CN209664071U - A kind of punching board - Google Patents

Abstract

The utility model relates to a kind of punching boards, to to extending along Y-axis and section is that the two sidewalls of aluminum alloy pattern plate of U-shaped structure are punched out, include: pedestal, punching unit and positioning unit, positioning unit, it is supported on pedestal, includes X-axis positioning device, Y-axis positioning device and Z axis positioning device；The X-axis positioning device includes the first clamp system with the first slide unit being supported on pedestal, can the relatively described pedestal along X-axis slide with far from or close to first clamp system the second clamp system, and driving movable second driving mechanism of the second clamp system, first slide unit and second slide unit push against the medial surface in the two sidewalls of aluminum alloy pattern plate respectively to position along the x axis by aluminum alloy pattern plate and compress the two sidewalls of the aluminum alloy pattern plate, and then reaches and solve deformation the technical issues of point that its two sidewalls when the two sidewalls to aluminum alloy pattern plate are punched out are not in deformation and lead to hole.

Description

A kind of punching board

Technical field

The utility model, which relates to, belongs to hardware stamping field of mechanical technique, and in particular to a kind of punching board.

Background technique

Aluminum alloy pattern plate S1 as shown in Figure 1 is to be punched out processing with equipment such as hardware stamping machines, and how punching position is specifically divided Cloth will see specific requirement, but the pitch of holes between punching position is higher by the requirement in relation to standard, pass through in previous board processing Chang Yinwei is positioned and is clamped not in place so that machining accuracy does not reach requirement.

In existing clamp system, only to aluminum alloy pattern plate S1 along its punching direction (direction of the X-axis i.e. in the application) It being positioned, the position degree between Kong Yukong on the two sidewalls S2 of the same aluminum alloy pattern plate S1 processed changes greatly, and The deviation of the circularity in hole is also larger, and the deformation direction in each hole is inconsistent.In view of the above problems, this Shen is inventors herein proposed Please.

Utility model content

The purpose of this utility model is to solve the biggish technology of the bore deformation gone out of the side wall of existing aluminum alloy pattern plate to ask Topic point.

The utility model is realized in this way a kind of punching board, to extending along Y-axis and section is U-shaped structure The two sidewalls of aluminum alloy pattern plate are punched out, and include: pedestal；Punching unit is supported on pedestal, more comprising configuring along Y-axis interval The first driving mechanism that a red needle, each red needle opposite base of driving are punched out along X-axis activity with the two sidewalls to aluminum alloy pattern plate；It is fixed Bit location is supported on pedestal, comprising for positioning orientation of the aluminum alloy pattern plate in X-axis X-axis positioning device, for positioning aluminum dipping form The Y-axis positioning device in orientation of the plate in Y-axis and Z axis positioning device for positioning orientation of the aluminum alloy pattern plate on Z axis；Institute State X-axis positioning device, comprising have be supported on pedestal the first slide unit the first clamp system, can the relatively described pedestal along X Axis sliding with far from or close to first clamp system and have be supported on pedestal the second slide unit the second clamp system, And driving movable second driving mechanism of the second clamp system, second clamp system is far from first clamping machine First slide unit described in when structure and second slide unit push against respectively the medial surface in the two sidewalls of aluminum alloy pattern plate with by aluminum alloy pattern plate along X-axis Direction positioning simultaneously compresses the two sidewalls of the aluminum alloy pattern plate.

Preferably, first slide unit and second slide unit are each configured with multiple first pressures along the configuration of Y-axis interval Tight block, each first compact heap have the first positioning surface, the first compact heap on first slide unit and described second The first compact heap on slide unit is closely attached on institute when second clamp system is along X-axis sliding and separate first clamp system The medial surface of the two sidewalls of aluminum alloy pattern plate is stated to clamp the aluminum alloy pattern plate.

Preferably, second driving mechanism includes to be extended along the Y axis and be connected with the transmission shaft of the second actuator, cover respectively The screw component for being connected to both ends of second clamp system in Y-axis and extending along X-axis, the screw component is in transmission shaft Drive the second clamp system movable along the x axis under driving；Wherein, the X-axis positioning device is connected to described first comprising one Clamp system is to drive its relatively described movable second driving mechanism of second clamp system.

Preferably, the Z axis positioning device includes: third clamp system, comprising along Y-axis interval configuration and can along Z axial direction Upper activity is to be connected to the second compact heap of the lower end of the two sidewalls of aluminum alloy pattern plate, be supported in the first clamp system and the second clamping machine To drive the movable third actuator of each second compact heap on structure；4th clamp system, comprising being supported in the first clamp system It is upper and can relatively described first clamp system along the x axis linear movable first limit assembly, be supported in the second clamp system It is upper and can relatively described second clamp system linear movable second limit assembly and be separately connected and drive along the x axis First limit assembly and the second limit assembly are along the movable fourth drive member of X-axis；First limit assembly and described Two limit assemblies separately include multiple third compact heaps along the configuration of Y-axis interval, and each third compact heap is each described 4th Under the driving of actuator activity to the two sidewalls of the aluminum alloy pattern plate top and cooperate that movable second compact heap will upwards along Z axis Aluminum alloy pattern plate is smoothed and is clamped；First limit assembly and second limit assembly are arranged opposite along X axis.

Preferably, the Z axis positioning device include one to aluminum alloy pattern plate clamped prelocalization its in Z-direction First positioning mechanism in orientation；First positioning mechanism include along Y-axis interval configuration and can along Z axis upwards activity to be connected to Multiple first limited blocks of the lower end of the two sidewalls of aluminum alloy pattern plate are supported on the first clamp system and the second clamp system to drive Each first limited block is moved along movable multiple 5th actuators of Z axis, wherein each first limited block is in each 5th actuator Aluminum alloy pattern plate is pushed into preset height along Z axis under driving.

Preferably, the Y-axis positioning device include be supported on pedestal third positioning mechanism, can be along Y activity with separate Or close to the third positioning mechanism the 4th positioning mechanism and be supported on pedestal to drive the 4th positioning mechanism living The 6th dynamic actuator；4th positioning mechanism is connected to one end of aluminum alloy pattern plate and pushes it along Y-axis activity so that aluminum alloy pattern plate The other end be connected to the third positioning mechanism.

Preferably, first driving mechanism includes: the first driving assembly, comprising along Y-axis and being equipped with multiple to fixation The first slide of the red needle is supported on the first clamp system to drive each first slide to drive along X-axis movable first Moving part；Second driving assembly, comprising along Y-axis and being equipped with multiple first slides to the fixation red needle, being supported in the second folder To drive each first slide along movable first actuator of X-axis in tight mechanism.

Preferably, first clamp system is configured with, along Y-axis interval, juxtaposed multiple punchings hold down assembly, described second Clamp system is configured with along Y-axis interval, juxtaposed multiple punchings hold down assembly；Each punching, which holds down assembly, includes: the 4th compresses Block, for cooperating first clamp system or second clamp system to flatten the two sidewalls of clamped aluminum alloy pattern plate；The Seven actuators are fixed on first clamp system or second clamp system to push or pull on the 4th compact heap Along X-axis activity；Guide part is separately connected the guide post of the 4th compact heap and the 7th actuator comprising both ends, is fixed on described To limit the guide sleeve of the activity direction of the guide post and the first slide on one slide.

