CN218428791U - Full-automatic novel high-speed backing plate type punching machine - Google Patents
Full-automatic novel high-speed backing plate type punching machine Download PDFInfo
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- CN218428791U CN218428791U CN202222584734.1U CN202222584734U CN218428791U CN 218428791 U CN218428791 U CN 218428791U CN 202222584734 U CN202222584734 U CN 202222584734U CN 218428791 U CN218428791 U CN 218428791U
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Abstract
The utility model discloses a full-automatic novel high-speed backing plate formula piercing press, include: the novel punching machine comprises a rack part, a girder part, an X-direction driving part, a Y-direction driving part, a novel punching machine head part and a backing plate part. The rack part is used for fixing the whole machine and providing a fixed installation reference surface for the whole equipment; the beam part is used for fixing the X-direction driving part and the novel punching head part; the X-direction driving part is used for X-direction movement work of the equipment, so that the novel punching head part moves in the positive and negative directions of an X-direction coordinate system; and the Y-direction driving part is used for the Y-direction movement work of the equipment, so that the pad part moves in the positive and negative directions of a Y-direction coordinate system. The six parts of combined actions are matched with each other to finish the X-direction and Y-direction movement of the equipment, so that the arranged patterns are punched. The utility model discloses the complete machine is simple, adopts novel aircraft nose, and X is to lead screw control, and Y is to lead screw control, and work efficiency is high, and punching speed is fast, and the steady quality that punches a hole.
Description
Technical Field
The utility model relates to a multiple fields such as car leather seat, callus on the sole, aviation seat, leather furniture, sports shoes, leather class clothing, concretely relates to full-automatic novel high-speed backing plate formula piercing press.
Background
With the increasing requirements of people on living standards and living article quality, the industry of leather application of automobiles and the like is continuously developed, the style and comfort of automobile interior seats are more concerned, and the punching process becomes a standard accessory of automobile interiors in the application of leather. The existing punching machine head has certain difficulty in subsequent treatment of waste discharge, and is low in punching speed, low in working efficiency, high in whole machine manufacturing cost, large in part category, large in quantity, complex in assembly and difficult in part replacement. The invention realizes the simplification of equipment, reduces the occupied area, has simple structure, is convenient for assembling the machine head and is lighter; the equipment adopts a double-head structure, the working efficiency is doubled, a large amount of manpower is saved, and the production efficiency is greatly improved.
Disclosure of Invention
An object of the utility model is to overcome above-mentioned prior art's weak point, provide a full-automatic novel high-speed backing plate formula piercing press. This equipment can realize improving the optimization to full-automatic novel high-speed backing plate formula piercing press, and this equipment complete machine is simple, adopts novel aircraft nose, and X is to lead screw control, and Y is to lead screw control, and work efficiency is high, and punching speed is fast, and the steady quality that punches a hole.
The utility model aims at realizing through the following technical scheme:
full-automatic novel high-speed backing plate formula piercing press, including six parts: the novel punching machine comprises a rack part, a girder part, an X-direction driving part, a Y-direction driving part, a novel punching machine head part and a backing plate part.
The rack part is used for fixing the whole machine and providing a fixed installation reference surface for the whole equipment;
the beam part is used for fixing the X-direction driving part and the novel punching head part;
the X-direction driving part is used for X-direction movement work of the equipment, so that the novel punching head part moves in the positive and negative directions of an X-direction coordinate system;
and the Y-direction driving part is used for the Y-direction movement work of the equipment, so that the pad part moves in the positive and negative directions of a Y-direction coordinate system.
The six parts of combined actions are matched with each other to finish the X-direction movement and the Y-direction movement of the equipment, so that the arranged patterns are punched.
A housing portion comprising: the device comprises a machine base, an electric cabinet, a driver box, a steel cover plate, a bedplate support, an operation screen support arm, an operation screen, a machine base cover plate and a punching sizing block.
The operation screen support arm and the base cover plate are arranged on the base through bolts;
the bedplate support is arranged on the machine base through an adjusting bolt;
the bedplate is arranged on the bedplate support through self-tapping screws;
the steel cover plate is arranged on the bedplate through a countersunk bolt;
the operation screen is arranged on the operation screen support arm through a bolt, and is fixed on the base after being assembled, so as to control the equipment to work;
the punching sizing block is arranged on the base through a bolt and mainly plays a role of a reference surface when the punch rod works;
the electric control box and the driver box are arranged on the engine base through bolts;
the electric control box and the driver box internally contain electronic equipment for driving and controlling the equipment.
