CN1633928A - Method and apparatus for automatic making garment templet and bushing plate - Google Patents
Method and apparatus for automatic making garment templet and bushing plate Download PDFInfo
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- CN1633928A CN1633928A CN 200310123846 CN200310123846A CN1633928A CN 1633928 A CN1633928 A CN 1633928A CN 200310123846 CN200310123846 CN 200310123846 CN 200310123846 A CN200310123846 A CN 200310123846A CN 1633928 A CN1633928 A CN 1633928A
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Abstract
The invention discloses a method for automatically making garment templet and bushing plate which comprises, inputting a drafted procedure of discharge graph into a plotting machine, securing one end of the blanking tool sheet material onto the drawing sheet intake roller of the pen type plotting machine, mounting a punching machine onto the drawing pen of the plotting machine to replace the original drawing pen or ink-ejecting device, actuating the plotting machine, making the punching machine to perforate on the sheet material according to the procedure on the discharge graph, wherein the positions on the procedure where lines are present correspond to perforations on the sheet material.
Description
Technical field
The present invention relates to the preparation method of the blanking tool in a kind of clothes processing cut-parts, the method for particularly making template and brush bushing automatically; The invention still further relates to the employed equipment of above-mentioned preparation method.
Background technology
In the industrialization clothing making, at first be that to cut out garment piece be blanking.The employed instrument of blanking generally has two kinds, and a kind of is the garment piece model, and another kind is a discharge brush bushing.The garment piece model that uses is the tablet identical with size with the garment piece shape, places it in above the cloth,, along the setting-out on cloth of template periphery the profile of template is drawn on the cloth with chalk, then, cloth is cut out again.This method of cutting out is used for the single-piece clothes more to be made.But, also usually make large quantities of garment piece models and sell as businessman.
The preparation method of garment piece model is to finish figure line on the template sheet material earlier in the prior art, cuts down by cutting tool then.This method efficient is lower, and precision is not high yet.
The baiting method that garment enterprise is processed large quantities of clothes has two kinds, a kind of is to finish the garment piece marker map earlier, the garment piece shape that is about to a cover even some suits all is drawn on the drawing, the drawing of the garment piece marker map finished is routed on the cloth, along the lines cutting on the drawing.Use this blanking tool, garment piece of every cutting will go out a marker map, though generally having used draught machine now publishes picture by CAD of Garment software, but for producing in enormous quantities for a kind of specification clothes, garment piece of every cutting just goes out a figure, still efficient is extremely low, has also increased the blanking cost simultaneously.Another kind of baiting method is to make a discharge brush bushing, on this discharge brush bushing, the cutting figure line of garment piece is made of the aperture of lining up, during blanking, should brush bushing and be laid on the cloth, and more a kind of picture clothing be whitewashed on this brush bushing, picture clothing powder is leaked down by described aperture and form the garment piece outline line to cloth, take the brush bushing then away, just can the cutting garment piece.The advantage of this method is, a discharge brush bushing can use repeatedly repeatedly, thereby saves the Production Time and the cost of marker map greatly, and this method has become the main method of blanking in the industrialization garment production now.Blanking tool as this method correspondence---a very big often plate of discharge brush bushing, its width is the fabric width of cloth, is generally 1.5-2 rice, length is generally tens meters.Making discharge brush bushing is exactly to make the aperture that constitutes the garment piece profile on big like this sheet material.
The method of making discharge brush bushing in the prior art is will to be input in pen type plotter or the ink jet plotter by the marker map that CAD of Garment software is drawn earlier, then, marker map is printed on the brush bushing sheet material, the brush bushing sheet material that will be printed on the marker map figure line again is divided into some, eedle with sewing machine is bored a hole on brush bushing sheet material along described figure line, at last, the sheet material of again each piece being put on the hole again amalgamation be bonded together and constitute a discharge brush bushing.The shortcoming of the method for this making brush bushing is:
1) complex process, time-consuming taking a lot of work, make efficiency is low;
2) be divided into some blocks of plates and bore a hole, the precision that the perforation of the formation that is stitched together again forms the garment piece outline line is not high, thereby can have influence on the accuracy of the geomery of cutting garment piece.
The key of problem is how can to bore a hole according to the marker map that designs on the very large brush bushing of breadth sheet material, and how promptly to process the garment piece model on the very big mould material of breadth in the prior art.
