CN207942235U

CN207942235U - A kind of four process double-station double push-material cutting machines

Info

Publication number: CN207942235U
Application number: CN201820251722.8U
Authority: CN
Inventors: 王杰; 张宁
Original assignee: Jinan Hengchuang Nc Machinery Co Ltd
Current assignee: Jinan Hengchuang Nc Machinery Co Ltd
Priority date: 2018-02-11
Filing date: 2018-02-11
Publication date: 2018-10-09
Anticipated expiration: 2028-02-11

Abstract

The utility model is related to a kind of four process double-station double push-material cutting machines.This cutting machine includes a support of table, at the top of the support of table two workbench are equipped with along support of table length direction, it is equipped with Y-direction mobile mechanism in the top of the support of table, the Y-direction rack of two lateral symmetry settings in Y-direction mobile mechanism is installed in the both sides of the support of table respectively；The Xs that is laterally arranged of the X into mobile mechanism is installed at the top of crossbeam in Y-direction mobile mechanism to rack；Along feeding direction, in X to a Z-direction mobile mechanism is equipped on the left of mobile mechanism, the Z-direction driving motor in Z-direction mobile mechanism is longitudinally fixedly arranged on Xs of the X into mobile mechanism on slide carriage, and processing unit (plant) is equipped on the Z-direction slide carriage in Z-direction mobile mechanism.This cutting machine can utilize the working time of cutting machine, high in machining efficiency, loading and unloading conveniently, and drag chain can be avoided sagging to greatest extent.

Description

A kind of four process double-station double push-material cutting machines

Technical field：

The utility model is related to a kind of four process double-station double push-material cutting machines.

Background technology：

General gantry of cutting machine in the prior art, which is all integrally fixed on a specific position, can not move processing, in addition often A station can be only arranged in one cutting machine, and a cutting machine is made a station can only to be used to carry out Carving Machining, once adding It needs worker to be processed the pickup for completing workpiece after the completion of work and carries out the feeding of unprocessed workpiece, this process needs wave Take the plenty of time, cutting machine is stagnated do not work in this process, leads to the wasting of resources, and each cutting machine is required for being equipped with One operative employee so that recruitment cost increases, and can not improve man efficiency.Therefore, there is an urgent need for one kind to utilize to the greatest extent The process time of cutting machine, and high in machining efficiency, the cutting machine that feeding facilitates and drag chain can be avoided sagging.

Utility model content：

The utility model provides a kind of four process double-station double push-material cutting machines, this cutting machine can be sharp to greatest extent With the working time of cutting machine, high in machining efficiency, loading and unloading are convenient, and drag chain can be avoided sagging, solves the prior art The problem of.

Used technical solution is the utility model to solve above-mentioned technical problem：A kind of four process double-station double push-materials Cutting machine, including a support of table are equipped with two workbench, in work at the top of the support of table along support of table length direction The top for making platform holder is equipped with Y-direction mobile mechanism, and the Y-direction rack difference of two lateral symmetry settings in Y-direction mobile mechanism is fixed In the both sides of the support of table；X being laterally arranged into mobile mechanism is installed at the top of crossbeam in Y-direction mobile mechanism X is to rack；Along feeding direction, in X to being equipped with a Z-direction mobile mechanism on the left of mobile mechanism, the Z-direction driving in Z-direction mobile mechanism Motor is longitudinally fixedly arranged on Xs of the X into mobile mechanism on slide carriage, and processing dress is equipped on the Z-direction slide carriage in Z-direction mobile mechanism It sets；It is equipped with a drag chain on the left of the support of table, a drag chain pallet is equipped with below drag chain, the drag chain pallet is fixed on work On platform holder left side wall, described drag chain one end is connected with the Y-direction driving motor protective cover in Y-direction mobile mechanism, the other end with drag Chain pallet front end is connected, far from being equipped with feeding auxiliary device in drag chain a side at the top of the support of table；In the support of table It is equipped with drag chain auxiliary device for moving close to drag chain side.

The feeding auxiliary device includes the positioning board group that several groups are arranged along support of table length direction, the positioning Board group includes two positioning plates being oppositely arranged, and rotation is equipped with a roller between two positioning plates, and roller is perpendicular with crossbeam, roller Upper edge and workbench upper edge flush.

