CN205310451U - A plate fitment pentahapto machining center - Google Patents
A plate fitment pentahapto machining center Download PDFInfo
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- CN205310451U CN205310451U CN201520793104.2U CN201520793104U CN205310451U CN 205310451 U CN205310451 U CN 205310451U CN 201520793104 U CN201520793104 U CN 201520793104U CN 205310451 U CN205310451 U CN 205310451U
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Abstract
The utility model discloses a plate fitment pentahapto machining center, the on -line screen storage device comprises a base, be fixed with the processing pallet on the base, be fixed with y -directional guide rail and Y on the side of base to the rack, the last Y that is equipped with of y -directional guide rail is to sliding module, Y is fixed with sliding bracket on to sliding module, the last crossbeam that is fixed with of sliding bracket, be equipped with X on the crossbeam to guide rail and X to the rack, X is equipped with X to sliding module on to the guide rail, X is equipped with Z to the guide rail on to sliding module, Z is equipped with Z to the slide on to the guide rail, Z is fixed with drive nut on to the slide, drive screw inserts in drive nut, Z is fixed with the processing motor on to the slide, the bottom of processing motor is fixed with the processing cutter, be fixed with a spinal branch vaulting pole on the crossbeam, the top of bracing piece is fixed with a convulsions section of thick bamboo, be equipped with convulsions dust extraction on the convulsions section of thick bamboo. The beneficial effects of the utility model are that: (1 )Make things convenient for the feeding, (2 )Automatic positioning clamping function has, (3 )The function is various, (4 ) dust removal ability is strong.
Description
Technical field
This utility model relates to a kind of panel machine processing unit (plant), particularly a kind of plate fitment five in one machining center.
Background technology
At present, woodwork industry is when carrying out sheet fabrication, it is usually and first with sawing machine, sheet material is decomposed as required, then the sheet material after decomposition is carried out machining on machining apparatus, therefore inefficiency, additionally, existing sheet machining apparatus, dust removal ability is poor, it is impossible to timely automated processes producing chip in machining, so, environmental-protecting performance is poor.
Summary of the invention
Problem to be solved in the utility model is: provide one to have automatic dust absorption, automated exchanged cutter location, self-emptying function and need not sheet material being carried out decompose can disposable completion of processing plate fitment five in one machining center.
In order to solve the problems referred to above, plate fitment five in one machining center of the present utility model, including base, described base is fixed with processing pallet, two, the left and right of described base is respectively and fixedly provided with Y-direction guide rail and Y-direction tooth bar on side, described Y-direction guide rail and Y-direction tooth bar are all paralleled with the length direction of base, described Y-direction guide rail is provided with Y-direction sliding block, described Y-direction sliding block is fixed with Y-direction drive motor, Y-direction drive motor is provided with Y-direction main shaft, described Y-direction main shaft is fixed with Y-direction and drives gear, described Y-direction drives gear to be meshed with Y-direction tooth bar, described Y-direction sliding block is fixed with sliding support, described sliding support is fixed with crossbeam, described crossbeam is perpendicular with the length direction of base, described crossbeam is provided with X direction guiding rail and X to tooth bar, described X direction guiding rail and X are all paralleled with the length direction of crossbeam to tooth bar, described X direction guiding rail is provided with X to sliding block, described X is provided with X to drive motor to sliding block, described X is provided with X to main shaft to drive motor, described X is fixed with X to driving gear on main shaft, described X is meshed to tooth bar to driving gear with X, described X is provided with Z-direction guide rail to sliding block and is fixed with Z-direction drive motor, described Z-direction drive motor is provided with Z-direction main shaft, described Z-direction main shaft is connected to a driving leading screw, described X is provided with bearing block to the bottom of sliding block, the bottom of described driving leading screw is inserted in bearing block, described Z-direction guide rail is provided with Z-direction slide plate, described Z-direction slide plate is fixed with driving nut, described driving leading screw is inserted in driving nut and matches with driving nut, described Z-direction slide plate is fixed with processing motor, the bottom of described processing motor is fixed with process tool, described crossbeam is fixed with a support bar, the top of described support bar is fixed with suction tube, described suction tube is provided with an air exhauster interface, exhaust column and a front exhaust column after being connected to two on described suction tube, the inner side of described each sliding support is respectively and fixedly provided with one piece of first fixing plate, described each first fixing plate is respectively and fixedly provided with a discharging and drives cylinder, described discharging drives cylinder to be provided with discharging and drives push rod, described discharging drives and is fixed with suction box on push rod, described suction box is located at the lower section of crossbeam, the bottom of described suction box is provided with rectangular aperture, the left and right sides of described rectangular aperture and rear portion are provided with suction box hairbrush, the Z-direction slide plate of described processing motor side is provided with a dust absorption sleeve, the left and right sides and the rear portion of described dust absorption sleeve bottom surface are provided with dust absorption sleeve hairbrush, the bottom of described rear exhaust column is connected with suction box, the bottom of described front exhaust column is connected with dust absorption sleeve.