A longeron portion, comprising: girder, organ cover, girder apron, tow chain mounting panel, tow chain.
The girder cover plate and the drag chain mounting plate are mounted on the girder through bolts;
the organ cover is arranged on the crossbeam cover plate and the novel punching machine head part through bolts;
the drag chain is arranged on the drag chain mounting plate through bolts;
the organ cover is arranged on the crossbeam, and the novel punching nose part is removed to completely shield the X-direction driving part.
An X-direction drive section including: the X-direction screw rod, the linear guide rail, the motor nut seat, the screw rod supporting seat, the X-direction servo motor and the coupling.
The linear guide rail, the motor nut seat and the lead screw supporting seat are arranged on the girder through bolts;
the X-direction lead screw is fastened on the motor nut seat through a nut, and the other side of the X-direction lead screw is supported through a lead screw supporting seat to play a stabilizing role;
the X-direction servo motor is installed on the motor nut seat through a bolt and is connected with the X-direction lead screw through a coupler.
The X-direction lead screw is connected with the novel punching head part, and when the X-direction servo motor works, the novel punching head part can move left and right in the X-direction position.
The novel full-automatic high-speed pad type punching machine comprises two sets of X-direction driving parts, and the head part of the novel punching machine can be independently controlled to move in the X-axis direction in a positive and negative mode.
A Y-direction driving section including: the Y-direction servo motor, the Y-direction motor nut seat, the Y-direction coupler, the Y-direction lead screw supporting seat, the lead screw nut mounting seat, the Y-direction connecting plate, the Y-direction driving frame and the Y-direction linear guide rail.
The Y-direction motor nut seat and the Y-direction lead screw support seat are arranged on the base through bolts;
the Y-direction lead screw is connected with the lead screw nut mounting seat through a bolt and is fastened on the Y-direction motor nut seat through a nut, and the other side of the Y-direction lead screw is supported through the Y-direction lead screw supporting seat to play a role in stabilizing;
the Y-direction servo motor is arranged on a Y-direction motor nut seat through a bolt and is connected with a Y-direction lead screw through a Y-direction coupler;
the lead screw nut mounting base is connected with the Y-direction connecting plate through a bolt;
the Y-direction driving frame is mounted on the Y-direction connecting plate through bolts, and when the Y-direction servo motor works, the driving backing plate part can move left and right in the Y-direction position through the connection of the Y-direction driving frame and the Y-direction connecting plate.
The novel full-automatic high-speed pad type punching machine comprises two sets of Y-direction driving parts, and can independently control the positive and negative movement of the pad parts in the Y-axis direction.
A pad portion comprising: backing plate, back fixed beam, cylinder fixing base, die clamping cylinder, cylinder.
The cylinder is connected to the backing plate through a countersunk head bolt;
the rear fixed beam is connected to the Y-direction driving frame through a bolt;
the cylinder fixing seat is connected to the rear fixing beam through a bolt;
the clamping cylinder is connected to the cylinder fixing seat through a bolt, and clamps the cylinder after being ventilated, so that the pad part is connected with the Y-direction driving part, and the pad part moves back and forth.
Compared with the prior art, the beneficial effects of the utility model are that:
the utility model overcomes the difficult problem that the X-direction abdicating stroke is too large due to the overlarge punching box body of the traditional punching machine, and the X-direction driving part C and the Y-direction driving part D can work quickly by applying the lead screw transmission; overcome the drawback of the sample that punches a hole simultaneously bidirectional work originally. By the design of the invention, the automobile punching industry is expanded, the working efficiency is doubled, the occupied area is small, the equipment manufacturing cost is saved, the operation is rapid and convenient, the structure is stable, the whole equipment is convenient to mount, the parts are simple, the punching efficiency is high, and the working efficiency is greatly improved compared with that of a single head.
Drawings
FIG. 1 is a perspective view of a novel full-automatic high-speed pad-type punch;
FIG. 2 is a perspective view of a frame portion of the novel full-automatic high-speed pad punch;
FIG. 3 is a perspective view of a beam portion of the full-automatic novel high-speed bolster punch;
FIG. 4 is a perspective view of the X-direction driving part of the novel full-automatic high-speed pad type punching machine;
FIG. 5 is a perspective view of a Y-direction driving part of the novel full-automatic high-speed pad type punching machine;
FIG. 6 is a perspective view of a novel punch head portion of the full-automatic novel high-speed bolster punch;
FIG. 7 is a perspective view of the backing plate portion of the novel full-automatic high-speed backing plate punch.
