CN211757843U - Truss type robot stamping system - Google Patents
Truss type robot stamping system Download PDFInfo
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- CN211757843U CN211757843U CN201921863155.2U CN201921863155U CN211757843U CN 211757843 U CN211757843 U CN 211757843U CN 201921863155 U CN201921863155 U CN 201921863155U CN 211757843 U CN211757843 U CN 211757843U
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Abstract
The utility model relates to a stamping equipment's technical field, in particular to truss-like robot stamping system. The device comprises a stamping die, a truss type feeding robot, a truss type blanking robot, a sheet material transfer feeding machine and a sheet material separator. The sheet stock separator is used for separating sheet stocks on the sheet stock stack and grabbing the sheet stocks to the sheet stock transfer feeder. The sheet material transfer feeder is used for positioning and conveying the sheet materials. The truss type feeding robot is used for grabbing the sheet material of the sheet material transfer feeding machine into the stamping die. The utility model discloses a sheet stock separating centrifuge, sheet stock transfer feeder, truss-like material loading robot, stamping die, truss-like unloading robot have accomplished processes such as branch material, pay-off, feeding, punching press, the ejection of compact of sheet stock respectively, the utility model discloses a sheet stock separating centrifuge, transfer pay-off arm, truss-like material loading robot, truss-like unloading robot work all around to realize the punching press work of big batch sheet stock. Therefore, the utility model has the advantages of high production efficiency and quick feeding.
Description
Technical Field
The utility model relates to a stamping equipment's technical field, in particular to truss-like robot stamping system.
Background
The existing sheet stamping equipment is not provided with a feeding robot and a sheet material distributing machine, even manual feeding, and needs to be additionally matched with the feeding robot for feeding and the sheet material distributing machine for distributing, so that the existing sheet stamping equipment is low in automation degree, low in feeding speed and low in production efficiency, and cannot meet the requirement of high-speed stamping of an existing stamping die. Therefore, there is a need for further improvement in the existing sheet punching apparatus.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to provide a change degree height, pay-off efficient, the high truss-like robot stamping system of production efficiency. Therefore the utility model discloses can satisfy the high requirement of the high-speed continuous punching press of current stamping die.
The purpose of the utility model is realized like this:
a truss type robot stamping system comprises a stamping die, a truss type feeding robot, a truss type blanking robot, a sheet material transfer feeding machine and a sheet material separator.
The sheet stock separator is used for separating sheet stocks on the sheet stock stack and grabbing the sheet stocks to the sheet stock transfer feeder.
The sheet material transfer feeder is positioned beside the sheet material separator, arranged on the stamping die and positioned at the front side of the stamping die and used for positioning and conveying the sheet materials.
The truss type feeding robot is arranged on the stamping die and located on the front side of the stamping die and used for grabbing the sheet material of the sheet material transfer feeding machine into the stamping die.
The stamping die is used for stamping the sheet material.
The truss type blanking robot is arranged on the stamping die and positioned at the rear side of the stamping die and used for sending the stamped sheet materials out of the stamping die.
The utility model can be further improved as follows.
The sheet stock separator comprises a base, a support frame, a sheet stock separation lifting servo motor, a sheet stock separation lifting seat and a suction robot, wherein the support frame is arranged on the base, the sheet stock separation lifting seat is arranged on the support frame in a lifting sliding mode, the sheet stock separation lifting servo motor is arranged on the support frame and drives the sheet stock separation lifting seat to lift, the suction robot is arranged on the sheet stock separation lifting seat, a plurality of first suckers are arranged on the suction robot, a plurality of vertical rods are arranged on the base, a sheet stock placing area is defined by the vertical rods, and sheet stock separation magnetic blocks are arranged on the vertical rods.
The truss type feeding robot comprises a feeding rack, a Y-direction feeding translation seat, a Y-direction translation feeding servo motor, a Z-direction feeding lifting seat, a Z-direction feeding lifting servo motor, an X-direction feeding translation seat, an X-direction translation feeding servo motor, a double-stroke X-direction feeding moving seat and a feeding arm, wherein the feeding rack is arranged on a stamping die, the Y-direction feeding translation seat is horizontally arranged on the feeding rack in a sliding manner along the Y direction, the Y-direction translation feeding servo motor is arranged on the Y-direction feeding translation seat and drives the Y-direction feeding translation seat to translate along the Y direction, the Z-direction feeding lifting seat is arranged on the Y-direction feeding translation seat in a lifting and sliding manner, the Z-direction feeding lifting servo motor is arranged on the Y-direction feeding translation seat and drives the Z-direction feeding lifting seat to lift along the Z direction, and the X-direction feeding translation seat is horizontally arranged on the Z-direction feeding lifting seat in a sliding manner along the X direction, x is to material loading servo motor locate Z to material loading lift seat to drive X is to material loading translation seat along X to the translation, two-stroke X is to material loading removal seat along X to horizontal slip setting on X to material loading translation seat, two-stroke X is to being equipped with material loading front wheel, material loading rear wheel and material loading driving belt on the material loading removal seat, material loading front wheel and material loading rear wheel are located the front end and the rear end of X to material loading translation seat respectively, material loading driving belt connects material loading front wheel and material loading rear wheel, material loading arm locates on two-stroke X moves the seat to the material loading, be equipped with a plurality of second sucking discs on the material loading arm, two-stroke X is to the material loading removal seat and material loading driving belt's hypomere fixed connection, Z is to material loading lift seat and material loading driving belt's upper segment fixed connection.
