CN203538515U - Full-automatic scribing and laser cutting machine - Google Patents

Full-automatic scribing and laser cutting machine Download PDF

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Publication number
CN203538515U
CN203538515U CN201320635426.5U CN201320635426U CN203538515U CN 203538515 U CN203538515 U CN 203538515U CN 201320635426 U CN201320635426 U CN 201320635426U CN 203538515 U CN203538515 U CN 203538515U
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CN
China
Prior art keywords
cutting
setting
axis guide
guide rail
laser cutting
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Withdrawn - After Issue
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CN201320635426.5U
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Chinese (zh)
Inventor
金克宁
吴桂伟
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吴桂伟
金克宁
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Priority to CN201320635426.5U priority Critical patent/CN203538515U/en
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Abstract

The utility model discloses a full-automatic scribing and laser cutting machine, which comprises an automatic scribing mechanism and a laser cutting mechanism, wherein the automatic scribing mechanism and the laser cutting mechanism are connected integrally in sequence, and are arranged on a frame. The full-automatic scribing and laser cutting machine is comprehensive machining equipment in which a laser cutting technology and an automatic scribing function are organically combined, raw materials are molded into products at a time, and full-automatic machining is adopted, so that high accuracy and high cutting speed are achieved. Moreover, a full-automatic discharging system is adopted, so that a large quantity of raw materials can be saved, the production cost of an enterprise is reduced greatly, the machining problems of a manual scribing and semi-mechanical punching machine are solved completely, and the working efficiency is increased greatly.