Preferably, punching board includes the two sides being located at aluminum alloy pattern plate in the X-axis direction and be fixed on pedestal two Bracket and the feeding mechanism being set up on two stands respectively, the feeding mechanism includes: outstanding rail is supported on bracket, has The first sliding rail to extend along Y-axis；Third driving assembly, comprising be supported on outstanding rail and can the relatively described outstanding rail slided along Y-axis First movement frame, the 8th actuator to drive the first movement frame sliding, the first movement frame has to extend along Z axis Sliding rail；4th driving assembly, comprising be supported on third driving assembly and can it is opposite its along the sliding of Z axis second movable stand, It is fixed on the third driving assembly and drives the 9th actuator of the second movable stand sliding；Clamp assemblies, comprising matching Be placed in the first clamping limb on the second movable stand, one can relatively described first clamping limb close to or far from second slide, configuration In the second clamping limb and driving movable tenth actuator of second slide in second slide；Second clamping Arm clamps aluminum alloy pattern plate when close to first clamping limb and unloads aluminum alloy pattern plate when far from first clamping limb.

Preferably, a kind of punching board includes to limit first slide unit or the relatively described pedestal of the second slide unit Movable fixed mechanism, the fixed mechanism includes: tooth form limited block, is configured on first slide unit or the second slide unit, institute It states tooth form limited block and is provided at least one straight-tooth slot；Mounting base is configured on pedestal, and the mounting base is provided with prolongs along Y-axis The sliding slot of exhibition；Tooth form movable block, in the sliding slot, the tooth form movable block is provided at least one and institute for slidable configuration State the compatible straight-tooth tooth of straight-tooth slot；5th driving assembly, including to drive the tooth form movable block along the sliding slot activity The 11st actuator.

By using above-mentioned technical proposal, the utility model can obtain following technical effect:

1, for the utility model by providing a kind of punching board, the first clamp system being supported on pedestal includes first sliding Platform, being supported in the second clamp system on pedestal includes the second slide unit, and the second slide unit is in the second driving mechanism along X-axis activity and remote When from the first clamp system, with the first slide unit can push against the medial surface in the two sidewalls of aluminum alloy pattern plate with by aluminum alloy pattern plate along X-axis side To positioning and keep its tight toward two sides application pressure from centre the two sidewalls of the aluminum alloy pattern plate and then reaches along the direction of X-axis Aluminum alloy pattern plate is clamped, and then reaching makes its two sidewalls when the two sidewalls to aluminum alloy pattern plate are punched out be not in deformation and lead to hole Deformation.

2, the utility model is configured with is supported in the first clamp system and the second folder thereon by providing a kind of punching board Punching in tight mechanism holds down assembly, and the 4th compact heap thereon slides along X-axis and its seal face is made to be closely attached on the two of aluminum alloy pattern plate The lateral surface of side wall, the 4th compact heap cooperate the first compact heap on the first clamp system and the second clamp system by aluminum alloy pattern plate Two sidewalls flattened and clamped, thus reach the hole gone out have higher precision and red needle retract when aluminum alloy pattern plate two Side wall is not forced the effect of deformation.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the aluminum alloy pattern plate of the utility model.

Fig. 2 is the structural schematic diagram of the first embodiment of the punching board of the utility model.

Fig. 3 is the structural schematic diagram of the X-axis positioning device of the utility model.

Fig. 4 and Fig. 5 is the structural schematic diagram of the Z axis positioning device of the utility model.

Fig. 6 is the structural schematic diagram of the Y-axis positioning device of the utility model.

Fig. 7 is the pedestal of the utility model and the structural schematic diagram of Y-axis positioning device.

Fig. 8 is first positioning mechanism of the utility model and the structural schematic diagram of third clamp system.

Fig. 9 is the structural schematic diagram of second clamp system of the utility model.

Figure 10 is the structural schematic diagram of first positioning mechanism of the utility model.

Figure 11 is the structural schematic diagram of the third clamp system of the utility model.

Figure 12 is the pedestal of the utility model and the structural schematic diagram of fixed mechanism.

Figure 13 is the structural schematic diagram of the 4th clamp system of the utility model.

Figure 14 is the structural schematic diagram of the punching unit of the utility model.

Figure 15 and Figure 16 is the structural schematic diagram that the punching of the utility model holds down assembly with punching unit.

Figure 17 is the structural schematic diagram of the positioning unit of the utility model.

Figure 18 is the structural schematic diagram of the feeding mechanism of the utility model.

Figure 19 is the structural schematic diagram of the fixed mechanism of the utility model.

Figure 20 is the structural schematic diagram of the second embodiment of the punching board of the utility model.

Attached drawing mark

S1- aluminum alloy pattern plate, S2- side wall, S3- reinforcing rib, S4- template,

01- pedestal, 0101- waste material frame,

02- positioning unit,

03- punching unit, 0301- red needle, 0302- first slide, 0303- guide runner -0304- limiting section, 0304A- First limited block, the second limited block of 0304B-,

04-X axis positioning device, the first slide unit of 0401-, 0,402 second slide unit, the first supporting block of 0403-, 0404- first are pressed Tight block, the first via hole of 0405-, the second via hole of 0406-,

The second clamp system of 05-, 0501- transmission shaft, the second actuator of 0502-, 0503- screw rod, 0504- screw,

06-Z axis positioning device,

The 4th clamp system of 07-, the first limit assembly of 0701-, the second limit assembly of 0702-, 0703- third compact heap, 0704- fourth drive member,

The first positioning mechanism of 08-, the 5th actuator of 0801-, the first limited block of 0802-,

09- third clamp system, 0901- third actuator, the second compact heap of 0902-,

10-Y axis positioning device, 1001- third positioning mechanism, the first support base of 1002-, the first limit plate of 1003-, The 4th positioning mechanism of 1004-, the second support base of 1005-, the second limit plate of 1006-, the 6th actuator of 1007-,

11- punching hold down assembly the 4th compact heap of -1101-, 1102- guide sleeve, 1103- guide post, 1104- the 7th drive Part,

12- feeding mechanism, 1201- hang rail, the first sliding rail of 1202-, 1203- first movement frame, the 8th actuator of 1204-, The 9th actuator of 1205-, the second movable stand of 1206-, the second sliding rail of 1207-, 1208- second slide,

13- fixed mechanism, 1301- tooth form limited block, 1302- tooth form movable block, the 11st actuator of 1303-, 1304- are sliding Slot, 1305- mounting base,

14- bracket.

Specific embodiment

It is practical below in conjunction with this to keep the purposes, technical schemes and advantages of the utility model embodiment clearer The technical solution in the utility model embodiment is clearly and completely described in attached drawing in novel embodiment, shows So, described embodiment is a part of embodiment of the utility model, rather than whole embodiments.It is practical based on this Embodiment in novel, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment is fallen within the protection scope of the utility model.Therefore, the implementation to the utility model provided in the accompanying drawings below The detailed description of mode is not intended to limit the range of claimed invention, but is merely representative of the utility model Selected embodiment.

In the description of the present invention, it should be understood that term " center ", " longitudinal direction ", " transverse direction ", " length ", " width Degree ", " thickness ", "upper", "lower", "front", "rear", "left", "right", " upper end ", " lower end ", " upper section ", " lower section ", " upside ", The orientation of the instructions such as " downside ", " centre ", "vertical", "horizontal", "top", "bottom", "inner", "outside", " clockwise ", " counterclockwise " Or positional relationship is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of description the utility model and simplification is retouched It states, rather than the equipment of indication or suggestion meaning or element must have a particular orientation, be constructed and operated in a specific orientation, Therefore it should not be understood as limiting the present invention.

It is described in detail now in conjunction with structure and function of the Fig. 1 to Figure 20 to the scheme of the application.

The application provides a kind of punching board, and with reference to Fig. 1, the punching board along Y-axis to extending and section is U type The two sidewalls S2 of the aluminum alloy pattern plate S1 of structure is punched out.Two sidewalls S2 be aluminum alloy pattern plate S1 along the x axis on both ends it is past along Z axis Under flanging.For aluminum alloy pattern plate S1 in the application in processing, which is directed downwardly along Z axis.Template in connection two sides It is connected between S4 and two sidewalls S2 and its isometric reinforcing rib S3 along the y axis.Wherein, convenient for statement, in the present embodiment X-axis, Y-axis and Z axis instruction position relation be based on the orientation or positional relationship shown in the drawings, be merely for convenience of description this Utility model and simplified description, rather than the equipment of indication or suggestion meaning or element must have a particular orientation, with specific Orientation construction and operation, therefore should not be understood as limiting the present invention.