Further, in order to be able to the keying automatically controlling front exhaust column and rear exhaust column, plate fitment five in one machining center of the present utility model, the junction of described front exhaust column and rear exhaust column and suction tube is equipped with one piece of shutter, the outer wall of described suction tube is provided with three piece of second fixing plate, described every piece second fixing plate is respectively and fixedly provided with a convulsion and drives cylinder, described convulsion drives cylinder and shutter one_to_one corresponding, described each convulsion drives and is equipped with a convulsion driving push rod on cylinder, and described convulsion driving push rod and shutter are fixed and be connected.
In order to sheet material being carried out overall clamping and location, plate fitment five in one machining center of the present utility model, described processing pallet is fixed on front portion and the middle part of base, described charging pallet is fixed on the rear portion of base, described charging pallet is provided with several pulley brackets, described pulley bracket is provided with pulley, described pulley and pulley bracket are distributed on charging pallet, the side of described processing pallet is provided with sheet material positioning strip, it is provided with fixing bolt between described sheet material positioning strip and processing pallet, the base of the other side of described processing pallet is provided with support bar, described support bar is provided with two horizontal clamping cylinders, described charging pallet is provided with a longitudinal clamping cylinder, the base in described processing pallet front is provided with two vertical clamping cylinders, described horizontal clamping cylinder, longitudinal clamping cylinder and vertical clamping cylinder are equipped with clamping push rod, described clamping push rod is respectively and fixedly provided with a clamping block for clamping sheet material.
Further, plate fitment five in one machining center of the present utility model, described processing pallet is vacuum adsorption plate.
Further, plate fitment five in one machining center of the present utility model, the base of described Y-direction guide rail front-end and back-end is equipped with positive stop, the inner face of described positive stop is provided with rubber buffer, the base of described Y-direction guide rail rear end is fixed with commutation and touches block, described Y-direction sliding block is fixed with commutation touching switch, described commutation touching switch and commutation are touched block and are matched, the described left end of X direction guiding rail and the crossbeam of right-hand member also are provided with positive stop, described positive stop also is provided with rubber buffer.
Further, plate fitment five in one machining center of the present utility model, the bottom of described base is provided with several footing.