Description

Full-automatic setting-out, laser cutting machine
Technical field
The utility model relates to a kind of shoemaking machinery, particularly a kind of picture (drawing) line, cutting machine.
Background technology
During shoemaking, is generally all on the leather of entire volume, by punch press, to go out the appearance of monolithic vamp, for make flanging all the even shoe pattern accurately shape, need to be in the fillet place setting-out of vamp, by the region flanging in setting-out, just well-balanced like this; General setting-out is all on vamp, to put one and vamp template consistent in shape and size, is carved with wire casing in template,, along the wire casing edge setting-out of template, in shoemaking industry, is then all generally such subpunch material (blanking), the technique of rear setting-out.So first one by one rush material, then artificial setting-out one by one, caused operating efficiency extremely low, labour intensity is large, and entreprise cost is high, as shown in Figure 4, wherein edge line is the lines of cutting, interior lines are the lines of setting-out, and this original technique is also one of problem of vast footwear enterprise hope solution always.
Utility model content
In view of the setting-out of current footwear enterprise, technology for blanking are all in manual and semimechanized situation, the utility model provides a kind of full automatic full-automatic setting-out, laser cutting machine, it is the automatically setting-out and full-automatic cutting (blanking) action from charging enters the machine of plane materiel material, and setting-out mechanism and cutting mechanism can be worked simultaneously.
To achieve these goals, technical solution adopted in the utility model is:
Full-automatic setting-out, laser cutting machine, comprise automatic line drawing machine Gou He laser cutting mechanism, and the integral type connection successively of automatic line drawing machine Gou He laser cutting mechanism, and automatic line drawing machine Gou He laser cutting mechanism is all located in frame.
Described automatic line drawing machine structure is: setting-out flat board connects by transmission mechanism, setting-out flat board is positioned at the upper surface of frame feed end, the both sides of setting-out flat board are respectively equipped with the setting-out x axis rail of setting-out Y-axis guide rail and setting-out flat board top, setting-out X-axis guide rails assembling is on the slide block of setting-out Y-axis, on setting-out X-axis guide rail slide block, setting-out penholder is installed, setting-out penholder is provided with detail pen by the setting-out mechanism of starting writing, the setting-out mechanism of starting writing is that the two ends of connecting rod connect respectively cam and slide block, cam moves up and down by connecting rod band movable slider, and realization is started writing; Charging place of setting-out flat board is provided with driving roller, driving roller top is provided with pinch roller, pinch roller and cylinder, oil cylinder or mechanical transmission mechanism are in transmission connection, driving roller is driven by servo motor transmission, self-feeding servomotor is electrically connected to automation control system, self-feeding servomotor is controlled the rotation of driving roller, and its linear velocity is synchronizeed with the linear velocity of cutting conveyer belt; Also comprise automation control system, automation control system and transmission mechanism and setting-out X-axis guide rail and setting-out Y-axis guide rail are electrically connected to, and automation control system is controlled the motion of the detail pen headstock; Automatically setting-out program is controlled by software systems;
Described laser cutting mechanism is: frame is provided with conveyer belt, conveyer belt is connected with motor-driven, motor speed is controlled by electronic component, the both sides of conveyer belt are respectively equipped with cutting Y-axis guide rail, the top of conveyer belt is provided with cutting X-axis, cutting X-axis guide rails assembling is on the slide block of cutting Y-axis guide rail, laser cutting head is arranged on the slide block of cutting X-axis, direction and conveyer belt that laser cutting head is installed are perpendicular, laser tube is arranged on the both sides of cutting Y-axis guide rail, the light source of laser tube is to transmit by anaclasis, arrive laser cutting head always, and condenser is installed in laser cutting head, by the polymerization of light, carry out cutting work, laser cutting program is by software control,
Laser cutting head is aimed at conveyer belt upper surface, laser cutting head and laser tube reflect transmission by refracting telescope, laser cutting head is arranged on cutting X-axis guide rail, cutting X-axis guide rails assembling is on cutting Y-axis guide rail, cutting X-axis guide rail and cutting Y-axis guide rail are arranged on conveyer belt top, and the two ends of cutting X-axis guide rail are slidably connected in cutting Y-axis by slide block, laser cutting head is arranged on cutting X-axis guide rail, and, condenser is installed on laser cutting head, carry out cutting work, the feed end of conveyer belt is provided with pinch roller, pinch roller and cylinder, oil cylinder or mechanical transmission mechanism are in transmission connection, also comprise laser cutting control system, laser cutting control system and motor and laser tube and cutting X-axis guide rail and cutting Y-axis guide rail are electrically connected to, and laser cutting work is carried out in the motion that laser cutting control system is controlled rotation and the cutting X-axis guide rail of motor and cut Y-axis guide rail.
The porch of automatic line drawing machine structure is provided with U-shaped hopper.
Also be provided with cooling laser pipe and when work, produce the refrigeration system of high temperature, refrigeration system is comprised of multichannel cooling tube, is provided with cooling line in laser tube.
Conveyer belt below is provided with smoke dust absorbing device, and smoke dust absorbing device is electrically connected to blower fan, and the below that smoke dust absorbing device is arranged on conveyer belt is connected with induced-draught fan, outside sack cleaner filters discharge machine.
Conveyer belt is provided with and can makes conveyer belt keep the conveyer belt planar regulation device moving with setting-out X-axis guide rail, cutting X-axis guide rail and setting-out Y-axis guide rail, cutting Y-axis guide rail parallel, and described conveyer belt planar regulation device is screw mechanism.
