CN204277465U - Steel pipe throat cutting one processing machine - Google Patents
Steel pipe throat cutting one processing machine Download PDFInfo
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- CN204277465U CN204277465U CN201420596926.7U CN201420596926U CN204277465U CN 204277465 U CN204277465 U CN 204277465U CN 201420596926 U CN201420596926 U CN 201420596926U CN 204277465 U CN204277465 U CN 204277465U
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Abstract
The utility model discloses a kind of steel pipe throat cutting one processing machine, comprise frame and be located at the reducing mechanism in frame, cutting mechanism and control the PLC that this one processing machine runs automatically, road conveying mechanism after steel pipe throat is provided with between reducing mechanism and cutting mechanism, cutting mechanism is other is provided with steel pipe cutting rear road transfer device, after steel pipe cutting, road transfer device comprises steel shaft to transfering channel, cylinder is supported in steel pipe transfer cylinder and the rear road of steel pipe cutting, steel pipe transfer cylinder is fixedly arranged on steel shaft to transfering channel terminal, piston rod and the steel shaft of axis from steel pipe transfer cylinder to transfering channel in the same way, steel pipe transfer cylinder is positioned at the side of steel shaft to transfering channel, and the piston rod of steel pipe transfer cylinder is crossing to the vertical section of transfering channel with steel shaft, the piston rod end of steel pipe transfer cylinder is provided with steel pipe and takes out head.The utility model can improve steel pipe working (machining) efficiency, and saves artificial, reduces costs.
Description
Technical field
The utility model relates to a kind of steel pipe processing equipment, and more particularly, it relates to a kind of steel pipe throat cutting one processing machine.
Background technology
On a lot of furniture and leisure goods, all a large amount of steel pipe adopted through reducing, therefore when producing this series products, needs to complete steel pipe throat with special reducing equipment, completes steel pipe cutting to meet steel pipe length requirement in addition with Pipe Cutting equipment.At present in the industry using reducing steel pipe, reducing, Pipe Cutting twice normally complete respectively with two kinds of equipment, the device category used, quantity are relatively many and mix, to be also the corresponding operating personnel of various equipment configuration simultaneously, therefore, place takies, equipment operation energy consumption is artificial relative all more with required.Although also there is steel pipe throat cutting all-in-one machine now, on this equipment, the reducing of steel pipe and cutting complete on same station, and steel pipe workpieces residence time on station is longer, and charging rhythm is slow, and this all can cause adverse effect to production efficiency.Publication number is that the patent of invention of CN101670405A discloses a kind of necking machine for copper pipe on March 17th, 2010, comprise load hydraulic jack on the table, hand-operated direction valve, locking fixture, supporting base and control cabinet, the center line of locking fixture is consistent with the center line of hydraulic jack, hydraulic jack has the axle that the endoporus that stretches out oil cylinder outer end and supporting base is slidably matched, axle head is fitted with necking die, the outer section of endoporus of necking die inner sleeve is to its outer face place, aperture becomes large from inside to outside gradually, and varying aperture place smoothly transits.Locking fixture comprises the base, support, lower fixture block, upper fixture block, leading screw and the handle that are fixedly connected with workbench, support comprises the slide rail of crossbeam and vertical direction, leading screw is fixedly connected with handle, and the upper plane of the screw be provided with through crossbeam and upper fixture block offsets, be provided with spring between upper fixture block and lower fixture block, the contact plane place of upper and lower fixture block is provided with the groove placing copper pipe.The necking machine of this structure is conducive to height of increasing work efficiency, and reducing is effective, but it can only carry out reducing action, can not carry out Pipe Cutting action, and Pipe Cutting needs another equipment to complete, and therefore this utility model function is comparatively single.
Utility model content
In existing relevant industries, steel pipe throat, cutting action use distinct device to complete respectively usually, device category, quantity are relatively many and mix, personnel depaly is also more, be unfavorable for cost-saving, for overcoming these defects, the utility model provides one and is integrated on an equipment by steel pipe throat, cutting action, reduces device category, quantity and personnel depaly, cost-saving steel pipe throat cutting one processing machine.
