CN2868548Y

CN2868548Y - Central working machine with dual working tables

Info

Publication number: CN2868548Y
Application number: CN 200620002702
Authority: CN
Inventors: 石政修
Original assignee: SHENG FANG YUAN TECHNOLOGY Co Ltd
Current assignee: SHENG FANG YUAN TECHNOLOGY Co Ltd
Priority date: 2006-01-06
Filing date: 2006-01-06
Publication date: 2007-02-14
Anticipated expiration: 2016-01-06

Abstract

The utility model discloses a central processing machine with a double workbench, and a first and a second in-phrase rotated controlled mainshaft heads are arranged on the mainshaft sliding seat; an X-axis guide screw is arranged on the bicycle saddle; the guide screw includes two sections of threads with inverse spiral direction; a first workbench relevant with the lower part of the first mainshaft head is arranged in a thread area of the bicycle saddle; the first workbench takes the screw seat as a screw affection; a second workbench relevant with the lower part of the second mainshaft head is slide arranged in another thread area of the bicycle saddle; the second workbench takes the screw cap as the thread linkage. In this way, when the X axis servo motor rotates to the X axis guide screw, the first and second workbench will reversely move for adjacence or departion, furthermore, the workpieces on the first and second workbenches relevant with the first and second mainshaft heads are in-phrase processed in convenient to in-phrase process the eudipleural products.

Description

A kind of center processing machine of double-workbench

Technical field

The utility model relates to a kind of center processing machine of double-workbench.

Background technology

One group of footwear mould by same size but the left footwear mould and the right footwear mould that are the anti-phase setting in the left and right sides forms, so the center processing machine must be prepared the program of two cover different driving controls, and coming out left footwear are molded one by one in proper order, continue it, just right footwear mould is processed.

These processing method for makings are owing to making the slow excessively shortcoming of speed of production in this way, it must import first cover program → workbench clamping workpiece → machining → finish left footwear mould and pulled down by workbench prior to the center processing machine, then just in the other input second cover program → in workbench clamping second workpiece → machining → finish right footwear mould and pulling down of center processing machine by workbench, the stand-by time of center processing machine is long therebetween, and cutting is accumulated man-hour because of action frequency increases, the operating efficiency that the footwear module is finished also can't promote, the more difficult growth of putting forward economic benefit, this is that present process technology can't break through part.

Therefore commonly use the center processing machine can't with a cover Program Synchronization process symmetrical footwear module or other finished product so that it is surging to have a cost, the shortcoming that quality, efficient can't promote.

The utility model content

The purpose of this utility model is to provide a kind of center processing machine of double-workbench, but is intended to synchronous processing left-right symmetry workpiece.

For achieving the above object, technical solution of the present utility model is: a kind of center processing machine of double-workbench, its board is in the perpendicular Z axle column that is provided with of base, Z axle column is provided with the main shaft slide, this main shaft slide is subjected to Z axle servo motor driven and is positioned Z axle relative position, and the main shaft slide is provided with first, second main tapping of synchronous rotation control; This base is equipped with saddle below first, second main tapping, saddle is subjected to the Y-axis servo motor driven and is positioned the Y-axis relative position; Be pivoted with the X axis driving screw on this saddle, this driving screw is subjected to the X-axis servo motor driven and rotates, this driving screw comprises two sections screw threads that the hand of spiral is opposite, a saddle threaded portion therein is slidingly equipped with first workbench, this first workbench is just corresponding to first main tapping below, and affected by this screw thread with the spiral shell seat; This saddle is slidingly equipped with second workbench at another threaded portion, and this second workbench is just corresponding to second main tapping below, and with nut another screw thread interlock for this reason.

With the pivot seat that is provided with the at interval X axis driving screw that is pivoted, make this driving screw not removable on this saddle.

This driving screw dextrorotation screw thread is that half section, second half section then are the derotation screw thread.

This saddle respectively is provided with homoaxial linear slide rail group in the driving screw both sides, and saddle is slidingly equipped with first workbench at driving screw dextrorotation threaded portion, is slidingly equipped with second workbench at the derotation threaded portion in addition.

This first workbench is provided with extensible cover in the outside, and this extensible cover other end is connected on the relative outer end of saddle, in order to driving screw, the linear slide rail group of protecting first workbench, saddle scope.

