CN201625879U - Turnover worktable applied by automobile mould - Google Patents

Abstract

The utility model discloses a turnover worktable applied by an automobile mould, which belongs to auxiliary equipment used when the automobile mould processes a part with certain angle. A longitudinal turnover table (2) is that a first rotating shaft (6) is movably arranged on a turnover table base (1), a transverse turnover table (3) is that a second rotating shaft (7) is movably arranged on the longitudinal turnover table (2), and a mould work-piece (4) is fixed on the transverse turnover table (3) in a clamping manner. With novel and reasonable design, the turnover worktable can replace a five-face machine to finish partial processing operation, so as to ensure the processing precision and the stability of the mould, save the cost, lower the processing difficulty, lower the labor intensity of workers, reduce the workload, and shorten the production period of the mould, thereby reducing the cost of the mould by 30% and increasing the profit by 35%. Moreover, the turnover worktable has multiple purposes, can be used as a fixture in case of necessity, and avoids environmental pollution at the same time.

Description

The upset workbench that automobile die is used

Technical field: the utility model relates to the upset workbench that auxiliary equipment automobile die that a kind of automobile die uses is used when processing belt angle position.

Background technology: generally adopt at processing belt angle position, automobile die market mostly is five machines greatly, distinguishes to some extent with the processing of initial automobile die, has easy to processly, but this processing scheme cost height has increased the burden of enterprise.

The utility model content: the utility model has overcome the deficiencies in the prior art, and a kind of novel part band angle position processing request that reaches is provided, and reduces the upset workbench that the automobile die of Mould Machining cost is used.The technical scheme that the utility model technical solution problem is adopted is: described vertical roll-over table 2 is movably arranged on above the roll-over table base 1 by first rotating shaft 6, laterally roll-over table 3 is movably arranged on above vertical roll-over table 2 by second rotating shaft 7, and die workpiece 4 is fixedly clamped laterally above the roll-over table 3.

The beneficial effects of the utility model are: because rationally novel in design, can replace five machines to finish the part processing content, guaranteed the stability of machining accuracy and mould, save cost, reduce difficulty of processing, reduced labor strength and workload, shortened the mould production cycle, thereby make die cost reduce 30%, profit increases by 35%.And of many uses, also can be used as anchor clamps in case of necessity and use, avoided environmental pollution.

Description of drawings: Fig. 1 is a main structure schematic diagram of the present utility model

Fig. 2 is the angle schematic diagram of the processing work of Fig. 1

The specific embodiment: as shown in Figure 1, described vertical roll-over table 2 is movably arranged on above the roll-over table base 1 by first rotating shaft 6, laterally roll-over table 3 is movably arranged on above vertical roll-over table 2 by second rotating shaft 7, and die workpiece 4 is fixedly clamped laterally above the roll-over table 3.

As shown in Figure 1, between described roll-over table base 1 and the vertical roll-over table 2, vertically between roll-over table 2 and the horizontal roll-over table 3, with band angle cushion block 5 support fixation.

As shown in Figure 1 and Figure 2, described die workpiece 4 two circular holes 8 to be processed and the machining benchmark 9 of die workpiece 4 are certain angle.

During operation, when processing belt angle position, make machining benchmark with straight peen on mould earlier, make a processing datum again, take measurement of an angle and rotational workpieces, putting with this serves as to process to set up machining coordinate system, last roll-over table zero point.Earlier roll-over table is fixed on the workbench, the roll-over table centering compresses, and putting needs processed mould workpiece, bottom surface and table top will wipe examination totally again, and the die workpiece centering compresses.Then workbench is dug by the single angular dimension of technology, and under this angle on the side pad pairing cushion block, push down gently with pressing plate digging a side and workbench subsequently.Fix a dial gauge at main tapping,, find the machining benchmark of being done before the not upset the accurate centering of die workpiece.Be made as the origin of coordinates in the Digit Control Machine Tool control panel, centering centers, and begins then to process with straight peen by the program that technology provides, and notice that cutting output is not excessive, prevents that die workpiece is shifted.

Claims (3)

1. the upset workbench used of an automobile die, it is characterized in that vertical roll-over table (2) is movably arranged on above the roll-over table base (1) by first rotating shaft (6), laterally roll-over table (3) is movably arranged on above vertical roll-over table (2) by second rotating shaft (7), and die workpiece (4) is fixedly clamped laterally above the roll-over table (3).

2. the upset workbench that automobile die according to claim 1 is used is characterized in that between roll-over table base (1) and the vertical roll-over table (2), vertically between roll-over table (2) and the horizontal roll-over table (3), with band angle cushion block (5) support fixation.

3. the upset workbench that automobile die according to claim 1 is used is characterized in that two circular holes (8) that die workpiece (4) is to be processed and the machining benchmark (9) of die workpiece (4) are certain angle.

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