CN203725885U - Full-automatic pipe cutting machine - Google Patents

Full-automatic pipe cutting machine Download PDF

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Publication number
CN203725885U
CN203725885U CN201420124137.3U CN201420124137U CN203725885U CN 203725885 U CN203725885 U CN 203725885U CN 201420124137 U CN201420124137 U CN 201420124137U CN 203725885 U CN203725885 U CN 203725885U
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CN
China
Prior art keywords
pipe
cylinder
full
inductive switch
fixed
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201420124137.3U
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Chinese (zh)
Inventor
胡福松
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Individual
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Individual
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Publication date
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Priority to CN201420124137.3U priority Critical patent/CN203725885U/en
Application granted granted Critical
Publication of CN203725885U publication Critical patent/CN203725885U/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

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Abstract

The utility model discloses a full-automatic pipe cutting machine. A worktable and a material placement frame are made of rectangular pipes; a large motor, a small motor and a speed reducer are arranged in a power box; a hexagonal column transmission shaft, a drawing shaft and a circular sliding rod are arranged on a speed reducing sliding box; a manipulator induction switch and a rear positioning induction switch are arranged in an elongated slot iron strip; a front positioning induction switch which controls the drawing shaft to move forward in place and return is arranged on a vertical fixed plate; a pipe cutting control induction switch is arranged in front of an adjustment ring; a manipulator is arranged in front of the pipe cutting control induction switch; gas pipe connectors are arranged on cylinders; a disc cutting knife is arranged on a fixed block; a jacking shaft cylinder is arranged in front of a cutting knife feeding cylinder; two pipe fixing cylinders are arranged in front of a nylon column; a pipe induction switch is arranged on a protective frame; a nylon positioning guide ring is arranged below the protective frame; a left pipe clamping cylinder and a right pipe clamping cylinder are arranged on a sliding block; a guide column and a push rod are arranged on the sliding block; a plastic plate is arranged on a pipe baffle; a computer control box is arranged on the upper surface of the worktable. The full-automatic pipe cutting machine is high in pipe cutting speed, high in quality, safe and reliable; the product efficiency is improved.