The drag chain auxiliary device for moving includes on support of table left side wall, the centre of support of table length direction The drag chain auxiliary wheel that position is respectively set with forward position, the drag chain auxiliary wheel are fixed on workbench branch including an one end Shaft on frame left side wall is arranged with an idler wheel in shaft.

Several are uniformly provided with along workbench length direction be fixed on work along feeding direction in two workbench front and rear sides Make the jacking cylinder on platform holder, the piston rod end of the jacking cylinder of same workbench homonymy with same one side page guiding ruler phase Even, the side page guiding ruler is adjacent to the left and right sides wall setting of workbench.

Along feeding direction, it is equipped with a material leakage plate on the support of table on the left of each workbench, is set on material leakage plate There are several material-dropping holes, material leakage plate top surface to be below bench top.

The swab case of the oil leak in a undertaking Z-direction mobile mechanism is equipped on slide carriage in Xs of the X into mobile mechanism.

Two column side tops in Y-direction mobile mechanism are installed with a crossbeam adjustment block, in crossbeam adjustment block Equipped with a longitudinally through threaded hole, cooperation is equipped with a crossbeam threaded mandrel, crossbeam threaded mandrel top and cross in threaded hole Beam bottom portion abuts against；A Y-direction driving motor is equipped on the outside of Y-direction slide carriage in Y-direction mobile mechanism, it is fixed in Y-direction slide carriage bottom One Y-direction motor adjustment block is equipped with a longitudinally through threaded hole in Y-direction motor adjustment block, and a motor is equipped in threaded hole Threaded mandrel, motor threaded mandrel are abutted with Y-direction driving motor bottom.

Along the top of Y-direction guide rail of the feeding direction in the front and rear sides on support of table top, Y-direction mobile mechanism, if There is the guide rail dust block board being extended along support of table length direction, above Y-direction rack, the wall of support of table front and rear sides On be installed with rack dust block board.

Material-pulling device is equipped on crossbeam in Y-direction mobile mechanism, the material-pulling device includes being set to crossbeam both ends piston Two down-set pusher cylinders of bar, the piston rod end of two pusher cylinders is connected with same scraping wings.

Processing unit (plant) includes longitudinally disposed successively from front to back on Z-direction slide carriage along feeding direction in Z-direction mobile mechanism No.1 main shaft, No. two main shafts, No. three main shafts and No. four main shafts, the No.1 main shaft is fixed on Z-direction slide carriage, in No. two masters Axis, No. three main shafts and No. four main shafts and Z-direction slide carriage opposite side are equipped with a slide plate, corresponding with each slide plate in Z-direction slide carriage Position is equipped with two sliding rails, and the slide plate is clamped with corresponding sliding rail activity to be arranged, opposite with each slide plate at the top of Z-direction slide carriage It should locate to be fixed with a driving cylinder, be connected at the top of the corresponding slide plate of the driving cylinder.

The utility model is using the above structure, it is beneficial that：This cutting machine can utilize cutting machine to greatest extent Working time, high in machining efficiency, loading and unloading are convenient.The setting of four main shafts can between making each main shaft in process It cooperates, is explicitly divided the work, process is quicker, and both No.1 main shaft is directly connected in Z-direction to sawing sheet main shaft On slide carriage, cylinder is not had to when lower work, can ensure the depth precision that sawing sheet is stolen；The setting of material-pulling device to work as this sawing sheet After machine completes the processing of the workpiece on a station, can be autonomous the workpiece machined is pushed into subsequent processing, then again By manually carrying out feeding, the artificial process for carrying out picking up material on the table is eliminated so that blanking process enhanced convenience is quick, Improve processing efficiency；The setting of side page guiding ruler can ensure work so that when material-pulling device is when releasing the workpiece machined Part will not shift, and be fallen from workbench side, the position of workpiece when ensure that blanking；The setting of roller make worker into The rotation that roller can be utilized when row feeding, more easily carries out feeding, rather than it is simple manually come overcome workpiece with The frictional force of work top carries out feeding, carry out feeding that can be more laborsaving, improves feeding speed, alleviates worker's The amount of labour；On the one hand the setting of crossbeam adjustment block and beam plunger can prevent crossbeam and diagonal line variation occurs, on the other hand may be used To occur easily to be adjusted when diagonal line changes in crossbeam；A Y-direction motor adjustment block side same as the setting of motor mandril Face can prevent gear and generate gap because working long hours with Y-direction rack, influence cutting machine service precision and service life, on the other hand It can be generated between gear and Y-direction rack and gap is eliminated by the adjustment to motor mandril behind gap；The setting of swab case It can ensure that the oil dripped on guide rail and motor leading screw will not be fallen on workpiece, cause the pollution of workpiece；The setting of material leakage box makes Obtain this cutting machine enables to the clout fallen in process to fall into material leakage box during pusher；Drag chain auxiliary wheel Setting enable to the drag chain when main shaft is located on the left of entire cutting machine that can will not be produced by the support of the company's of dragging auxiliary wheel The most of hanging and sagging phenomenon of raw drag chain, causes the damage of drag chain.