The beneficial effects of the utility model: the utility model is by the comprehensive process equipment of laser cutting technique and automatic setting-out function combination, from raw material to product, disposable machine-shaping, the utility model is implemented full-automatic processing, accuracy is high, cutting speed is fast, also adopt full-automatic discharge system, can save a large amount of raw material, greatly reduce the production cost of enterprise, automatically the mechanism of starting writing adopts cam structure, can move up and down, for blank local, do not need setting-out, automatically lift, just very convenient, artificial setting-out and semimechanized punch press processing problems have thoroughly been solved, operating efficiency improves greatly, a machine, can substitute tens manual operations.
Accompanying drawing explanation
Fig. 1 is front view of the present utility model;
Fig. 2 is the top view of Fig. 1;
Fig. 3 is the side view of Fig. 1;
Fig. 4 is the shoe pattern product after setting-out, cutting.
The specific embodiment
The setting-out of leather, cloth, laser cutting parameter, setting-out, laser cutting parameter are connected as a single entity, and comprise the steps:
One, first shoe pattern drawing, the pattern data of design are input to database, by automatic material discharge system, carry out Automatic Optimal discharge, then make machine enter SBR;
Two, the leather of entire volume, cloth are laid on setting-out flat board, then on setting-out flat board by the automatic setting-out of setting-out mechanism;
The leather of the line of three, finishing moves forward automatically, enter on laser cutting machine platform, carry out laser cutting, material under cutting leaves lines, setting-out and laser cutting are to work simultaneously, setting-out draws a block leather, and cutting is (a upper action is finished) of next block leather of cutting.
As shown in Figure 1-Figure 3, full-automatic setting-out, laser cutting machine, comprise automatic line drawing machine structure 1 and laser cutting structure 2, and automatic line drawing machine structure 1 is connected successively with laser cutting mechanism 2, and work, and automatic line drawing machine structure 1 and laser cutting mechanism 2 are all located in frame 4 simultaneously.
Described automatic line drawing machine structure is: setting-out flat board connects by transmission mechanism, setting-out flat board 11 is positioned at the upper surface of frame one end, the both sides of frame 4 upper surfaces are respectively equipped with on two of the left and right that the is arranged on setting-out Y-axis slide block of setting-out Y-axis guide rail setting-out X-axis guide rail, the setting-out mechanism of starting writing is arranged on setting-out X-axis guide rail, setting-out is started writing in mechanism detail pen is installed, charging place of setting-out flat board is provided with driving roller, driving roller 6 tops are provided with pinch roller 71, pinch roller 71 and cylinder, oil cylinder or mechanical transmission mechanism are in transmission connection, driving roller is connected by servo motor transmission, self-feeding servomotor is electrically connected to automation control system, the linear velocity of servomotor control driving roller is synchronizeed with the linear velocity of cutting conveyer belt, automation control system, the movement locus of automation control system and transmission mechanism and setting-out X-axis guide rail and setting-out Y-axis guide rail, automation control system is also controlled the start writing motion of mechanism of setting-out,
Described laser cutting mechanism is: frame 4 is provided with conveyer belt, conveyer belt is connected with motor-driven, laser cutting head is aimed at conveyer belt upper surface, and laser cutting head and laser tube reflect transmission by refracting telescope, and laser cutting head is arranged on cutting X-axis guide rail slide block.Cutting X-axis guide rails assembling is on cutting Y-axis guide rail, cutting X-axis guide rail is above conveyer belt, and the two ends of cutting X-axis guide rail are slidably connected in cutting Y-axis by slide block, laser cutting head is arranged on cutting X-axis guide rail, and, condenser is installed on laser cutting head, by the polymerization of light, carry out cutting work, the feed end of conveyer belt is provided with pinch roller, and pinch roller and cylinder, oil cylinder or mechanical transmission mechanism are in transmission connection; The motion of laser cutting control system and cutting X-axis guide rail and cutting Y-axis guide rail is all controlled by computer program system.Laser cutting control system controls the rotation of motor and laser cutting work is carried out in the motion of cutting X-axis guide rail and cutting Y-axis guide rail.The porch of automatic line drawing machine structure is provided with U-shaped hopper.Conveyer belt below is provided with smoke dust absorbing device 5, and smoke dust absorbing device is electrically connected to blower fan, and smoke dust absorbing device is arranged on the below of conveyer belt.Conveyer belt is provided with conveyer belt planar regulation device, and described conveyer belt planar regulation device is screw mechanism.The setting-out mechanism of starting writing is connected with cam by motor, by the cam action of starting writing that moved up and down.The machine is provided with refrigeration system, is mainly the high temperature that cooling laser pipe produces when work, is provided with cooling line in laser tube.
Embodiment 1: the leather of entire volume is placed in hopper 3, then by the driving roller 6 of charging aperture and the pressing of pinch roller 71, driving is placed on the leather on setting-out flat board (setting-out flat board is fixed), push ahead, make leather be layered on whole setting-out dull and stereotyped, then start system, system is moved setting-out X-axis guide rail and setting-out Y-axis guide rail simultaneously, and setting-out X-axis guide rail and setting-out Y-axis guide rail carry out setting-out by drawing program is set in system; In setting-out process, driving roller 6 and pinch roller 71 are in stop motion state.
The leather that paints line enters into laser cutting mechanism, the leather that paints line enters a pinch roller 72 next (pinch roller on the right in Fig. 1), the leather that it is good that pinch roller presses setting-out enters conveyer belt, and system is controlled laser cutting head and according to the program of establishing in system, cut on leather.During cutting work, conveyer belt is stop motion, after cutting, driving-belt is setting in motion, and, the setting-out program on the left side and the cutting action on the right are to carry out simultaneously, cut complete shoe pattern accessory (upper of a shoe piece) from end (discharge end) out (as right-hand member Fig. 1).
The present embodiment is leather, and other the nonmetallic materials such as cloth are also protection domains of the present utility model.

