CN204867694U

CN204867694U - Wire cut electrical discharge machining's slip table

Info

Publication number: CN204867694U
Application number: CN201520441048.6U
Authority: CN
Inventors: 曾正权
Original assignee: ANHUI ZHENQUAN NUMERICAL CONTROL TECHNOLOGY Co Ltd
Current assignee: ANHUI ZHENQUAN NUMERICAL CONTROL TECHNOLOGY Co Ltd
Priority date: 2015-06-25
Filing date: 2015-06-25
Publication date: 2015-12-16
Anticipated expiration: 2025-06-25

Abstract

The utility model discloses a wire cut electrical discharge machining's slip table, include: a pedestal, the bottom suspension fagging, a lower guide rail, lower spout, the slider, lower fixed block, lower lead screw, lower motor, go up the backup pad, the upper assembly includes an upper guide rail, go up the spout, a panel, go up the fixed block, go up the lead screw, go up the motor, all install a lower spout on each lower guideway, the slider welding is on the upper surface of two lower spouts, install a lower lead screw through threaded connection's mode on the fixed block down, the output shaft of lower motor and the front end rigid coupling of lower lead screw, all install one on each on the guide rail and go up the spout, on the upper surface of panel welding spout on two, go up the lead screw through one mode installation of threaded connection on going up the fixed block, go up the output shaft of motor and the right -hand member rigid coupling of last lead screw. The utility model has the advantages of convenient to use, labor - and time -saving.

Description

A kind of slide unit of wire cutting machine

Technical field

The utility model relates to a kind of slide unit of wire cutting machine, is applied to Linear cut field of mechanical technique.

Background technology

Wire cutting machine has been widely used in Metal Cutting field, for the ease of travelling workpiece, existing Linear cut chance arranges a slide unit, namely such processing staff carrys out travelling workpiece by slide unit, but existing slide unit still needs promote by processing staff is manual or is shaken by screw mandrel, therefore compare and expend muscle power very manpower, and speed is also slow like this, time-consuming, existing slide unit is individual layer slide unit in addition, can only maybe can only vertically move by transverse shifting, but when workpiece needs not only carry out transverse cuts but also need longitudinally to cut, processing staff can only after workpiece completes transverse cuts, the position of workpiece under manual adjustment again, carry out longitudinal cutting again, therefore also more time-consuming, and expend muscle power.

Utility model content

For solving the defect of prior art, the utility model discloses a kind of slide unit of wire cutting machine of easy to use, saving of work and time.

The utility model discloses a kind of slide unit of wire cutting machine, comprise: base, lower supporting plate, lower guideway, gliding groove, slide block, lower fixed block, lower screw mandrel, lower motor, upper backup pad, upper rail, upper hopper chute, panel, upper fixed block, upper screw rod, upper motor, a lower supporting plate is vertically welded in the front end of described base, a lower guideway is installed respectively by bolt in two, the left and right of the upper surface of described base, and each lower guideway is all installed a gliding groove, be slidably connected between described gliding groove and lower guideway, described slide block is welded on the upper surface of two gliding grooves, the lower surface of described slide block installs a lower fixed block by bolt, the mode that described lower fixed block is threaded connection installs a lower screw mandrel, the front end of described described lower screw mandrel is arranged on lower supporting plate by bearing, described lower motor is arranged on lower supporting plate by bolt, the output shaft of described lower motor and the front end of lower screw mandrel affixed, the right-hand member of described slide block welds a upper backup pad, front and back two parts of described slide block upper surface do not weld a upper rail, each upper rail is all installed a upper hopper chute, described upper hopper chute and upper rail are slidably connected, described panel is welded on the upper surface of two upper hopper chutes, the lower surface of described panel installs a upper fixed block by bolt, the mode that described upper fixed block is threaded connection installs a upper screw rod, the right-hand member of described upper screw rod is arranged on upper backup pad by bearing, described upper motor is arranged on upper backup pad by bolt, the output shaft of described upper motor and the right-hand member of upper screw rod affixed.

Owing to adopting technique scheme, the utility model has following advantageous benefits:

1, easy to use;

2, saving of work and time.

Accompanying drawing explanation

Fig. 1 is the structural representation of the slide unit of a kind of wire cutting machine of the utility model.

Wherein: 1-base; 2-lower supporting plate; 3-lower guideway; 4-gliding groove; 5-slide block; Fixed block under 6-; Screw mandrel under 7-; Motor under 8-; 9-upper backup pad; 10-upper rail; 11-upper hopper chute; 12-panel; The upper fixed block of 13-; 14-upper screw rod; The upper motor of 15-.

