Intake manifold multi-station servo hot plate welding machine
A technology for a hot plate welding machine and an intake manifold, which is applied to tubular objects, other household appliances, household appliances, etc., can solve the problems of defective products, low processing efficiency, and easy generation of waste products.
Pending Publication Date: 2018-01-05
上海苏豫电子有限公司
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Problems solved by technology
[0002] In the welding process of the automobile intake manifold, one end of the straight pipe of the intake manifold needs to be welded with the elbow of the intake manifold, and there are three welding positions at the other end of the straight pipe of the intake manifold. Process, in the prior art, a single machine welds one of the positions, and at least three pieces of equipment are required to complete the welding of the entire intake manifold, resulting in high equipment and labor costs, and one of the positions is welded before welding In another position, such a processing flow is inefficient, and the entire set of equipment occupies a large area of the factory. At the same time, due to the cumulative tolerance of the welding process, the precision of the welded intake manifold is not high, and it is easy to produce waste and defective products. low pass rate
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[0030] One embodiment of the present invention is as follows:
[0031] For the convenience of explanation and understanding, the whole heat welding process is explained according to the three heat welding parts on the tooling of the multi-station servo hot plate welding machine, and the heat welding process of each heat welding part is explained. In the actual heat welding process, this The three thermal welding processes are carried out simultaneously.
[0032] The heat welding process of the first heat welding part 2: after the first welding block 210 is placed on the first fixed platform 211, one end of the intake manifold 5 is placed on the first fixed seat 205, and the other end is placed on the horizontal platform 310, press The clamping cylinders (206, 207) drive the pressing blocks (208, 209), the clamping cylinder 312 drives the clamping arm 311 to respectively fix the first welding block 210 and the intake manifold 5, and then the movable end of the first thermal mol...
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An intake manifold multi-station servo hot plate welding machine comprises a machine frame and a control part. The control part comprises a control cabinet and a temperature controller. The intake manifold multi-station servo hot plate welding machine further comprises a multi-station servo hot plate welding machine tool mounted on the machine frame. The multi-station servo hot plate welding machine tool comprises a first hot welding part used for welding a first welding bock of an intake manifold, a second hot welding part used for welding a second welding bock and a third welding block of the intake manifold, and a third hot welding part used for welding a fourth welding bock of the intake manifold; and the first hot welding part, the second hot welding part and the third hot welding part are fixed to the machine frame correspondingly according to the positions of the first welding block, the second welding block, the welding block and the fourth welding block on the intake manifold.The intake manifold multi-station servo hot plate welding machine provided by the invention is small in occupied space, capable being operated by one person and high in efficiency and precision.
Description
technical field [0001] The invention relates to the field of automobile intake manifold welding, in particular to an intake manifold multi-station servo hot plate welding machine. Background technique [0002] In the welding process of the automobile intake manifold, one end of the straight pipe of the intake manifold needs to be welded with the elbow of the intake manifold, and there are three welding positions at the other end of the straight pipe of the intake manifold. Process, in the prior art, a single machine welds one of the positions, and at least three pieces of equipment are required to complete the welding of the entire intake manifold, resulting in high equipment and labor costs, and one of the positions is welded before welding In another position, such a processing flow is inefficient, and the entire set of equipment occupies a large area of the factory. At the same time, due to the cumulative tolerance of the welding process, the precision of the welded int...
Claims
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IPC IPC(8): B29C65/02B29L23/00
Inventor 何小进
Owner 上海苏豫电子有限公司