The technical solution of the utility model is: a kind of steel pipe throat cutting one processing machine, comprise frame and be located at the reducing mechanism in frame, cutting mechanism and control the PLC that this one processing machine runs automatically, road conveying mechanism after steel pipe throat is provided with between reducing mechanism and cutting mechanism, cutting mechanism is other is provided with steel pipe cutting rear road transfer device, after steel pipe cutting, road transfer device comprises steel shaft to transfering channel, cylinder is supported in steel pipe transfer cylinder and the rear road of steel pipe cutting, steel pipe transfer cylinder is fixedly arranged on steel shaft to transfering channel terminal, piston rod and the steel shaft of axis from steel pipe transfer cylinder to transfering channel in the same way, steel pipe transfer cylinder is positioned at the side of steel shaft to transfering channel, and the piston rod of steel pipe transfer cylinder is crossing to the vertical section of transfering channel with steel shaft, the piston rod end of steel pipe transfer cylinder is provided with steel pipe and takes out head.When using this steel pipe throat to cut one processing machine, steel pipe first completes reducing processing at place of reducing mechanism, and then after steel pipe throat, road conveying mechanism is transferred to cutting mechanism place and carried out Pipe Cutting processing.Afterwards, steel pipe is taken out head by steel pipe and captures, along with the state of steel pipe transfer cylinder switches, steel pipe is axially dragged away from cutting mechanism place along steel shaft to transfering channel, pull open certain distance with cutting mechanism, the executing agency of comparatively well-to-do other operation of spatial placement can be had like this, avoid location conflicts occurs, simultaneously due to away from comparatively dangerous cutting mechanism, when collecting steel pipe cut, human users is safe more guaranteed.Road conveying mechanism after steel pipe throat is set in this programme, can make reducing mechanism and cutting mechanism relatively independent, respective operation instead of reducing can be performed respectively, cutting action all completes on same station, thus the residence time partition completing two operations is diluted in whole flow process, steel pipe only needs a resident operation to complete the required time in reducing mechanism and cutting mechanism place respectively, and, steel pipe is when a mechanism locates resident execution operation wherein, the steel pipe workpieces at place of another mechanism may not be in resident state, therefore can not elongate because of two procedures will be waited for all to complete during steel pipe charging in this programme feed space every, charging beat is faster, thus be more conducive to enhance productivity.
As preferably, after described steel pipe throat road conveying mechanism comprise reducing discharging axle, discharging axle driving cylinder parallel with some, upset fork to described reducing actuator base can be put, reducing discharging axle is rotatably connected in frame, upset fork to be fixedly arranged on reducing discharging axle and vertical with reducing discharging axle, discharging axle driving cylinder is hinged in frame, the hinged cursor in piston rod end of discharging axle driving cylinder, cursor and reducing discharging axle are connected.Before steel pipe arrives described reducing mechanism, upset fork is rocked to lower than steel pipe position location during reducing towards one end of reducing mechanism, wait for that steel pipe completes reducing, after completing reducing, discharging axle driving cylinder drives cursor to rotate, and then drive reducing discharging axle to rotate, upset fork is swung, is provoked by the steel pipe completing reducing from reducing location, upset fork continues to swing, form the slope that described in one day, cutting mechanism tilts, the steel pipe on upset fork rolls to cutting mechanism along this slope.After arranging steel pipe throat, steel pipe throat and cutting can be divided into twice independent process by road conveying mechanism, substep completes, after steel pipe throat, steel pipe can be distributed in conveying way by road conveying mechanism, the reducing because of steel pipe is avoided all to complete and stay longer on same station with cutting, thus accelerate the circulation beat of steel pipe on equipment, improve the comprehensive process efficiency of steel pipe throat, Pipe Cutting two procedures.
As preferably, it is electromagnet that steel pipe takes out head, and the energising relay that steel pipe takes out head is connected with described PLC signal.The magnetic attraction produced with electromagnet captures steel pipe, and this kind of steel pipe takes out header structure very simply, and state switches very convenient.
As preferably, described reducing mechanism comprises reducing die, reducing die drives oil cylinder, steel pipe throat clamping cover half, steel pipe throat clamping dynamic model and dynamic model to drive oil cylinder, steel pipe throat clamping fixed half and moving half drives oil cylinder to be all fixedly arranged in frame, reducing die is connected in the piston rod end that reducing die drives oil cylinder, steel pipe throat clamping dynamic model is fixed on dynamic model and drives the piston rod end of oil cylinder, and steel pipe throat clamping cover half is relative with steel pipe throat clamping dynamic model position and the two opposite face is respectively equipped with the steel pipe caulking groove with steel pipe side face adaptation.Steel pipe is transported to after between steel pipe throat clamping cover half and steel pipe throat clamping dynamic model, dynamic model drives oil cylinder to start, promote steel pipe throat clamping dynamic model to draw close to steel pipe throat clamping cover half, steel tube clamping is located, then reducing die drives oil cylinder pushing reducing die aligning steel tube end part to move, and completes reducing processing.The SECO of each action has been come by PLC by after the Sensor monitoring being arranged on relevant position.
