Glass cracking transition assembly

Abstract

The invention provides a glass splitting transition assembly. The glass splitting transition assembly comprises a plurality of hinged modules hinged together by use of a connecting shaft, and a plurality of connecting arms connected with the connecting shaft one by one. The glass splitting transition assembly is characterized in that the other end of each connecting arm is connected to a Y-axis plate by use of a sliding rail, a plurality of suckers are arranged on each hinged module, and a telescopic device is further arranged on each connecting arm. According to the glass splitting transition assembly, different displacements of the end portions of the various hinged modules are realized by use of the telescopic devices on the connecting arms, and therefore, the rotation between the planes of two adjacent hinged modules is realized; the plurality of hinged modules are arranged on the sliding rail of the Y-axis plate; meanwhile, two slides connected by use of a screw are arranged on each hinged module, and therefore, movement and extension between the hinged modules in the axial direction of the Y-axis plate can be realized, the space between the hinged modules can be adjusted, and meanwhile, the glass area correspondingly sucked by the same hinged module can also be adjusted.

Description

technical field [0001] The invention relates to a one-dimensional glass cracking device, in particular to a glass cracking transition assembly. Background technique [0002] The screens of electronic products can be made of glass of various materials. The glass needs to be cut according to the screen shape and size of the corresponding electronic products. The cutting process is more complicated. It is necessary to install the predetermined shape and size with a glass knife to block the glass. It is divided into scratches on the glass surface, and then the glass is broken and split along the scratches. The above process of dividing the scratches by area is easier to achieve mechanized and automated operations, and the operation itself is relatively simple, but The process of breaking and breaking the scratched glass into cracking is more complicated. First, the strength of breaking and cracking will vary according to the length of the scratch, the length and thickness of the...

AI Technical Summary

Problems solved by technology

[0002] The screen of electronic products can use glass of various materials. The glass needs to be cut according to the shape and size of the screen of the corresponding electronic product. The cutting process is more complicated. It is necessary to use a glass knife to install the predetermined shape and size to block the glass. Divide, and divide scratches on the glass surface, and then break and crack the glass along the scratches. The above-mentioned process of dividing scratches by area is relatively easy to realize mechanized and automated operations, and the operation itself is relatively simple, but The process of breaking the scratched glass into cracks and cracks is more complicated. First, the breaking and cracking force will vary according to various factors such as the length of the scratch, the length and thickness of the glass, and it is difficult for machines and equipment to quantitatively control the force. ;Secondly, during the breaking process, the position of the force applied to the glass on both sides of the scratch needs to be determined; thirdly, the direction of the force applied to the glass on both sides of the scratch must also be determined

The mechanization and automation of the above-mentioned breaking and cracking process is difficult to realize, especially in the prior art, there is no one-time breaking and cracking of the whole piece of glass into several small pieces of glass arranged in a matrix structure.

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