Description of the drawings：

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the positive structure diagram of Fig. 1；

Fig. 3 is the left view structural representation of Fig. 2.

In figure, 1, the support of table, 2, workbench, 3, Y-direction rack, 4, crossbeam, 5, X to rack, 6, Z-direction driving motor, 7, X is to slide carriage, 8, Z-direction slide carriage, 9, drag chain, 10, drag chain pallet, 11, positioning plate, 12, roller, 13, drag chain auxiliary wheel, 14, Jacking cylinder, 15, side page guiding ruler, 16, material leakage plate, 17, material-dropping hole, 18, swab case, 19, column, 20, crossbeam adjustment block, 21, Crossbeam threaded mandrel, 22, Y-direction slide carriage, 23, Y-direction driving motor, 24, Y-direction motor adjustment block, 25, motor threaded mandrel, 26, tooth Dust block board, 27, pusher cylinder, 28, scraping wings, 29, No.1 main shaft, 30, No. two main shafts, 31, No. three main shafts, 32, No. four masters Axis, 33, slide plate, 34, driving cylinder, 35, guide rail dust block board, 36, lid.

Specific implementation mode：

In order to clarify the technical characteristics of the invention, below by specific implementation mode, and its attached drawing is combined, to this reality It is described in detail with novel.

As illustrated in fig. 1-3, a kind of four process double-station double push-material cutting machines, including a support of table 1, in workbench 1 top of holder is equipped with two workbench 2 along support of table length direction, and Y-direction mobile mechanism is equipped in the top of the support of table, The Y-direction mobile mechanism includes a crossbeam 4 being set to above the support of table, vertical by bolt and one at the both ends of crossbeam 4 Column 19 be connected, two columns, 19 bottom with a Y-direction slide carriage 22 be connected, Y-direction slide carriage 22 with set on 1 both sides of worktable frame, Y-direction The guide rail activity clamping of 3 top of rack is installed with a horizontally disposed Y-direction by bolt in two Y-direction slide carriages, 22 outside and drives Motor 23, the output shaft of Y-direction driving motor 23 pass through Y-direction slide carriage 22 connected with a Y-direction carrier wheel, Y-direction carrier wheel with it is right The Y-direction rack 3 that two lateral symmetry settings of 1 both sides of the support of table should be fixedly arranged on is meshed setting, and two in Y-direction mobile mechanism The Y-direction rack 3 of lateral symmetry setting is installed in the both sides of the support of table 1 respectively；The top of crossbeam 4 in Y-direction mobile mechanism Portion is installed with the Xs that is laterally arranged of the X into mobile mechanism to rack 5, and to mobile mechanism, including being set to, crossbeam 4 is close to be opened the X The longitudinally disposed X of the side of material machine feeding is arranged in a mutually vertical manner to slide carriage 7, X to slide carriage 7 and Y-direction slide carriage 22, X to slide carriage 7 with Laterally be set to crossbeam 4 close to the side of the side of cutting machine feeding two guide rail activities be clamped setting, X to slide carriage 7 towards X to Rack side is installed with a longitudinally disposed X to driving motor, and an X is equipped with to carrier wheel to driving motor end in X, X to Carrier wheel engages setting with X to rack 5；In X a Z-direction moving machine is equipped with to the side of the close cutting machine feeding of mobile mechanism Structure, Z-direction mobile mechanism includes two guide rails for being fixed at X to slide carriage 7 close to the side of cutting machine feeding, along feeding direction in X It is equipped with Z-direction driving motor 6 to slide carriage 7,6 output shaft of Z-direction driving motor is connected with a leading screw, in leading screw far from X to slide carriage 7 Side is equipped with a Z-direction slide carriage 8, is equipped with a link block in Z-direction slide carriage 8 and leading screw opposite side, it is longitudinal that one is equipped on link block The threaded hole of perforation, leading screw are equipped with across threaded hole with link block, and Z-direction slide carriage 8 is lived with set on guide rails of the X on slide carriage 7 Dynamic to be clamped, 6 longitudinal direction of Z-direction driving motor in Z-direction mobile mechanism is fixedly arranged on Xs of the X into mobile mechanism on slide carriage 7, Z-direction slide carriage 8 are equipped with processing unit (plant) close to the side of cutting machine feeding；It is equipped with feeding in 1 top 9 a side of separate drag chain of the support of table Auxiliary device；In the support of table 1 drag chain auxiliary device for moving is equipped with close to 9 side of drag chain.