As preferably, reducing die and reducing die driving oil cylinder are fixedly arranged on a reducing and move on board component, and reducing is moved board component and is slidably connected at frame top, and reducing is moved bottom board component and is threaded with an adjusting screw, adjusting screw two ends are rotatably connected in frame, and adjusting screw one end is provided with adjustment rocking handle.Regulate rocking handle can change reducing by rotation and move the position of board component on adjusting screw, thus make reducing move board component to move, reducing die and reducing die drive oil cylinder entirety can move board component with reducing and move, and can adapt to the reducing needs of the steel pipe of different length like this.
As preferably, described cutting mechanism comprises cutting blade, cutting motor assembly, cutting motor assembly lifting leading truck, the cutting be connected with an oil cylinder clamps dynamic model and cuts and clamps cover half, cutting blade is connected on cutting motor assembly output shaft, cutting motor assembly is fixedly arranged on the elevating bracket in cutting motor assembly leading truck, this elevating bracket is connected with the piston rod of a hoist cylinder and is slidably connected with cutting motor assembly leading truck simultaneously, hoist cylinder is fixedly arranged on cutting motor assembly leading truck, cutting motor assembly leading truck is fixedly arranged in frame, it is relative and the two opposite face is respectively equipped with the steel pipe caulking groove with steel pipe side face adaptation that cutting clamping dynamic model and cutting clamp cover half position.The steel pipe market completing reducing clamps after between cover half to cutting clamping dynamic model and cutting, under PLC controls, cutting clamping dynamic model is drawn close to cutting clamping cover half, clamping steel pipe, then cutting motor assembly hoist cylinder driving under decline, cutting blade to steel pipe implement cutting.
As preferably, steel shaft comprises to transfering channel can hold the charging conduit and side shield that steel pipe passes through, it is other and parallel with charging conduit that side shield is positioned at charging conduit, and after steel pipe cutting, road is supported the piston rod of cylinder is fixed with steel pipe pressure pin, and steel pipe pressure pin to be positioned at bottom charging conduit and vertical with charging conduit.Steel pipe takes out head and steel pipe is taken away cutting mechanism along steel shaft to transfering channel, steel pipe pressure pin is in the state of stretching out in the process, bottom charging conduit, play rest effect, hold steel pipe, side shield then prevents from departing from during steel pipe movement, when steel pipe has shifted, or after transfer other aided process also complete after, steel pipe pressure pin is retracted, and abdicates charging conduit passage, steel pipe can fall from charging conduit, leaves this processing machine and is collected.
As preferably, steel shaft shifts the relative one end of cylinder and is provided with steel tube end part axial location cylinder on transfering channel with steel pipe, steel tube end part axial location cylinder piston rod is provided with position block.Position block withstands end, steel pipe one end and promotes steel pipe, this end of steel pipe can be made to have unified position basic point, guarantee that each steel pipe cutting position is consistent.
As preferably, be provided with the ramp feed roller frame of inclination before described reducing mechanism, above the feed roller frame of ramp, be provided with single charging shift fork.Steel pipe is placed on the feed roller frame of ramp and can rolls down along ramp feed roller frame by self gravitation, and single charging shift fork is rotatable, carries out resistance and stops and let pass, realize steel pipe automatically by root charging on suitable opportunity to steel pipe.
The beneficial effects of the utility model are:
Improve steel pipe working (machining) efficiency.The utility model just can complete reducing and cutting two procedures on an equipment, and after steel pipe throat between two procedures, road conveying mechanism can make two procedures carry out separately, and stop without the need to synchronously dynamic, thus operating efficiency is high.
Save artificial, reduce costs.The utility model only needs an operative can complete reducing and cutting two procedures, to be completed respectively and the present situation operated respectively by two people is compared, reduce cost of labor relative to two procedures by two equipment.
