Multi-procedure transposition machining device for machining exhaust manifold of automobile engine
A technology for automobile engines and processing devices, which is applied in the direction of manufacturing tools, vehicle parts, transportation and packaging, etc., can solve the problems of increasing manufacturing costs, increasing cutting allowances, and cutting allowances, and reducing manufacturing costs. , The effect of less cutting allowance and easy manufacturing
Active Publication Date: 2016-01-27
ZHENJIANG HENGYUAN AUTOMOBILE COMPONENTS
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Problems solved by technology
Due to the complex shape, multiple devices are required to complete the forming and cutting of the two ports during the processing of the transmission. The processing process is complicated, and multiple positionings cause positioning reference deviations, which increases the cutting allowance and increases the scrap rate of processing. , and the original cutting processing method will cause a large cutting allowance, consume more energy and resources, increase the manufacturing cost, and cause unnecessary losses. Therefore, a multi-process process for the processing of automobile engine exhaust manifolds is designed Transposition processing device is particularly important
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[0048] Such as figure 1 Shown is a multi-process transposition processing device for processing the exhaust manifold of an automobile engine, including a multi-process transposition processing device mounting base plate 27, a transposition device 26, a forming oil cylinder mounting plate 25, a support plate 30, and a forming device 24. The milling device 28 and the connecting block 29, the transposition device 26 is installed on the installation base plate 27 of the multi-process transposition processing device, the forming oil cylinder installation plate 25 is installed on the transposition device 26, the support The plate 30 is installed on the mounting bottom plate 27 of the multi-process transposition processing device, the support plate 30 is close to one side of the forming oil cylinder mounting plate 25, and the forming device 24 and the milling device 28 are respectively installed on the forming oil cylinder mounting plate 25, the connecting block 29 is connected betwe...
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The invention relates to a multi-procedure transposition machining device for machining an exhaust manifold of an automobile engine. The multi-procedure transposition machining device comprises a multi-procedure transposition machining device installing bottom plate, a transposition device, a forming oil cylinder installing plate, a supporting plate, a forming device, a milling device and a connecting block. The transposition device is installed on the multi-procedure transposition machining device installing bottom plate, the forming oil cylinder installing plate is installed on the transposition device, the supporting plate is installed on the multi-procedure transposition machining device installing bottom plate, the supporting plate tightly abuts against one side of the forming oil cylinder installing plate, the forming device and the milling device are installed on the forming oil cylinder installing plate, and the connecting block is connected between the forming device and the milling device. An original cutting manner is improved through a milling manner, and the effects of being low in cutting allowance, saving energy and reducing consumption and manufacturing cost are achieved.
Description
technical field [0001] The invention relates to a processing device for automobile parts, in particular to a multi-process transposition processing device for processing exhaust manifolds of automobile engines. Background technique [0002] The automobile engine manifold is a heterogeneous pipe fitting with a relatively complex shape. Its main body is a curved structure. Among the two pipe ends, one is an ordinary circular pipe end, and the other end is a special-shaped pipe end. Due to the complex shape, multiple devices are required to complete the forming and cutting of the two ports during the processing of the transmission. The processing process is complicated, and multiple positionings cause positioning reference deviations, which increases the cutting allowance and increases the scrap rate of processing. , and the original cutting processing method will cause a large cutting allowance, consume more energy and resources, increase the manufacturing cost, and cause unne...
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IPC IPC(8): B23P23/04
CPCB23P23/04B23P2700/50
Inventor 经怀兵经怀忠吴江
Owner ZHENJIANG HENGYUAN AUTOMOBILE COMPONENTS