A CNC continuous high-frequency assembly machine

Abstract

The invention discloses a numerical control continuous high-frequency assembly machine. The conveying device includes an assembly machine frame and a feeding frame. The right end of the feeding frame is inserted into the assembly machine frame and extends to the right end of the assembly machine frame. The feeding frame is equipped with a conveyor belt; the pressure device includes a front pressure device and a side pressure device; the splicing device includes a positive electrode splicing device and a high-frequency heating device, so the present invention designs a numerical control continuous high-frequency assembly machine. When extruding frame-type wood, the front pressure pushing head is located behind the frame-type wood to squeeze the frame-type wood, adjust the distance between multiple side pressure gantry, and then adjust the distance between the positive splicing devices, according to the needs of splicing The number of beams on the frame-type wood sets the number of side-pressing gantry to achieve a one-time unified heating and splicing of frame-type wood with a large number of beams to improve production efficiency.

Description

technical field [0001] The invention relates to the technical field of assembly machines, in particular to a numerically controlled continuous high-frequency assembly machine. Background technique [0002] The splicing of frame-type wood on the market mostly uses high-frequency assembly machines, which are time-saving and efficient. When splicing frame-type wood, the existing high-frequency assembly machines use the front pressure device and side pressure device to extrude and shape the frame-type wood. At the same time, the high-frequency heating electrode is used for heating to improve the effect of fixing and connecting the framed wood with glue. However, the number of beams on the framed wood is uncertain, and the distance between the beams is uncertain. Therefore, the existing high-frequency assembly machine The heating electrode can only heat and splice multiple beams one by one, and the splicing efficiency is low. At the same time, the existing front pressure device a...

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Problems solved by technology

[0002] The splicing of frame-type timbers on the market mostly uses high-frequency assembly machines, which are time-saving and efficient. When splicing frame-type timbers, the existing high-frequency assembly machines use the front pressure device and side pressure device to extrude and shape the frame-type timbers. At the same time, the high-frequency heating electrode is used for heating to improve the effect of fixing and connecting the framed wood with glue. However, the number of beams on the framed wood is uncertain, and the distance between the beams is uncertain. Therefore, the existing high-frequency assembly machine The heating electrode can only heat and splice multiple beams one by one, and the splicing efficiency is low. At the same time, the existing front pressure device and side pressure device work independently, which cannot achieve the effect of linkage and cooperation. In order to solve the above problems, we propose a CNC continuous high frequency assembly machine

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