The truss type blanking robot comprises a blanking rack, a Z-direction blanking lifting seat, a Z-direction lifting blanking servo motor, an X-direction translational blanking servo motor, an X-direction blanking translation seat, a double-stroke X-direction blanking moving seat and a blanking arm, wherein the blanking rack is arranged on a stamping die, the Z-direction blanking lifting seat is arranged on the blanking rack in a lifting sliding manner, the Z-direction lifting blanking servo motor is arranged on the blanking rack and drives the Z-direction blanking lifting seat to lift along the Z direction, the X-direction blanking translation seat is arranged on the Z-direction blanking lifting seat in a horizontal sliding manner along the X direction, the X-direction translational blanking servo motor is arranged on the Z-direction blanking lifting seat and drives the X-direction blanking translation seat to translate along the X direction, the double-stroke X-direction feeding moving seat is arranged on the X-direction blanking translation seat in a horizontal sliding manner along the X direction, and a blanking front wheel is arranged on the double-stroke X-direction feeding moving seat, Unloading rear wheel and unloading driving belt, unloading front wheel and unloading rear wheel are located the front end and the rear end of X unloading translation seat respectively, unloading driving belt connects unloading front wheel and unloading rear wheel, the unloading arm is located two-stroke X and is removed on the seat to the material loading, be equipped with a plurality of third sucking discs on the unloading arm, two-stroke X removes the hypomere fixed connection of seat and unloading driving belt to the material loading, Z unloading lift seat and unloading driving belt's upper segment fixed connection.
The sheet material transfer feeder comprises a transfer rack, a transfer feeding translation seat, a double-stroke transfer feeding seat, a transfer feeding servo motor and a transfer feeding arm, wherein the transfer feeding translation seat is horizontally arranged on the transfer rack in a sliding manner along the Y direction, the transfer feeding servo motor is arranged on the transfer rack and drives the transfer feeding translation seat to translate along the Y direction, a transfer feeding front wheel, a transfer feeding rear wheel and a transfer feeding transmission belt are arranged on the double-stroke transfer feeding seat, the double-stroke transfer feeding seat is horizontally arranged on the transfer feeding translation seat in a sliding manner along the Y direction, the transfer feeding front wheel and the transfer feeding rear wheel are respectively positioned at the front end and the rear end of the transfer feeding translation seat, the transfer feeding transmission belt is connected with the transfer feeding front wheel and the transfer feeding rear wheel, and the double-stroke transfer feeding seat is fixedly connected with the upper section of the transfer feeding transmission belt, the transfer feeding translation seat is fixedly connected with the lower section of the transfer feeding transmission belt, the transfer feeding arm is arranged on the double-stroke transfer feeding seat, a plurality of positioning cylinders are arranged on the transfer feeding arm, and material pushing plates are arranged on cylinder rods of the positioning cylinders.
Be equipped with biplate detection sensor on the transfer pay-off arm, biplate detection sensor 35 is used for detecting the sheet stock by on the transfer pay-off arm, whether is two sheet stocks that overlap, if be two sheet stocks that overlap, biplate detection sensor 35 sends detected signal and gives the controller, controller control the utility model discloses shut down.
The sheet material separating lifting servo motor is connected with the sheet material separating lifting seat, the position between the X-direction translational feeding servo motor and the X-direction feeding translation seat, the position between the Y-direction translational feeding servo motor and the Y-direction feeding translation seat, the position between the Z-direction feeding lifting servo motor and the Z-direction feeding lifting seat, the position between the X-direction translational blanking servo motor and the X-direction blanking translation seat, the position between the Z-direction blanking lifting servo motor and the Z-direction blanking translation seat and the position between the transit feeding servo motor and the transit feeding translation seat are in transmission connection through rack gears, and the rack gears are simple in structure, high in transmission efficiency and long in service life.
And a first belt clamping seat is arranged on the Z-direction feeding lifting seat and fixedly connected with the upper section of the feeding transmission belt, and a second belt clamping seat is arranged on the double-stroke X-direction feeding moving seat and fixedly connected with the lower section of the feeding transmission belt.
The Z-direction blanking lifting seat is provided with a third belt clamping seat, the third belt clamping seat is fixedly connected with the upper section of the blanking transmission belt, the double-stroke X-direction blanking moving seat is provided with a fourth belt clamping seat, and the fourth belt clamping seat is fixedly connected with the lower section of the blanking transmission belt.
The transfer machine is characterized in that a fifth belt clamping seat is arranged on the transfer machine frame and fixedly connected with the lower section of the transfer feeding transmission belt, a sixth belt clamping seat is arranged on the double-stroke transfer feeding seat and fixedly connected with the upper section of the transfer feeding transmission belt.
According to the above structure, the utility model discloses a truss-like material loading robot, sheet stock transfer feeder and truss-like unloading robot's pay-off is terminal, all has the same structure, and the terminal theory of operation of pay-off of truss-like material loading robot and sheet stock transfer feeder is the same with the terminal theory of operation of pay-off of truss-like unloading robot. The utility model discloses a two-stroke double-speed pay-off can both be realized to the unloading arm of the transfer pay-off arm of the material loading arm of truss-like material loading robot, sheet stock transfer feeder, truss-like unloading robot.