The feeding auxiliary device includes the positioning board group that several groups are arranged along support of table length direction, the positioning Board group includes two positioning plates 11 being oppositely arranged, and rotation is equipped with a roller 12, roller 12 and 4 phase of crossbeam between two positioning plates 11 Vertically, the upper edge flush of the upper edge of roller 12 and workbench 2.

The drag chain auxiliary device for moving is included in centre position and the front side position of 1 left side wall length direction of the support of table The drag chain auxiliary wheel 13 being respectively set is set, the drag chain auxiliary wheel 13 is fixed on 1 left side of the support of table including an one end Shaft on wall is arranged with an idler wheel in shaft.

Several are uniformly provided with along feeding direction along 1 length direction of the support of table in two workbench, 2 front and rear sides to consolidate It is scheduled on the jacking cylinder 14 set up on the support of table 1, the piston rod end of the jacking cylinder 14 of 2 homonymy of same workbench It is connected with same one side page guiding ruler 15, the side page guiding ruler 15 is adjacent to the left and right sides wall setting of workbench 2.

Along feeding direction, it is equipped with a material leakage plate 16 on the support of table 1 in 2 left side of each workbench, in material leakage plate 16 are equipped with several material-dropping holes 17, and 16 top surface of material leakage plate is below 2 top surface of workbench.

The swab case 18 of the oil leak in a undertaking Z-direction mobile mechanism is equipped on slide carriage 7 in Xs of the X into mobile mechanism.It connects Oil box 18 and X can be mounted to slide carriage 7 or plug connection；It can also be connected, when being connected, an oil leak is equipped in 18 bottom of swab case Mouthful, sealing is equipped with a lid 36 at oil leakaging port.

It is installed with a crossbeam adjustment block 20 in 19 side top of each column, it is longitudinal that one is equipped in crossbeam adjustment block 20 The threaded hole of perforation is equipped with a crossbeam threaded mandrel 21 in threaded hole, and 21 end of crossbeam threaded mandrel offsets with 4 bottom of crossbeam It connects.Because being to be connected by screw bolts between crossbeam 4 and column 19, loosening is inevitably will produce after prolonged use With deformation, crossbeam 4 can be jacked using crossbeam threaded mandrel 21 at this time, rounding error and processing essence are come with this Degree.Connecting cross beam 4 and the bolt of column 19 can be tightened again when machine integrally overhauls, to modify deviation.

It is fixed in 22 bottom of Y-direction slide carriage that 22 outside of Y-direction slide carriage in Y-direction mobile mechanism is equipped with a Y-direction driving motor 23 One Y-direction motor adjustment block 24 is equipped with a longitudinally through threaded hole in Y-direction motor adjustment block 24, and one is equipped in threaded hole Motor threaded mandrel 25, motor threaded mandrel 25 are abutted with 23 bottom of Y-direction driving motor.

The material-pulling device includes being set to two down-set pusher cylinders 27 of 4 both ends piston rod of crossbeam, two pusher cylinders 27 piston rod end is connected with same scraping wings 28.

