Improvement method of strip breaking process of multi-wire cutting machine

Abstract

The invention discloses a modified method for the strip breaking technology of a multi-wire sawing machine. The modified method comprises the following steps: (1) splicing a hollow material plate with a plurality of glass plates together in a material splicing process, wherein the glass plates are the same in size, and arranged on the hollow material plate in a plurality of lines, a first gap is formed between every two adjacent glass plates, and all the first gaps are the same; (2) sticking a plurality of block materials on the glass plates, wherein a second gap is formed between every two adjacent block materials, and all the second gaps are the same; (3) splicing small glass pieces with the left and right sides of a whole-plate material obtained after the block materials are stuck on the glass plates, so as to plug gaps on the outer sides of the block materials, and splicing small glass pieces to the upper and lower ends of the whole-plate material and the outer sides the block materials. Therefore, due to the modified method, the product qualification rate can be improved, and quality problems such as tool marks can be solved.

Description

technical field [0001] The invention relates to an improved method for breaking a strip of a multi-wire cutting machine. Background technique [0002] At present, when using multi-wire cutting machines to process products, firstly, the entire glass cut to a certain size needs to be bonded to a clean and dry solid material board, and secondly, the block materials are glued together on the adhesive tooling, and then the The bonded glass material plate is placed on the positioning tool, and finally the bonded block material is bonded on the material plate according to the positioning. After the bonding is completed, use the Xiangyi forklift to send the bonded whole sheet to the equipment workbench for cutting. The processed product needs to be boiled for about 3 to 4 hours before being transported to the grinder. There is NaOH in the cooking pot to separate the material plate, glass, and processed strips into the next process. prepare for. [0003] At present, the weight of ...

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Problems solved by technology

[0003] At present, the weight of the solid material plate and the whole glass used in the bonding process is about 40kg, and the manual handling is very laborious during the bonding process.

During the cooking process, the solid material plate and the glass are closely bonded, and it is not easy to boil if the time is short. If the time is long, the NaOH is corrosive and may cause damage to the product; during the cutting process of the multi-wire cutting machine, silicon carbide mortar is used continuously The steel wire is used to cut the product. During the continuous pouring process, due to the gap between the bonded block and the block, the mortar will be lost quickly after pouring into the product. The contact between the steel wire and the mortar is not sufficient, which will easily affect the cutting accuracy and cause the knife Moreover, in the process of pouring mortar, the front and rear ends of the whole sheet are not easy to be poured, and the front and rear ends are the inlet and outlet of steel wires, and the tension is unstable, so the probability of unqualified products at both ends is relatively high

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