The utility model has the advantages as follows:
(one) the utility model discloses a sheet stock separating centrifuge, sheet stock transfer feeder, truss-like material loading robot, stamping die, truss-like unloading robot have accomplished the branch material of sheet stock, location pay-off, feeding, punching press, processes such as the ejection of compact respectively, the utility model discloses a sheet stock separating centrifuge, transfer pay-off arm, truss-like material loading robot, truss-like unloading robot work in cycles to realize the punching press work of big batch sheet stock, consequently the utility model discloses a degree of automation is high, production efficiency is high, the pay-off is fast.
(II) moreover, the utility model discloses a sheet stock transfer feeder, truss-like material loading robot, truss-like unloading robot can both realize the two-speed two-stroke pay-off, consequently the utility model discloses a feeding speed is fast. The feeding efficiency is high.
(III) additionally, the utility model discloses truss-like material loading robot and truss-like unloading robot are all fixed on stamping die, consequently the utility model discloses a compact structure, area is little, the pay-off is fast.
Drawings
Fig. 1 is a schematic structural diagram of the truss type robot stamping system of the present invention.
Fig. 2 is a schematic structural view of another angle of the truss type robot punching system of the present invention.
FIG. 3 is a schematic structural diagram of the sheet stock separator of the present invention.
FIG. 4 is a schematic diagram of another angle of the sheet stock separator of the present invention.
Fig. 5 is a schematic structural diagram of the sheet material transfer feeder of the present invention.
Fig. 6 is a plan view of the sheet material transfer feeder of the present invention.
Fig. 7 is a cross-sectional view taken at a-a in fig. 6.
Fig. 8 is a schematic structural diagram of the truss type feeding robot of the present invention.
Fig. 9 is a schematic structural view of another angle of the truss type feeding robot of the present invention.
Fig. 10 is a front view of the truss type feeding robot of the present invention.
Fig. 11 is a sectional view at B-B in fig. 10.
Fig. 12 is an exploded schematic view of the truss type feeding robot of the present invention.
Fig. 13 is a schematic structural view of a truss type feeding robot (a feeding arm is in an extended state).
Fig. 14 is a schematic structural view of another angle of the truss type blanking robot according to the present invention.
Fig. 15 is a front view of the truss type blanking robot of the present invention.
Fig. 16 is a cross-sectional view at C-C in fig. 15 (with the blanking arm in an extended state).
Fig. 17 is a schematic structural view of the truss type blanking robot according to the present invention in a contracted state.
Fig. 18 is a cross-sectional view of the truss type blanking robot according to the present invention in a contracted state.
Fig. 19 is an exploded schematic view of the truss type blanking robot of the present invention.
FIG. 20 is a schematic view of the sheet of the present invention.
Detailed Description
The present invention will be further described with reference to the accompanying drawings and examples.
The three arrows of coordinates in fig. 1 and 2 indicate the direction of X, Y, Z.
In a first embodiment, as shown in fig. 1 to 20, a truss type robot stamping system includes a stamping die 1, an oil press 7, an electric box 8, a controller 9, a truss type feeding robot 4, a truss type discharging robot 5, a sheet material transfer feeder 3, and a sheet material separator 2.
And the oil press 7 is used for providing hydraulic oil for the stamping die.
And the electric box 8 is used for providing and distributing power for the whole machine.
And the controller 9 is used for controlling the operation of the whole machine.
The sheet stock separator 2 is used for separating the sheet stocks on the sheet stock stack and grabbing the sheet stocks to the sheet stock transfer feeder 3.
The sheet material transfer feeder 3 is positioned beside the sheet material separator 2, is arranged at the front side of the stamping die 1, and is used for positioning and conveying sheet materials.
The truss type feeding robot 4 is arranged on the stamping die and located on the front side of the stamping die and used for grabbing the sheet material of the sheet material transfer feeding machine 3 into the stamping die 1.
The stamping die 1 is used for stamping sheet materials.
The truss type blanking robot 5 is arranged on the stamping die and positioned at the rear side of the stamping die and used for sending the stamped sheet materials out of the stamping die 1.
As a more specific technical solution of the present invention.
The sheet stock separator 2 comprises a base 21, a support frame 22, a sheet stock separation lifting servo motor 24, a sheet stock separation lifting seat 25 and a suction robot 23, wherein the support frame 22 is arranged on the base 21, the sheet stock separation lifting seat 25 is arranged on the support frame 22 in a lifting sliding manner, the sheet stock separation lifting servo motor 24 is arranged on the support frame 22 and drives the sheet stock separation lifting seat 25 to lift, the suction robot 23 is arranged on the sheet stock separation lifting seat 25, a plurality of first suction discs 29 are arranged on the suction robot 23, a plurality of upright rods 27 are arranged on the base 21, a sheet stock stack placing area 210 is enclosed by the upright rods 27, and sheet stock separation magnetic blocks 270 are arranged on the upright rods 27.