In the present embodiment, with reference to Fig. 2, which includes: pedestal 01, punching unit 03 and positioning unit 02.

In the present embodiment, referring to figs. 1 to Fig. 3, punching unit 03 is supported on pedestal 01, and it includes match along Y-axis interval The multiple red needles 0301 and each 0301 opposite base 01 of red needle of driving set are along X-axis activity with the two sidewalls S2 to aluminum alloy pattern plate S1 The first driving mechanism being punched out.

In the present embodiment, with reference to Fig. 2 and Figure 17, positioning unit 02 includes X-axis positioning device 04, Y-axis positioning device 10 And Z axis positioning device 06.To fix and clamp aluminum alloy pattern plate S1 on the direction of X-axis, Y-axis and Z axis.

In existing clamp system, in conjunction with Fig. 1, only to aluminum alloy pattern plate S1 along its punching direction (X i.e. in the application The direction of axis) it is positioned, the position degree between the Kong Yukong on same aluminum alloy pattern plate S1 processed changes greatly, and hole Circularity deviation it is also larger, circularity value difference can be 1.0 or more, and the deformation direction in each hole is inconsistent.It was testing Cheng Zhong, although its two sidewalls S2 will receive punching in processing inventors have found that aluminum alloy pattern plate S1 has been completed clamping and positioning The power of needle 0301, since the two sidewalls S2 of aluminum alloy pattern plate S1 is only connected to positioning device along the x axis in position fixing process, not Have and be further clamped, there are gaps for meeting between positioning device, therefore two sidewalls S2 can generate deformation in process And then the hole of machine-shaping is caused to generate deformation.To solve the above problems, inventor devises following mechanisms to solve the problems, such as this, It is specific as follows:

In the present embodiment, in conjunction with Fig. 1 and Fig. 3, X-axis positioning device 04 includes the first clamp system, the second clamping machine Structure 05 and driving movable second driving mechanism of the second clamp system 05.Wherein, the second clamp system 05 can be in the second driving Slided under the driving of mechanism along X-axis, in its activity opposite first clamp system close to or far from.First clamp system includes branch It supportting in the first slide unit 0401 on pedestal 01, the second clamp system 05 includes the second slide unit 0402 being supported on pedestal 01, the Two slide units 0402 can be pushed against when the second driving mechanism is along X-axis activity and separate first clamp system with the first slide unit 0401 In the two sidewalls S2 of aluminum alloy pattern plate S1 medial surface with by aluminum alloy pattern plate S1 along X axis direction position and to the two sides of the aluminum alloy pattern plate S1 Wall S2 keeps its tight and then achievees the purpose that clamp aluminum alloy pattern plate S1 along the direction of X-axis from centre toward two sides application pressure.

In the present embodiment, it is each configured in conjunction with Fig. 1 and Fig. 3, the first slide unit 0401 and the second slide unit 0402 along Y-axis Multiple first compact heaps 0404 of configuration are spaced, each first compact heap 0404 has the first positioning surface.Positioned at the first slide unit 0401 On the first compact heap 0404 on first compact heap of first positioning surface along X-axis towards side, on the second slide unit 0402 The first positioning surface on 0404 is along X-axis towards the first positioning surface with the first compact heap 0404 being located on the first slide unit 0401 Opposite direction, the first positioning surface on the first slide unit 0401 and the first positioning surface phase on the second slide unit 0402 The method of mutual parallel and each first positioning surface is mutually each parallel to X-axis.Therefore, when the second slide unit 0402 is slided along X-axis, each first is fixed Plane can push against the two sidewalls S2 in aluminum alloy pattern plate S1 in opposite direction to clamp and smooth it along the y axis.Each first compresses The first via hole 0405 to extend with one along X-axis on block 0404, when red needle 0301 is punched out the two sidewalls S2 of aluminum alloy pattern plate S1 Can across first via hole 0405, each first positioning surface play simultaneously played in 0301 punching of red needle support its two sidewalls S2 with So that it will not the effects of deformation.Similarly, on the first slide unit 0401 and the second slide unit 0402 for supporting each first compact heap 0404 With the second via hole 0406 to extend along X-axis, when each 0301 punching of red needle, which is each passed through, each sequentially passes through each first via hole 0405 With each second via hole 0406, and by its waste material be pushed into because opposite first slide unit 0401 of the second slide unit 0402 far from when formed first In gap, which falls in the waste material frame 0101 on pedestal 01 from first gap.

In the present embodiment, it is configured in the upside of the first slide unit 0401 and the upper end of the second slide unit 0402 along Y-axis interval Multiple first supporting blocks 0403 of configuration, lower surface of first supporting block 0403 to be connected to template S4, each first support It is formed between block 0403 and each first compact heap 0404 to get out of the way the reinforcing rib S3 on aluminum alloy pattern plate S1, so that reinforcing rib S3 is not The clamping of aluminum alloy pattern plate S1 can be interfered.

In the present embodiment, in conjunction with Fig. 2, Fig. 3 and Fig. 9, the second driving mechanism includes to be extended along the Y axis and be connected with the second drive The transmission shaft 0501 of moving part 0502, the screw rod for being socketed on both ends of second clamp system 05 in Y-axis respectively and extending along X axis 0503 component, 0503 component of screw rod drive the second clamp system 05 movable along the x axis under the driving of transmission shaft 0501.Silk 0503 component of bar includes a screw rod 0503, which is supported in base by being located at the bearing block at its both ends along the x axis On seat 01, a screw 0504 for being connected to the second slide unit 0402 is socketed among screw rod 0503, screw 0504 is with respect to screw rod 0503 Push the second slide unit 0402 along X-axis activity when along X-axis activity.Be connected to same transmission shaft 0501 and it is located at slide unit along Y-axis side The screw rod 0503 at upward both ends can increase the stability and sliding precision that slide unit is slided along X axis.Wherein, the second driving Part 0502 is motor.The screw rod that both ends of second slide unit 0402 in Y-axis are respectively connected to transmission shaft 0501 configured with one respectively 0503 component, driving transmission shaft 0501 rotates and then screw rod 0503 is driven to rotate when motor works.Its rotation axis and screw rod 0503 Between steering transmitting engage deflecting transmitting for conventional gear, set-up mode is to those skilled in the art also not It needs to make the creative labor, so it will not be repeated.In the present embodiment, X-axis positioning device 04 is also connected to the first folder comprising one Tight mechanism is to drive its with respect to movable second driving mechanism of the second clamp system 05, so that the first clamp system and the Two clamp systems 05 can be relatively movable.Two the second driving mechanisms of setting make the first clamping machine and the second clamp system 05 can be same When activity, it is possible to reduce only be arranged second driving mechanism when to clamp the time of aluminum alloy pattern plate S1, thus reach increase life Produce the purpose of efficiency.It is understood that in other embodiments, second driving mechanism can also be only configured, it can To be connected to the first clamp system, the second clamp system 05 can also be attached only to.