Processing unit (plant) includes longitudinally disposed successively from front to back on Z-direction slide carriage 8 along feeding direction in Z-direction mobile mechanism The main shaft 31 of main shaft 30, three of No.1 main shaft 29, two and No. four main shafts 32, the No.1 main shaft 29 be fixed on Z-direction slide carriage 8 On, it is equipped with a slide plate 33 with 8 opposite side of Z-direction slide carriage in 30, No. three main shafts 31 of No. two main shafts and No. four main shafts 32, in Z-direction Slide carriage 8 is equipped with two sliding rails with 33 opposite position of each slide plate, and the slide plate 33 is clamped with corresponding sliding rail activity to be arranged, 8 top of Z-direction slide carriage is fixed with a driving cylinder 34 with 33 corresponding section of each slide plate, and the driving cylinder 34 is corresponding 33 top of slide plate is connected.

Along the top of Y-direction guide rail 24 of the feeding direction in the front and rear sides on 1 top of the support of table, Y-direction mobile mechanism, Equipped with the guide rail dust block board 35 being extended along 1 length direction of the support of table, above Y-direction rack 3, before the support of table 1 Rack dust block board 26 is installed on two side afterwards..

When the utility model is used, be operated first two workbench 13 of personnel carries out feeding equipped with 12 side of roller, During this, feeding is carried out using the rolling of roller 12, feeding is completed to be placed on latter two workbench 2 unprocessed Then workpiece utilizes digital control system to control X to mobile mechanism, Y-direction mobile mechanism, Z-direction mobile mechanism, No.1 main shaft 29, two 30, No. three main shafts 31 of main shaft and No. four main shafts 32 add according to the workpiece on the good workbench 2 of program pair of pre-edit Work, after completion of processing, pusher cylinder 27 is stretched out so that scraping wings 28 is in contact with 2 top surface of workbench, in Y-direction mobile mechanism Drive under by the workpiece machined release workbench 2, then pusher cylinder 27 withdraw, drive scraping wings 28 rise, in Y-direction Another workbench is gone under the drive of mobile mechanism, 2 carry out the processing of workpiece, and operating personnel can be to vacating in this process Workbench 2 carry out feeding；The process time of device can be utilized to the greatest extent by constantly repeating the above process, and improve processing effect Rate.

When diagonal line deformation occurs for crossbeam 4, needs to be adjusted the machining accuracy to ensure whole device and use the longevity Life, operating personnel can give crossbeam 2 one end one top lift by turning corresponding crossbeam threaded mandrel 21, be adjusted with this The deformation of crossbeam 4.

When this cutting machine passes through prolonged use, Y-direction carrier wheel and the Y-direction rack 3 of 23 output end of Y-direction driving motor Engagement when loosening, user can give Y-direction driving motor 23 1 top lifts by turning motor threaded mandrel 25, Engaging for Y-direction carrier wheel and Y-direction rack 3 is adjusted with this；Operating personnel can tighten Y-direction by finishing when device does not work The fixing bolt of driving motor 23 makes the Y-direction carrier wheel to be engaged correctly with Y-direction rack 3.

After process finishing, user can by by swab case 24 remove either open oil leakaging port at lid 36, Oil in swab case 24 is cleaned out.

Above-mentioned specific implementation mode cannot function as the limitation to scope of protection of the utility model, for the skill of the art For art personnel, any alternate modification or transformation made to the utility model embodiment all fall within the guarantor of the utility model It protects in range.

Place is not described in detail for the utility model, is the known technology of those skilled in the art of the present technique.

Claims

1. a kind of four process double-station double push-material cutting machines, including a support of table, along workbench at the top of the support of table Stent length direction is equipped with two workbench, and Y-direction mobile mechanism is equipped in the top of the support of table, and two in Y-direction mobile mechanism The Y-direction rack of lateral symmetry setting is installed in the both sides of the support of table respectively；The top of crossbeam in Y-direction mobile mechanism is solid X equipped with X being laterally arranged into mobile mechanism is to rack；Along feeding direction, moved in X to being equipped with a Z-direction on the left of mobile mechanism Motivation structure, the Z-direction driving motor in Z-direction mobile mechanism are longitudinally fixedly arranged on Xs of the X into mobile mechanism on slide carriage, are moved in Z-direction Z-direction slide carriage in mechanism is equipped with processing unit (plant)；It is equipped with a drag chain on the left of the support of table, a drag chain is equipped with below drag chain Pallet, the drag chain pallet are fixed on support of table left side wall, and described drag chain one end is driven with the Y-direction in Y-direction mobile mechanism Dynamic motor protecting cover is connected, and the other end is connected with drag chain pallet front end, it is characterised in that：Far from drag chain at the top of the support of table A side is equipped with feeding auxiliary device；In the support of table drag chain auxiliary device for moving is equipped with close to drag chain side.