This second workbench is provided with second extensible cover in the outside, this second extensible cover other end is connected on the relative outer end of saddle, in order to driving screw, the linear slide rail group of protecting second workbench, saddle scope.

This first and second workbench is equipped with the 3rd extensible cover in the inboard, in order to protection driving screw, linear slide rail group therebetween.

After adopting such scheme, because driving screw of the present utility model is provided with two sections screw threads that the hand of spiral is opposite, come synchronous interlock two workbench, when the X-axis servo motor rotates the driving screw of X axis being subjected to program control, two workbench can be oppositely mobile and near each other or away from, and then make synchronous workpiece on the pairing workbench is processed of two main tappings of two workbench tops, so that consistentization processes symmetrical finished product synchronously.Therefore according to particular design of the present utility model, make when the symmetrical workpiece of processing, batch processing need only be imported and just symmetrical finished product can be processed synchronously automatically, it is more convenient fast that it commonly used multiple operation naturally, make the utility model really can bring into play revolutionary height creation and economic benefit, make production efficiency must have more effective industry utilization, meet economic benefit.

In addition, owing to adopt same program, same servo motor to carry out synchronous processing, so this symmetrical product of finishing, its precision is inevitable commonly use that processing mode is better one by one, avoids greatly commonly using because of careless or the unconsummate fault rate that causes of technology.

Description of drawings

Fig. 1 is a combination front elevational schematic of the present utility model;

Fig. 2 is a combination schematic side view of the present utility model;

Fig. 3 is a local combination schematic perspective view of the present utility model;

Fig. 4 is the utility model two workbench activity charts in opposite directions;

Fig. 5 is the utility model two working sections, schematic diagram;

Fig. 6 is that the utility model two workbench Y-axis are to activity chart;

Fig. 7 is the local enlarged diagram of Fig. 6.

The primary clustering symbol description

11 bases, 12 Z axle columns, 20 main shaft slides

21 first main tappings, 22 second main tappings, 30 saddles

31 Y-axis servo motors, 40 driving screws, 41 X-axis servo motors

42 linear slide rail groups, 51 first workbench, 510 spiral shell seats

52 second workbench, 520 nuts, 61 extensible covers

62 second extensible covers 63 the 3rd extensible cover

The specific embodiment

Please referring to Fig. 1 to Fig. 7, the utility model board is established Z axle column 12 and is constituted by base 11 is perpendicular;

Its Z axle column 12 is slidingly equipped with main shaft slide 20, this main shaft slide 20 is subjected to Z axle servo motor driven and is positioned Z axle relative position, and main shaft slide 20 both sides have been arranged side by side first main tapping 21 and second main tapping 22, and its first main tapping 21, second main tapping 22 are subjected to rotation control synchronously;

This base 11 is equipped with saddle 30 below first, second main tapping 21,22, this saddle 30 is driven by Y-axis servo motor 31 and is positioned the Y-axis relative position, shown in Fig. 6,7;

With the two pivot seats that are provided with the at interval X axis driving screw 40 that is pivoted, this driving screw 40 is not removable on this saddle 30, but driving screw 40 can be subjected to the driving of X-axis servo motor 41 and rotate, and these driving screw 40 half sections are the dextrorotation screw thread, and half section is a derotation screw thread in addition; This saddle 30 respectively is provided with homoaxial linear slide rail group 42 in driving screw 40 both sides in addition, make saddle 30 be slidingly equipped with first workbench 51 at driving screw 40 dextrorotation threaded portions, this first workbench 51 is just corresponding to first main tapping, 21 below scopes, and with spiral shell seat 510 and driving screw 40 dextrorotation screw thread interlocks; Saddle 30 is slidingly equipped with second workbench 52 at the derotation threaded portion in addition, and this second workbench 52 is just corresponding to second main tapping, 22 belows, and is screwed together in the derotation screw thread of driving screw 40 with nut 520.

Its first workbench 51 is provided with extensible cover 61 in the outside, this extensible cover 61 end in addition is connected on the saddle 30 relative outer ends, in order to protect first workbench 51, the driving screw 40 of saddle 30 scopes, linear slide rail group 42;

Its second workbench 52 also is provided with second extensible cover 62 in the outside, this second flexible protect put 62 in addition end be connected on the saddle 30 relative outer ends, in order to protect second workbench 52, the driving screw 40 of saddle 30 scopes, linear slide rail group 42;

51,52 of its first and second workbench are equipped with the 3rd extensible cover 63 in the inboard, in order to protection driving screw 40, linear slide rail group 42 therebetween.