Description

Full-automatic pipe cutter
Technical field
The utility model relates to a kind of plant equipment, especially adapts to the effective Full-automatic pipe cutter of people's cutting stainless steel.
Background technology
At present, known cutting stainless steel pipe is all to use repacking of ordinary lathe, and not only the slow defect rate of speed is high, and the accident that there will be finger to scratch.
Summary of the invention
All to use repacking of ordinary lathe in order to overcome existing cutting stainless steel pipe, not only the slow defect rate of speed is high, and the deficiency of accident that there will be finger to scratch, the utility model provides a kind of Full-automatic pipe cutter, not only pipe cutting speed is fast for this Full-automatic pipe cutter, quality is good, and safety is firm.
The utility model solves the technical scheme that its technical problem adopts: make workbench and discharging frame with rectangle pipe, bottom at workbench is provided with headstock, in headstock, be provided with large motor, small size motor and decelerator, small size motor is connected with belt with decelerator, the rotating shaft of decelerator is provided with pivoted arm, pivoted arm is provided with torque arm, torque arm and fixed bar are welded and fixed, fixed bar is located at the side of deceleration slip case, deceleration slip case is provided with the power transmission shaft of hexagon prism, take out axle and circular slide bar, at the other elongated slot iron bar that is provided with of circular slide bar, in elongated slot iron bar, be provided with manipulator inductive switch and rear location inductive switch, on inductive switch, be all provided with electric wire, the inductive switch on the left side is the manipulator inductive switch of controlling on workbench, the inductive switch on the right is to control to take out axle and put in place and the rear location inductive switch returning backward, power transmission shaft is connected with drive, drive is connected with driving wheel by V belt, driving wheel is located on large motor, large motor side is provided with perpendicular fixed head, perpendicular fixed head is provided with before control is taken out axially and puts in place and the prelocalization inductive switch returning, on the inductive switch of location, be provided with electric wire.In headstock, large motor is connected with the drive of V belt, drive is provided with power transmission shaft, power transmission shaft is located at the top of deceleration slip case, between deceleration slip case and multiaxis fixed head, be provided with circular slide bar, take out the power transmission shaft of axle and hexagon prism, deceleration slip case middle part is provided with takes out axle, the axle of taking out before deceleration slip case is provided with adjusting ring, the front of adjusting ring is provided with controls pipe cutting inductive switch, pipe cutting inductive switch is provided with electric wire, before pipe cutting inductive switch, be provided with manipulator, the head of manipulator is provided with semicircle nylon tube, the two sides of manipulator are provided with two adjustable cylinders, on cylinder, be all provided with gas-tpe fitting, the left side of manipulator is provided with fixed block, fixed block is provided with wheel cutter, below fixed block, be provided with planker, the other end of planker is provided with feed cylinder, feed cylinder is provided with gas-tpe fitting, before feed cylinder, be provided with apical axis cylinder, apical axis cylinder is provided with gas-tpe fitting, the front portion of apical axis cylinder is provided with pulley, between wheel cutter and pulley, be provided with and take out axle, be provided with the axial plane edge of a knife taking out shaft head end face, before the axial plane edge of a knife, be provided with nylon column, before nylon column, be provided with two fixed tube cylinders, being used for holding stainless steel tube can not move by left-right and front-back, before fixed tube cylinder, be provided with fender bracket, above fender bracket, be provided with pipe inductive switch, in the control of pipe inductive switch, put pipe cylinder for two in lower push pedal, below fender bracket, be provided with the positioning and guiding circle of nylon, positioning and guiding circle is guaranteed stainless steel tube and takes out axle to become straight line, before positioning and guiding circle, be provided with slide block, on slide block, be provided with a left side, right two clamp cylinders, be provided with two lobe semicircle nylon tubes at the head of cylinder rod, when two lobe semicircle nylon tubes close up, become a pipe, be used for clamping stainless steel tube.Fender bracket on workbench is connected with discharging frame, slide block is provided with guide pillar and push rod, push rod is located at and send on pipe cylinder, send below pipe cylinder and be provided with shifting axle and mobile screw, shifting axle is located in the sliding sleeve of Zola's grillage bottom, mobile screw is spun in the bottom hold-down nut of Zola's grillage, be provided with equally below shifting axle and mobile screw what send pipe cylinder, on a left side, right pulling plate frame is provided with left perpendicular iron plate and right perpendicular iron plate, on perpendicular iron plate, be provided with plastic plate, on plastic plate, be provided with cross flat head screw, on a left side, the crosspiece