CN202344277U

CN202344277U - Moving device of fixture for X axis and Y axis of multi-axial horizontal type machine tool

Info

Publication number: CN202344277U
Application number: CN2011203640035U
Authority: CN
Inventors: 林世忠; 陈水勇
Original assignee: 林小艺
Priority date: 2011-09-23
Filing date: 2011-09-23
Publication date: 2012-07-25
Anticipated expiration: 2021-09-23

Abstract

The utility model relates to a moving device of a fixture for an X axis and a Y axis of a multi- axial horizontal type machine tool, which comprises an X-axis upright post, an X-axis guide rail, a Y-axis guide rail, an X-axis servo motor, a Y-axis servo motor, a fixture and a fixture seat, wherein the X-axis guide rail is arranged on the left side wall of the X-axis upright post and is also fixedly connected with the left side wall of the X-axis upright post, the X-axis guide rail is connected with the inner side face of the fixture seat by a slide block of the guide rail, the fixture seat is connected with the X-axis servo motor by a screw rod, the outer side face of the fixture seat is connected with the Y-axis guide rail, the Y-axis guide rail is connected with the fixture by a slide block, and the fixture is connected with the Y-axis servo motor by a Y-axis screw rod. Because the X-axis guide rail is arranged at the left side of the X-axis upright post, the front face of the X-axis guide rail is stressed, and the back face of the front face of the X-axis guide rail is supported by a box body of the X-axis upright post, so that the guide rail is not easy to deform; even if the moving device of the fixture for the X axis and the Y axis of the multi-axial horizontal type machine tool is used for a long time, a clearance is also not easy to generate; therefore, the processing accuracy is easy to ensure; and meanwhile, due to the arrangement of position of the X-axis guide rail, the X-axis guide rail is more convenient to install or replace and is convenient to maintain.

Description

A kind of anchor clamps mobile device of X axle Y axle of multiaxis horizontal machine tool

Technical field

The utility model relates to a kind of Digit Control Machine Tool, particularly relates to a kind of anchor clamps mobile device of X axle Y axle of multiaxis horizontal machine tool.

Background technology

The anchor clamps mobile device of the X axle Y axle of horizontal machine tool is the Digit Control Machine Tool major part; Its slip localization part is made up of X axis rail, Y axis rail, but its X axis rail of this type of present lathe is located on the bottom surface of X axle column, and the cutter on the main shaft has individual thrust to the workpiece on the anchor clamps; Make the guide rail side of bottom surface of X axle column stressed; The easy like this X axis rail that causes is out of shape, and long-term the use is easy to generate the gap, influences machining accuracy.

Summary of the invention

For overcoming above-mentioned defective, the utility model provides a kind of anchor clamps mobile device of X axle Y axle of multiaxis horizontal machine tool.

For achieving the above object, the utility model adopts following technical scheme:

A kind of anchor clamps mobile device of X axle Y axle of multiaxis horizontal machine tool; Comprise X axle column, X axis rail, Y axis rail, X axle servomotor, Y axle servomotor, anchor clamps, clamping fixture seat, described X axis rail is located on the left side wall of X axle column; And be fixedly connected with X axle column left side wall; The X axis rail is connected with the medial surface of clamping fixture seat through the guide rail slide block, and clamping fixture seat is connected with X axle servomotor through screw mandrel, and the lateral surface of clamping fixture seat connects the Y axis rail; The Y axis rail is connected with anchor clamps through slide block, and anchor clamps are connected with Y axle servomotor through Y axial filament bar.

Described anchor clamps are made up of last fixture block and following fixture block; The last fixture block upper side of anchor clamps is connected with hydraulic cylinder piston rod; The following fixture block of described anchor clamps is connected with Y axle servomotor through Y axial filament bar, and after X, Y axle were located respectively, the following fixture block of anchor clamps was a stationary state; The last fixture block of anchor clamps moves from top to bottom under the effect of hydraulic jack and is used to add clamping of workpieces or workpiece mould, and moving up is used to lay down workpiece or anchor clamps.

