LED light bar aluminum substrate splitting equipment

Abstract

The invention relates to the technical field of industrial equipment and discloses LED light bar aluminum substrate splitting equipment. The equipment comprises a box and an air pump, a fixed platformis fixedly installed at the top of an inner cavity of the box, a right conveying device is movably installed on the right side of the fixed platform, a left conveying device is movably installed on the left side of the fixed platform, the right conveying device is movably connected with the inner wall of the box, and the left conveying device is movably connected with the inner wall of the box. The right conveying device, the left conveying device and a cutting device are arranged; therefore, a cutting cycle of LED light bar aluminum substrates is formed; automatic cutting is achieved, manualintervention is reduced, manual use is reduced, the labor cost is reduced, the idling time of a front cutting knife wheel is shortened when the LED light bar aluminum substrates are returned manually, energy waste is reduced, the cutting cost is reduced, meanwhile, two aluminum substrates are cut at the same time, and the cutting efficiency of LED light bars is improved.

Description

technical field [0001] The invention relates to the technical field of industrial equipment, in particular to an aluminum substrate splitting device for an LED light bar. Background technique [0002] LED aluminum substrate splitting machine adopts the latest light-weight design, and completes the micro-shear stress cutting stroke at one time. It is suitable for cutting circuit boards and aluminum circuit boards with V-shaped grooves, and the production of existing LED light strips. The process generally adopts two modes, the large plate production mode and the small plate production mode. For the large plate production mode, the whole plate production mode is usually used; for the small plate production mode, if the whole plate production mode is used, the work efficiency is low. Therefore, under normal circumstances, the small boards are assembled into large boards in advance, and the finished products are produced and then separated by equipment processing. In this produc...

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Problems solved by technology

[0002] LED aluminum substrate splitting machine adopts the latest light-weight design, and completes the micro-shear stress cutting stroke at one time. It is suitable for cutting circuit boards and aluminum circuit boards with V-shaped grooves, and the production of existing LED light strips. The process generally adopts two modes, the large plate production mode and the small plate production mode. For the large plate production mode, the whole plate production mode is usually used; for the small plate production mode, if the whole plate production mode is used, the work efficiency is low. Therefore, under normal circumstances, the small boards are assembled into large boards in advance, and the finished products are produced and then separated by equipment processing. In this production and processing process, the aluminum substrate splitting machine equipment is inseparable. The working principle is: the product is produced by Manually push and move along the guide plate, so that the V-shaped groove on the aluminum substrate is aligned and in contact with the circular knife, the lower circular knife rotates actively, and the upper circular knife rotates passively, and drives the product to translate while cutting the product, so that the product’s The shear stress is minimized, suitable for cutting long substrates, and the speed is fast, but there are some deficiencies in the use of the splitter, as follows:

[0003] While the LED aluminum substrate splitting machine is in operation, the operator must not leave the machine. Although the aluminum substrate splitting machine has a high degree of automation, during production, the operator still needs to continuously feed the cutting machine, and most of them Most of the board machine equipment is a single-set cutting device, so that after cutting a long LED strip, it is necessary to manually transport the aluminum substrate back and cut the next LED strip from the beginning. In this way, the cutting speed of the slitting machine It is largely limited by the manual operation speed. At the same time, manual alignment of the knife edge is required. Once there is a deviation, it is easy to cause damage to the LED light bar during the cutting process. The LED light bar is fed while being cut, but in the process of sliding, once one end of the LED light bar is shifted, it will cause cutting deviation, which may cause burrs, affect the cutting accuracy and quality, or cause damage to the cutting LED light strips cause great loss and also affect the cutting rate

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