Detailed description of the invention

As shown in Figure 1, the utility model discloses a kind of slide unit of wire cutting machine, comprise: base 1, lower supporting plate 2, lower guideway 3, gliding groove 4, slide block 5, lower fixed block 6, lower screw mandrel 7, lower motor 8, upper backup pad 9, upper rail 10, upper hopper chute 11, panel 12, upper fixed block 13, upper screw rod 14, upper motor 15, a lower supporting plate 2 is vertically welded in the front end of described base 1, a lower guideway 3 is installed respectively by bolt in two, the left and right of the upper surface of described base 1, and each lower guideway 3 all installs a gliding groove 4, be slidably connected between described gliding groove 4 and lower guideway 3, described slide block 5 is welded on the upper surface of two gliding grooves 4, the lower surface of described slide block 5 installs a lower fixed block 6 by bolt, the mode that described lower fixed block 6 is threaded connection installs a lower screw mandrel 7, the front end of described described lower screw mandrel 7 is arranged on lower supporting plate 2 by bearing, described lower motor 8 is arranged on lower supporting plate 2 by bolt, the output shaft of described lower motor 8 and the front end of lower screw mandrel 7 affixed, the right-hand member of described slide block 5 welds a upper backup pad 9, front and back two parts of described slide block 5 upper surface do not weld a upper rail 10, each upper rail 10 is all installed a upper hopper chute 11, described upper hopper chute 11 is slidably connected with upper rail 10, described panel 12 is welded on the upper surface of two upper hopper chutes 11, the lower surface of described panel 12 installs a upper fixed block 13 by bolt, the mode that described upper fixed block 13 is threaded connection installs a upper screw rod 14, the right-hand member of described upper screw rod 14 is arranged on upper backup pad 9 by bearing, described upper motor 15 is arranged on upper backup pad 9 by bolt, the output shaft of described upper motor 15 and the right-hand member of upper screw rod 14 affixed.

The utility model implements like this: workpiece is placed on panel 12, when needing longitudinally to cut, start bottom electrode 8, the rotation of lower motor 8 drives lower screw mandrel 7 brick, because lower screw mandrel 7 is arranged on lower supporting plate 2 by bearing, therefore screw mandrel 7 is descended can not to move forward and backward relative to lower supporting plate 2, this at present fixed block 6 move backward, lower fixed block 6 band movable slider 5 moves backward, slide block 5 drives panel 12 to move backward by upper rail 10 and upper hopper chute 11, thus realize panel 12 and drive workpiece to carry out the object vertically moved, after longitudinally having cut, control lower motor 8 to reverse, slide block 5 is playbacked, same principle, when needing transverse shifting, upper screw rod 14 is driven to rotate by upper motor 15, according to above-mentioned principle, upper fixed block 13 is to left movement, thus drive panel 12 to left movement, panel 12 is also just with workpiece transverse shifting, after transverse cuts completes, in control, motor 15 reversion can realize the playback of panel 12, therefore use more convenient, and owing to eliminating manpower, therefore muscle power is saved very greatly, and efficiency is higher, saving of work and time.

Last it is noted that above embodiment only in order to illustrate the utility model and and technical scheme described by unrestricted the utility model; Therefore, although this description has been described in detail the utility model with reference to each above-mentioned embodiment, those of ordinary skill in the art should be appreciated that and still can modify to the utility model or equivalent replacement; And all do not depart from technical scheme and the improvement thereof of spirit and scope of the present utility model, it all should be encompassed in right of the present utility model.

Claims

1. the slide unit of a wire cutting machine, comprise: base, lower supporting plate, lower guideway, gliding groove, slide block, lower fixed block, lower screw mandrel, lower motor, upper backup pad, upper rail, upper hopper chute, panel, upper fixed block, upper screw rod, upper motor, it is characterized in that: a lower supporting plate is vertically welded in the front end of described base, a lower guideway is installed respectively by bolt in two, the left and right of the upper surface of described base, and each lower guideway is all installed a gliding groove, be slidably connected between described gliding groove and lower guideway, described slide block is welded on the upper surface of two gliding grooves, the lower surface of described slide block installs a lower fixed block by bolt, the mode that described lower fixed block is threaded connection installs a lower screw mandrel, the front end of described described lower screw mandrel is arranged on lower supporting plate by bearing, described lower motor is arranged on lower supporting plate by bolt, the output shaft of described lower motor and the front end of lower screw mandrel affixed, the right-hand member of described slide block welds a upper backup pad, front and back two parts of described slide block upper surface do not weld a upper rail, each upper rail is all installed a upper hopper chute, described upper hopper chute and upper rail are slidably connected, described panel is welded on the upper surface of two upper hopper chutes, the lower surface of described panel installs a upper fixed block by bolt, the mode that described upper fixed block is threaded connection installs a upper screw rod, the right-hand member of described upper screw rod is arranged on upper backup pad by bearing, described upper motor is arranged on upper backup pad by bolt, the output shaft of described upper motor and the right-hand member of upper screw rod affixed.