This utility model obtains and provides the benefit that: be evenly equipped with several pulley brackets on (1) charging pallet, pulley bracket is provided with pulley, thus when charging, sheet material is placed on pulley, then firmly one push away and sheet material can be pushed on processing pallet, thus not only laborsaving but also feeding speed is fast, (2) side processing pallet is provided with sheet material positioning strip, other side is provided with horizontal clamping cylinder, the front of processing sheet material is provided with vertical clamping cylinder, rear is provided with longitudinal clamping cylinder, thus when sheet material is pushed to after on processing pallet, starts horizontal clamping cylinder, longitudinal clamping cylinder and vertical clamping cylinder, and by the positioning action of sheet material positioning strip, can being automatically performed the location to sheet material and clamping, speed is fast, good positioning effect, (3) in sheet fabrication process, process tool can complete the cutting to sheet material, punching, fluting and abnormity milling, after completion of processing, make horizontal clamping cylinder, the clamping block reset of longitudinal clamping cylinder and vertical clamping cylinder, then start discharging and drive cylinder, push rod is driven to drive suction box to move down by discharging, on the rear end face of the sheet material that the front end face making suction box reclines after processing, crossbeam is finally made to drive suction box reach, under the promotion of suction box, the self-emptying of sheet material after processing can be completed, it is achieved thereby that the cutting to sheet material, punching, fluting, abnormity milling and self-emptying, by five Function Integration Mechanisms on one device, thus diverse in function,(4) in sheet fabrication process, two convulsion starting the shutter of exhaust column and suction tube junction after controlling drive cylinders, rear exhaust column is closed, another one convulsion drives cylinder in a state of nature simultaneously, front suction tube is made to be in opening, so it is ensured that the suction of suction tube concentrates on front exhaust column, thus the suction of exhaust column before increasing, and then increase the suction of dust absorption sleeve, owing to dust absorption sleeve is positioned at the side of process tool, thus the most of chip produced in the course of processing can be absorbed, when after completion of processing, cylinder is driven by convulsion, exhaust column before closing, exhaust column after startup, and drive crossbeam to move forward and backward, so, remaining chip on processing pallet can be absorbed by suction box, therefore, machining center of the present utility model, automatic dust absorption ability is strong, good environmental protection, (5) bottom of suction box is provided with rectangular aperture, the left and right sides of rectangular aperture and rear portion are provided with suction box hairbrush, the left and right sides of dust absorption sleeve bottom surface and rear portion are provided with dust absorption sleeve hairbrush, thus are easy to clean chip and draw in suction box or dust absorption sleeve, (6) base of Y-direction guide rail front-end and back-end is equipped with positive stop, the inner face of positive stop is provided with rubber buffer, the base of Y-direction guide rail rear end is fixed with commutation and touches block, Y-direction sliding block is fixed with commutation touching switch, commutation touching switch and commutation are touched block and are matched, the left end of X direction guiding rail and the crossbeam of right-hand member also are provided with positive stop, positive stop also is provided with rubber buffer, thus can prevent X from skidding off from X direction guiding rail to sliding block, prevent Y-direction sliding block from skidding off from Y-direction guide rail, and can ensure that Y-direction sliding block commutates slip in time.
Accompanying drawing explanation
Fig. 1 is front view of the present utility model.
Fig. 2 is rearview of the present utility model.
Fig. 3 is top view of the present utility model.
Fig. 4 is B in Fig. 1 to partial view.
Fig. 5 is the partial enlarged drawing in A portion in Fig. 1.
In figure: 1, base, 2, footing, 3, Y-direction drives gear, and 4, Y-direction drive motor, 5, Y-direction sliding block, 6, Y-direction guide rail, 7, Y-direction tooth bar, 8, Y-direction main shaft, 9, sliding support, 10, X direction guiding rail, 11, crossbeam, 12, positive stop, 13, spacing rubber sheet gasket, 14, X to tooth bar, 15, processing motor, 16, rear exhaust column, 17, Z-direction guide rail, 18, air exhauster interface, 19, suction tube, 20, convulsion drives cylinder, and 21, front exhaust column, 22, Z-direction drive motor, 23, X to sliding block, 24, drive leading screw, 25, Z-direction slide plate, 26, dust absorption sleeve, 27, dust absorption sleeve hairbrush, 28, discharging drives cylinder, and 29, first fixing plate, 30, discharging drives push rod, and 31, suction box hairbrush, 32, suction box, 33, processing platen, 34, process tool, 35, pulley, 36, pulley bracket, 37, horizontal clamping cylinder, 38, clamping block, 39, support bar, 40, sheet material positioning strip, 41, fixing bolt, 42, support bar, 43, longitudinal clamping cylinder, 44, vertical clamping cylinder, 45, block is touched in commutation, and 46, commutation touching switch, 47, X to drive motor, 48, X to main shaft, 49, X to drive gear, 50, drive nut, 51, bearing block, 52, shutter, 53, second fixing plate, 54, convulsion drives push rod, and 55, charging pallet, 56, processing pallet.