Carving machine of the prior art can drive icking tool according to the software program of the good figure writing of input drafting and engrave on paper, but, just slit that icking tool is engraved on material, the leakage powder seam that this slit constitutes the brush bushing can't leak picture clothing powder, and the brush bushing that processes with carving machine can not stay discharge figure line clearly on cloth.And process the garment piece model with carving machine, because the following cutter of carving machine is more shallow, also be difficult in and engrave the garment piece model on the thicker sheet material, in addition, owing to will engrave down the garment piece model from sheet material, can make sheet material bigger hole occur thus, like this, continuing to be delivered into and can appearance carry disadvantageous problem at pertusate sheet material to middle.Also have a kind of engraving machine in the prior art, it can be portrayed sheet material according to the pattern software of design, but the structure of this machine makes it can only operation in certain area, and certain for fabric width, but the very big sheet material of length then can not use.
Sheet material input unit in draught machine of the prior art or the engraving machine comprises the sheet feed shaft 01 that is fixed on the frame, drawing power transmission shaft 02 and carrying roller group 03, as shown in Figure 5, drawing power transmission shaft 02 is positioned at the below of paintbrush, on drawing power transmission shaft 02, also be provided with 3-6 rubber presser feet wheel 07 vertically, the wheel shaft of this presser feet wheel 07 is fixed on the frame, this presser feet wheel 07 is pressed in sheet material on the drawing power transmission shaft 02, sheet material 1 on it is drawn figure line by paintbrush, and twining a large amount of sheet material 04 on the sheet feed shaft 01, carrying roller group 03 is located between sheet feed shaft 01 and the drawing power transmission shaft 02, generally comprise three carrying rollers 031,032 and 033, wherein two carrying rollers 031 and 032 are rotatably mounted on the frame, between two carrying rollers a spacing is arranged, one section of sheet material 04 falls in this spacing, frame is provided with a upright guide rail groove (not shown), wherein is provided with the activity carrying roller 033 that can slide up and down, its floating being pressed on the sheet material.The rotation of drawing power transmission shaft 02 is controlled by figure signal, with the advance and retreat of control sheet material.Corresponding movable carrying roller is set on frame extreme lower position and highest position are respectively equipped with two sensors 05 and 06, when movable carrying roller is positioned at the extreme higher position, start sheet feed shaft by sensor 05, feeding sheets, the speed of carrying is often greater than the linear velocity of drawing power transmission shaft 02, unnecessary sheet material 1 makes movable carrying roller 033 move down, when reaching extreme lower position, make the sheet feed shaft stall by sensor 06, along with the rotation of drawing power transmission shaft 02, the continuous input of sheet material 1 makes again on movable carrying roller 033 position and moves the aforesaid process that repeats.Be provided with finished product in the back of drawing power transmission shaft 02 and roll out axle 08, between itself and drawing power transmission shaft, also be provided with same support roller group 03, draw the finished product sheet material according to same principle.Such conveying, the drawing power transmission shaft only leans on several rubber presser feets wheels to press down the frictional force that is produced to the feeding of sheet material and makes sheet material with drawing power transmission shaft advance and retreat, so skidding usually occurs, cause drafting accuracy not high, and figure is long more, and error is big more.The error that is produced does not have repeatability, and therefore, it is difficult to overcome by system's adjustment.In addition, also be unaccommodated for making the garment piece model.Because in cutting process, the garment piece model is cut the back and comes off from sheet material 04, occurs bigger hole on the sheet material, at this moment the rubber presser feet wheel that has just may be pressed less than on the sheet material, like this, the pulling force of drawing power transmission shaft driving sheet material is inhomogeneous, and operation can't normally be carried out.
Summary of the invention
The objective of the invention is to solve in the prior art that to make blanking tool complicated and precision is not high and the problem of inefficiency, the method that provides a kind of simple, the quick and high-precision clothes precision that can guarantee to bore a hole to make template and brush bushing automatically in making.
Another object of the present invention is to provide the making apparatus that uses in a kind of above-mentioned preparation method.Even further aim of the present invention be to provide a kind of sheet material be delivered into to middle have also can program according to the rules than macroscopic void process high-precision clothes make in the making apparatus of used template and brush bushing.
