Novel fin arranging machine for fin evaporator

Abstract

The invention discloses a novel fin arranging machine for a fin evaporator. The novel fin arranging machine is characterized by comprising a fin arranging trolley, a fin arranging device, a fin arranging platform, a fin feeding box, a power motor and a program controller; the fin arranging trolley is in an n shape, and the fin arranging trolley is provided with a push air cylinder and a screw rod sliding rail; the fin arranging device comprises fin clamping devices, a fin arranging motor, a fin arranging centre and a fin arranging spring; the fin arranging platform comprises a support, a flat plate provided with a concave groove and two linear sliding rails; the fin feeding box is located between a vertical plate of the fin arranging trolley and the concave groove; the program controller is controlled through PLC programming; a data displayer and an adjusting key are arranged on the surface of the program controller; and during fin arranging, the fin clamping devices are used for taking materials from the fin feeding box, the program controller controls the power motor to drive the fin arranging trolley to move at a constant speed, and the fin arranging motor, the fin arranging centre and the fin arranging spring are matched for pressing fins into the concave groove. According to the novel fin arranging machine, the fin arranging speed is high, the phenomena of missed arranging and mistaken arranging are avoided, and the novel fin arranging machine is suitable for fin arranging of the fin evaporator.

Description

technical field [0001] The invention relates to the field of chip arranging machines, in particular to a new type of fin evaporator chip arranging machine. Background technique [0002] In the production process of the fin evaporator, the fins are generally inserted into the slots on the fin mold by hand. The sheet arrangement worker holds a handful of fins, places them on the mold, and pulls the fins in parallel. When the fin meets the slot on the mold, due to gravity, the fin will fall into the corresponding slot. Afterwards, the workers use the method of flat shooting to straighten the fins. After the fins are arranged, they pass through the tubes and auxetic to make the fins and the aluminum tubes tightly bonded. This mode of operation is highly dependent on the proficiency of the operator, and it takes about three months to half a year for the operator to master it proficiently. Manual film arrangement has the following defects: First, it requires high proficiency of...

AI Technical Summary

Problems solved by technology

Manual film arrangement has the following defects: First, it requires high proficiency of operators, requires a large amount of labor, and the labor intensity of personnel is high, and the work efficiency is low; Problems such as misalignment and wrong direction of fins lead to poor pipe threading and low production efficiency; third, the shape of fins is thin and sharp, workers' hands are often scratched, and work-related accidents often occur

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