Detailed description of the invention
As Figure 1-Figure 5, plate fitment five in one machining center of the present utility model, including base 1, described base 1 is fixed with processing pallet 56 and charging pallet 55, two, the left and right of described base 1 is respectively and fixedly provided with Y-direction guide rail 6 and Y-direction tooth bar 7 on side, described Y-direction guide rail 6 and Y-direction tooth bar 7 are all paralleled with the length direction of base 1, described Y-direction guide rail 6 is provided with Y-direction sliding block 5, described Y-direction sliding block 5 is fixed with Y-direction drive motor 4, Y-direction drive motor 4 is provided with Y-direction main shaft 8, described Y-direction main shaft 8 is fixed with Y-direction and drives gear 3, described Y-direction drives gear 3 to be meshed with Y-direction tooth bar 7, described Y-direction sliding block 5 is fixed with sliding support 9, described sliding support 9 is fixed with crossbeam 11, described crossbeam 11 is perpendicular with the length direction of base 1, described crossbeam 11 is provided with X direction guiding rail 10 and X to tooth bar 14, described X direction guiding rail 10 and X are all paralleled with the length direction of crossbeam 11 to tooth bar 14, described X direction guiding rail 10 is provided with X to sliding block 23, described X is provided with X to drive motor 47 to sliding block 23, described X is provided with X to main shaft 48 to drive motor 47, described X is fixed with X to driving gear 49 on main shaft 48, described X is meshed to tooth bar 14 to driving gear 49 with X, described X is provided with Z-direction guide rail 17 to sliding block 23 and is fixed with Z-direction drive motor 22, described Z-direction drive motor 22 is provided with Z-direction main shaft, described Z-direction main shaft is connected to a driving leading screw 24, described X is provided with bearing block 51 to the bottom of sliding block 23, the bottom of described driving leading screw 24 is inserted in bearing block 51, described Z-direction guide rail 17 is provided with Z-direction slide plate 25, described Z-direction slide plate 25 is fixed with driving nut 50, described driving leading screw 24 is inserted in driving nut 50 and matches with driving nut 50, described Z-direction slide plate 25 is fixed with processing motor 15, the bottom of described processing motor 15 is fixed with process tool 34, described crossbeam 11 is fixed with a support bar 42, the top of described support bar 42 is fixed with suction tube 19, described suction tube 19 is provided with an air exhauster interface 18, exhaust column 16 and a front exhaust column 21 after being connected to two on described suction tube 19, the inner side of described each sliding support 9 is respectively and fixedly provided with one piece of first fixing plate 29, described each first fixing plate 29 is respectively and fixedly provided with a discharging and drives cylinder 28, described discharging drives cylinder 28 to be provided with discharging and drives push rod 30, described discharging drives and is fixed with suction box 32 on push rod 30, described suction box 32 is located at the lower section of crossbeam 11, the bottom of described suction box 32 is provided with rectangular aperture, the left and right sides of described rectangular aperture and rear portion are provided with suction box hairbrush 31, the Z-direction slide plate 25 of described processing motor 15 side is provided with a dust absorption sleeve 26, the left and right sides and the rear portion of described dust absorption sleeve 26 bottom surface are provided with dust absorption sleeve hairbrush 27, the bottom of described rear exhaust column 16 is connected with suction box 32, the bottom of described front exhaust column 21 is connected with dust absorption sleeve 26,The junction of described front exhaust column 21 and rear exhaust column 16 and suction tube 19 is equipped with one piece of shutter 52, the outer wall of described suction tube 19 is provided with three piece of second fixing plate 53, described every piece second fixing plate 53 is respectively and fixedly provided with a convulsion and drives cylinder 20, described convulsion drives cylinder 20 and shutter 52 one_to_one corresponding, described each convulsion drives and is equipped with a convulsion driving push rod 54 on cylinder 20, and described convulsion driving push rod 54 is fixing with shutter 52 to be connected, described processing pallet 56 is fixed on front portion and the middle part of base 1, described charging pallet 55 is fixed on the rear portion of base 1, described charging pallet 55 is provided with several pulley brackets 36, described pulley bracket 36 is provided with pulley 35, described pulley 35 and pulley bracket 36 are distributed