For achieving the above object, the present invention takes following design:
The preparation method of used template and brush bushing was as follows during clothes provided by the invention were made:
(1) good marker map program is drawn in input in draught machine, and the figure line of marker map is discontinuous linear or linear continuously in this program;
(2) blanking tool sheet material is fixed on the drawing roller devices of described draught machine;
(3) with the punching machine that is arranged on the described draught machine, replace original drawing pen or ink gun;
(4) carry out mapping program, make punching machine on described template and brush bushing sheet material, be decorated with the lines place in correspondence and directly bore a hole according to the program of described marker map.
By this method, can directly on monoblock blanking tool sheet material, bore a hole according to the program of marker map by the draught machine that is provided with punching machine, leak brush board or garment piece model to obtain described blanking tool such as discharge.If the figure line of marker map is the dotted line that is interrupted in the program of described marker map, what then this method was made is discharge brush bushing, if the figure line of marker map is continuous solid line in the program of described marker map, what then this method was made is the garment piece model.
The making apparatus of template provided by the invention and brush bushing is a follow-on draught machine or engraving machine or laser ink jet plotter, this machine is provided with walking dolly, on this walking dolly, establish tool rack, as drawing pen holder or icking tool frame or ink container holder, it is characterized in that: on this machine, be furnished with punching machine, this punching machine replaces the drawing pen on existing draught machine or engraving machine or the laser ink jet plotter, paint cutter or ink gun quarter, described walking dolly, punching machine and/or described tool rack ground as prior art be controlled by respectively the figure signal that the marker map program provides and the Z-direction motor message that moves up and down make as described in punching machine can as described on the sheet material perforation make blanking tool.
Described draught machine or engraving machine can be pen type plotter or pen type engraving machine, described punching machine is arranged on the drawing pen holder on described draught machine or the engraving machine or paints drill bit on the tool rack quarter, the drilling rod of this drill bit fixes at described drawing pen holder rotationally or paints quarter on the tool rack, this drilling rod is driven by a direct current or alternating current generator, and the power line of this motor is connected with dc source or AC power by rectifier or transformer.
The syndeton of described drill bit and described drawing pen holder can be: the output shaft of described drill bit and described motor connects firmly, described motor is inserted in described drawing pen holder or paints quarter in the draw-in groove that tool rack is provided with, and the trip bolt that is spirally connected on this draw-in groove sidewall is fixed in the described draw-in groove motor.
The contour dimension that tends to run into described motor in the transformation to existing draught machine is bigger, and the less situation of described draw-in groove.In order to simplify improvement project as much as possible, the syndeton of described drill bit and described drawing pen holder can be: fixedly extend one and fix cover on the end face that stretches out output shaft of described motor, described drill bit is fixed in the described fixing cover, this fixing cover is plugged in described drawing pen holder or paints quarter in the draw-in groove of tool rack, and the trip bolt that is spirally connected on this draw-in groove sidewall is fixed in the described draw-in groove described fixing cover.
Described draught machine or engraving machine can be pen type plotter or pen type engraving machine, described punching machine is a kind of laser beam emitting device, it can be the 30-80W carbon dioxide laser, this laser beam emitting device comprises Laser Power Devices, LASER Discharge Tube and converge the laser beam perforation head, to make the usefulness of perforation, described LASER Discharge Tube is located on the described draught machine frame, be connected with described power supply, this power supply is not controlled by draught machine, the described laser beam perforation head that converges is arranged on the described walking dolly, described walking dolly and described drawing pen holder or paint tool rack quarter and still be controlled by described marker map program as prior art ground and move, at described drawing pen holder or paint quarter and be provided with the laser radical occlusion device on the tool rack, it is at described LASER Discharge Tube and converge between the laser beam perforation head.
It is work like this: when starting the described Laser Power Devices of described laser beam emitting device, LASER Discharge Tube is promptly launched the shape laser that looses, it can converge the laser beam perforation head by the light conduction mechanism as described in some speculum irradiations, at this, the shape laser that looses is pooled the cutting laser beam, and is radiated on the sheet material on the sheet material conveying roller.When described drawing pen holder or paint quarter tool rack as prior art, be controlled by as described in the marker map program, figure line is arranged and when moving down, described laser radical occlusion device leaves LASER Discharge Tube and converges light path between the laser beam perforation head, the laser that described laser beam emitting device sent can shine and converge the laser beam perforation head, it is sent cuts laser beam and punctures described sheet material, to cut described sheet material, and when no figure line, described drawing pen holder or quarter paint tool rack and move up, described laser radical occlusion device places described LASER Discharge Tube and converges between the laser beam perforation head, light path is blocked, converge the laser beam perforation head and then can not send the cutting laser beam, so the time do not cut described sheet material.Thus, just can on sheet material, process discharge brush bushing or garment piece model according to the marker map program.