The truss type feeding robot 4 comprises a feeding rack 41, a Y-direction feeding translation seat 42, a Y-direction translation feeding servo motor 40, a Z-direction feeding lifting seat 44, a Z-direction feeding lifting servo motor 43, an X-direction feeding translation seat 46, an X-direction translation feeding servo motor 45, a double-stroke X-direction feeding moving seat 47 and a feeding arm 471, wherein the feeding rack 41 is arranged on the stamping die 1, the Y-direction feeding translation seat 42 is horizontally arranged on the feeding rack 41 in a sliding manner along the Y direction, the Y-direction translation feeding servo motor 40 is arranged on the Y-direction feeding translation seat 42 and drives the Y-direction feeding translation seat 42 to translate along the Y direction, the Z-direction feeding lifting seat 44 is arranged on the Y-direction feeding translation seat 42 in a lifting and sliding manner, the Z-direction feeding lifting servo motor 43 is arranged on the Y-direction feeding translation seat 42 and drives the Z-direction feeding lifting seat 44 to lift along the Z direction, the X-direction feeding translation seat 46 is horizontally arranged on the Z-direction feeding lifting seat 44 in a sliding manner along the X direction, the X-direction feeding translation seat is connected with the Z-direction feeding lifting seat in an inverted T shape. The X-direction translational loading servo motor 45 is arranged on the Z-direction loading lifting seat 44 and drives the X-direction loading translational seat 46 to translate along the X direction, the double-stroke X-direction feeding moving seat 47 is horizontally arranged on the X-direction feeding translation seat 46 in a sliding manner along the X direction, a feeding front wheel 472, a feeding rear wheel 473 and a feeding transmission belt 474 are arranged on the double-stroke X-direction feeding moving seat 47, the loading front wheel 472 and the loading rear wheel 473 are respectively positioned at the front end and the rear end of the X-direction loading translation seat 46, the feeding transmission belt 474 is connected with a feeding front wheel 472 and a feeding rear wheel 473, the feeding arm 471 is arranged on the double-stroke X-direction feeding moving seat 47, the feeding arm 471 is provided with a plurality of second suckers 48, the double-stroke X-direction feeding moving seat 47 is fixedly connected with the lower section of the feeding transmission belt 474, and the Z-direction feeding lifting seat 44 is fixedly connected with the upper section of the feeding transmission belt 474.
The truss type blanking robot 5 comprises a blanking rack 51, a Z-direction blanking lifting seat 55, a Z-direction lifting blanking servo motor 53, an X-direction translation blanking servo motor 54, an X-direction blanking translation seat 56, a double-stroke X-direction blanking moving seat 57 and a blanking arm 571, wherein the blanking rack 51 is arranged on the stamping die 1, the Z-direction blanking lifting seat 55 is arranged on the blanking rack 51 in a lifting sliding manner, the Z-direction lifting blanking servo motor 53 is arranged on the blanking rack 51 and drives the Z-direction blanking lifting seat 55 to lift along the Z direction, the X-direction blanking translation seat 56 is arranged on the Z-direction blanking lifting seat 55 in a horizontal sliding manner along the X direction, and the X-direction blanking translation seat and the Z-direction blanking lifting seat are connected in an inverted T shape. The X-direction translation blanking servo motor 54 is arranged on the Z-direction blanking lifting seat 55 and drives the X-direction blanking translation seat 56 to translate along the X direction, the double-stroke X-direction blanking moving seat 57 is horizontally arranged on the X-direction feeding translation seat 46 in a sliding manner along the X direction, the double-stroke X-direction blanking moving seat 57 is provided with a blanking front wheel 570, a blanking rear wheel 572 and a blanking transmission belt 573, the blanking front wheel 570 and the blanking rear wheel 572 are respectively positioned at the front end and the rear end of the X-direction blanking translation seat 56, the blanking driving belt 573 is connected with the blanking front wheel 570 and the blanking rear wheel 572, the blanking arm 571 is arranged on the double-stroke X-direction blanking moving seat 57, the discharging arm 571 is provided with a plurality of third suction cups 58, the double-stroke X-direction discharging moving seat 57 is fixedly connected with the lower section of the discharging transmission belt 573, and the Z-direction discharging lifting seat 55 is fixedly connected with the upper section of the discharging transmission belt 573.
X is to material loading translation seat, two stroke X to the material loading removal seat, X is to the unloading translation seat, two stroke X is to the unloading removal seat all be elongated form.
And the Z-direction feeding lifting seat and the double-stroke X-direction feeding moving seat are respectively connected to the top and the bottom of the X-direction feeding translation seat in a sliding manner.
And the Z-direction blanking lifting seat and the double-stroke X-direction blanking moving seat are respectively connected to the top and the bottom of the X-direction blanking translation seat in a sliding manner.
The sheet material transfer feeder 3 comprises a transfer rack 31, a transfer feeding translation seat 32, a double-stroke transfer feeding seat 33, a transfer feeding servo motor 30 and a transfer feeding arm 311, wherein the transfer feeding translation seat 32 is horizontally arranged on the transfer rack 31 in a sliding manner along the Y direction, the transfer feeding servo motor 30 is arranged on the transfer rack 31 and drives the transfer feeding translation seat 32 to translate along the Y direction, a transfer feeding front wheel 37, a transfer feeding rear wheel 39 and a transfer feeding transmission belt 38 are arranged on the double-stroke transfer feeding seat 33, the double-stroke transfer feeding seat 33 is horizontally arranged on the transfer feeding translation seat 32 in a sliding manner along the Y direction, the transfer feeding front wheel 37 and the transfer feeding rear wheel 39 are respectively positioned at the front end and the rear end of the transfer feeding translation seat 32, the transfer feeding transmission belt 38 is connected with the transfer feeding front wheel 37 and the transfer feeding rear wheel 39, the double-stroke transfer feeding seat 33 is fixedly connected with the upper section of the transfer feeding transmission belt 38, the transfer feeding translation seat 32 is fixedly connected with the lower section of the transfer feeding transmission belt 38, the transfer feeding arm 311 is arranged on the double-stroke transfer feeding seat 33, a plurality of positioning cylinders 34 are arranged on the transfer feeding arm 311, material pushing plates 341 are arranged on the cylinder rods of the positioning cylinders 34, and positioning baffles 36 are arranged on the transfer feeding arm opposite to the positioning cylinders 34.