A. The machine frame part B, the crossbeam part C.X is to the drive part D.Y is to the drive part E.novel punching machine head part F.backing plate part A1. Frame A2. Electric cabinet A3. Driver box A4. Steel cover plate A5. Platen A6. Platen support A7. Operation screen support arm A8. Operation screen A9. Frame cover plate A10. Punching sizing block B1. Crossbeam B2. Organ cover B3. Crossbeam cover plate B4. Tow chain mounting plate B5. Tow chain C1.X is to lead screw C2. Linear guide C3. Motor nut seat C4. Lead screw support C6. Coupler D1.Y is to servo motor nut seat D2.Y to motor nut seat D3. Coupler D4.Y to lead screw nut mount D6. Lead screw nut mount D7.Y is to connecting plate F8. Y to drive frame D9.Y to linear guide F1. F2. Rear fixed beam backing plate F3. Cylinder mount D4. Cylinder 5. Cylinder clamp cylinder.
Detailed Description
For a further understanding of the contents, features and effects of the present invention, reference will now be made to the following examples, which are to be considered in conjunction with the accompanying drawings. It should be noted that the present embodiment is illustrative, not restrictive, and the scope of the invention should not be limited thereby.
The design mechanism is specially used for a full-automatic novel high-speed pad type punching machine, and is not suitable for other types.
Full-automatic novel high-speed backing plate formula piercing press, including six parts: the novel punching machine comprises a frame part A, a girder part B, an X-direction driving part C, a Y-direction driving part D, a novel punching machine head part E and a backing plate part F.
The rack part A is used for fixing the whole machine and providing a fixed installation reference surface for the whole equipment;
the beam part B is used for fixing the X-direction driving part C and the novel punching head part E;
the X-direction driving part C is used for X-direction moving work of the equipment to enable the novel punching head part E to move in the positive and negative directions of an X-direction coordinate system;
and the Y-direction driving part D is used for the Y-direction moving work of the equipment, so that the pad part F moves in the positive and negative directions of a Y-direction coordinate system.
The six parts of combined actions are matched with each other to finish the X-direction and Y-direction movement of the equipment, so that the arranged patterns are punched.
A frame portion a comprising: the device comprises a machine base A1, an electric cabinet A2, a driver box A3, a steel cover plate A4, a bedplate A5, a bedplate support A6, an operation screen support arm A7, an operation screen A8, a machine base cover plate A9 and a punching sizing block A10.
The operation screen support arm A7 and the base cover plate A9 are arranged on the base A1 through bolts;
the bedplate support A6 is arranged on the machine base A1 through an adjusting bolt;
the bedplate A5 is arranged on the bedplate support A6 through self-tapping screws;
the steel cover plate A4 is arranged on the bedplate A5 through a countersunk head bolt;
the operation screen A8 is arranged on the operation screen support arm A7 through a bolt, is assembled and is finally fixed on the base A1 for controlling equipment to work;
the punching sizing block A10 is arranged on the machine seat A1 through bolts and mainly plays a role of a reference surface when the punch rod works;
the electric control box A2 and the driver box A3 are arranged on the base A1 through bolts;
the electric control box A2 and the driver box A3 internally contain electronic equipment for driving and controlling equipment.
Girder part B includes: the device comprises a girder B1, an organ cover B2, a girder cover plate B3, a drag chain mounting plate B4 and a drag chain B5.
The girder cover plate B3 and the drag chain mounting plate B4 are mounted on the girder B1 through bolts;
the organ cover B2 is arranged on a crossbeam cover plate B3 and the novel punching head part E through bolts;
the drag chain B5 is mounted on the drag chain mounting plate B4 through bolts;
the organ cover B2 completely shields the X-direction driving part C on the crossbeam B1 by removing the novel punching head part E.
An X-direction driving portion C comprising: the X-direction lead screw C1, the linear guide rail C2, the motor nut seat C3, the lead screw supporting seat C4, the X-direction servo motor C5 and the coupler C6.
The linear guide rail C2, the motor nut seat C3 and the screw rod support seat C4 are arranged on the girder B1 through bolts;
the X-direction lead screw C1 is fastened on a motor nut seat C3 through a nut, and the other side of the X-direction lead screw is supported through a lead screw supporting seat (C4) to play a role in stabilizing;
the X-direction servo motor C5 is mounted on the motor nut seat C3 through a bolt and connected with the X-direction lead screw C1 through a coupler C6.