Accompanying drawing explanation
Fig. 1 is a kind of structural representation of the present utility model;
Fig. 2 is the structural representation at another visual angle of the utility model;
Fig. 3 is the structural representation of road conveying mechanism after steel pipe throat in the utility model;
Fig. 4 is the structural representation of road transfer device after steel pipe cutting in the utility model.
In figure, 1-frame, 2-steel shaft is to transfering channel, 3-steel pipe transfer cylinder, after the cutting of 4-steel pipe, cylinder is supported in road, 5-steel pipe takes out head, 6-reducing discharging axle, 7-discharging axle driving cylinder, 8-overturns fork, 9-cursor, 10-reducing die, 11-steel pipe throat clamping cover half, 12-steel pipe throat clamping dynamic model, 13-reducing die drives oil cylinder, 14-dynamic model drives oil cylinder, 15-cutting motor assembly, 16-cutting motor assembly lifting leading truck, 17-cutting clamping dynamic model, 18-cutting clamping cover half, 19-hoist cylinder, 20-charging conduit, 21-side shield, 22-steel pipe pressure pin, board component is moved in 23-reducing, 24-adjusting screw, 25-regulates rocking handle, 26-steel tube end part axial location cylinder, 27-ramp feed roller frame, 28-cutting blade, 29-shift fork driving shaft, the single charging shift fork of 30-, 31-shift fork drives cylinder, 32-cutting mechanism dynamic model drives oil cylinder.
Detailed description of the invention
Below in conjunction with accompanying drawing specific embodiment, the utility model is described in further detail.
Embodiment:
As shown in Figures 1 to 4, a kind of steel pipe throat cutting one processing machine, the reducing mechanism comprising frame 1 and be located in frame 1, cutting mechanism and control the PLC that this one processing machine runs automatically, road conveying mechanism after steel pipe throat is provided with between reducing mechanism and cutting mechanism, cutting mechanism is other is provided with steel pipe cutting rear road transfer device, after steel pipe cutting, road transfer device comprises steel shaft to transfering channel 2, cylinder 4 is supported in steel pipe transfer cylinder 3 and the rear road of steel pipe cutting, steel pipe transfer cylinder 3 is fixedly arranged on steel shaft to transfering channel 2 terminal, piston rod and the steel shaft of axis from steel pipe transfer cylinder 3 to transfering channel 2 in the same way, steel pipe transfer cylinder 3 is positioned at the side of steel shaft to transfering channel 2, and the steel pipe transfer piston rod of cylinder 3 and steel shaft intersect vertically to the vertical section of transfering channel 2, the piston rod end of steel pipe transfer cylinder 3 is provided with steel pipe and takes out 5, it is a pie electromagnet that steel pipe takes out 5, the power on/off relay that steel pipe takes out 5 is connected with described PLC signal.After described steel pipe throat road conveying mechanism comprise reducing discharging axle 6, discharging axle driving cylinder 7 parallel with two, upset fork 8 to described reducing actuator base can be put, reducing discharging axle 6 is rotatably connected in frame 1, upset fork 8 is vertical with reducing discharging axle 6 and overturn in the middle part of fork 8 and be fixedly arranged on reducing discharging axle 6 by bolt, discharging axle driving cylinder 7 is hinged in frame 1, the hinged cursor 9 in piston rod end of discharging axle driving cylinder 7, cursor 9 and reducing discharging axle 6 are connected.Described reducing mechanism comprises reducing die 10, reducing die drives oil cylinder 13, steel pipe throat clamping cover half 11, steel pipe throat clamping dynamic model 12 and dynamic model drive oil cylinder 14, steel pipe throat clamping cover half 11 and dynamic model drive oil cylinder 14 to be all fixedly arranged in frame 1 with bolt, reducing die 10 is connected in the piston rod end that reducing die drives oil cylinder 13, steel pipe throat clamping dynamic model 12 is fixed on the piston rod end that dynamic model drives oil cylinder 14, steel pipe throat clamping cover half 11 and steel pipe throat clamping dynamic model 12 position is relative and the two opposite face is respectively equipped with the steel pipe caulking groove with steel pipe side face adaptation, steel pipe is fixed with to level sensor inside steel pipe throat clamping cover half 11, the steel pipe throat clamping matched moulds of dynamic model 12 and the extreme position of die sinking are respectively provided with a position sensor, for sensing the opening and closing movement of steel pipe throat clamping dynamic model 12 with or without putting in place.It is two right that steel pipe throat clamping cover half 11 and steel pipe throat clamping dynamic model 12 have, and can be clamped in two positions of same root steel pipe respectively.Two upset forks 8 lay respectively at the outside