Be equipped with biplate detection sensor 35 on transfer pay-off arm 311, biplate detection sensor 35 is used for detecting the sheet stock by on the transfer pay-off arm, whether be two sheet stocks that overlap, if be two sheet stocks that overlap, biplate detection sensor 35 sends detected signal and gives the controller, controller control the utility model discloses shut down.
The sheet stock separation lifting servo motor 24 is in transmission connection with the sheet stock separation lifting seat 25, the space between the X-direction translation feeding servo motor 45 and the X-direction feeding translation seat 46, the space between the Y-direction translation feeding servo motor 40 and the Y-direction feeding translation seat 42, the space between the Z-direction feeding lifting servo motor 43 and the Z-direction feeding lifting seat 44, the space between the X-direction translation blanking servo motor 54 and the X-direction blanking translation seat 56, the space between the Z-direction blanking lifting servo motor 53 and the Z-direction blanking translation seat 55, and the space between the transit feeding servo motor 30 and the transit feeding translation seat 32 are in transmission connection with a rack and a gear.
A first driving gear 28 is arranged on a motor shaft of the sheet stock separation lifting servo motor 24, a first driven rack 26 is arranged on the sheet stock separation lifting seat 25 along the Z direction, and the first driving gear 28 is meshed with the first driven rack 26, so that the sheet stock separation lifting servo motor 24 drives the sheet stock separation lifting seat 25 to lift along the Z direction.
A second driving gear 451 is arranged on a motor shaft of the X-direction translational loading servo motor 45, a second driven rack 452 is arranged on the X-direction translational loading base 46 along the X direction, and the second driving gear is meshed with the second driven rack 452 of the X direction 451, so that the X-direction translational loading servo motor 45 drives the X-direction translational loading base 46 to horizontally slide back and forth along the X direction.
A third driving gear 400 is arranged on a motor shaft of the Y-direction translational loading servo motor 40, a third driven rack 412 is arranged on the Y-direction translational loading seat 42 along the Y-direction, and the third driving gear 400 is meshed with the third driven rack 412, so that the Y-direction translational loading servo motor 40 drives the Y-direction translational loading seat 42 to horizontally slide back and forth along the Y-direction.
A fourth driving gear 430 is arranged on a motor shaft of the Z-direction feeding lifting servo motor 43, a fourth driven rack 441 is arranged on the Z-direction feeding lifting seat 44 along the Z direction, and the fourth driving gear 430 is meshed with the fourth driven rack 441, so that the Z-direction feeding lifting servo motor 43 drives the Z-direction feeding lifting seat 44 to lift along the Z direction.
A fifth driving gear 541 is arranged on a motor shaft of the X-direction translation blanking servo motor 54, a fifth driven rack 574 is arranged along the Y direction of the Y-direction blanking translation seat, and the fifth driving gear 541 is meshed with the fifth driven rack 574, so that the Y-direction translation blanking servo motor drives the Y-direction blanking translation seat to horizontally slide back and forth along the Y direction.
And a sixth driving gear 531 is arranged on a motor shaft of the Z-direction blanking lifting servo motor 53, a sixth driven rack 550 is arranged on the Z-direction blanking translation seat along the Z direction, and the sixth driving gear 531 is meshed with the sixth driven rack 550, so that the Z-direction blanking lifting servo motor drives the Z-direction blanking lifting seat to lift along the Z direction.
A seventh driving gear 312 is arranged on a motor shaft of the transit feeding servo motor 30, a seventh driven rack 313 is arranged along the Y direction of the transit feeding translation seat 32, and the seventh driving gear 312 is engaged with the seventh driven rack 313, so that the transit feeding servo motor 30 drives the transit feeding translation seat 32 to horizontally slide back and forth along the Y direction.
The Z-direction feeding lifting seat 44 is provided with a first belt clamping seat 475, the first belt clamping seat 475 is fixedly connected with the upper section of the feeding transmission belt 474, the double-stroke X-direction feeding moving seat 47 is provided with a second belt clamping seat 476, and the second belt clamping seat 476 is fixedly connected with the lower section of the feeding transmission belt 474.
The Z-direction blanking lifting seat 55 is provided with a third belt clamping seat 576 which is fixedly connected with the upper section of the blanking transmission belt 573, the double-stroke X-direction blanking moving seat 57 is provided with a fourth belt clamping seat 575, and the fourth belt clamping seat 575 is fixedly connected with the lower section of the blanking transmission belt 573.
The transfer machine frame 31 is provided with a fifth belt clamping seat 310, the fifth belt clamping seat 310 is fixedly connected with the lower section of the transfer feeding transmission belt 38, the double-stroke transfer feeding seat is provided with a sixth belt clamping seat 330, and the sixth belt clamping seat 330 is fixedly connected with the upper section of the transfer feeding transmission belt 38.
The X-direction feeding translation seat 46, the double-stroke X-direction feeding moving seat 47, the X-direction discharging translation seat 56, the double-stroke X-direction discharging moving seat 57, the transfer feeding translation seat 32 and the double-stroke transfer feeding seat 33 are all long.
