnetic conductive pieces. The dustproof boards are correspondingly configured with magnetic conductive pieces or magnetic pieces. The dustproof boards are fixed to the frame through magnetic forces between the magnetic pieces and the magnetic conductive pieces. The dustproof boards are fixed to the frame by using magnetic forces between the magnetic pieces or between the magnetic pieces and the magnetic conductive pieces so that the dustproof boards are convenient to be installable to and removable from the frame.
In one example, the frame is configured with dustproof materials for covering the magnetic pieces or the magnetic conductive pieces. The dustproof boards are configured with dustproof materials for covering the magnetic conductive pieces or the magnetic pieces. The dustproof materials are used to cover the magnetic pieces, thus preventing the magnetic pieces on the frame and the dustproof boards from gathering dust.
In one example, the magnetic pieces or the magnetic conductive pieces are arranged on four edges of the dustproof boards. The magnetic conductive pieces or the magnetic pieces are also arranged on four edge positions that correspond to the dustproof boards on the frame. Such arrangement brings better sealing performance between the dustproof boards and the frame, thus better preventing the dust from entering the inner parts of the glass substrate transporting box.
In one example, the glass substrate transporting box is configured with slots and the dustproof boards are inserted into the slots. The dustproof boards are convenient to be installable and removable from the frame.
A glass substrate transporting box comprises a frame. Dustproof curtains for covering the side surfaces are arranged on at least one side surface in side surfaces of the glass substrate transporting box. The dustproof boards arranged on the frame are installable to and removable from the frame.
In one example, dustproof curtains are arranged on five side surfaces of the glass substrate transporting box except the bottom surface of the glass substrate transporting box.
In one example, the magnetic pieces or the magnetic conductive pieces are arranged on four edges of the dustproof curtains. The magnetic conductive pieces or the magnetic pieces are also arranged on four edge positions that correspond to the dustproof boards on the frame. The dustproof curtains are fixed to the frame through magnetic forces between the magnetic pieces and the magnetic conductive pieces.
In one example, the frame is configured with dustproof materials for covering the magnetic pieces or the magnetic conductive pieces. The dustproof curtains are configured with dustproof materials for covering the magnetic conductive pieces or the magnetic pieces.
In the present disclosure, because the dustproof boards or the dustproof curtains for covering, the side surfaces are arranged on the side surfaces of the glass substrate transporting box, a glass substrate is protected in the process of transportation or storage, thus avoiding polluting the glass substrate by preventing the dust from entering the inner parts of the frame from the side surfaces of the glass substrate transporting box, increasing the cleanliness of the glass substrate, simultaneously reducing the burden of the cleaning equipment and reducing the condition of washing uncleanness to a certain degree to increase the rate of good products in the manufacturing process of liquid crystal display (LCD) devices.
Legends: 10. frame; 6. magnetic piece; 7. slot; 20. dustproof board; 21. first dustproof board; 22, second dustproof board; 23. third dustproof board; 30, dustproof curtain.
The present disclosure is further described in detail in accordance with the figures and the examples.
In the example, as shown in
Because the magnetic pieces 6 are magnetic, it is easy to absorb the dust on the surfaces of the magnetic pieces 6 and the dust is not easy to fall off. To ensure cleanliness of the magnetic pieces 6 and to avoid generating dust on the magnetic pieces 6, in the example, dustproof materials covering the magnetic pieces 6 are both arranged on the magnetic pieces 6 on the frame 10 and the dustproof boards. The dustproof materials may be resin films or other materials.
As shown in
In the example, the dustproof curtains also are fixed to the frame by using structures similar to buttons.
The present disclosure is described in detail in accordance with the above contents with the specific preferred examples. However, this present disclosure is not limited to the specific examples. For the ordinary technical personnel of the technical field of the present disclosure, on the premise of keeping the conception of the present disclosure, the technical personnel can also make simple deductions or replacements, and all of which should be considered to belong to the protection scope of the present disclosure.
Number | Date | Country | Kind |
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201220482613.X | Sep 2012 | CN | national |
Filing Document | Filing Date | Country | Kind | 371c Date |
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PCT/CN12/82252 | 9/28/2012 | WO | 00 | 11/6/2012 |