CN201677173U

CN201677173U - CNC dual-system comprehensive processing machine

Info

Publication number: CN201677173U
Application number: CN2010201038357U
Authority: CN
Inventors: 张茂松
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-01-22
Filing date: 2010-01-22
Publication date: 2010-12-22
Anticipated expiration: 2020-01-22

Abstract

The utility model provides a CNC dual-system comprehensive processing machine. In the comprehensive processing machine with slicing, polishing and groove milling functions, the left side and the right side of an X-axial track in the intersecting direction of a workpiece shifting track of a machine table are respectively provided with processing machines with independent operating systems; each processing machine with the independent operating system comprises a rack which can shift outwards and inwards along the X-axial track, one end of the rack is provided with a polishing comprehensive processing machine, while the other end thereof is provided with a groove milling unit which can shift upwards and downwards and along the rack; and a workpiece erected in the machine table can be treated synchronously/asynchronously according to processing needs, in virtue of the processing machines with independent operating systems and installed at the left side and the right side of the X-axial track, when going forwards along the shifting track, so as to definitely improve the treatment efficiency of the workpiece.

Description

CNC dual system comprehensive machine

Technical field

The utility model relates to a kind of CNC dual system comprehensive machine, its be to workpiece carry out the unnecessary rim charge of slicing and peripheral polishing, with the processing machine of doing the groove milling processing that institute must the degree of depth at default periphery, can rely on each side and be assembled in same processing region for the processing machine of SOS, must decide and do synchronously/or asynchronous processing to look workpiece processing institute, design and reach the treatment effeciency that promotes workpiece.

Background technology

Normally rely on milling machine and polishing machine to be processed individually workpiece carrying out groove milling and polishing at present, this milling machine that adopts is earlier done the groove milling of machined surface to workpiece, the work rest that to finish groove milling again is located at another polishing machine therebetween so that machined surface is given polishing, though can reach the workpiece processing request of institute's palpus to this other processing, then suitable consuming time and inconvenient of its working (machining) efficiency; Therefore, the utility model person is promptly not conveniently being done an improvement and is filing an application and be disclosed in the certificate number on December 1st, 98 at what this processing machine had in the use before: the novel case of TaiWan, China M369819 " groove milling; polishing comprehensive machine () ", it is the facing cut unit that group is provided with tool groove milling function in its start zone that the comprehensive machine of this tool groove milling and polishing is included in the processing machine that workpiece is carried out groove milling and polishing, and the polishing unit of tool polishing function, and make this facing cut unit milling cutter therebetween be and polishing unit polishing cutter therebetween in same direction, be erected at board workpiece therebetween as cooperation and carry out processing and implementation can come workpiece preprocessing face is done a palpus degree of depth earlier by facing cut unit milling cutter therebetween groove milling, continue and adopt polishing unit polishing cutter therebetween to come the machined surface of finishing groove milling is done a polishing again; According to this, must not change processing machine again in the processing of doing groove milling and polishing and so on, can be directly rely on same processing machine to finish the processing form of institute's palpus in order to workpiece.

Summary of the invention

The utility model promptly as the above-mentioned comprehensive machine that carries out groove milling and polishing as workpiece do further improvement, so that workpiece must carry out unnecessary rim charge of slicing and peripheral polishing, with do the groove milling processing that institute must the degree of depth at default periphery, can rely on each side and be assembled in same processing region for the processing machine of SOS, must decide and do synchronous/or asynchronous processing to look workpiece processing institute, and effectively promote the treatment effeciency of workpiece.

For reaching aforementioned purpose, a kind of CNC dual system of the utility model comprehensive machine, wherein, comprehensive machine with slicing, polishing and groove milling function is established the processing machine with SOS in the each side group of the staggered orientation of the workpiece displacement rails of board X axis track, this processing machine comprises one can be along the frame of outer displacement in the X axis track work, one end of this frame is provided with the polishing comprehensive machine, and the other end of frame is provided with the groove milling unit that can make upward and downward and do displacement along the frame orientation;

Being erected at the processing machine with SOS that board workpiece therebetween can rely on group to be located at the left and right sides of X axis track must decide according to workpiece processing institute and do synchronous/or asynchronous processing, come workpiece is carried out the polishing of unnecessary rim charge of slicing and periphery with the polishing comprehensive machine of this processing machine one end, to the groove milling unit of the other end therebetween cutter then can preset the groove milling processing that periphery and institute must the degree of depth to the workpiece of finishing polishing, with definite its treatment effeciency of lifting workpiece.

Described CNC dual system comprehensive machine, wherein, the polishing comprehensive machine that this processing machine assembles at frame one end includes a polishing unit that has the facing cut unit of slicing function and have the polishing function, and this facing cut unit slicing cutter therebetween is same direction with polishing unit polishing cutter therebetween; And the group groove milling unit that is located at the frame other end is provided with several cutter therebetween, and each cutter is activated the drive of motor and is the front and back displacement of default spacing.

The beneficial effects of the utility model are to organize and are located at its X axis track of board this each side is the processing machine of SOS, can must decide according to its processing institute of workpiece and do synchronous/or asynchronous processing, and effectively promote the treatment effeciency of this workpiece.

Description of drawings

Fig. 1 is the schematic appearance of the utility model CNC dual system comprehensive machine;

Fig. 2 is the front-view schematic diagram of the utility model CNC dual system comprehensive machine;

Fig. 3 is the schematic top plan view of the utility model CNC dual system comprehensive machine;

Fig. 4 is the schematic side view of the utility model CNC dual system comprehensive machine;

Fig. 5 is the one-sided processing machine schematic diagram of the utility model CNC dual system comprehensive machine.