According to the above structure, the utility model discloses a truss-like material loading robot, sheet stock transfer feeder and truss-like unloading robot's pay-off is terminal, all has the same structure, and the terminal theory of operation of pay-off of truss-like material loading robot and sheet stock transfer feeder is the same with the terminal theory of operation of pay-off of truss-like unloading robot. The utility model discloses a two-stroke double-speed pay-off can both be realized to the unloading arm of the transfer pay-off arm of the material loading arm of truss-like material loading robot, sheet stock transfer feeder, truss-like unloading robot.
Hereinafter, the truss type blanking robot will be described.
Since the third belt clamping seat 576 is fixedly connected to the upper section of the blanking transmission belt 573, that is, the third belt clamping seat 576 clamps a certain point on the upper section of the blanking transmission belt 573, the position where the blanking transmission belt 573 is clamped by the third belt clamping seat 576 cannot move, when the X-down translation seat 56 slides into or out of the stamping die, the X-down translation seat 56 drives the blanking front wheel 572, the blanking rear wheel 570 and the blanking transmission belt 573 to slide back and forth, the blanking rear wheel 570 pulls the blanking transmission belt 573 and the blanking front wheel 572 to slide into the stamping die or the blanking front wheel 572 pulls the blanking transmission belt 573 and the blanking rear wheel 570 to slide into the stamping die, the blanking front wheel 572 and the blanking rear wheel 570 always tension the blanking transmission belt 573, and the lower section of the blanking transmission belt 573 drives the double-stroke X-down movement seat 57 and the blanking arm 571 to slide back and forth. Because X downdraft translation seat 56 itself has driven double-stroke X downdraft to remove seat 57 and unloading arm and has removed, unloading driving belt 573 can also drive double-stroke X downdraft to remove seat 57 and the relative X of unloading arm to downdraft translation seat 56 and slide moreover, therefore double-stroke X downdraft removes seat and unloading arm can be at X downdraft translation seat flexible slip, consequently, the utility model discloses an unloading driving belt 573 can drive double-stroke X downdraft and remove seat 57 and unloading arm 571 double-stroke two-speed motion, therefore truss-like unloading robot 5's pay-off efficiency height, pay-off is fast.
Since the working principle of the feeding tail ends of the truss type feeding robot and the sheet material transfer feeder is the same as that of the double-stroke and double-speed feeding realized by the feeding tail end of the truss type blanking robot, the working principle of the feeding tail ends of the truss type feeding robot and the sheet material transfer feeder is not described.
The utility model discloses a theory of operation is:
first, the robot or the workman places a pile of good sheet piles in sheet piles placing area 210 of sheet piles separating machine 2, and the workman starts afterwards the utility model discloses, sheet piles are divided to sheet piles beginning to separating by sheet piles separating machine 2, and sheet piles separation magnetic path 270 on pole setting 27 makes the sheet piles 6 at the top of sheet piles upwards separate, and this sheet piles 6 break away from the sheet piles, and sheet piles separation lift servo motor 24 drive inhales material robot 23 and descends afterwards, inhales the first sucking disc 29 on the material robot 23 and inhales the sheet piles 6 at the top of sheet piles, then the sheet piles separation lift servo motor 24 drive inhales material robot 23 and rises.
Then, the transfer feeding servo motor 30 drives the transfer feeding translation seat 32, the two-stroke transfer feeding seat 33 and the transfer feeding arm 311 to move towards the sheet material separator 2, the transfer feeding arm 311 moves to the position below the material sucking robot 23, then the sheet material separation lifting servo motor 24 drives the material sucking robot 23 to descend, the material sucking robot 23 places the sheet materials 6 on the transfer feeding arm 311, then the plurality of positioning cylinders 34 on the transfer feeding arm 311 push the sheet materials 6 to move until the sheet materials 6 abut against the plurality of positioning baffles and cannot move, and therefore the sheet materials 6 are positioned.
Next, the sheet material separating and lifting servo motor 24 drives the suction robot 23 to ascend, then the transfer feeding servo motor 30 drives the transfer feeding arm 311 to slide back to the front side of the stamping die 1, then the sheet material separating and lifting servo motor 24 drives the suction robot 23 to descend to grab the next sheet material 6, and then the transfer feeding arm 311 waits for receiving the material.
Next, the Y-direction translational feeding servo motor 40 of the truss-like feeding robot 4 drives the Y-direction feeding translational seat 42, the Z-direction feeding lifting seat 44, the Z-direction feeding lifting servo motor 43, the X-direction feeding translational seat 46, the X-direction translational feeding servo motor 45, the two-stroke X-direction feeding moving seat 47, and the feeding arm 471 to move together above the sheet material 6, and then the X-direction translational feeding servo motor 45 drives the X-direction feeding translational seat 46, the two-stroke X-direction feeding moving seat 47, and the feeding arm 471 to move along the X direction to the front side of the stamping die 1, the feeding arm 471 moves above the sheet material 6, and then the Z-direction feeding lifting servo motor 43 drives the Z-direction feeding lifting seat 44, the X-direction feeding translational seat 46, the X-direction feeding servo motor 45, the two-stroke X-direction feeding moving seat 47, and the feeding arm 471 to move together downward, and the plurality of second feeding arms 48 on the feeding arm 471 suck up the sheet material 6 on the transfer arm 311, the feeding arm 471 is driven by the Z-direction feeding lifting servo motor 43 to ascend together, and then the feeding arm 471 is driven by the X-direction translational feeding servo motor 45 and the Y-direction translational feeding servo motor 40 to move into the stamping die 1. Then, the Z-direction feeding lifting servo motor 43 drives the feeding arm 471 to descend, and the feeding arm 471 places the sheet material 6 on the working table 11 of the stamping die 1.