In described draught machine or engraving machine or laser ink jet plotter, described punching machine is a laser beam emitting device, it comprises Laser Power Devices, LASER Discharge Tube and converges the laser beam perforation head, the control end of described Laser Power Devices links to each other with the drawing output control signal of described draught machine or engraving machine or laser ink jet plotter by a voltage stabilizing chip, described Laser Power Devices and LASER Discharge Tube are fixed on the frame of described draught machine or engraving machine or laser ink jet plotter, and the described laser beam perforation head that converges is fixed on the walking dolly.
Its course of work is: when described draught machine or engraving machine or the drawing of laser ink jet plotter, its drawing output output control signal, make Laser Power Devices work, the diffusing shape laser of LASER Discharge Tube emission, loose shape laser by directly or by a light conduction mechanism converging the laser beam perforation head as described in some speculum irradiations that are fixed on the frame, pool the cutting laser beam, and be radiated on the sheet material, the cutting sheet material.
When described draught machine or engraving machine or laser ink jet plotter stopped to draw, its drawing output control terminal output control signal was not worked Laser Power Devices, and LASER Discharge Tube stops to launch laser, converges the laser beam perforation head and does not cut sheet material.
For making precision that blanking tool further is provided with can process the garment piece model by method of the present invention, the sheet material input unit also need be changed: described sheet material input unit comprises that sheet feed shaft, drawing power transmission shaft and finished product roll out axle, described sheet feed shaft, drawing power transmission shaft and finished product roll out axle and all are rotatably mounted on the frame, and to connect rotation direction and the linear velocity on the axle make each identical with drive unit.Concrete structure can be: described sheet feed shaft and finished product roll out axle all with the drawing power transmission shaft on drive motors be connected by transmission device, make each turn to and spool on linear velocity and drawing power transmission shaft turn to and spool on linear velocity identical.Also can roll out at described sheet feed shaft and finished product motor is installed respectively on the axle, the power line of the drive motors on this motor and the described drawing power transmission shaft is connected.Described sheet feed shaft and finished product roll out axle and form by at least two axles that are set in parallel on the frame.In use, sheet material volume is placed on described two sheet feed shafts is supported, finished product volume is placed on two finished products to roll out on the axle and also is supported, roll out at sheet feed shaft, drawing power transmission shaft and finished product under the acting in conjunction of axle three place's power, with same direction, same linear velocity tractive sheet material.This sheet material transmission device is cashed only to have in the technology by the driving at rubber presser feet wheel and drawing power transmission shaft one place becomes the power drive of three places, therefore, can avoid the appearance of the situation of skidding effectively, simultaneously, during for processing garment piece model, even occur hole in the sheet material, the transmission of three places, the place that is forced into is always arranged on the width of sheet material, and it is inhomogeneous can not pulling force to occur, the problem that operation can't normally be carried out.
The preparation method of used blanking tool can solve and make discharge brush bushing and garment piece model complex process and the not high problem of precision in the prior art in the clothes manufacturing provided by the invention, this method simple, quick and can guarantee to bore a hole outline line and the unification of drawing figure line, the brush bushing that uses this method to make can stay high accuracy and gem-pure discharge figure line on cloth, can also fast accurately make the garment piece model.And producing device provided by the invention is obtaining as improving on pen type plotter pen type engraving machine or the laser ink jet plotter in the prior art, for the enforcement of this method provides reliable assurance.
Description of drawings
The invention will be further described below in conjunction with accompanying drawing.
Fig. 1 is the partial structurtes schematic diagram of the equipment of making discharge brush bushing provided by the invention;
Fig. 2 is the structural representation of the penholder dolly in the equipment shown in Figure 1;
The structural representation that Fig. 3 is connected with drawing pen holder for the drill bit that has drive motors in the penholder dolly shown in Figure 2;
Fig. 4 is the pen type plotter structural representation that has the laser beam perforation device;
Fig. 5 is the sheet material input of pen type plotter in the prior art and the structural representation that finished product rolls out mechanism;
Fig. 6 is the another kind of structural representation that has the pen type plotter of laser beam perforation device;
Fig. 7 rolls out the apparatus structure schematic diagram for sheet material input and finished product in the making apparatus provided by the invention.