on charging pallet 55, the side of described processing pallet 56 is provided with sheet material positioning strip 40, it is provided with fixing bolt 41 between described sheet material positioning strip 40 and processing pallet 56, the base 1 of the other side of described processing pallet 56 is provided with support bar 39, described support bar 39 is provided with two horizontal clamping cylinders 37, described charging pallet 55 is provided with a longitudinal clamping cylinder 43, the base 1 in described processing pallet 56 front is provided with two vertical clamping cylinders 44, described horizontal clamping cylinder 37, longitudinal clamping cylinder 43 and vertical clamping cylinder 44 are equipped with clamping push rod, described clamping push rod is respectively and fixedly provided with a clamping block 38 for clamping sheet material, described processing pallet 56 is vacuum adsorption plate, the base 1 of described Y-direction guide rail 6 front-end and back-end is equipped with positive stop 12, the inner face of described positive stop 12 is provided with rubber buffer 13, the base 1 of described Y-direction guide rail 6 rear end is fixed with commutation and touches block 45, described Y-direction sliding block 5 is fixed with commutation touching switch 46, described commutation touching switch 46 and commutation are touched block 45 and are matched, the left end of described X direction guiding rail 10 and the crossbeam 11 of right-hand member also are provided with positive stop 12, described positive stop 12 also is provided with rubber buffer 13, the bottom of described base 1 is provided with several footing 2.
Plate fitment five in one machining center of the present utility model, before being operated, it is necessary to docked with air exhauster by air exhauster interface 18.
When charging, operator sheet material to be processed is placed on pulley 35, then firmly one pushes away and sheet material can be pushed on processing pallet 56, thus not only laborsaving but also feeding speed is fast.
The side of processing pallet 56 is provided with sheet material positioning strip 40, other side is provided with horizontal clamping cylinder 37, the front of sheet material is provided with vertical clamping cylinder 44, rear is provided with longitudinal clamping cylinder 43, thus when sheet material is pushed to after on processing pallet 56, starting horizontal clamping cylinder 37, longitudinal clamping cylinder 43 and vertical clamping cylinder 44, and by the positioning action of sheet material positioning strip 40, can being automatically performed the location to sheet material and clamping, speed is fast, good positioning effect.
In sheet fabrication process, at Y-direction drive motor 4, X under the driving of drive motor 47 and Z-direction drive motor 22, processing motor 15 and process tool 34 i.e. the movement in three dimensions now.
Process tool 34 can complete the cutting to sheet material, punching, fluting and abnormity milling, after completion of processing, make horizontal clamping cylinder 37, the clamping block reset of longitudinal clamping cylinder 43 and vertical clamping cylinder 44, then start discharging and drive cylinder 28, push rod 30 is driven to drive suction box 32 to move down by discharging, on the rear end face of the sheet material that the front end face making suction box 32 reclines after processing, crossbeam 11 is finally made to drive suction box 32 to move forward, under the promotion of suction box 32, the self-emptying of sheet material after processing can be completed, it is achieved thereby that the cutting to sheet material, punching, fluting, abnormity milling and self-emptying, by five Function Integration Mechanisms on one device, thus diverse in function.
In sheet fabrication process, two convulsion starting the shutter 52 of exhaust column 16 and suction tube 19 junction after controlling drive cylinders 20, rear exhaust column 16 is closed, another one convulsion drives cylinder 20 in a state of nature simultaneously, front suction tube 19 is made to be in opening, so it is ensured that the suction of suction tube 19 concentrates on front exhaust column 21, thus the suction of exhaust column 21 before increasing, and then increase the suction of dust absorption sleeve 26, owing to dust absorption sleeve 26 is positioned at the side of process tool 34, thus the most of chip produced in the course of processing can be absorbed, when after completion of processing, cylinder 20 is driven by convulsion, exhaust column 21 before closing, exhaust column 16 after startup, and drive crossbeam 11 to move forward and backward, so, remaining chip on processing pallet 56 can be absorbed by suction box 32, therefore, machining center of the present utility model, automatic dust absorption ability is strong, good environmental protection.