And then the sheet material 6 is punched by the punching die 1 after punching.
An X-direction translation blanking servo motor 54 of the truss type blanking robot 5 drives an X-direction blanking translation seat 56, a double-stroke X-direction blanking moving seat 57 and a blanking arm 571 to move into the stamping die 1 along the X direction, the blanking arm 571 moves above the stamped sheet materials 6, then a Z-direction lifting blanking servo motor 53 drives a Z-direction blanking lifting seat 55, the X-direction blanking translation seat 56, the X-direction translation blanking servo motor 54, the double-stroke X-direction blanking moving seat 57 and the blanking arm 571 to descend together, and a plurality of third suction cups 58 on the blanking arm 571 suck the sheet materials 6 on the middle working table 11. The X-direction translation blanking servo motor 54 drives the blanking arm 571 to move to the rear side of the stamping die 1 along the X direction, and then the blanking arm 571 places the stamped sheet material 6 on the material placing table along the X direction.
Therefore, the utility model discloses accomplish processes such as branch material, pay-off, feeding, punching press, the ejection of compact of sheet stock 6, the utility model discloses a sheet stock separating centrifuge 2, transfer pay-off arm 311, truss-like feeding robot 4, 5 works repeatedly of truss-like unloading robot to realize the punching press work of big batch sheet stock.
Claims (10)
1. The utility model provides a truss-like robot stamping system which characterized in that: the device comprises a stamping die, a truss type feeding robot, a truss type blanking robot, a sheet material transfer feeding machine and a sheet material separator;
the sheet stock separator is used for separating sheet stocks on the sheet stock stack into single sheets and grabbing the single sheets to the sheet stock transfer feeder;
a sheet material transfer feeder, which is positioned beside the sheet material separator, is arranged on the stamping die and positioned at the front side of the stamping die,
the device is used for positioning and conveying the sheet stock;
the truss type feeding robot is arranged on the stamping die, is positioned on the front side of the stamping die and is used for grabbing the sheet material of the sheet material transfer feeding machine into the stamping die;
the stamping die is used for stamping the sheet material;
and the truss type blanking robot is arranged on the stamping die and positioned at the rear side of the stamping die and used for sending the stamped sheet material out of the stamping die.
2. The truss robotic punch system of claim 1, wherein: the sheet stock separator comprises a base, a support frame, a sheet stock separation lifting servo motor, a sheet stock separation lifting seat and a suction robot, wherein the support frame is arranged on the base, the sheet stock separation lifting seat is arranged on the support frame in a lifting sliding mode, the sheet stock separation lifting servo motor is arranged on the support frame and drives the sheet stock separation lifting seat to lift, the suction robot is arranged on the sheet stock separation lifting seat, a plurality of first suckers are arranged on the suction robot, a plurality of vertical rods are arranged on the base, a sheet stock placing area is defined by the vertical rods, and sheet stock separation magnetic blocks are arranged on the vertical rods.
3. The truss robot stamping system of claim 1 or 2, wherein: the truss type feeding robot comprises a feeding rack, a Y-direction feeding translation seat, a Y-direction translation feeding servo motor, a Z-direction feeding lifting seat, a Z-direction feeding lifting servo motor, an X-direction feeding translation seat, an X-direction translation feeding servo motor, a double-stroke X-direction feeding moving seat and a feeding arm, wherein the feeding rack is arranged on a stamping die, the Y-direction feeding translation seat is horizontally arranged on the feeding rack in a sliding manner along the Y direction, the Y-direction translation feeding servo motor is arranged on the Y-direction feeding translation seat and drives the Y-direction feeding translation seat to translate along the Y direction, the Z-direction feeding lifting seat is arranged on the Y-direction feeding translation seat in a lifting and sliding manner, the Z-direction feeding lifting servo motor is arranged on the Y-direction feeding translation seat and drives the Z-direction feeding lifting seat to lift along the Z direction, and the X-direction feeding translation seat is horizontally arranged on the Z-direction feeding lifting seat in a sliding manner along the X direction, x is to material loading servo motor locate Z to material loading lift seat to drive X is to material loading translation seat along X to the translation, two-stroke X is to material loading removal seat along X to horizontal slip setting on X to material loading translation seat, two-stroke X is to being equipped with material loading front wheel, material loading rear wheel and material loading driving belt on the material loading removal seat, material loading front wheel and material loading rear wheel are located the front end and the rear end of X to material loading translation seat respectively, material loading driving belt connects material loading front wheel and material loading rear wheel, material loading arm locates on two-stroke X moves the seat to the material loading, be equipped with a plurality of second sucking discs on the material loading arm, two-stroke X is to the material loading removal seat and material loading driving belt's hypomere fixed connection, Z is to material loading lift seat and material loading driving belt's upper segment fixed connection.