Claims (6)

1. full-automatic setting-out as claimed in claim 1, laser cutting machine, it is characterized in that, comprise automatic line drawing machine Gou He laser cutting mechanism, and the integral type connection successively of automatic line drawing machine Gou He laser cutting mechanism, and automatic line drawing machine Gou He laser cutting mechanism is all located in frame.
2. full-automatic setting-out as claimed in claim 1, laser cutting machine, it is characterized in that, described automatic line drawing machine structure is: setting-out flat board connects by transmission mechanism, setting-out flat board is positioned at the upper surface of frame feed end, the both sides of setting-out flat board are respectively equipped with the setting-out x axis rail of setting-out Y-axis guide rail and setting-out flat board top, setting-out X-axis guide rails assembling is on the slide block of setting-out Y-axis, on setting-out X-axis guide rail slide block, setting-out penholder is installed, setting-out penholder is provided with detail pen by the setting-out mechanism of starting writing, the setting-out mechanism of starting writing is that the two ends of connecting rod connect respectively cam and slide block, cam moves up and down by connecting rod band movable slider, realization is started writing, charging place of setting-out flat board is provided with driving roller, driving roller top is provided with pinch roller, pinch roller and cylinder, oil cylinder or mechanical transmission mechanism are in transmission connection, driving roller is driven by servo motor transmission, self-feeding servomotor is electrically connected to automation control system, self-feeding servomotor is controlled the rotation of driving roller, and its linear velocity is synchronizeed with the linear velocity of cutting conveyer belt, also comprise automation control system, automation control system and transmission mechanism and setting-out X-axis guide rail and setting-out Y-axis guide rail are electrically connected to, and automation control system is controlled the motion of the detail pen headstock,
Described laser cutting mechanism is: frame is provided with conveyer belt, conveyer belt is connected with motor-driven, the both sides of conveyer belt are respectively equipped with cutting Y-axis guide rail, the top of conveyer belt is provided with cutting X-axis, cutting X-axis guide rails assembling is on the slide block of cutting Y-axis guide rail, laser cutting head is arranged on the slide block of cutting X-axis, direction and conveyer belt that laser cutting head is installed are perpendicular, laser tube is arranged on the both sides of cutting Y-axis guide rail, the light source of laser tube is to transmit by anaclasis, arrive laser cutting head always, and condenser is installed in laser cutting head, by the polymerization of light, carry out cutting work,
Laser cutting head is aimed at conveyer belt upper surface, laser cutting head and laser tube reflect transmission by refracting telescope, laser cutting head is arranged on cutting X-axis guide rail, cutting X-axis guide rails assembling is on cutting Y-axis guide rail, cutting X-axis guide rail and cutting Y-axis guide rail are arranged on conveyer belt top, and the two ends of cutting X-axis guide rail are slidably connected in cutting Y-axis by slide block, laser cutting head is arranged on cutting X-axis guide rail, and, condenser is installed on laser cutting head, carry out cutting work, the feed end of conveyer belt is provided with pinch roller, pinch roller and cylinder, oil cylinder or mechanical transmission mechanism are in transmission connection, also comprise laser cutting control system, laser cutting control system and motor and laser tube and cutting X-axis guide rail and cutting Y-axis guide rail are electrically connected to, and laser cutting work is carried out in the motion that laser cutting control system is controlled rotation and the cutting X-axis guide rail of motor and cut Y-axis guide rail.
3. full-automatic setting-out as claimed in claim 2, laser cutting machine, is characterized in that, the porch of automatic line drawing machine structure is provided with U-shaped hopper.
4. full-automatic setting-out as claimed in claim 3, laser cutting machine, is characterized in that, is also provided with cooling laser pipe and when work, produces the refrigeration system of high temperature, and refrigeration system is comprised of multichannel cooling tube, is provided with cooling line in laser tube.
5. full-automatic setting-out as claimed in claim 4, laser cutting machine, it is characterized in that, conveyer belt below is provided with smoke dust absorbing device, and smoke dust absorbing device is electrically connected to blower fan, the below that smoke dust absorbing device is arranged on conveyer belt is connected with induced-draught fan, outside sack cleaner filters discharge machine.
6. full-automatic setting-out as claimed in claim 5, laser cutting machine, it is characterized in that, conveyer belt is provided with and can makes conveyer belt keep the conveyer belt planar regulation device moving with setting-out X-axis guide rail, cutting X-axis guide rail and setting-out Y-axis guide rail, cutting Y-axis guide rail parallel, and described conveyer belt planar regulation device is screw mechanism.
CN201320635426.5U 2013-10-11 2013-10-11 Full-automatic scribing and laser cutting machine Withdrawn - After Issue CN203538515U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201320635426.5U CN203538515U (en) 2013-10-11 2013-10-11 Full-automatic scribing and laser cutting machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201320635426.5U CN203538515U (en) 2013-10-11 2013-10-11 Full-automatic scribing and laser cutting machine

Publications (1)

Publication Number Publication Date
CN203538515U true CN203538515U (en) 2014-04-16

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ID=50456704

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201320635426.5U Withdrawn - After Issue CN203538515U (en) 2013-10-11 2013-10-11 Full-automatic scribing and laser cutting machine

Country Status (1)

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CN (1) CN203538515U (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104068562A (en) * 2013-10-11 2014-10-01 吴桂伟 Process for line drawing and cutting of leather and cloth and full-automatic line drawing and laser cutting machine
CN109465556A (en) * 2018-12-18 2019-03-15 苏州创轩激光科技有限公司 A kind of synchronous glue spraying setting-out laser cutting machine

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104068562A (en) * 2013-10-11 2014-10-01 吴桂伟 Process for line drawing and cutting of leather and cloth and full-automatic line drawing and laser cutting machine
CN104068562B (en) * 2013-10-11 2016-08-31 吴桂伟 Full-automatic setting-out, laser cutting machine
CN109465556A (en) * 2018-12-18 2019-03-15 苏州创轩激光科技有限公司 A kind of synchronous glue spraying setting-out laser cutting machine

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C14 Grant of patent or utility model
GR01 Patent grant
C25 Abandonment of patent right or utility model to avoid double patenting
AV01 Patent right actively abandoned

Granted publication date: 20140416

Effective date of abandoning: 20160831