In the present embodiment, in conjunction with Fig. 1, Fig. 2 and Fig. 6, Y-axis positioning device 10 includes the be supported on pedestal 01 Three positioning mechanisms 1001, can along Y activity with far from or close to third positioning mechanism 1001 the 4th positioning mechanism 1004 and It is supported on pedestal 01 to drive movable 6th actuator 1007 of the 4th positioning mechanism 1004.4th positioning mechanism 1004 abuts In aluminum alloy pattern plate S1 one end and push it along Y-axis activity so that the other end of aluminum alloy pattern plate S1 is connected to third positioning mechanism 1001. Third positioning mechanism 1001 includes the first support base 1002 being supported on pedestal 01, is configured with one on first support base 1002 First limit plate 1003, to limit aluminum alloy pattern plate S1 along the y axis on one end.4th positioning mechanism 1004 is positioned with third Mechanism 1001 is arranged opposite, and the 4th positioning mechanism 1004 is slidably supported on pedestal 01, in the 4th positioning mechanism 1004 When along 1001 activity of Y-axis third positioning mechanism, the second limit plate 1006 being configured thereon that can be connected to aluminum alloy pattern plate S1 along Y-axis The other end on direction simultaneously pushes its activity, finally cooperate with the first limit plate 1003 by aluminum alloy pattern plate S1 be sandwiched in it is intermediate with to its into Row positioning.6th actuator 1007 is a cylinder and is fixed on pedestal 01 that piston rod is connected to the 4th positioning mechanism 1004 On the second support base 1005 on, the second support base 1005 is slidably matched with pedestal 01.Wherein, in the present embodiment, third is fixed Position mechanism 1001 is affixed on pedestal 01, is also along the orientation of Y-axis with respect to the first slide unit 0401 and the second slide unit 0402 Fixed, to ensure the precision on it is along the y axis when processing aluminum alloy pattern plate S1.In the present embodiment, the 6th actuator 1007 For cylinder.It is understood that in other embodiments, the 6th actuator 1007 can also be oil cylinder or using motor and The propulsion mode of screw rod cooperation.

In the present embodiment, with reference to Fig. 5, Z axis positioning device 06 include the first positioning mechanism 08, third clamp system 09, 4th clamp system 07.

In conjunction with Fig. 4, Fig. 5, Fig. 8, Figure 10, Figure 11 and Figure 13, the first positioning mechanism 08 in aluminum alloy pattern plate S1 to be pressed from both sides Tight prelocalization its in the orientation of Z-direction.First positioning mechanism 08 includes multiple first limited blocks configured along Y-axis interval 0802, multiple the 5th actuators 0801 for being connected separately with the first limited block 0802 being supported on the first clamp system, support In multiple the 5th actuators 0801 for being connected separately with the first limited block 0802 on the second clamp system 05, each 5th actuator 0801 drives each first limited block 0802 along the lower end for the two sidewalls S2 that Z axis is movable and it is made to be connected to aluminum alloy pattern plate S1, and then will It is supported in preset height, to facilitate other orientation to aluminum alloy pattern plate S1 to be positioned and be clamped.Wherein, the of the present embodiment Five actuators 0801 are cylinder, and the 5th actuator 0801 can be connected with filtering pressure regulator valve, to adjust the 5th actuator 0801 Driving force.It is, of course, understood that can also be oil cylinder etc. in other embodiments.

Third clamp system 09 include along Y-axis interval configuration and can along Z axis upwards activity to be connected to the two of aluminum alloy pattern plate S1 The second compact heap 0902 and the driving movable third actuator 0901 of each second compact heap 0902 of the lower end of side wall S2.Its In, multiple third actuators 0901 are configured with along Y-axis interval on the first slide unit 0401, are matched on the second slide unit 0402 along Y-axis interval It is equipped with multiple third actuators 0901.Each second compact heap 0902 is pushed aluminum alloy pattern plate by the drives edge Z axis of third actuator 0901 S1 is movable upwards.Wherein, each second compact heap 0902 is connected to the lower end of the two sidewalls S2 of aluminum alloy pattern plate S1.In the present embodiment, Third actuator 0901 is cylinder, and third actuator 0901 can be connected with filtering pressure regulator valve, to adjust third actuator 0901 Driving force.Wherein, the air pressure of third actuator 0901 can be greater than the atmospheric pressure value of the 5th actuator 0801, to aluminum alloy pattern plate S1 It is supported in processing.In other embodiments, third actuator 0901 can also be oil cylinder.It is understood that the The third actuator 0901 on the 5th actuator 0801 and third clamp system 09 on one positioning mechanism 08 is respectively supported at On first slide unit 0401 and the second slide unit 0402, the first limited block 0802 and the second compact heap 0902 thereon is to abut It in the lower end of the two sidewalls S2 of aluminum alloy pattern plate S1, can be replaced mutually, by accessing different air pressure or oil pressure to aluminium Template S1 provides different pressure and is supported to aluminum alloy pattern plate S1.

4th clamp system 07 includes to be supported on the first clamp system and can be with respect to the first clamp system line along the x axis First limit assembly 0701 of sexuality is supported on the second clamp system 05 and can be with respect to the second clamp system 05 along X-axis side To linear movable second limit assembly 0702 and it is separately connected and drives the first limit assembly 0701 and the second limit assembly 0702 along the movable fourth drive member 0704 of X-axis.First limit assembly 0701 and the first limit assembly 0701 are matched along X-axis is opposed It sets.First limit assembly 0701 includes the first fixed frame to extend along Y-axis, the first fixed frame being supported on the first slide unit 0401 Both ends be fixedly connected on the both ends of the first slide unit 0401 in the Y-axis direction.First limit assembly 0701 and the first slide unit 0401 It is slidably matched, configured with the sliding rail to extend along X-axis on the first slide unit 0401, to limit the first limit assembly 0701 only along X-axis side To sliding.Fourth drive member 0704 is fixed on the first slide unit 0401 and the first limit assembly 0701 is pushed to slide along X-axis, In, it is configured with two fourth drive members 0704 on the first slide unit 0401, is connected to the both ends of the first fixed frame.First is fixed Frame is along the crossbeam that Y-axis extends along Y between centers every configured with the multiple third compact heaps 0703 being fixed thereon.In the present embodiment In, fourth drive member 0704 is cylinder.It is understood that in other embodiments, fourth drive member 0704 can also be Oil cylinder or the propulsion mode cooperated using motor and screw rod.

Second limit assembly 0702 includes the second fixed frame to extend along Y-axis, second be supported on the second slide unit 0402 The both ends of fixed frame are fixedly connected on the both ends of the second slide unit 0402 in the Y-axis direction.Second limit assembly 0702 and second is sliding Platform 0402 is slidably matched, configured with the sliding rail to extend along X-axis on the second slide unit 0402, to limit 0702 edge of the second limit assembly X-direction sliding.Fourth drive member 0704 is fixed on the second slide unit 0402 and pushes the second limit assembly 0702 sliding along X-axis It is dynamic, wherein to be configured with two fourth drive members 0704 on the second slide unit 0402, be connected to the both ends of the second fixed frame.The Two fixed frames are configured with the multiple third compact heaps 0703 being fixed thereon along the crossbeam that Y-axis extends along Y-axis interval.

The multiple third compact heaps 0703 being configured on the first fixed frame and the multiple thirds being configured on the second fixed frame Compact heap 0703 the first limit assembly 0701 and the second limit assembly 0702 slide in opposition and close to when be moved to aluminum alloy pattern plate S1 Two sidewalls S2 top, position and clamp after Z-direction is had good positioning, then in X-axis, Y direction through the first positioning mechanism 08 Aluminum alloy pattern plate S1 after good is under the pressure of the second compact heap 0902 on Z axis upwards movable third clamping framework by second Compact heap 0902 and third compact heap 0703 are sandwiched in centre.Third compact heap 0703 is with respect to the first slide unit 0401 and the second slide unit 0402 height in the Z-axis direction be it is fixed, have on the downside of third compact heap 0703 to the template S4 that compresses aluminum alloy pattern plate S1 Upper surface the second positioning surface, the second positioning surface on each third compact heap 0703 sustained height along Z-direction, and will not Under stress along Z axis activity.That is, the second positioning surface of each 0703 downside of third compact heap is to limit template S4 away from each For red needle 0301 in the height of Z-direction, the two sidewalls S2 of aluminum alloy pattern plate S1 is upward under the pressure of each second compact heap 0902 And the upper surface of template S4 is made to be closely attached on the second positioning surface on the downside of third compact heap 0703, so that the upper surface of aluminum alloy pattern plate S1 It is driven plain, so that it is guaranteed that the precision of the height of the axle center in each hole processed in the Z-axis direction, that is to say, that each third pressure Tight block 0703 also acts as calibration aluminum alloy pattern plate S1 in the effect of the benchmark of Z-direction simultaneously.Wherein, the first limit assembly 0701 and Two limit assemblies 0702 slide along X-axis and are close such that each third compact heap 0703 is in the top of aluminum alloy pattern plate S1, the first limit Hyte part 0701 and the second limit assembly 0702 are simultaneously separate can get out of the way the space above aluminum alloy pattern plate S1 along X-axis sliding, convenient In the clamping to aluminum alloy pattern plate S1.