of two pairs of steel pipe throat clamping cover half 11 and steel pipe throat clamping dynamic model 12.Reducing die 10 and reducing die driving oil cylinder 13 are fixedly arranged on a reducing and move on board component 23, reducing is moved board component 23 both sides adaptation and is embedded between both sides, frame 1 top, can only vertically move, thus for being slidably connected and between frame 1, reducing is moved bottom board component 23 and is threaded with an adjusting screw 24, adjusting screw 24 two ends are rotatably connected in frame 1, and adjusting screw 24 one end is provided with and regulates rocking handle 25.Described cutting mechanism comprises cutting blade 28, cutting motor assembly 15, cutting motor assembly lifting leading truck 16, cutting clamping dynamic model 17 and cutting clamping cover half 18, cutting clamping dynamic model 17 is fixed on a cutting mechanism dynamic model and drives on oil cylinder 32, cutting blade 28 is connected on cutting motor assembly 15 output shaft, cutting motor assembly 15 is fixedly arranged on the elevating bracket in cutting motor assembly leading truck 16, this elevating bracket is connected with the piston rod of a hoist cylinder 19 and is slidably connected with cutting motor assembly leading truck 16 simultaneously, hoist cylinder 19 is fixedly arranged on cutting motor assembly leading truck 16 top and hoist cylinder 19 piston rod can stretch into cutting motor assembly leading truck 16 inside, cutting motor assembly leading truck 16 is fixedly arranged in frame 1, it is relative and the two opposite face is respectively equipped with the steel pipe caulking groove with steel pipe side face adaptation that cutting clamping dynamic model 17 and cutting clamp cover half 18 position, it is two right that cutting clamping dynamic model 17 and cutting clamping cover half 18 have, two positions of same root steel pipe can be clamped in respectively, cutting clamping cover half 18 medial surface is also fixed with steel pipe to level sensor, cutting clamping dynamic model 17 folding mould extreme position is also respectively provided with a position sensor, cutting blade 28 can be elevated in two gaps to cutting clamping dynamic model 17 and cutting clamping cover half 18.Upset fork 8 can do the swing of seesaw type around reducing discharging axle 6, the position, the tactile end at upset fork 8 two ends lay respectively at by steel pipe throat clamping cover half 11 and steel pipe throat clamping dynamic model 12 the steel pipe that clamps and cut clamping dynamic model 17 and cutting clamping cover half 18 below the steel pipe that clamps.Steel shaft comprises to transfering channel 2 can hold the charging conduit 20 and side shield 21 that steel pipe passes through, it is other and parallel with charging conduit 20 that side shield 21 is positioned at charging conduit 20, be positioned at steel shaft supports the piston rod of cylinder 4 is fixed with steel pipe pressure pin 22 from Z-shaped bending to road after the other steel pipe cutting of transfering channel 2, steel pipe pressure pin 22 to be positioned at bottom charging conduit 20 and vertical with charging conduit 20.After steel pipe cutting, road supports that cylinder 4 is two, lays respectively at two to outside cutting clamping dynamic model 17 and cutting clamping cover half 18.Steel shaft shifts the relative one end of cylinder 3 and is provided with steel tube end part axial location cylinder 26 on transfering channel 2 with steel pipe, steel shaft to transfering channel 2 away from.The ramp feed roller frame 27 of inclination is provided with before described reducing mechanism, ramp feed roller frame 27 end is near the side of reducing mechanism, ramp feed roller frame 27 terminal position is lower than top, ramp feed roller frame 27 rolls hack lever by two, left and right and forms, two are rolled the spacing of hack lever and steel pipe length adaptation to be processed, and roll to be provided with outside hack lever upright by face, unsettledly above ramp feed roller frame 27 be provided with the shift fork driving shaft 29 that is rotatably connected on frame 1, shift fork driving shaft 29 is fixed with two single charging shift forks 30 by holding block tightly, single charging shift fork 30 takes the shape of the letter U, in two U-shaped arm, one, outside is longer, one, inner side is shorter, shift fork driving shaft 29 end is fixed with an actuating arm, this actuating arm and one shift fork be hinged in frame 1 drives the piston rod of cylinder 31 hinged, single charging shift fork 30 can control the single discharge of steel pipe, realize by root charging.The end of ramp feed roller frame 27 is positioned at steel pipe throat clamping cover half 11 and steel pipe throat clamps above gap when dynamic model 12 is opened.The equal signal of corresponding magnetic valve of each sensor and each cylinder, oil cylinder is connected on described PLC.