The specific embodiment
Embodiment 1
Provide the preparation method and the equipment of discharge brush bushing as follows:
Device therefor is a pen type plotter, as illustrated in fig. 1 and 2, comprise on this pen type plotter and be provided with walking dolly 3, this walking dolly 3 is provided with drawing pen holder 2, on this drawing pen holder 2, set firmly a drill bit 4 rotationally, set firmly drive motors 5 on the termination of the drilling rod of this drill bit 4, the power output end of this motor 5 links to each other with power supply on the draught machine by rectifier.The lead of this motor 5 is connected lead side by side with the described dolly of writing rapidly, and is fixed into a line and is arranged on the original placement dolly of writing rapidly and connects in the wire casing of lead.
If the contour dimension of motor 5 is bigger, and draw-in groove is less, the syndeton of drill bit and drawing pen holder is as shown in Figure 3: the fixing cover 51 that fixedly extends contour dimension and draw-in groove coupling on the end face that stretches out output shaft of motor 5, drill bit 4 is fixed in and fixes in the cover 51, fix cover 51 and be plugged in the draw-in groove of drawing pen holder 2, fixing cover 51 is fixed in the draw-in groove by the trip bolt 511 that is bolted on this draw-in groove sidewall.
The step of making discharge brush bushing of above-mentioned pen type plotter is:
(1) the clothes sheet material marker map program that input is drawn with CAD of Garment software in pen type plotter, the figure line of marker map is discontinuous linear in this program;
(2) discharge is brushed on the drawing power transmission shaft 1 that bushing sheet material is fixed on pen type plotter as illustrated in fig. 1 and 2;
(3) with the drill bit device that is arranged on the described draught machine, replace original drawing pen;
(4) carry out mapping program, make the drill bit device on discharge brush bushing sheet material, be decorated with the lines place in correspondence and directly bore a hole according to the program of described marker map.
Start this pen type plotter, the punching machine drill bit that sets firmly on this drawing pen holder 2 rotates under the drive of its drive motors, drawing pen holder 2 is the penholder of the drawing pen of original draught machine, it is connected by reseting spring device 31 with the drawing dolly 3 that drives drawing pen holder 2 motions, on the drawing dolly, be provided with electromagnet, drawing pen holder is had the energising adhesive to be made it to cut off the power supply to top offset and makes it action to bottom offset, the corresponding software of displacement does not upwards have the figure line place, the then corresponding software of downward displacement has the figure line place, makes drill bit make perforation on brush bushing sheet material; Dolly 3 mobile of writing rapidly is controlled by the figure signal that the marker map program provides, in track 32 about walking, drawing pen holder 2 is controlled by the Z-direction motor message that moves up and down that the marker map program provides.Just can on sheet material, process thus with CAD of Garment software in the consistent perforation of the linear figure line of dotted line, make discharge brush bushing.
Embodiment 2:
Preparation method is substantially the same manner as Example 1, just changes on equipment, and the bit bore device is replaced to laser beam emitting device.
As shown in Figure 4, on pen type plotter 0, be provided with laser beam emitting device, it is the 30-80W carbon dioxide laser, this laser beam emitting device comprises Laser Power Devices 60, LASER Discharge Tube 61 and converge laser beam perforation head 62, LASER Discharge Tube 61 is located on the draught machine frame, connect power supply 60, this power supply 60 is received on the circuit of draught machine, converging laser beam perforation head 62 is arranged on the walking dolly 3, the diffusing shape laser A that LASER Discharge Tube 61 sends is through being arranged on the reflective mirror 64 and 65 and enter and converge the laser beam perforation head on the frame, through optically focused, formation has the cutting laser beam B that can cut the sheet material energy, on drawing pen holder 2, be provided with laser radical occlusion device 63, it is at LASER Discharge Tube 61 and converge between the laser beam perforation head 62, when drawing pen holder 2 as prior art, be controlled by as described in the marker map program, when moving down (among the figure shown in the double dot dash line) in that figure line is arranged, laser radical occlusion device 63 leaves LASER Discharge Tube 61 and converges light path between the laser beam perforation head 62, the laser that LASER Discharge Tube 61 is sent can be by converging laser beam perforation head 62 irradiation and puncturing sheet material on the drawing conveying roller 1 that is installed in pen type plotter, to cut described sheet material, and when no figure line, drawing pen holder 2 move up (among the figure shown in the solid line), 63 of laser radical occlusion devices block laser makes it can not be by LASER Discharge Tube 61 by converging laser beam perforation head 62 focus irradiations to described sheet material, and does not cut described sheet material.