In conjunction with Fig. 1 to Figure 13, in the prior art, when being positioned, often only positioning and clamping is with step work Sequence is carried out and is completed, and is being positioned and is being clamped in position fixing process, generally also X-axis, Y-axis and Z axis are once positioned by blas It clamps, the positioning of rear process often will cause the workpiece that preceding process is positioned and generate beat, deformation or displacement.So being Solve the problems, such as this, inventor, which devises, sequentially devises above-mentioned each positioning and clamp system, positioning, clamping step are as follows:

Each 5th actuator 0801 on S1: the first positioning mechanism 08 drives each first limited block 0802 to push aluminium along Z axis Template S1 is movable to preset height upwards.

S2: the six actuator 1007 drives the 4th positioning mechanism 1004 to position along Y-axis promotion through the first positioning mechanism 08 Aluminum alloy pattern plate S1 is slided to third positioning mechanism 1001, and it is intermediate with fixed to cooperate third positioning mechanism 1001 to be sandwiched in aluminum alloy pattern plate S1 Position.

It is simultaneously mutually remote along X-axis sliding that S3: the second driving mechanism respectively drives the first clamp system and the second clamp system 05 From, the first clamp system and the second clamp system 05 push against respectively in aluminum alloy pattern plate S1 two sidewalls S2 and by its along the x axis to External compression.

The first limit assembly 0701 and the second limit assembly 0702 on S4: the four clamp system 07 is by fourth drive member 0704 drives edge X-axis activity is to the top of aluminum alloy pattern plate S1, at this point, each third compact heap 0703 thereon is located at aluminum dipping form The top of the two sidewalls S2 of plate S1.

S5: the third actuator 0901 in third clamp system 09 drives each second compact heap 0902 to push the edge aluminum alloy pattern plate S1 It is movable in Z axial direction, so that the upper surface of template S4 is closely attached on the second positioning surface of each 0703 downside of third compact heap, each second Compact heap 0902 cooperates third compact heap 0703 to clamp aluminum alloy pattern plate S1 along Z-direction.

By step S1 to S5, aluminum alloy pattern plate S1 completes the positioning before processing.Wherein, the first positioning mechanism 08 in S1 is used So that up movable distance is smaller by the aluminum alloy pattern plate S1 in step S5, with to avoid will appear in step s 5 because of too long work Dynamic distance causes aluminum alloy pattern plate S1 the case where deforming or swinging occur.It adjusts and clamps through step S5 again using first being positioned by S1, Mainly to solve in step S2 and S3, to aluminum alloy pattern plate S1 X-axis and Y-axis position and clamp when, aluminum alloy pattern plate S1 by When will appear when to power in X-axis or Y direction along Z axis beat or sliding, and then leading to punching each pitch-row template S4 away from The problem of separating out existing variation.

Punching unit 03 is supported on pedestal 01, and it includes the multiple red needles 0301 configured along Y-axis interval and driving are each The first driving mechanism that 0301 opposite base 01 of red needle is punched out along X-axis activity with the two sidewalls S2 to aluminum alloy pattern plate S1.

Wherein, the first driving mechanism includes the first driving assembly and the second driving assembly.First driving assembly includes along Y The juxtaposed multiple first slides 0302 of axis are supported on the first clamp system to drive each first slide 0302 movable along X-axis First actuator.Second driving assembly includes along the juxtaposed multiple second slides 1208 of Y-axis, is supported on the second clamp system 05 To drive each first slide 0302 along movable first actuator of X-axis.It is fixed in each first slide 0302 and second slide 1208 There is the red needle 0301 to extend along X-axis, is punched out to the two sidewalls S2 to aluminum alloy pattern plate S1.Wherein, the first of the present embodiment drives Moving part is oil cylinder or cylinder.In other embodiments, motor can be used.

In the present embodiment, two are each configured with along Y-axis in conjunction on 1 to Fig. 3, first slide unit 0401 and the second slide unit 0402 The downside of a juxtaposed first slide 0302, each first slide 0302 has the limiting section 0304 downwardly convex along Z axis, the limit Position portion 0304 include be located at first slide 0302 along the y axis on both ends the second limited block 0304A and third limited block 0304B, and the second limited block 0304A and third limited block 0304B extend along the x axis respectively, it is fixed in the first slide unit 0401 Configured with the guide runner 0303 for adapting to the second limited block 0304A and third limited block 0304B, each guide runner 0303 is along X Axis direction extension is slided along the x axis with limiting first slide 0302.There are two connect fixed configurations respectively on first slide unit 0401 The first actuator of first slide 0302 is connect, there are two be separately connected first slide 0302 to fixed configurations on the second slide unit 0402 First actuator.It is understood that the first slide 0302 that is located on the first slide unit 0401 and the first actuator be located at the First slide 0302 and the first actuator on two slide units 0402 is arranged opposite.Wherein, the lower surface support of first slide 0302 In the upper end of guide runner 0303, the second limited block 0304A and the guide runner 0303 being adapted to it are clearance fit, third limit Position block 0304B and the guide runner 0303 being adapted to it are clearance fit, so that the angle when sliding along X-axis of first slide 0302 It can be finely adjusted, avoid first slide 0,302 second limited block 0304A or third limited block during sliding along X-axis 0304B is with guide runner 0303 because stress is excessive and stuck.Further, the first slide unit 0401 and the second slide unit 0402 are fixed on On guide runner 0303 can limit height of the red needle 0301 on Z axis, guide runner 0303 wear when can quickly more It changes, and the aluminum alloy pattern plate S1 of different model can be adapted to and processed by quick-replaceable guide runner 0303.

In process of production, in conjunction with 1 to Fig. 3, inventors have found that the two sidewalls S2 of aluminum alloy pattern plate S1 is to have deformation, respectively not With aluminum alloy pattern plate S1 two sidewalls S2 flatness be all it is different, the side wall S2 of Different Plane degree is in process often Causing to have more punching can be unqualified, and after 0301 punching of red needle during being retracted, the periphery of red needle 0301 Certain frictional force is had to the hole punched, therefore can pull the hole punched in back off procedure, leads to two sidewalls S2 and punching Complete bore deformation.To solve the above problems, inventors herein proposing following structures to solve the technical problem point.

In the present embodiment, in conjunction with Fig. 1, Fig. 2, Figure 14 to Figure 16, the first clamp system is configured with juxtaposed along Y-axis interval Multiple punchings hold down assembly 11, and the second clamp system 05, which is configured with, holds down assembly 11 along the juxtaposed multiple punchings in Y-axis interval.Each punching It 11 includes the 4th compact heap 1101, the 7th actuator 1104 and guide part that hole, which holds down assembly,.4th compact heap 1101 is used for The first clamp system or the second clamp system 05 is cooperated to flatten the two sidewalls S2 for the aluminum alloy pattern plate S1 for having been positioned and having been clamped.The Configured with the 7th actuator 1104 being firmly connected with it on one slide unit 0401, the 7th actuator 1104 is connected thereto to drive The 4th compact heap 1101 it is movable along the x axis.Similarly, it is driven on the second slide unit 0402 configured with the 7th be firmly connected with it Moving part 1104.Guide part includes to lead along the guide post 1103 that X-axis extends and being fixed in first slide 0302 to limit To column 1103 along the movable guide sleeve 1102 of X-axis.Wherein, one end of guide post 1103 is connected to the 4th compact heap 1101, another End is connected to the 7th actuator 1104.In the present embodiment, the 7th actuator 1104 is cylinder.It is understood that other Embodiment in, the 7th actuator 1104 can also be oil cylinder or the propulsion mode that is cooperated using motor and screw rod.

