Cutter assembly and device for machining side walls of bearing pedestals and application
A technology of cutting tool components and bearing seats, which is applied to metal processing machinery parts, feeding devices, manufacturing tools, etc., can solve the problems of low processing quality, low work efficiency, unreasonable equipment mechanism, etc., achieve good processing quality and improve processing efficiency , high economical effect
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Embodiment I
[0031] Concrete embodiment 1: be example with processing V-type 12 cylinders inner body bearing block sidewalls. Such as figure 1 , 6 left cutter heads 13 and 6 right cutter heads 14 are installed on the main shaft 17 at a certain distance by 6 positioning sleeves 16, 6 bearing seats 15, and 1 main bearing seat 12, and the main nut 19 passes through the main positioning The sleeve 18 is fastened, and then fixed to the supporting body 11 by each bearing seat to form a cutter assembly 4 .
[0032] The cutter assembly 4 is installed on the column slide 6 through the support body 11 , and the taper shank at one end of the main shaft 17 of the cutter assembly 4 is installed in the output taper hole of the headstock 5 . During operation, the control system 20 controls the rotation of the servo motor 9 in the Z direction, and drives the tool assembly 4 to perform linear motion in the Z direction.
[0033] The working process of machining the side wall of the bearing seat of the mac...
specific Embodiment II
[0035] Specific embodiment II: Taking the processing of the side wall of the bearing block of the in-line 6-cylinder engine block as an example, the process includes the following steps:
[0036] (1) According to the cylinder center distance of the in-line 6-cylinder body and the processing size of the side wall of the bearing seat, the in-line 6-cylinder cutter is equipped.
[0037] (2) The fixture 3 of the present invention can also take into account the installation of the in-line 6-cylinder body, so that parts can be replaced without changing the fixture.
[0038] The in-line 6-cylinder machine body bearing seat side wall machining process is the same as the V-shaped machine body machining process in the specific embodiment 1 except that the in-line 6-cylinder cutter needs to be replaced, so it will not be repeated here.
[0039] It needs to be clarified that the control system 20 can send driving signals to the Z-direction servo motor 9 and the X-direction servo motor 10 ...
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