2. a kind of four processes double-station double push-material cutting machine according to claim 1, it is characterised in that：The feeding auxiliary Device includes the positioning board group that several groups are arranged along support of table length direction, and the positioning board group includes two being oppositely arranged Positioning plate, rotation is equipped with a roller between two positioning plates, and roller is perpendicular with crossbeam, the upper edge of roller and the upper edge of workbench Flush.

3. a kind of four processes double-station double push-material cutting machine according to claim 1, it is characterised in that：The drag chain movement Auxiliary device include on support of table left side wall, the centre position of support of table length direction and forward position set respectively The drag chain auxiliary wheel set, the drag chain auxiliary wheel include the shaft that an one end is fixed on support of table left side wall, An idler wheel is arranged in shaft.

4. a kind of four processes double-station double push-material cutting machine according to claim 1, it is characterised in that：Exist along feeding direction Two workbench front and rear sides are uniformly provided with several jacking cylinders being fixed on the support of table along workbench length direction, The piston rod end of the jacking cylinder of same workbench homonymy is connected with same one side page guiding ruler, and the side page guiding ruler is adjacent to work The left and right sides wall setting of platform.

5. a kind of four processes double-station double push-material cutting machine according to claim 1, it is characterised in that：Along feeding direction, It is equipped with a material leakage plate on the support of table on the left of each workbench, several material-dropping holes, material leakage plate are equipped on material leakage plate Top surface is below bench top.

6. a kind of four processes double-station double push-material cutting machine according to claim 1, it is characterised in that：In X to moving machine X in structure is equipped with the swab case of the oil leak in a undertaking Z-direction mobile mechanism to slide carriage.

7. a kind of four processes double-station double push-material cutting machine according to claim 1, it is characterised in that：In Y-direction moving machine Two column side tops in structure are installed with a crossbeam adjustment block, and a longitudinally through screw thread is equipped in crossbeam adjustment block Hole, equipped with a crossbeam threaded mandrel, crossbeam threaded mandrel top is abutted against with crossbeam bottom for cooperation in threaded hole；It is moved in Y-direction It is equipped with a Y-direction driving motor on the outside of Y-direction slide carriage in motivation structure, in the fixed Y-direction motor adjustment block in Y-direction slide carriage bottom, in Y-direction Motor adjustment block is equipped with a longitudinally through threaded hole, and a motor threaded mandrel, motor threaded mandrel are equipped in threaded hole It is abutted with Y-direction driving motor bottom.

8. a kind of four processes double-station double push-material cutting machine according to claim 1, it is characterised in that：Exist along feeding direction The front and rear sides on support of table top, the Y-direction guide rail in Y-direction mobile mechanism top, be equipped with along support of table length side To extended guide rail dust block board, rack dust block board is installed with above Y-direction rack, on the wall of support of table front and rear sides.

9. a kind of four processes double-station double push-material cutting machine according to claim 1, it is characterised in that：In Y-direction moving machine Crossbeam in structure is equipped with material-pulling device, and the material-pulling device includes being set to two down-set pusher gas of crossbeam both ends piston rod Cylinder, the piston rod end of two pusher cylinders are connected with same scraping wings.

10. a kind of four processes double-station double push-material cutting machine according to claim 1, it is characterised in that：Processing unit (plant) packet Include on the Z-direction slide carriage along feeding direction in Z-direction mobile mechanism longitudinally disposed No.1 main shaft, No. two masters successively from front to back Axis, No. three main shafts and No. four main shafts, the No.1 main shaft are fixed on Z-direction slide carriage, in No. two main shafts, No. three main shafts and No. four masters Axis is equipped with a slide plate with Z-direction slide carriage opposite side, and two sliding rails, institute are equipped in Z-direction slide carriage and each slide plate opposite position It states slide plate and is clamped with corresponding sliding rail activity and is arranged, a driving is fixed with each slide plate corresponding section at the top of Z-direction slide carriage Cylinder, the corresponding slide plate top of the driving cylinder are connected.