After aluminum alloy pattern plate S1 is positioned and clamped on the direction of X-axis, Y-axis and Z axis, the 7th actuator 1104 pushes the 4th pressure Tight block 1101 is slided along X-axis and the lateral surface of the two sidewalls S2 that makes its seal face be closely attached on aluminum alloy pattern plate S1, and exerts a force to it To cooperate the first positioning surface on the first compact heap 0404 to flatten the two sidewalls S2 of aluminum alloy pattern plate S1.By aluminum alloy pattern plate S1's After two sidewalls S2 is flattened, the first actuator drives first slide 0302 to be slided along X-axis to push each red needle 0301 to aluminum dipping form The two sidewalls S2 of plate S1 is punched out.In the present embodiment, guide sleeve 1102 is fixedly connected in first slide 0302, When four compact heaps 1101 are closely attached on the lateral surface of side wall S2 of aluminum alloy pattern plate S1, guide post 1103 plays the guiding to guide sleeve 1102 Effect, first slide 0302 are past along the extension direction of guide post 1103 under the action of guide sleeve 1102 being firmly connected with it Preceding activity simultaneously pushes red needle 0301 to be punched out, it is ensured that the punching direction of each red needle 0301 and the extension direction of guide post 1103 It is parallel.That is, passing through the mutual guiding role of guide post 1103 and guide sleeve 1102 and in the 4th compact heap In the case that 1101 are supported in the lateral surface of side wall S2 of aluminum alloy pattern plate S1 by the driving force of the 7th actuator 1104, it ensure that The verticality of the two sidewalls S2 of the activity direction and aluminum alloy pattern plate S1 of red needle 0301.And then ensure the axis in the hole that red needle 0301 is gone out The verticality of Xiang Yuqi side wall S2.Meanwhile the pressure by the 4th compact heap 1101, hole is punched in red needle 0301 and is lived backward When moving to extract out, the two sidewalls S2 of aluminum alloy pattern plate S1 will not lead to its change because being followed it movable by the frictional force of red needle 0301 Shape further ensures the circularity of punching.

In the present embodiment, in conjunction with Fig. 2, Figure 12 and Figure 19, a kind of punching board includes to limit the first slide unit 0401 or the movable fixed mechanism 13 of 0402 opposite base of the second slide unit 01, fixed mechanism 13 includes tooth form limited block 1301, peace Fill seat 1305, tooth form movable block 1302 and the 5th driving assembly.Tooth form limited block 1301 is configured at the first slide unit 0401 or the On two slide units 0402, tooth form limited block 1301 is provided at least one straight-tooth slot.Mounting base 1305 is configured on pedestal 01, peace Dress seat 1305 is provided with the sliding slot 1304 to extend along Y-axis.Slidably configuration is on sliding slot 1304 for tooth form movable block 1302, tooth form Movable block 1302 is provided at least one straight-tooth tooth compatible with straight-tooth slot.5th driving assembly includes to drive tooth form living 1304 movable 11st actuator 1303 along the chute of motion block 1302.11st actuator 1303 passes through driving tooth form movable block 1302, allow straight-tooth tooth to be thereon connected on the straight-tooth slot of tooth form limited block 1301, it is sliding with the first slide unit of limitation 0401 or second The sliding of 0402 opposite base 01 of platform.Wherein, the two sides of the first slide unit 0401 in the Y-axis direction are each configured with tooth form limit Block 1301 corresponds on pedestal 01 on the position of tooth form limited block 1301 configured with mounting base 1305 and the tooth being configured thereon that Shape movable block 1302.The two sides of second slide unit 0402 in the Y-axis direction are each configured with a tooth form limited block 1301, pedestal Corresponding to the tooth form movable block for being configured with mounting base 1305 on the position of tooth form limited block 1301 and being configured thereon that on 01 1302。

In the present embodiment, straight-tooth slot is profile in isosceles triangle or trapezoidal opening, and straight-tooth tooth is in for profile etc. Lumbar triangle shape or protrusion trapezoidal and compatible with straight-tooth slot.Wherein, tooth form movable block 1302 is provided with 2 straight-tooth teeth, tooth Shape limited block 1301 is provided with 5 straight-tooth slots.In the present embodiment, the 11st actuator 1303 is a cylinder.In other implementations In example, the 11st actuator 1303 can be a hydraulic cylinder.

In conjunction with Fig. 1 to Figure 19, the workflow of the punching board of the present embodiment described further below:

Each 5th actuator 0801 on S1: the first positioning mechanism 08 drives each first limited block 0802 to push aluminium along Z axis Template S1 is movable to preset height upwards.

S2: the six actuator 1007 drives the 4th positioning mechanism 1004 to position along Y-axis promotion through the first positioning mechanism 08 Aluminum alloy pattern plate S1 is slided to third positioning mechanism 1001, and it is intermediate with fixed to cooperate third positioning mechanism 1001 to be sandwiched in aluminum alloy pattern plate S1 Position.

It is simultaneously mutually remote along X-axis sliding that S3: the second driving mechanism respectively drives the first clamp system and the second clamp system 05 From, the first clamp system and the second clamp system 05 push against respectively in aluminum alloy pattern plate S1 two sidewalls S2 and by its along the x axis to External compression.

S4: the 11st actuator 1303 being fixed on pedestal 01 drives the activity of tooth form movable block 1302 so that thereon straight Teeth are connected on the straight-tooth slot of tooth form limited block 1301, and then make the first clamp system and the second clamp system 05 along X-axis side To fixation.

The first limit assembly 0701 and the second limit assembly 0702 on S5: the four clamp system 07 is by fourth drive member 0704 drives edge X-axis activity is to the top of aluminum alloy pattern plate S1, at this point, each third compact heap 0703 thereon is located at aluminum dipping form The top of the two sidewalls S2 of plate S1.

S6: the third actuator 0901 in third clamp system 09 drives each second compact heap 0902 to push the edge aluminum alloy pattern plate S1 It is movable in Z axial direction, so that the upper surface of template S4 is closely attached on the second positioning surface of each 0703 downside of third compact heap, each second Compact heap 0902 cooperates third compact heap 0703 to clamp aluminum alloy pattern plate S1 along Z-direction.

S7: the seven actuator 1104 pushes the 4th compact heap 1101 to slide along X-axis and its seal face is made to be closely attached on aluminum alloy pattern plate The lateral surface of the two sidewalls S2 of S1.

S8: the first actuator drives first slide 0302 to be slided along X-axis to push each red needle 0301 to the two of aluminum alloy pattern plate S1 Side wall S2 is punched out, and the first actuator drives each red needle 0301 to retract.

S9: the seven actuator 1104 pushes the 4th compact heap 1101 to slide and retract along X-axis.

S10: third actuator 0901 drives each second compact heap 0902 to retract.

S11: fourth drive member 0704 drives the first limit assembly 0701 and the second limit assembly 0702 to retract and get out of the way aluminium Space above template S1.

S12: the ten one actuator 1303 drives the activity of tooth form movable block 1302 to be unclamped with tooth form limited block 1301.

S13: the second driving mechanism respectively drives the first clamp system and the second clamp system 05 and slides along X-axis and mutually lean on Closely.Wherein, step S12 can be synchronous with the either step before S13 with after step S8.