The X-direction lead screw C1 is connected with the novel punching head part E, and when the X-direction servo motor C5 works, the novel punching head part E can move left and right in the X-direction position.
The novel full-automatic high-speed pad type punching machine comprises two sets of X-direction driving parts C, and the novel punching machine head part E can be independently controlled to move in the X-axis direction in a positive and negative mode.
A Y-direction drive section D including: the Y-direction servo motor D1, the Y-direction motor nut seat D2, the Y-direction coupler D3, the Y-direction lead screw D4, the Y-direction lead screw support seat D5, the lead screw nut installation seat D6, the Y-direction connecting plate D7, the Y-direction driving frame D8 and the Y-direction linear guide rail D9.
The Y-direction motor nut seat D2 and the Y-direction lead screw support seat D5 are installed on the base A1 through bolts;
the Y-direction lead screw D4 is connected with the lead screw nut mounting seat D6 through a bolt and is fastened on the Y-direction motor nut seat D2 through a nut, and the other side of the Y-direction lead screw is supported through a Y-direction lead screw supporting seat D5 to play a role in stabilizing;
the Y-direction servo motor D1 is arranged on a Y-direction motor nut seat D2 through a bolt and is connected with a Y-direction lead screw D4 through a Y-direction coupler D3;
the lead screw nut mounting seat D6 is connected with a Y-direction connecting plate D7 through a bolt;
the Y-direction driving frame D8 is installed on the Y-direction connecting plate D7 through a bolt, and when the Y-direction servo motor D1 works, the pad part F can be driven to move left and right at a Y-direction position through the connection of the Y-direction driving frame.
The novel full-automatic high-speed pad type punching machine comprises two sets of Y-direction driving parts D, and can independently control positive and negative movement of a pad part F in the Y-axis direction.
A pad portion F including: the device comprises a base plate F1, a rear fixing beam F2, a cylinder fixing seat F3, a clamping cylinder F4 and a cylinder F5.
The cylinder (F5) is connected to the backing plate F1 through a countersunk head bolt;
the rear fixed beam F2 is connected to a Y-direction driving frame D8 through a bolt;
the cylinder fixing seat F3 is connected to the rear fixing beam F2 through a bolt;
the clamping cylinder F4 is connected to the cylinder fixing seat F3 through a bolt, the clamping cylinder F4 clamps the cylinder F5 after being ventilated, the base plate part F is connected with the Y-direction driving part D, and the base plate part F moves back and forth.
The following describes in detail how each component of the full-automatic novel high-speed backing plate type punching machine cooperates with the work completion equipment to punch the leather patterns, the novel punching machine head part E moves upwards at X through X to the driving part C, and the backing plate part F moves upwards at Y through Y to the driving part D. And the X-direction driving part C and the Y-direction driving part D are matched with each other to complete punching of the set patterns.
The utility model discloses full-automatic novel high-speed backing plate formula piercing press has stable in structure, and the double-end simultaneous processing, production efficiency is high, saves area, practices thrift manufacturing cost, and part is small in quantity, and convenient assembling is fit for quick large scale production.