Embodiment 3:
In the present embodiment, device therefor is identical with embodiment 2 with method, different is, described Laser Power Devices in the laser beam emitting device are controlled by described marker map program, as shown in Figure 6, on draught machine 0, establish laser beam emitting device, it comprises Laser Power Devices 60 ', LASER Discharge Tube 61 and converges laser beam perforation head 62, the control end of Laser Power Devices 60 ' links to each other with the drawing output control signal of draught machine 0 by a voltage stabilizing chip, Laser Power Devices 60 ' and LASER Discharge Tube 61 are fixed on the frame of draught machine 0, converge the laser beam perforation head and are fixed on the walking dolly 3.Penholder on the dolly removes.
Embodiment 4:
The making apparatus of blanking tool provided by the invention is a laser ink jet plotter, its structure and draught machine structural similarity as shown in Figure 6, which is provided with a punching machine, this punching machine is a laser beam emitting device, it comprises Laser Power Devices, LASER Discharge Tube and converges the laser beam perforation head, Laser Power Devices and LASER Discharge Tube are located on the frame as in the previous, converge laser beam perforation head replacement ink gun and are located on the walking dolly.The control end of Laser Power Devices links to each other with the drawing output control signal of laser ink jet plotter by a voltage stabilizing chip,
Embodiment 5:
Employed in this embodiment equipment is pen type plotter or pen type carving machine, and its punching machine is identical with the previous embodiment structure, and different is that the sheet material input unit in the original machine has been carried out following improvement:
As shown in Figure 7, the sheet material input unit comprises that two sheet feed shafts 101, a drawing power transmission shaft 102 and two finished products roll out axle 103, sheet feed shaft drawing power transmission shaft 102 and finished product roll out axle 103 and all are rotatably mounted on the frame, sheet feed shaft 101 and finished product roll out axle 103 all with drawing power transmission shaft 102 on drive motors is connected by transmission device such as flute profile belt drive unit (not shown), the gearratio of adjusting each transmission device make each turn to spool on linear velocity and drawing power transmission shaft turn to and spool on linear velocity identical.Also can roll out at described sheet feed shaft and finished product motor is installed respectively on the axle, the power line of the drive motors on this motor and the described drawing power transmission shaft is connected.Raw material sheet material volume 104 is placed on two sheet feed shafts 101, sheet material 1 is by drawing power transmission shaft 102 and rubber presser feet wheel 07, be perforated herein or cut, the finished product sheet material is wound on the finished product sheet material volume 105, and this finished product sheet material volume 105 is placed on finished product and rolls out on the axle 103.
Sheet feed shaft 101 and finished product roll out axle 103 and all with on the drawing power transmission shaft 102 also can roll out at sheet feed shaft, drawing power transmission shaft 102 and finished product respectively synchronous motor is installed respectively on the axle, the control end of the power supply of this synchronous motor links to each other with described draught machine or engraving machine drawing actuating signal output control terminal, make each turn to axle on peripheral velocity and drawing power transmission shaft turn to and axle on peripheral velocity identical.
Claims (10)
1, the method for a kind of automatic making template and brush bushing, its step is as follows:
(1) good marker map program is drawn in input in draught machine, and the figure line of marker map is discontinuous linear or linear continuously in this program;
(2) blanking tool sheet material is fixed on the drawing roller devices of described draught machine;
(3) with the punching machine that is arranged on the described draught machine, replace original drawing pen or ink gun;
(4) carry out mapping program, make punching machine on described blanking tool sheet material, be decorated with the lines place in correspondence and directly bore a hole according to the program of described marker map.
2, the making apparatus of a kind of automatic making template and brush bushing, be a follow-on draught machine or engraving machine or laser ink jet plotter, this machine is provided with walking dolly, on this walking dolly, establish tool rack, as drawing pen holder or icking tool frame or ink container holder, it is characterized in that: on this machine, be furnished with punching machine, this punching machine replaces the drawing pen on existing draught machine or engraving machine or the laser ink jet plotter, paint cutter or ink gun quarter, described walking dolly, punching machine and/or described tool rack are controlled by the figure signal that the marker map program provides and the Z-direction motor message that moves up and down respectively makes the described punching machine making blanking tool of can bore a hole on described sheet material.