The bottom of suction box 32 is provided with rectangular aperture, the left and right sides of rectangular aperture and rear portion are provided with suction box hairbrush 31, the left and right sides of dust absorption sleeve 26 bottom surface and rear portion are provided with dust absorption sleeve hairbrush 27, thus are easy to clean chip and draw in suction box 32 or dust absorption sleeve 26.
The base 1 of Y-direction guide rail 6 front-end and back-end is equipped with positive stop 12, the inner face of positive stop 12 is provided with rubber buffer 13, the base 1 of Y-direction guide rail 6 rear end is fixed with commutation and touches block 45, Y-direction sliding block 5 is fixed with commutation touching switch 46, commutation touching switch 46 and commutation are touched block 45 and are matched, the left end of X direction guiding rail 10 and the crossbeam 11 of right-hand member also are provided with positive stop 12, positive stop 12 also is provided with rubber buffer 13, thus can prevent X from skidding off from X direction guiding rail 10 to sliding block 23, prevent Y-direction sliding block 5 from skidding off from Y-direction guide rail 6, and can ensure that Y-direction sliding block 5 commutates slip in time.
Claims (6)
1. a plate fitment five in one machining center, it is characterized in that: include base (1), described base (1) is fixed with processing pallet (56) and charging pallet (55), side, two, the left and right of described base (1) is respectively and fixedly provided with Y-direction guide rail (6) and Y-direction tooth bar (7), described Y-direction guide rail (6) and Y-direction tooth bar (7) are all paralleled with the length direction of base (1), described Y-direction guide rail (6) is provided with Y-direction sliding block (5), described Y-direction sliding block (5) is fixed with Y-direction drive motor (4), Y-direction drive motor (4) is provided with Y-direction main shaft (8), described Y-direction main shaft (8) is fixed with Y-direction and drives gear (3), described Y-direction drives gear (3) to be meshed with Y-direction tooth bar (7), described Y-direction sliding block (5) is fixed with sliding support (9), described sliding support (9) is fixed with crossbeam (11), described crossbeam (11) is perpendicular with the length direction of base (1), described crossbeam (11) is provided with X direction guiding rail (10) and X to tooth bar (14), described X direction guiding rail (10) and X are all paralleled with the length direction of crossbeam (11) to tooth bar (14), described X direction guiding rail (10) is provided with X to sliding block (23), described X is provided with X to drive motor (47) to sliding block (23), described X is provided with X to main shaft (48) to drive motor (47), described X is fixed with X to driving gear (49) on main shaft (48), described X is meshed to tooth bar (14) to driving gear (49) with X, described X is provided with Z-direction guide rail (17) to sliding block (23) and is fixed with Z-direction drive motor (22), described Z-direction drive motor (22) is provided with Z-direction main shaft, described Z-direction main shaft is connected to a driving leading screw (24), described X is provided with bearing block (51) to the bottom of sliding block (23), the bottom of described driving leading screw (24) is inserted in bearing block (51), described Z-direction guide rail (17) is provided with Z-direction slide plate (25), described Z-direction slide plate (25) is fixed with driving nut (50), described driving leading screw (24) is inserted in driving nut (50) and matches with driving nut (50), described Z-direction slide plate (25) is fixed with processing motor (15), the bottom of described processing motor (15) is fixed with process tool (34), described crossbeam (11) is fixed with a support bar (42), the top of described support bar (42) is fixed with suction tube (19), described suction tube (19) is provided with an air exhauster interface (18), exhaust column (16) and a front exhaust column (21) after being connected to two on described suction tube (19), the inner side of described each sliding support (9) is respectively and fixedly provided with one piece of first fixing plate (29), described each first fixing plate (29) is respectively and fixedly provided with a discharging and drives cylinder (28), described discharging drives cylinder (28) to be provided with discharging and drives push rod (30), described discharging drives and is fixed with suction box (32) on push rod (30), described suction box (32) is located at the lower section of crossbeam (11), the bottom of described suction box (32) is provided with rectangular aperture, the left and right sides of described rectangular aperture and rear portion are provided with suction box hairbrush (31), the Z-direction slide plate (25) of described processing motor (15) side is provided with a dust absorption sleeve (26), the left and right sides of described dust absorption sleeve (26) bottom surface and rear portion are provided with dust absorption sleeve hairbrush (27), the bottom of described rear exhaust column (16) is connected with suction box (32), the bottom of described front exhaust column (21) is connected with dust absorption sleeve (26).