Claims (7)
1. A full-automatic novel high-speed backing plate type punching machine comprises six parts: the novel punching machine comprises a rack part, a girder part, an X-direction driving part, a Y-direction driving part, a novel punching machine head part and a base plate part; a housing portion comprising: the device comprises a machine base, an electric cabinet, a driver box, a steel cover plate, a bedplate support, an operation screen support arm, an operation screen, a machine base cover plate and a punching sizing block; a longeron portion, comprising: the device comprises a girder, an organ cover, a girder cover plate, a drag chain mounting plate and a drag chain; an X-direction drive section including: the X-direction screw rod, the linear guide rail, the motor nut seat, the screw rod supporting seat, the X-direction servo motor and the coupling are arranged on the linear guide rail; a Y-direction driving section including: a Y-direction servo motor, a Y-direction motor nut seat, a Y-direction coupler, a Y-direction lead screw supporting seat, a lead screw nut mounting seat, a Y-direction connecting plate, a Y-direction driving frame and a Y-direction linear guide rail; a pad portion comprising: the device comprises a base plate, a rear fixed beam, a cylinder fixing seat, a clamping cylinder and a cylinder; the method is characterized in that: the rack part is used for fixing the whole machine and providing a fixed installation reference surface for the whole equipment; the crossbeam part is used for fixing the X-direction driving part and the novel punching machine head part; the X-direction driving part is used for X-direction movement work of the equipment, so that the novel punching head part moves in the positive and negative directions of an X-direction coordinate system; the Y-direction driving part is used for the Y-direction movement work of the equipment to enable the pad part to move in the positive and negative directions of a Y-direction coordinate system; the six parts of combined actions are matched with each other to finish the X-direction movement and the Y-direction movement of the equipment, so that the arranged patterns are punched; the operation screen support arm and the base cover plate are arranged on the base through bolts; the bedplate support is arranged on the machine base through an adjusting bolt; the bedplate is arranged on the bedplate support through self-tapping screws; the steel cover plate is arranged on the bedplate through a countersunk bolt; the punching sizing block is arranged on the machine base through a bolt and mainly plays a role of a reference surface when the punch rod works; the electric control box and the driver box are arranged on the engine base through bolts; the girder cover plate and the drag chain mounting plate are mounted on the girder through bolts; the organ cover is arranged on the crossbeam cover plate and the novel punching machine head part through bolts; the drag chain is arranged on the drag chain mounting plate through bolts; the linear guide rail, the motor nut seat and the lead screw supporting seat are arranged on the girder through bolts; the X-direction lead screw is fastened on the motor nut seat through a nut, and the other side of the X-direction lead screw is supported through a lead screw supporting seat to play a role in stabilizing; the X-direction servo motor is arranged on the motor nut seat through a bolt and is connected with the X-direction lead screw through a coupling; the Y-direction motor nut seat and the Y-direction lead screw support seat are arranged on the base through bolts; the Y-direction screw is connected with the screw nut mounting seat through a bolt and is fastened on the Y-direction motor nut seat through a nut, and the other side of the Y-direction screw is supported through the Y-direction screw supporting seat to play a stabilizing role; the Y-direction servo motor is arranged on a Y-direction motor nut seat through a bolt and is connected with a Y-direction lead screw through a Y-direction coupler; the lead screw nut mounting seat is connected with the Y-direction connecting plate through a bolt; the cylinder is connected to the backing plate through a countersunk head bolt; the rear fixed beam is connected to the Y-direction driving frame through a bolt; the cylinder fixing seat is connected to the rear fixing beam through a bolt.
2. The full-automatic novel high-speed backing plate type punching machine according to claim 1, characterized in that: the operation screen is arranged on the operation screen support arm through a bolt, and is fixed on the base after being assembled for controlling the equipment to work.
3. The full-automatic novel high-speed backing plate type punching machine according to claim 1, characterized in that: the X-direction lead screw is connected with the novel punching head part, and when the X-direction servo motor works, the novel punching head part can move left and right in the X-direction position.
4. The full-automatic novel high-speed bolster type punch machine of claim 1, characterized in that: the Y-direction driving frame is mounted on the Y-direction connecting plate through bolts, and when the Y-direction servo motor works, the driving backing plate part can move left and right in the Y-direction position through the connection of the Y-direction driving frame and the Y-direction connecting plate.
5. The full-automatic novel high-speed bolster type punch machine of claim 1, characterized in that: the clamping cylinder is connected to the cylinder fixing seat through a bolt, and clamps the cylinder after being ventilated, so that the pad part is connected with the Y-direction driving part, and the pad part moves back and forth.
6. The full-automatic novel high-speed bolster type punch machine of claim 1, characterized in that: the X-direction driving parts are provided with two sets, and the novel punching head part can be independently controlled to move in the positive and negative directions in the X-axis direction.
7. The full-automatic novel high-speed bolster type punch machine of claim 1, characterized in that: the Y-direction driving parts are provided with two sets, and the pad parts can be independently controlled to move in the positive and negative directions in the Y-axis direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202222584734.1U CN218428791U (en) | 2022-09-28 | 2022-09-28 | Full-automatic novel high-speed backing plate type punching machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202222584734.1U CN218428791U (en) | 2022-09-28 | 2022-09-28 | Full-automatic novel high-speed backing plate type punching machine |
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| Publication Number | Publication Date |
|---|---|
| CN218428791U true CN218428791U (en) | 2023-02-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202222584734.1U Active CN218428791U (en) | 2022-09-28 | 2022-09-28 | Full-automatic novel high-speed backing plate type punching machine |
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| Country | Link |
|---|---|
| CN (1) | CN218428791U (en) |
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- 2022-09-28 CN CN202222584734.1U patent/CN218428791U/en active Active
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