The beneficial effect of the utility model: because the X axis rail of the utility model is located at the left side of X axle column; Make the positive stressed of X axis rail, there is the case supports of X axle column its positive back, makes guide rail not yielding; Even long-term use also is not easy to produce the gap; Therefore guarantee machining accuracy easily, the position of this X axis rail setting is more convenient for installing or changing simultaneously, is convenient to safeguard.

Description of drawings

Fig. 1 is provided with the sketch map of position for the X axis rail of traditional product.

Fig. 2 be the utility model wherein the preceding right side of one of them embodiment to the sketch map of the solid at visual angle.

Fig. 3 is the front view of the foregoing description.

The specific embodiment

Below in conjunction with accompanying drawing the utility model is further described:

As shown in Figure 1; For the X axis rail of traditional product is provided with the sketch map of position, X axis rail 7 is located on the bottom surface of X axle column 6, and the cutter on the main shaft has individual thrust to the workpiece on the anchor clamps; Make the guide rail side of bottom surface of X axle column stressed; The easy like this X axis rail that causes is out of shape, and long-term the use is easy to generate the gap, influences machining accuracy.

Like Fig. 2, shown in Figure 3; The utility model comprises: X axle column 6, X axis rail 7, Y axis rail 4, X axle servomotor 3, Y axle servomotor 5; Anchor clamps, clamping fixture seat 9, described X axis rail 7 is located on the left side wall of X axle column, and X axle column is exactly the fixing framework of X axis rail 7; The X axis rail is fixedly connected with the left side wall of X axle column; The X axis rail is connected with the medial surface (being illustrated right flank) of clamping fixture seat through the guide rail slide block, and clamping fixture seat is connected with X axle servomotor 3 through X axial filament bar screw mandrel 2, and the lateral surface of clamping fixture seat (being illustrated left surface) connects Y axis rail 4; The Y axis rail is connected with anchor clamps through slide block, and anchor clamps are connected with Y axle servomotor 5 through Y axial filament bar 12.

Described anchor clamps are made up of with following fixture block 10 last fixture block 1; The last fixture block upper side 13 of anchor clamps is connected with hydraulic cylinder piston rod; The following fixture block 10 of described anchor clamps is connected with Y axle servomotor through Y axial filament bar 12; Last fixture block 1 interconnects with following fixture block 10 and is respectively equipped with anchor clamps link slot 11 on the face, and its anchor clamps link slot is used to connect the mould that adds clamping of workpieces.After anchor clamps were located respectively through X, Y axle, the following fixture block 10 of anchor clamps was a stationary state, and the last fixture block of anchor clamps moves from top to bottom under the effect of hydraulic jack and is used to add clamping of workpieces or workpiece mould, and moving up is used to lay down workpiece or anchor clamps.

The utility model is not limited to described implementation method, and under the utility model design that does not exceed claim, the personnel for having the ABC in field under the utility model can implement a lot of distortion, and these modification also belong to the scope of the utility model.

Claims

1. the anchor clamps mobile device of the X axle Y axle of a multiaxis horizontal machine tool; Comprise X axle column, X axis rail, Y axis rail, X axle servomotor, Y axle servomotor, anchor clamps, clamping fixture seat is characterized in that: described X axis rail is located on the left side wall of X axle column; And be fixedly connected with X axle column left side wall; The X axis rail is connected with the medial surface of clamping fixture seat through the guide rail slide block, and clamping fixture seat is connected with X axle servomotor through screw mandrel, and the lateral surface of clamping fixture seat connects the Y axis rail; The Y axis rail is connected with anchor clamps through slide block, and anchor clamps are connected with Y axle servomotor through Y axial filament bar.

2. the anchor clamps mobile device of the X axle Y axle of a kind of multiaxis horizontal machine tool according to claim 1; It is characterized in that: described anchor clamps are made up of last fixture block and following fixture block; The last fixture block upper side of anchor clamps is connected with hydraulic cylinder piston rod; The following fixture block of described anchor clamps is connected with Y axle servomotor through Y axial filament bar, and after X, Y axle were located respectively, the following fixture block of anchor clamps was a stationary state; The last fixture block of anchor clamps moves from top to bottom under the effect of hydraulic jack and is used to add clamping of workpieces or workpiece mould, and moving up is used to lay down workpiece or anchor clamps.