Two sections opposite screw threads of the hand of spiral of the utility model driving screw 40 mats, come synchronous interlock first workbench 51 and second workbench 52, when making X-axis servo motor 41 rotate X axis driving screw 40 being subjected to program control, its first and

second workbench

51,52 can be oppositely mobile and near each other or away from, and then make first and second main tapping 21,22 synchronous workpiece on pairing first and

second workbench

51,52 are processed, so that consistentization processes symmetrical finished product synchronously.

Therefore according to particular design of the present utility model, make when the symmetrical workpiece of processing, need only import batch processing and two workpiece are installed on two

workbench

51,52, just can process symmetrical finished product synchronously automatically, it is more convenient fast that it commonly used multiple operation naturally, make the utility model really can bring into play revolutionary height creation and economic benefit, make production efficiency must have more effective industry utilization, meet economic benefit.

In addition, owing to adopt same program, same servo motor 41 to carry out synchronous processing, so this symmetrical product of finishing, its precision is inevitable commonly use that processing mode is better one by one, avoids greatly commonly using because of careless or the unconsummate fault rate that causes of technology.

In sum, production procedure of the present utility model breaks through reform fully and commonly uses that method for making production efficiency is low, the problem of quality fraction defective deterioration.The above person of thought, it only is a preferred embodiment of the present utility model, when can not with the scope implemented of qualification the utility model, promptly the equalization of being done according to the utility model claim generally changes and modifies, and all should still belong in the scope that the utility model contains.

Claims

1, a kind of center processing machine of double-workbench, its board is provided with Z axle column in base is perpendicular, and Z axle column is provided with the main shaft slide, and this main shaft slide is subjected to Z axle servo motor driven and is positioned Z axle relative position; It is characterized in that:

This main shaft slide is provided with first, second main tapping of synchronous rotation control;

This base is equipped with saddle below first, second main tapping, saddle is subjected to the Y-axis servo motor driven and is positioned the Y-axis relative position;

Be pivoted with the X axis driving screw on this saddle, this driving screw is subjected to the X-axis servo motor driven and rotates, this driving screw comprises two sections screw threads that the hand of spiral is opposite, a saddle threaded portion therein is slidingly equipped with first workbench, this first workbench is just corresponding to first main tapping below, and affected by this screw thread with the spiral shell seat;

This saddle is slidingly equipped with second workbench at another threaded portion, and this second workbench is just corresponding to second main tapping below, and with nut another screw thread interlock for this reason.

2, the center processing machine of a kind of double-workbench as claimed in claim 1 is characterized in that: with the pivot seat that is provided with the at interval X axis driving screw that is pivoted, make this driving screw not removable on this saddle.

3, the center processing machine of a kind of double-workbench as claimed in claim 1 is characterized in that: this driving screw dextrorotation screw thread then is the derotation screw thread for half section, second half section.

4, the center processing machine of a kind of double-workbench as claimed in claim 1, it is characterized in that: this saddle respectively is provided with homoaxial linear slide rail group in the driving screw both sides, and saddle is slidingly equipped with first workbench at driving screw dextrorotation threaded portion, is slidingly equipped with second workbench at the derotation threaded portion in addition.

5, the center processing machine of a kind of double-workbench as claimed in claim 1; it is characterized in that: this first workbench is provided with extensible cover in the outside; this extensible cover other end is connected on the relative outer end of saddle, in order to driving screw, the linear slide rail group of protecting first workbench, saddle scope.

6, the center processing machine of a kind of double-workbench as claimed in claim 1; it is characterized in that: this second workbench is provided with second extensible cover in the outside; this second extensible cover other end is connected on the relative outer end of saddle, in order to driving screw, the linear slide rail group of protecting second workbench, saddle scope.

7, the center processing machine of a kind of double-workbench as claimed in claim 1 is characterized in that: this first and second workbench is equipped with the 3rd extensible cover in the inboard, in order to protection driving screw, linear slide rail group therebetween.