Use this steel pipe throat cutting one processing machine to carry out steel pipe and add man-hour, first many steel pipe frames to be processed are rolled between hack lever two of ramp feed roller frame 27, steel pipe rolls from trend necking machine structure under Gravitative Loads, when the position sensor of the die sinking extreme position of steel pipe throat clamping dynamic model 12 is triggered, and discharging axle driving cylinder 7 piston rod is retracted, upset fork 8 towards reducing mechanism one end sink touch the end time, shift fork drives cylinder 31 to start action, single charging shift fork 30 swings laterally, longer U-shaped arm outside single charging shift fork 30 lifts, let pass by first steel pipe that longer U-shaped arm stops, meanwhile, just in time push down second steel pipe after shorter U-shaped arm inside single charging shift fork 30 turns over an amplitude to make it to be stopped by temporarily resistance, then shift fork drives cylinder 31 to drive single charging shift fork 30 return, on single charging shift fork 30, shorter U-shaped arm unclamps second steel pipe be held down, this steel pipe rolls and is just in time blocked by the longer U-shaped arm getting back to original position again a little, second steel pipe just enters into treats feed state.Rolled along ramp feed roller frame 27 by the steel pipe of letting pass, just in time falling into the steel pipe throat being in released state clamps between cover half 11 and steel pipe throat clamping dynamic model 12, and sensed to level sensor by the steel pipe on steel pipe throat clamping cover half 11, PLC sends the action command that dynamic model drives oil cylinder 14 immediately, steel pipe throat is made to clamp dynamic model 12 matched moulds, treat that steel pipe throat clamping dynamic model 12 matched moulds puts in place, steel pipe throat clamping dynamic model 12 clamps cover half 11 by steel tube clamping with steel pipe throat, the position sensor of the matched moulds extreme position of now steel pipe throat clamping dynamic model 12 is triggered, PLC drives oil cylinder 13 to send action command to reducing die, reducing die drives oil cylinder 13 piston rod to stretch out, reducing die 10 feeding, end reducing is carried out to the steel pipe be fixed.After reducing operation completes, reducing die 10 is return, the die sinking of steel pipe throat clamping dynamic model 12, PLC sends action command to discharging axle driving cylinder 7, discharging axle driving cylinder 7 piston rod stretches out, reducing discharging axle 6 is driven to rotate, upset fork 8 swings, one end that upset fork 8 is positioned at below the steel pipe just completing reducing tilts, this steel pipe is provoked, and continue to swing, until the other end of upset fork 8 touches the end at cutting mechanism place, steel pipe on upset fork 8 is rolled between cutting clamping dynamic model 17 and cutting clamping cover half 18 along the slope that upset fork 8 is now formed, and the steel pipe on cut clamping cover half senses to level sensor, PLC sends the action command that cutting mechanism dynamic model drives oil cylinder 32 piston rod to stretch out immediately, drive cutting clamping dynamic model 17 matched moulds clamping steel pipe, after steel pipe cutting, road supports that cylinder 4 piston rod is now also in the state of stretching out, such steel pipe pressure pin 22 holds steel pipe above charging conduit 20, after this hoist cylinder 19 accepts PLC instruction and starts action, the elevating bracket at cutting motor assembly 15 place is driven to decline along cutting motor assembly leading truck 16, cutting blade 28 implements cutting to the steel pipe be fixed.After cutting action completes, cutting blade 28 rises with cutting motor assembly 15, PLC sends steel pipe transfer cylinder 3 piston rod and stretches out, and steel pipe takes out an action command for 5 energisings, steel pipe takes out a plane of 5 and the steel pipe throat end end face after cutting is affixed, hold steel pipe, then cutting clamping dynamic model 17 die sinking, the clout cut drops, steel pipe transfer cylinder 3 piston rod is retracted, a segment distance is moved axially with steel pipe, away from cutting blade 28, then suspend in a moment, steel pipe takes out 5 power-off, after steel pipe cutting, road supports that cylinder 4 piston rod is retracted, steel pipe after cutting falls and collects with collection container from charging conduit 20, the reducing of a steel pipe, cutting twice manufacturing procedure all completes.