Different from first embodiment, the application separately provides second embodiment.In a second embodiment, in conjunction with Figure 18 and figure 20, punching board includes two feeding mechanisms 12 being supported on pedestal 01.Wherein, punching board includes to be located at aluminum dipping form The two sides in the X-axis direction plate S1 and the two stands 14 being fixed on pedestal 01 and it is set up in sending on two stands 14 respectively Expect mechanism 12.Feeding mechanism 12 includes outstanding rail 1201, third driving assembly, the 4th driving assembly and clamp assemblies.Outstanding rail 1201 are supported on bracket 14, have the first sliding rail 1202 to extend along Y-axis.Third driving assembly, comprising being supported in outstanding rail First movement frame 1203 that rail 1201 slides along Y-axis can be hanged on 1201 and relatively, to drive first movement frame 1203 to slide 8th actuator 1204, first movement frame 1203 have the second sliding rail 1207 to extend along Z axis.4th driving assembly includes support In on third driving assembly and can it is opposite its along Z axis sliding the second movable stand 1206 and be fixed on third driving assembly To drive the 9th actuator 1205 of the second movable stand 1206 sliding.Clamp assemblies, comprising being configured on the second movable stand 1206 The first clamping limb, one can with respect to the first clamping limb close to or far from second slide 1208, be configured in second slide 1208 The second clamping limb and one driving the movable tenth actuator (not shown) of second slide 1208.Second clamping limb is close Aluminum alloy pattern plate S1 is clamped when the first clamping limb and unloads aluminum alloy pattern plate S1 when far from the first clamping limb.In the present embodiment, it the 8th drives Moving part 1204, the 9th actuator 1205 and the tenth actuator are respectively motor.

In the present embodiment, two feeding mechanisms 12 being configured on pedestal 01 are respectively used to feed and discharge.Wherein one Except the range of one end that outstanding rail 1201 extend out to pedestal 01 along the direction of Y-axis, the first movement frame 1203 set up thereon can Outside the range that Y-axis is moved to pedestal 01, aluminum alloy pattern plate S1 is clamped by the clamp assemblies being supported on, and it is placed into On first slide unit 0401 and the second slide unit 0402.Being realized simultaneously by the second movable stand 1206 drives clamp assemblies to slide along Z axis. Except the range for the other end that another outstanding rail 1201 extend out to pedestal 01 along the direction of Y-axis, and it is real by first movement frame 1203 The aluminum alloy pattern plate S1 now processed picks up and passes through third driving assembly and the 4th driving assembly cooperates the aluminum alloy pattern plate that will be processed S1 is sent out except the range of pedestal 01.The unmentioned other characteristics of second embodiment can be identical with the first embodiment, and can be used Variant embodiment and its advantages can also be identical with the first embodiment, so it will not be repeated.

In conjunction with Fig. 1 to Figure 20, the workflow of the punching board of second embodiment described further below:

S1: the clamp assemblies (charging) being configured on pedestal 01 pick up the aluminum alloy pattern plate S1 outside pedestal 01, pass through Three driving assemblies and the 4th driving assembly, which are realized, send aluminum alloy pattern plate S1 to the top of the first slide unit 0401, and the activity of the second clamping limb is remote From the first clamping limb and aluminum alloy pattern plate S1 is unloaded so that aluminum alloy pattern plate S1 to be placed on the first slide unit 0401 and the second slide unit 0402.

Each 5th actuator 0801 on S2: the first positioning mechanism 08 drives each first limited block 0802 to push aluminium along Z axis Template S1 is movable to preset height upwards.

S3: the six actuator 1007 drives the 4th positioning mechanism 1004 to position along Y-axis promotion through the first positioning mechanism 08 Aluminum alloy pattern plate S1 is slided to third positioning mechanism 1001, and it is intermediate with fixed to cooperate third positioning mechanism 1001 to be sandwiched in aluminum alloy pattern plate S1 Position.

It is simultaneously mutually remote along X-axis sliding that S4: the second driving mechanism respectively drives the first clamp system and the second clamp system 05 From, the first clamp system and the second clamp system 05 push against respectively in aluminum alloy pattern plate S1 two sidewalls S2 and by its along the x axis to External compression.

S5: the 11st actuator 1303 being fixed on pedestal 01 drives the activity of tooth form movable block 1302 so that thereon straight Teeth are connected on the straight-tooth slot of tooth form limited block 1301, and then make the first clamp system and the second clamp system 05 along X-axis side To fixation.

The first limit assembly 0701 and the second limit assembly 0702 on S6: the four clamp system 07 is by fourth drive member 0704 drives edge X-axis activity is to the top of aluminum alloy pattern plate S1, at this point, each third compact heap 0703 thereon is located at aluminum dipping form The top of the two sidewalls S2 of plate S1.

S7: the third actuator 0901 in third clamp system 09 drives each second compact heap 0902 to push the edge aluminum alloy pattern plate S1 It is movable in Z axial direction, so that the upper surface of template S4 is closely attached on the second positioning surface of each 0703 downside of third compact heap, each second Compact heap 0902 cooperates third compact heap 0703 to clamp aluminum alloy pattern plate S1 along Z-direction.

S8: the seven actuator 1104 pushes the 4th compact heap 1101 to slide along X-axis and its seal face is made to be closely attached on aluminum alloy pattern plate The lateral surface of the two sidewalls S2 of S1.

S9: the first actuator drives first slide 0302 to be slided along X-axis to push each red needle 0301 to the two of aluminum alloy pattern plate S1 Side wall S2 is punched out, and the first actuator drives each red needle 0301 to retract.

S10: the seven actuator 1104 pushes the 4th compact heap 1101 to slide and retract along X-axis.

S11: third actuator 0901 drives each second compact heap 0902 to retract.

S12: fourth drive member 0704 drives the first limit assembly 0701 and the second limit assembly 0702 to retract and get out of the way aluminium Space above template S1.

S13: the ten one actuator 1303 drives the activity of tooth form movable block 1302 to be unclamped with tooth form limited block 1301.

S14: the second driving mechanism respectively drives the first clamp system and the second clamp system 05 and slides along X-axis and mutually lean on Closely.

S15: the clamp assemblies (discharging) being configured on pedestal 01 clamp the aluminum alloy pattern plate S1 completed the process to pedestal 01 Outside and unload.

S16: the clamp assemblies (charging) being configured on pedestal 01 repeat the movement of S1.

Wherein, S15 and the movement of S16 be it is synchronous carry out, step S13 can with after step S9 with any before S14 Step is synchronous.

The above is only preferred embodiments of the present invention, are not intended to limit the utility model, for ability For the technical staff in domain, various modifications and changes may be made to the present invention.It is all the spirit and principles of the utility model it Interior, any modification, equivalent replacement, improvement and so on should be included within the scope of protection of this utility model.

Claims (10)

1. a kind of punching board, to extending along Y-axis and section is that the two sidewalls (S2) of aluminum alloy pattern plate (S1) of U-shaped structure carry out Punching includes:

Pedestal (01)；

Punching unit (03) is supported on pedestal (01), comprising configured along Y-axis interval multiple red needles (0301), each punching of driving The first driving machine that needle (0301) opposite base (01) is punched out along X-axis activity with the two sidewalls (S2) to aluminum alloy pattern plate (S1) Structure；

Positioning unit (02) is supported on pedestal (01), fixed comprising the X-axis for positioning orientation of the aluminum alloy pattern plate (S1) in X-axis Position device (04), the Y-axis positioning device (10) for positioning orientation of the aluminum alloy pattern plate (S1) in Y-axis and for positioning aluminum dipping form The Z axis positioning device (06) in orientation of the plate (S1) on Z axis；

It is characterized in that,

The X-axis positioning device (04), comprising having the first clamping machine of the first slide unit (0401) being supported on pedestal (01) Structure, can the relatively described pedestal (01) along X-axis slide with far from or close to first clamp system and have be supported in pedestal (01) the second clamp system (05) of the second slide unit (0402) on and driving second clamp system (05) movable the Two driving mechanisms, when second clamp system (05) is far from first clamp system described in the first slide unit (0401) with it is described Second slide unit (0402) push against respectively the medial surface in the two sidewalls (S2) of aluminum alloy pattern plate (S1) with by aluminum alloy pattern plate (S1) along the x axis It positions and compresses the two sidewalls of the aluminum alloy pattern plate (S1) (S2).

