Refrigeration house plate edge milling machine

Abstract

The invention discloses a refrigeration house plate edge milling machine which comprises a rack, wherein a straight line sliding rail is arranged on the rack; slidable sliding blocks are arranged on the straight line sliding rail; a motor mounting base is fixed on the sliding blocks; a motor is fixed on one side of the motor mounting base; a rotary shaft is vertically mounted below the motor; a milling cutter is mounted on the rotary shaft; the lower end of the rotary shaft is mounted on a bearing pedestal; the bearing pedestal is movably connected with the lower part of the rack; the milling cutter is formed by combining two first vertical milling cutters, two arc-shaped milling cutters and a second vertical milling cutter; the two arc-shaped milling cutters are mounted on two sides of the second vertical milling cutter; and the two first vertical milling cutters are mounted on outer sides of the two arc-shaped milling cutters. The refrigeration house plate edge milling machine saves plenty of time for manually repairing and maintaining a refrigeration house plate for the second time, and milled plate inserting connection holes are tidy and attractive and are tightly inserted.

Description

technical field [0001] The invention relates to an edge milling machine, in particular to a cold storage board edge milling machine. Background technique [0002] With the development of freezing and refrigeration technology, the tentacles of cold storage engineering have penetrated into all walks of life. Therefore, the use of cold storage panels is becoming more and more extensive. However, due to the limitations of the length of the crawler production line and the production environment during the production of the cold storage board, the foamed material at the sub-mother mouth of the board generally continues to rise after the board exits the track opening. After the rise, the board insertion interface is directly deformed. If the connection is not tight, the thermal insulation performance will decrease. At present, the plug quality of cold storage board products with a thickness in the range of 150-200mm has always been defective. After production, additional board tri...

AI Technical Summary

Problems solved by technology

However, due to the limitations of the length of the track production line and the production environment during the production of cold storage panels, the foam material at the parent and child mouths of the panels generally continues to rise after the panels leave the track mouth. Insufficient connection leads to decline in thermal insulation performance

At present, the plug-in quality of cold storage board products with a thickness in the range of 150-200mm has always been defective. After production, additional trimming of the board is required to remove the excess foaming material, which takes a lot of manpower and time.

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