Claims (9)
1. a steel pipe throat cutting one processing machine, the reducing mechanism comprising frame (1) and be located in frame (1), cutting mechanism and control the PLC that this one processing machine runs automatically, it is characterized in that being provided with between reducing mechanism and cutting mechanism road conveying mechanism after steel pipe throat, cutting mechanism is other is provided with steel pipe cutting rear road transfer device, after steel pipe cutting, road transfer device comprises steel shaft to transfering channel (2), cylinder (4) is supported in steel pipe transfer cylinder (3) and the rear road of steel pipe cutting, steel pipe transfer cylinder (3) is fixedly arranged on steel shaft to transfering channel (2) terminal, piston rod and the steel shaft of axis from steel pipe transfer cylinder (3) to transfering channel (2) in the same way, steel pipe transfer cylinder (3) is positioned at the side of steel shaft to transfering channel (2), and the piston rod of steel pipe transfer cylinder (3) is crossing to the vertical section of transfering channel (2) with steel shaft, the piston rod end of steel pipe transfer cylinder (3) is provided with steel pipe and takes out head (5).
2. steel pipe throat cutting one processing machine according to claim 1, after it is characterized in that described steel pipe throat, road conveying mechanism comprises reducing discharging axle (6), discharging axle driving cylinder (7) is parallel with some, the upset fork (8) to described reducing actuator base can be put, reducing discharging axle (6) is rotatably connected in frame (1), it is upper and vertical with reducing discharging axle (6) that upset fork (8) is fixedly arranged on reducing discharging axle (6), discharging axle driving cylinder (7) is hinged in frame (1), the hinged cursor (9) in piston rod end of discharging axle driving cylinder (7), cursor (9) and reducing discharging axle (6) are connected.
3. steel pipe throat cutting one processing machine according to claim 1, it is characterized in that steel pipe takes out head (5) is electromagnet, and the power on/off relay that steel pipe takes out head (5) is connected with described PLC signal.
4. steel pipe throat cutting one processing machine according to claim 2, it is characterized in that described reducing mechanism comprises reducing die (10), reducing die drives oil cylinder (13), steel pipe throat clamping cover half (11), steel pipe throat clamping dynamic model (12) and dynamic model drive oil cylinder (14), steel pipe throat clamping cover half (11) and dynamic model drive oil cylinder (14) to be all fixedly arranged in frame (1), reducing die (10) is connected in the piston rod end that reducing die drives oil cylinder (13), steel pipe throat clamping dynamic model (12) is fixed on the piston rod end that dynamic model drives oil cylinder (14), it is relative and the two opposite face is respectively equipped with the steel pipe caulking groove with steel pipe side face adaptation that steel pipe throat clamping cover half (11) and steel pipe throat clamp dynamic model (12) position.
5. steel pipe throat cutting one processing machine according to claim 4, it is characterized in that reducing die (10) and reducing die drive oil cylinder (13) to be fixedly arranged on a reducing and move on board component (23), reducing is moved board component (23) and is slidably connected at frame (1) top, reducing is moved board component (23) bottom and is threaded with an adjusting screw (24), adjusting screw (24) two ends are rotatably connected in frame (1), and adjusting screw (24) one end is provided with and regulates rocking handle (25).
6. steel pipe throat cutting one processing machine according to claim 1, it is characterized in that described cutting mechanism comprises cutting blade (28), cutting motor assembly (15), cutting motor assembly lifting leading truck (16), the cutting be connected with an oil cylinder clamps dynamic model (17) and cuts and clamps cover half (18), cutting blade (28) is connected on cutting motor assembly (15) output shaft, cutting motor assembly (15) is fixedly arranged on the elevating bracket in cutting motor assembly leading truck (16), this elevating bracket is connected with the piston rod of a hoist cylinder (19) and is slidably connected with cutting motor assembly leading truck (16) simultaneously, hoist cylinder (19) is fixedly arranged on cutting motor assembly leading truck (16), cutting motor assembly leading truck (16) is fixedly arranged in frame (1), it is relative and the two opposite face is respectively equipped with the steel pipe caulking groove with steel pipe side face adaptation that cutting clamping dynamic model (17) and cutting clamp cover half (18) position.