2. punching board according to claim 1, which is characterized in that first slide unit (0401) and second slide unit (0402) multiple first compact heaps (0404) along the configuration of Y-axis interval, each first compact heap (0404) tool are each configured with There is the first positioning surface, is located on the first compact heap (0404) and second slide unit (0402) on first slide unit (0401) The first compact heap (0404) be adjacent to when second clamp system (05) is along X-axis sliding and far from first clamp system In the medial surface of the two sidewalls (S2) of the aluminum alloy pattern plate (S1) to clamp the aluminum alloy pattern plate (S1).

3. punching board according to claim 1, which is characterized in that second driving mechanism includes to be extended along the Y axis simultaneously It is connected with the transmission shaft (0501) of the second actuator (0502), is socketed on second clamp system (05) respectively in Y-axis Both ends and screw rod (0503) component to extend along X-axis, screw rod (0503) component drives under the driving of transmission shaft (0501) Second clamp system (05) is movable along the x axis；Wherein, the X-axis positioning device (04) is connected to first folder comprising one Tight mechanism is to drive its relatively described movable second driving mechanism of second clamp system (05).

4. punching board according to claim 1, which is characterized in that the Z axis positioning device (06) includes:

Third clamp system (09), comprising along Y-axis interval configuration and can along Z axis upwards activity to be connected to the two of aluminum alloy pattern plate (S1) The second compact heap (0902) of the lower end of side wall (S2) is supported on the first clamp system and the second clamp system (05) to drive Move the movable third actuator (0901) of each second compact heap (0902)；

4th clamp system (07), comprising be supported on the first clamp system and can relatively described first clamp system along X-axis side To linear movable first limit assembly (0701), it is supported on the second clamp system (05) and can relatively described second clamping machine Structure (05) linear movable second limit assembly (0702) and is separately connected along the x axis and drives the first limit group Part (0701) and the second limit assembly (0702) are along the movable fourth drive member of X-axis (0704)；

First limit assembly (0701) and second limit assembly (0702) are separately included along the multiple of Y-axis interval configuration Third compact heap (0703), each third compact heap (0703) under the driving of each fourth drive member (0704) activity extremely The tops of the two sidewalls (S2) of the aluminum alloy pattern plate (S1) and cooperate along Z axis upwards movable second compact heap (0902) by aluminum alloy pattern plate (S1) it smooths and clamps；

First limit assembly (0701) and second limit assembly (0702) are arranged opposite along X-axis.

5. punching board according to claim 4, which is characterized in that the Z axis positioning device (06) include one to Aluminum alloy pattern plate (S1) clamped prelocalization its orientation of Z-direction the first positioning mechanism (08)；First localization machine Structure (08) includes the lower end that the two sidewalls (S2) of aluminum alloy pattern plate (S1) are configured and can be connected to along the upward activity of Z axis along Y-axis interval Multiple first limited blocks (0802), be supported on the first clamp system and the second clamp system (05) to drive it is each first limit Position block (0802) is along movable multiple 5th actuators (0801) of Z axis, wherein each first limited block (0802) is each 5th Aluminum alloy pattern plate (S1) is pushed into preset height along Z axis under the driving of actuator (0801).

6. punching board according to claim 1, which is characterized in that the Y-axis positioning device (10) includes to be supported in base Third positioning mechanism (1001) on seat (01), can be along Y activity with the far from or close to the third positioning mechanism (1001) Four positioning mechanisms (1004) and be supported on pedestal (01) with drive the 4th positioning mechanism (1004) it is movable 6th drive Moving part (1007)；4th positioning mechanism (1004) be connected to one end of aluminum alloy pattern plate (S1) and push its along Y-axis activity so that The other end of aluminum alloy pattern plate (S1) is connected to the third positioning mechanism (1001).

7. punching board according to claim 1, which is characterized in that first driving mechanism includes:

First driving assembly, comprising along Y-axis and being equipped with multiple first slides (0302) to the fixation red needle (0301), branch Support on the first clamp system to drive each first slide (0302) along movable first actuator of X-axis；

Second driving assembly, comprising along Y-axis and being equipped with multiple first slides (0302) to the fixation red needle (0301), branch Support on the second clamp system (05) to drive each first slide (0302) along movable first actuator of X-axis.

8. punching board according to claim 7, which is characterized in that first clamp system is configured with along Y-axis interval Juxtaposed multiple punchings hold down assembly (11), and second clamp system (05) is configured with along the juxtaposed multiple punchings in Y-axis interval Hold down assembly (11)；Each punching hold down assembly (11) include:

4th compact heap (1101), for cooperate first clamp system or second clamp system (05) by be clamped The two sidewalls (S2) of aluminum alloy pattern plate (S1) flatten；

7th actuator (1104) is fixed on first clamp system or second clamp system (05) to push or draw The 4th compact heap (1101) is moved along X-axis activity；

Guide part, comprising both ends be separately connected the 4th compact heap (1101) and the 7th actuator (1104) guide post (1103), It is fixed on the activity on the first slide (0302) to limit the guide post (1103) and the first slide (0302) The guide sleeve (1102) in direction.

9. punching board according to claim 1, which is characterized in that punching board includes to be located at aluminum alloy pattern plate (S1) In Two sides in X-direction and to be fixed on pedestal (01) two stands (14) and the feeder that is set up on two stands respectively Structure (12), the feeding mechanism (12) includes:

Outstanding rail (1201), are supported on bracket, have the first sliding rail (1202) to extend along Y-axis；

Third driving assembly, comprising be supported on outstanding rail (1201) and can the relatively described outstanding rail (1201) slided along Y-axis first Movable stand (1203), the 8th actuator (1204) to drive first movement frame (1203) sliding, the first movement Frame (1203) has the sliding rail to extend along Z axis；

4th driving assembly, comprising be supported on third driving assembly and can it is opposite its along Z axis sliding second movable stand (1206), it is fixed on the third driving assembly and drives the 9th actuator of the second movable stand (1206) sliding (1205)；

Clamp assemblies, comprising be configured on the second movable stand (1206) the first clamping limb, one can relatively described first clamping limb Close to or far from second slide (1208), described in the second clamping limb for being configured on second slide (1208) and a driving Movable tenth actuator of second slide (1208)；

Second clamping limb clamps aluminum alloy pattern plate (S1) when close to first clamping limb and far from first clamping limb When unload aluminum alloy pattern plate (S1).

10. punching board according to claim 1, which is characterized in that a kind of punching board includes to limit State the first slide unit (0401) or the second slide unit (0402) the movable fixed mechanism of the pedestal (01) (13) relatively, the fixed machine Structure (13) includes:

Tooth form limited block (1301) is configured on first slide unit (0401) or the second slide unit (0402), the tooth form limit Block (1301) is provided at least one straight-tooth slot；

Mounting base (1305) is configured on pedestal (01), and the mounting base (1305) is provided with the sliding slot to extend along Y-axis (1304)；

Tooth form movable block (1302), slidable configuration is in the sliding slot (1304), tooth form movable block (1302) setting There is at least one straight-tooth tooth compatible with the straight-tooth slot；

5th driving assembly, including to drive the tooth form movable block (1302) along the sliding slot (1304) the movable 11st Actuator (1303).