of right pulling plate frame bottom is provided with gear tube sheet, gear tube sheet is provided with plastic plate, plastic plate can prevent the stainless steel tube of damaging, in right pulling plate frame, be provided with on two, the push pedal of lower horizontal, in upper push pedal, be provided with round end plate, in lower push pedal, be provided with lower round end plate, after the middle part of two push pedals, be provided with and put pipe cylinder and transfer pipe cylinder, on, two heads of lower push pedal are provided with slide-bar, on right pulling plate frame, be provided with sliding sleeve, slide-bar is located in sliding sleeve, the middle part, both sides of discharging frame is provided with lower fixed strip, between upper fixed strip on lower fixed strip and discharging frame mouth, be provided with left swash plate and right swash plate, on workbench, be provided with computer control cabinet.In the time that people need cutting stainless steel pipe, on discharging frame, pile stainless steel tube, set the pipe cutting length needing with computer, adjust adjusting ring in the position of taking out on axle, press power source switch, motor and other electric elements are switched on, air compressor machine is started working, inductive switch on fender bracket detects while thering is no stainless steel tube below, upper push pedal below on put pipe cylinder upper round end plate pushed away forward, block the stainless steel tube of top toward gliding, transfer pipe cylinder toward retraction, drive lower round end plate toward retrude, there is a stainless steel tube to slide on gear tube sheet, two clamp cylinder intakes, two semicircle nylon tubes on clamp cylinder clamp stainless steel tube, send pipe cylinder intake, push rod stretches out forward, stainless steel tube enters to take out axle to adjusting ring by positioning and guiding snare, manipulator inductive switch sends instruction to manipulator and feed cylinder, feed cylinder is given vent to anger, planker is toward retraction, drive wheel cutter to push stainless steel tube to, in taking out axle rotation, cut off one section of stainless steel tube, adjustable cylinder air inlet, two semicircle nylon tubes on manipulator are clamped stainless steel tube, taking out axle retracts, adjustable cylinder is given vent to anger, two semicircle nylon tubes separately, the stainless steel tube free-falling of cutting off is to basketry, fixed tube cylinder intake simultaneously, semicircle nylon tube clamps stainless steel tube, rear location inductive switch makes to take out axle and returns, two fixed tube cylinders are given vent to anger, make reverse motions, semicircle nylon tube two lobes on fixed tube cylinder separately, clamp cylinder and send the successively air inlet of pipe cylinder, stainless steel tube is pushed to positioning and guiding circle to till the adjusting ring of taking out on axle, above actuation cycle is reciprocal, just being able to continuously a stainless steel tube cuts off automatically.
The beneficial effects of the utility model are: not only pipe cutting speed is fast for this Full-automatic pipe cutter, and quality is good, improve product efficiency, guarantee personal safety.
Brief description of the drawings
Below in conjunction with drawings and Examples, the utility model is further illustrated.
Fig. 1 is the structural principle schematic diagram of taking out axle in the utility model embodiment.
Fig. 2 is the structural principle schematic diagram of workbench in the utility model embodiment.
Fig. 3 is the structural representation of discharging frame in the utility model embodiment.
In figure, 1. drive, 2. V belt, 3. driving wheel, 4. prelocalization inductive switch, 5. perpendicular fixed head, 6. large motor, 7 fixed bars, 8. electric wire, 9. manipulator inductive switch, 10. torque arm, 11. small size motors, 12. decelerators, 13. pivoted arms, 14. rear location inductive switches, 15. elongated slot iron bars, 16. circular slide bars, 17. power transmission shafts, 18. take out axle, 19. deceleration slip casees, 20. headstocks, 21. gas-tpe fittings, 22. adjustable cylinders, 23. semicircle nylon tubes, 24. manipulators, 25. wheel cutters, 26. plankers, 27. fixed tube cylinders, 28. positioning and guiding circles, 29. clamp cylinders, 30. slide blocks, 31. fender brackets, 32. pipe inductive switches, 33. feed cylinders, 34. apical axis cylinders, 35. pulleys, 36. nylon columns, the 37. axial plane edges of a knife, 38. pipe cutting inductive switches, 39. adjusting rings, 40. computer control cabinets, plate is determined in 41. multiaxis gardens, 42. guide pillars, 43. push rods, 44. shifting axles, 45. slide-bars, 46. sliding sleeves, 47. send pipe cylinder, 48. mobile screws, 49. times round end plates, round end plate on 50., 51. right perpendicular iron plates, 52. left perpendicular iron plates, 53. Zola's grillages, 54. crosspieces, 55. gear tube sheets, 56. plastic plates, 57. right pulling plate framves, 58. left swash plates, 59. right swash plates, 60. cross flat head screws, push pedal on 61., 62. times push pedals, 63. times fixed strips, on 64., put pipe cylinder, 65. transfer pipe cylinder, fixed strip on 66..
Detailed description of the invention