4. The truss robotic punch system of claim 3, wherein: the truss type blanking robot comprises a blanking rack, a Z-direction blanking lifting seat, a Z-direction lifting blanking servo motor, an X-direction translational blanking servo motor, an X-direction blanking translation seat, a double-stroke X-direction blanking moving seat and a blanking arm, wherein the blanking rack is arranged on a stamping die, the Z-direction blanking lifting seat is arranged on the blanking rack in a lifting sliding manner, the Z-direction lifting blanking servo motor is arranged on the blanking rack and drives the Z-direction blanking lifting seat to lift along the Z direction, the X-direction blanking translation seat is arranged on the Z-direction blanking lifting seat in a horizontal sliding manner along the X direction, the X-direction translational blanking servo motor is arranged on the Z-direction blanking lifting seat and drives the X-direction blanking translation seat to translate along the X direction, the double-stroke X-direction blanking moving seat is arranged on the X-direction blanking translation seat in a horizontal sliding manner along the X direction, and a blanking front wheel is arranged on the double-stroke X-direction blanking moving seat, Unloading rear wheel and unloading driving belt, unloading front wheel and unloading rear wheel are located the front end and the rear end of X unloading translation seat respectively, unloading driving belt connects unloading front wheel and unloading rear wheel, the unloading arm is located on the two-stroke X unloading removes the seat, be equipped with a plurality of third sucking discs on the unloading arm, the two-stroke X unloading removes the seat and the hypomere fixed connection of unloading driving belt, Z unloading lift seat and the upper segment fixed connection of unloading driving belt.
5. The truss robotic punch system of claim 4, wherein: the sheet material transfer feeder comprises a transfer rack, a transfer feeding translation seat, a double-stroke transfer feeding seat, a transfer feeding servo motor and a transfer feeding arm, wherein the transfer feeding translation seat is horizontally arranged on the transfer rack in a sliding manner along the Y direction, the transfer feeding servo motor is arranged on the transfer rack and drives the transfer feeding translation seat to translate along the Y direction, a transfer feeding front wheel, a transfer feeding rear wheel and a transfer feeding transmission belt are arranged on the double-stroke transfer feeding seat, the double-stroke transfer feeding seat is horizontally arranged on the transfer feeding translation seat in a sliding manner along the Y direction, the transfer feeding front wheel and the transfer feeding rear wheel are respectively positioned at the front end and the rear end of the transfer feeding translation seat, the transfer feeding transmission belt is connected with the transfer feeding front wheel and the transfer feeding rear wheel, and the double-stroke transfer feeding seat is fixedly connected with the upper section of the transfer feeding transmission belt, the transfer feeding translation seat is fixedly connected with the lower section of the transfer feeding transmission belt, the transfer feeding arm is arranged on the double-stroke transfer feeding seat, a plurality of positioning cylinders are arranged on the transfer feeding arm, and material pushing plates are arranged on cylinder rods of the positioning cylinders.
6. The truss robotic punch system of claim 5, wherein: and a double-sheet detection sensor is arranged on the transfer feeding arm.
7. The truss robotic punch system of claim 5, wherein: the sheet material separation lifting servo motor is in transmission connection with the sheet material separation lifting seat, the X-direction translation feeding servo motor is in transmission connection with the X-direction feeding translation seat, the Y-direction translation feeding servo motor is in transmission connection with the Y-direction feeding translation seat, the Z-direction feeding lifting servo motor is in transmission connection with the Z-direction feeding lifting seat, and the X-direction translation blanking servo motor is in transmission connection with the X-direction blanking translation seat, the Z-direction blanking lifting servo motor is in transmission connection with the Z-direction blanking translation seat, and the transit feeding servo motor is in transmission connection with the transit feeding translation seat.
8. The truss robotic punch system of claim 4, wherein: and a first belt clamping seat is arranged on the Z-direction feeding lifting seat and fixedly connected with the upper section of the feeding transmission belt, and a second belt clamping seat is arranged on the double-stroke X-direction feeding moving seat and fixedly connected with the lower section of the feeding transmission belt.
9. The truss robotic punch system of claim 5, wherein: the transfer machine is characterized in that a fifth belt clamping seat is arranged on the transfer machine frame and fixedly connected with the lower section of the transfer feeding transmission belt, a sixth belt clamping seat is arranged on the double-stroke transfer feeding seat and fixedly connected with the upper section of the transfer feeding transmission belt.
10. The truss robotic punch system of claim 4, wherein: z is to material loading lift seat and two-stroke X to material loading remove the seat and respectively sliding connection at the top and the bottom of X to material loading translation seat, Z is to material unloading lift seat and two-stroke X to material unloading remove the seat and respectively sliding connection at the top and the bottom of X to material unloading translation seat.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921863155.2U CN211757843U (en) | 2019-10-31 | 2019-10-31 | Truss type robot stamping system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921863155.2U CN211757843U (en) | 2019-10-31 | 2019-10-31 | Truss type robot stamping system |
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| CN211757843U true CN211757843U (en) | 2020-10-27 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110842071A (en) * | 2019-10-31 | 2020-02-28 | 佛山市顺德区凯硕精密模具自动化科技有限公司 | Truss type robot stamping system |
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2019
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110842071A (en) * | 2019-10-31 | 2020-02-28 | 佛山市顺德区凯硕精密模具自动化科技有限公司 | Truss type robot stamping system |
| CN110842071B (en) * | 2019-10-31 | 2024-05-24 | 佛山市顺德区凯硕精密模具自动化科技有限公司 | Truss type robot stamping system |
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