Description of reference numerals: 1-board; The 2-supporter; The 3-displacement rails; The 4-X axial trajectory; 5-polishes comprehensive machine; 51-facing cut unit; 511-slicing cutter; 52-polishes the unit; 521-polishes cutter; 6-groove milling unit; The 61-cutter; The 62-CD-ROM drive motor; The 7-processing machine; The 71-frame; The 8-comprehensive machine; The 9-workpiece.

The specific embodiment

CNC of the present utility model (Computer numerical control, Digit Control Machine Tool) dual system comprehensive machine, as shown in Figure 1, workpiece is carried out slicing, the comprehensive machine 8 of polishing and groove milling function comprises one group and is located at board 1 supporter 2 so that workpiece 9 is set up as the orientation therebetween, one guide support 2 is made the displacement rails 3 of Z axial advancement/retreat, one group of X axis track 4 that is located at the orientation, lower end of Z axial displacement track 3, one conduct is to the polishing comprehensive machine 5 of the unnecessary rim charge slicing and the peripheral polishing of workpiece, the groove milling unit 6 that one conduct is handled the peripheral predetermined depth groove milling of workpiece is formed; Wherein,

Improvement of the present utility model position be: the each side group at the staggered orientation X axis track 4 of the workpiece displacement rails 3 of board 1 is established the processing machine 7 (as Fig. 3, Fig. 5) with SOS, this processing machine 7 with SOS then is included in one can be along the frame 71 of outer displacement in X axis track 4 works, one end of this frame 71 is provided with polishing comprehensive machine 5, and the other end of frame 71 then is provided with the groove milling unit 6 that can make upward and downward and do displacement along frame 71 orientation; Polishing comprehensive machine 5 includes a polishing unit 52 that has the facing cut unit 51 of slicing function and have the polishing function, and this facing cut unit 51 slicing cutter 511 therebetween is same direction with polishing unit 52 polishing cutter 521 therebetween, and the group groove milling unit 6 that is located at frame 71 other ends is provided with several cutter 61 therebetween, and each cutter 61 can be activated the drive of motor 62 and be the front and back displacement of default spacing.

The processing and implementation of 7 pairs of workpiece of the processing machine with SOS of the left and right sides of above-mentioned group of X axis track 4 that is located at board 1 are (as Fig. 2, Fig. 4), be that the workpiece 9 that will be erected between the supporter 2 of board 1 advances along displacement rails 3, when this workpiece 9 is being moved to the left and right sides that group is located at X axis track 4 and has the orientation of processing machine 7 of SOS, can must decide according to workpiece processing institute to do synchronously/or asynchronous processing (is to be treated to enforcement synchronously at this), first step is that the facing cut unit 51 slicing cutter 511 therebetween by means of this polishing comprehensive machine 5 comes workpiece 9 peripheries are carried out the unnecessary rim charge of slicing (as Fig. 2); Second step relies on the polishing unit 52 polishing cutter 521 therebetween of this polishing comprehensive machine 5 to come workpiece 9 is carried out crossing its peripheral polishing (as Fig. 4) of rim charge through slicing again; Third step then be rely on these frame 71 other ends groove milling unit 6 therebetween cutter 61 to finish the workpiece 9 that polish and preset peripheral and the groove milling processing of the palpus degree of depth; Thus, make workpiece handle the definite lifting of energy on its working (machining) efficiency in the groove milling of carrying out its unnecessary rim charge slicing of periphery, polishing and predetermined depth.

In sum, the group of the utility model design is located at its X axis track of board, and this each side be the processing machine of SOS, can according to its processing institute of workpiece must decide work synchronous/or asynchronous processing, and effectively promote the treatment effeciency of this workpiece.

The above person only, it only is preferred embodiment of the present utility model, when not limiting the scope that the utility model is implemented with this, so the change of numerical value or displacement of equivalent elements such as, or, all should still belong to the category that the utility model patent contains according to equalization variation and modification that the utility model claim is done.

Claims

1. CNC dual system comprehensive machine, it is characterized in that, comprehensive machine with slicing, polishing and groove milling function is established the processing machine with SOS in the each side group of the staggered orientation of the workpiece displacement rails of board X axis track, this processing machine comprises one can be along the frame of outer displacement in the X axis track work, one end of this frame is provided with the polishing comprehensive machine, and the other end of frame is provided with the groove milling unit that can make upward and downward and do displacement along the frame orientation;

Being erected at board workpiece therebetween can rely on group to be located at the processing machine with SOS of the left and right sides of X axis track, according to workpiece processing must decide and do synchronous or asynchronous processing, the polishing that comes workpiece is carried out unnecessary rim charge of slicing and periphery with the polishing comprehensive machine of this processing machine one end, to the groove milling unit of the other end therebetween cutter then can preset the groove milling processing of periphery and institute's palpus degree of depth to the workpiece of finishing polishing.

2. CNC dual system comprehensive machine according to claim 1, it is characterized in that, the polishing comprehensive machine that this processing machine assembles at frame one end includes a polishing unit that has the facing cut unit of slicing function and have the polishing function, and this facing cut unit slicing cutter therebetween is same direction with polishing unit polishing cutter therebetween; And the group groove milling unit that is located at the frame other end is provided with several cutter therebetween, and each cutter is activated the drive of motor and is the front and back displacement of default spacing.