In Fig. 1, make workbench and discharging frame with rectangle pipe, dynamic case is pressed in bottom at workbench, headstock is interior by there being large motor 6, small size motor 11 and decelerator 12, small size motor 11 is connected with decelerator 12 use V belts 2, in the rotating shaft of decelerator by there being pivoted arm 13, on pivoted arm 13 by there being torque arm 10, torque arm 10 is welded and fixed with fixed bar 7, fixed bar 7 is by the side at deceleration slip case 19, on deceleration slip case 19 by the power transmission shaft 17 that has hexagon prism, take out axle 18 and circular slide bar 16, other by there being elongated slot iron bar 15 at circular slide bar 16, elongated slot iron bar 15 is interior by having mechanical feel inductive switch 9 and rear location inductive switch 14, on inductive switch, all press live wire 8, the inductive switch on the left side is the manipulator inductive switch 9 of controlling on workbench, the inductive switch on the right is to control to take out axle and put in place and the rear location inductive switch 14 returning backward, power transmission shaft 17 is connected with drive 1, drive 1 is connected with driving wheel 3 by V belt 2, driving wheel 3 is by large motor 6, large motor 6 is other by there being perpendicular fixed head 5, on perpendicular fixed head 5, before having control to take out axially, put in place and the prelocalization inductive switch 4 returning, on the inductive switch of location, press live wire 8.
In Fig. 2, dynamic case 20 is pressed in bottom at workbench, large motor in headstock 20 is connected with the drive 1 of V belt 2, on drive 1 by there being power transmission shaft 17, power transmission shaft 17 is by the top at deceleration slip case 19, between deceleration slip case 19 and multiaxis fixed head 41 by there being circular slide bar 16, take out the power transmission shaft 17 of axle 18 and hexagon prism, deceleration slip case 19 middle parts are by taking out axle 18, taking out on axle by there being adjusting ring 39 before deceleration slip case 19, the front of adjusting ring 39 is by there being the pipe cutting of control inductive switch 38, on pipe cutting inductive switch 38, press live wire 8, pipe cutting inductive switch 38 above by there being manipulator 24, the head of manipulator 24 is by there being semicircle nylon tube 23, the two sides of manipulator 24 are by there being two adjustable cylinders 22, on cylinder all by there being gas-tpe fitting 21, the left side of manipulator 24 is by there being fixed block, on fixed block by there being wheel cutter 25, below fixed block by there being planker 26, the other end of planker 26 is by there being feed cylinder 33, on feed cylinder 33 by there being gas-tpe fitting 21, feed cylinder 33 above by there being apical axis cylinder 34, on apical axis cylinder 34 by there being gas-tpe fitting 21, the front portion of apical axis cylinder 34 is by there being pulley 35, between wheel cutter 25 and pulley 35 by taking out axle 18, be connected with the axial plane edge of a knife 37 taking out axle 18 head end, the axial plane edge of a knife 37 is above by there being nylon column 36, at nylon column 36 above by there being two fixed tube cylinders 27, being used for holding stainless steel tube can not move by left-right and front-back, fixed tube cylinder 27 is front by there being fender bracket 31, fender bracket 31 is above by there being pipe inductive switch 32, pipe inductive switch 32 is controlled, put pipe cylinder for two in lower push pedal, fender bracket 31 is below by the positioning and guiding circle 28 that has nylon, positioning and guiding circle 28 is guaranteed stainless steel tube and takes out axle to become straight line, before positioning and guiding circle 28 by there being slide block 30, on slide block 30 by there being a left side, right two clamp cylinders 29, at the head of cylinder rod by there being two lobe semicircle nylon tubes 23, when two lobe semicircle nylon tubes 23 close up, become a pipe, be used for clamping stainless steel tube, on workbench by there being computer control cabinet 40.
In Fig. 3, fender bracket 31 on workbench is connected with discharging frame, on slide block 30 by having guide pillar 42 and push rod 43, push rod 43 is by sending on pipe cylinder 47, send pipe cylinder 47 below by having shifting axle 44 and mobile screw 48, shifting axle 44 is by the sliding sleeve 46 of Zola's grillage 53 bottoms, mobile screw 48 is spun in the bottom hold-down nut of Zola's grillage 53, send pipe cylinder 47 below equally by having shifting axle 44 and mobile screw 48, on a left side, on right pulling plate frame, erect iron plate 51 by there being a left side to erect iron plate 52 with the right side, erecting on iron plate by there being plastic plate 56, on plastic plate 56, be rotary with cross flat head screw 60, on a left side, on the crosspiece 54 of right pulling plate frame bottom by have gear tube sheet 55, keep off on tube sheet 55 by there being plastic plate 56, plastic plate can prevent the stainless steel tube of damaging, in right pulling plate frame 57 by having on two, the push pedal of lower horizontal, in upper push pedal 61 by round end plate 50 on having, in lower push pedal 62 by there being lower round end plate 49, after the middle part of two push pedals by putting pipe cylinder 64 on having and transferring pipe cylinder 65, on, two heads of lower push pedal are by there being slide-bar 45, on right pulling plate frame by there being sliding sleeve 46, slide-bar 45 is by sliding sleeve 46, the middle part, both sides of discharging frame is by there being lower fixed strip 63, between upper fixed strip 66 on lower fixed strip 63 and discharging frame mouth by having left swash plate 58 and right swash plate 59.