2. plate fitment five in one machining center according to claim 1, it is characterized in that: the junction of described front exhaust column (21) and rear exhaust column (16) and suction tube (19) is equipped with one piece of shutter (52), the outer wall of described suction tube (19) is provided with three piece of second fixing plate (53), described every piece second fixing plate (53) is respectively and fixedly provided with a convulsion and drives cylinder (20), described convulsion drives cylinder (20) and shutter (52) one_to_one corresponding, described each convulsion drives and is equipped with convulsion driving push rod (54) on cylinder (20), described convulsion driving push rod (54) and shutter (52) are fixed and are connected.
3. plate fitment five in one machining center according to claim 2, it is characterized in that: described processing pallet (56) is fixed on front portion and the middle part of base (1), described charging pallet (55) is fixed on the rear portion of base (1), described charging pallet (55) is provided with several pulley brackets (36), described pulley bracket (36) is provided with pulley (35), described pulley (35) and pulley bracket (36) are distributed on charging pallet (55), the side of described processing pallet (56) is provided with sheet material positioning strip (40), it is provided with fixing bolt (41) between described sheet material positioning strip (40) and processing pallet (56), the base (1) of the other side of described processing pallet (56) is provided with support bar (39), described support bar (39) is provided with two horizontal clamping cylinders (37), described charging pallet (55) is provided with a longitudinal clamping cylinder (43), the base (1) in described processing pallet (56) front is provided with two vertical clamping cylinders (44), described horizontal clamping cylinder (37), longitudinal clamping cylinder (43) and vertical clamping cylinder (44) are equipped with clamping push rod, described clamping push rod is respectively and fixedly provided with a clamping block (38) for clamping sheet material.
4. plate fitment five in one machining center according to claim 3, it is characterised in that: described processing pallet (56) is vacuum adsorption plate.
5. plate fitment five in one machining center according to claim 4, it is characterized in that: the base (1) of described Y-direction guide rail (6) front-end and back-end is equipped with positive stop (12), the inner face of described positive stop (12) is provided with rubber buffer (13), the base (1) of described Y-direction guide rail (6) rear end is fixed with commutation and touches block (45), described Y-direction sliding block (5) is fixed with commutation touching switch (46), described commutation touching switch (46) and commutation are touched block (45) and are matched, the left end of described X direction guiding rail (10) and the crossbeam (11) of right-hand member also are provided with positive stop (12), described positive stop (12) also is provided with rubber buffer (13).
6. plate fitment five in one machining center according to claim 1, it is characterised in that: the bottom of described base (1) is provided with several footing (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520793104.2U CN205310451U (en) | 2015-10-14 | 2015-10-14 | A plate fitment pentahapto machining center |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520793104.2U CN205310451U (en) | 2015-10-14 | 2015-10-14 | A plate fitment pentahapto machining center |
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| Publication Number | Publication Date |
|---|---|
| CN205310451U true CN205310451U (en) | 2016-06-15 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520793104.2U Expired - Fee Related CN205310451U (en) | 2015-10-14 | 2015-10-14 | A plate fitment pentahapto machining center |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107336302A (en) * | 2017-08-18 | 2017-11-10 | 浙江韩通建材有限公司 | A kind of wood-milling machine dust exhaust apparatus |
-
2015
- 2015-10-14 CN CN201520793104.2U patent/CN205310451U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107336302A (en) * | 2017-08-18 | 2017-11-10 | 浙江韩通建材有限公司 | A kind of wood-milling machine dust exhaust apparatus |
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