7. the steel pipe throat cutting one processing machine according to claim 1 or 2 or 3 or 4 or 5 or 6, it is characterized in that steel shaft comprises the charging conduit (20) and side shield (21) that can hold steel pipe and pass through to transfering channel (2), it is other and parallel with charging conduit (20) that side shield (21) is positioned at charging conduit (20), steel pipe cutting after road support cylinder (4) piston rod on be fixed with steel pipe pressure pin (22), steel pipe pressure pin (22) be positioned at charging conduit (20) bottom and vertical with charging conduit (20).
8. the steel pipe throat cutting one processing machine according to claim 1 or 2 or 3 or 4 or 5 or 6, it is characterized in that above shift the relative one end of cylinder (3) with steel pipe is provided with steel tube end part axial location cylinder (26) to steel shaft to transfering channel (2), steel tube end part axial location cylinder (26) piston rod is provided with position block.
9. the steel pipe throat cutting one processing machine according to claim 1 or 2 or 3 or 4 or 5 or 6, be provided with ramp feed roller frame (27) of inclination before it is characterized in that described reducing mechanism, top, ramp feed roller frame (27) is provided with single charging shift fork (30).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420596926.7U CN204277465U (en) | 2014-10-15 | 2014-10-15 | Steel pipe throat cutting one processing machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420596926.7U CN204277465U (en) | 2014-10-15 | 2014-10-15 | Steel pipe throat cutting one processing machine |
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| CN204277465U true CN204277465U (en) | 2015-04-22 |
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| CN201420596926.7U Expired - Fee Related CN204277465U (en) | 2014-10-15 | 2014-10-15 | Steel pipe throat cutting one processing machine |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104416360A (en) * | 2014-10-15 | 2015-03-18 | 浙江友谊菲诺伞业有限公司 | Pipe necking and cutting integrated machining machine |
| CN105414985A (en) * | 2016-01-01 | 2016-03-23 | 苏州宝嘉新能源科技有限公司 | Improved efficient automation pipe fitting processing system and technology |
| CN105414592A (en) * | 2016-01-01 | 2016-03-23 | 苏州宝嘉新能源科技有限公司 | Efficient automation pipe fitting processing system and technology |
| CN105598771A (en) * | 2016-01-11 | 2016-05-25 | 魏会芳 | Flaw detection pretreatment integrated machine |
| CN108296789A (en) * | 2018-04-18 | 2018-07-20 | 襄阳浩宇科技咨询有限公司 | Contracting machine is cut in a kind of automation |
| CN109663968A (en) * | 2019-01-24 | 2019-04-23 | 武玉平 | Cutter device is used in a kind of manufacture of steel pipe's production |
| CN110153300A (en) * | 2019-07-03 | 2019-08-23 | 浙江宏泽自动化设备有限公司 | Multistation pipe-expanding machine |
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2014
- 2014-10-15 CN CN201420596926.7U patent/CN204277465U/en not_active Expired - Fee Related
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104416360A (en) * | 2014-10-15 | 2015-03-18 | 浙江友谊菲诺伞业有限公司 | Pipe necking and cutting integrated machining machine |
| CN105414985A (en) * | 2016-01-01 | 2016-03-23 | 苏州宝嘉新能源科技有限公司 | Improved efficient automation pipe fitting processing system and technology |
| CN105414592A (en) * | 2016-01-01 | 2016-03-23 | 苏州宝嘉新能源科技有限公司 | Efficient automation pipe fitting processing system and technology |
| CN105598771A (en) * | 2016-01-11 | 2016-05-25 | 魏会芳 | Flaw detection pretreatment integrated machine |
| CN108296789A (en) * | 2018-04-18 | 2018-07-20 | 襄阳浩宇科技咨询有限公司 | Contracting machine is cut in a kind of automation |
| CN109663968A (en) * | 2019-01-24 | 2019-04-23 | 武玉平 | Cutter device is used in a kind of manufacture of steel pipe's production |
| CN109663968B (en) * | 2019-01-24 | 2021-04-30 | 佛山市南海区洪兴钢管有限公司 | Cutting device for steel pipe production and manufacturing |
| CN110153300A (en) * | 2019-07-03 | 2019-08-23 | 浙江宏泽自动化设备有限公司 | Multistation pipe-expanding machine |
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