Claims (9)

1. a Full-automatic pipe cutter, to make workbench and discharging frame with rectangle pipe, bottom at workbench is provided with headstock, at the other elongated slot iron bar that is provided with of circular slide bar, in headstock, large motor is connected with the drive of V belt, drive is provided with power transmission shaft, between deceleration slip case and multiaxis fixed head, be provided with circular slide bar, take out the power transmission shaft of axle and hexagon prism, the axle of taking out before deceleration slip case is provided with adjusting ring, the front of adjusting ring is provided with controls pipe cutting inductive switch, before pipe cutting inductive switch, be provided with manipulator, the head of manipulator is provided with semicircle nylon tube, the two sides of manipulator are provided with two adjustable cylinders, the left side of manipulator is provided with fixed block, fixed block is provided with wheel cutter, below fixed block, be provided with planker, the other end of planker is provided with feed cylinder, before feed cylinder, be provided with apical axis cylinder, the front portion of apical axis cylinder is provided with pulley, between wheel cutter and pulley, be provided with and take out axle, take out shaft head end face and be provided with the axial plane edge of a knife, before the axial plane edge of a knife, be provided with nylon column, before nylon column, be provided with two fixed tube cylinders, before fixed tube cylinder, be provided with fender bracket, above fender bracket, be provided with pipe inductive switch, in the control of pipe inductive switch, put pipe cylinder for two in lower push pedal, below fender bracket, be provided with the positioning and guiding circle of nylon, before positioning and guiding circle, be provided with slide block, slide block is provided with a left side, right two clamp cylinders, the head of cylinder rod is provided with two lobe semicircle nylon tubes, slide block is provided with guide pillar and push rod, push rod is located at and send on pipe cylinder, send below pipe cylinder and be provided with shifting axle and mobile screw, shifting axle is located in the sliding sleeve of Zola's grillage bottom, mobile screw is spun in the bottom hold-down nut of Zola's grillage, left, right pulling plate frame is provided with left perpendicular iron plate and right perpendicular iron plate, perpendicular iron plate is provided with plastic plate, plastic plate is provided with cross flat head screw, left, the crosspiece of right pulling plate frame bottom is provided with gear tube sheet, gear tube sheet is provided with plastic plate, in right pulling plate frame, be provided with on two, the push pedal of lower horizontal, upper push pedal is provided with round end plate, lower push pedal is provided with lower round end plate, on, two heads of lower push pedal are provided with slide-bar, right pulling plate frame is provided with sliding sleeve, the middle part, both sides of discharging frame is provided with lower fixed strip, between upper fixed strip on lower fixed strip and discharging frame mouth, be provided with left swash plate and right swash plate, it is characterized in that: in headstock, be provided with large motor, small size motor and decelerator, small size motor is connected with belt with decelerator, the rotating shaft of decelerator is provided with pivoted arm, pivoted arm is provided with torque arm, torque arm and fixed bar are welded and fixed, fixed bar is located at the side of deceleration slip case, deceleration slip case is provided with the power transmission shaft of hexagon prism, take out axle and circular slide bar, in elongated slot iron bar, be provided with manipulator inductive switch and rear location inductive switch, perpendicular fixed head is provided with before control is taken out axially and puts in place and the prelocalization inductive switch returning, above workbench, be provided with computer control cabinet.
2. Full-automatic pipe cutter according to claim 1, is characterized in that: on inductive switch, be all provided with electric wire.
3. Full-automatic pipe cutter according to claim 1, is characterized in that: power transmission shaft is located at the top of deceleration slip case.
4. Full-automatic pipe cutter according to claim 1, is characterized in that: deceleration slip case middle part is provided with takes out axle.
5. Full-automatic pipe cutter according to claim 1, is characterized in that: on cylinder, be all provided with gas-tpe fitting.
6. Full-automatic pipe cutter according to claim 1, is characterized in that: when two lobe semicircle nylon tubes close up, become a pipe.
7. Full-automatic pipe cutter according to claim 1, is characterized in that: that send pipe cylinder is provided with above shifting axle and mobile screw equally.
8. Full-automatic pipe cutter according to claim 1, is characterized in that: after the middle part of two push pedals, be provided with and put pipe cylinder and transfer pipe cylinder.
9. Full-automatic pipe cutter according to claim 1, is characterized in that: slide-bar is located in sliding sleeve.
CN201420124137.3U 2014-03-17 2014-03-17 Full-automatic pipe cutting machine Expired - Fee Related CN203725885U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201420124137.3U CN203725885U (en) 2014-03-17 2014-03-17 Full-automatic pipe cutting machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201420124137.3U CN203725885U (en) 2014-03-17 2014-03-17 Full-automatic pipe cutting machine

Publications (1)

Publication Number Publication Date
CN203725885U true CN203725885U (en) 2014-07-23

Family

ID=51195990

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201420124137.3U Expired - Fee Related CN203725885U (en) 2014-03-17 2014-03-17 Full-automatic pipe cutting machine

Country Status (1)

Country Link
CN (1) CN203725885U (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104923845A (en) * 2014-03-17 2015-09-23 胡福松 Full-automatic pipe cutter
CN108941388A (en) * 2018-08-06 2018-12-07 潘陈斐 A kind of optical cable cutter device of measurable Cutting Length

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104923845A (en) * 2014-03-17 2015-09-23 胡福松 Full-automatic pipe cutter
CN104923845B (en) * 2014-03-17 2018-09-11 朱思学 Full-automatic pipe cutter
CN108941388A (en) * 2018-08-06 2018-12-07 潘陈斐 A kind of optical cable cutter device of measurable Cutting Length
CN108941388B (en) * 2018-08-06 2020-06-05 陈茹意 Optical cable cutting device capable of measuring cutting length

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Legal Events

Date Code Title Description
C14 Grant of patent or utility model
GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20140723

Termination date: 20150317

EXPY Termination of patent right or utility model