3, making apparatus according to claim 2, it is characterized in that: described draught machine or engraving machine are pen type plotter or pen type engraving machine, described punching machine is arranged on the drawing pen holder on described pen type plotter or the pen type engraving machine or paints drill bit on the tool rack quarter, the drilling rod of this drill bit fixes at described drawing pen holder rotationally or paints quarter on the tool rack, this drilling rod is driven by a direct current or alternating current generator, and the power line of this motor is connected with dc source or AC power by rectifier or transformer.
4, making apparatus according to claim 3, it is characterized in that: described drill bit and described drawing pen holder or the syndeton of painting tool rack quarter are: described motor is inserted in described drawing pen holder or paints quarter in the draw-in groove that tool rack is provided with, and the trip bolt that is spirally connected on this draw-in groove sidewall is fixed in the described draw-in groove motor; Or fixedly extending one on the end face that stretches out output shaft of described motor fixes cover, described drill bit is rotatably mounted in the described fixing cover, this fixing cover is plugged in described drawing pen holder or paints quarter in the draw-in groove of tool rack, and the trip bolt that is spirally connected on this draw-in groove sidewall is fixed in the described draw-in groove described fixing cover.
5, making apparatus according to claim 3 is characterized in that: the lead of this motor is connected lead side by side with described walking dolly, and is fixed into a line and is arranged on the original placement dolly of writing rapidly and connects in the wire casing of lead.
6, making apparatus according to claim 2, it is characterized in that: described draught machine or engraving machine are pen type plotter or pen type engraving machine, described punching machine is a kind of laser beam emitting device, this laser beam emitting device comprises Laser Power Devices, LASER Discharge Tube and converge the laser beam perforation head, described LASER Discharge Tube is located on the described draught machine frame, be connected with described Laser Power Devices, these Laser Power Devices are not controlled by draught machine, the described laser beam perforation head that converges is arranged on the described walking dolly, described walking dolly and described drawing pen holder or paint tool rack quarter and still be controlled by described marker map program and move, at described drawing pen holder or paint quarter and be provided with the laser radical occlusion device on the tool rack, it is at described LASER Discharge Tube and converge between the laser beam perforation head.
7, making apparatus according to claim 2, it is characterized in that: described punching machine is a laser beam emitting device, it comprises Laser Power Devices, LASER Discharge Tube and converges the laser beam perforation head, the control end of described Laser Power Devices links to each other with the drawing signal output control signal of described draught machine or engraving machine or laser ink jet plotter by a voltage stabilizing chip, described Laser Power Devices and LASER Discharge Tube are fixed on the frame of described draught machine or engraving machine or laser ink jet plotter, and the described laser beam perforation head that converges is fixed on the walking dolly.
8, according to claim 2 or 3 or 4 or 5 or 6 or 7 described making apparatus, it is characterized in that: described draught machine or engraving machine are pen type plotter or pen type engraving machine, described sheet material input unit comprises that sheet feed shaft, drawing power transmission shaft and finished product roll out axle, described sheet feed shaft, drawing power transmission shaft and finished product roll out axle and all are rotatably mounted on the frame, and to connect rotation direction and the peripheral velocity on the axle make each identical with drive unit.
9, making apparatus according to claim 8, it is characterized in that: described sheet feed shaft and finished product roll out axle all with the drawing power transmission shaft on drive motors be connected by transmission device, make each turn to and spool on peripheral velocity and drawing power transmission shaft turn to and spool on peripheral velocity identical.
10, making apparatus according to claim 8, it is characterized in that: roll out at described sheet feed shaft, drawing power transmission shaft and finished product synchronous motor is installed respectively on the axle, the control end of the power supply of this synchronous motor links to each other with described draught machine or engraving machine drawing actuating signal output control terminal, make each turn to axle on peripheral velocity and drawing power transmission shaft turn to and axle on peripheral velocity identical.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200310123846 CN1633928A (en) | 2003-12-31 | 2003-12-31 | Method and apparatus for automatic making garment templet and bushing plate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200310123846 CN1633928A (en) | 2003-12-31 | 2003-12-31 | Method and apparatus for automatic making garment templet and bushing plate |
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| Publication Number | Publication Date |
|---|---|
| CN1633928A true CN1633928A (en) | 2005-07-06 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200310123846 Pending CN1633928A (en) | 2003-12-31 | 2003-12-31 | Method and apparatus for automatic making garment templet and bushing plate |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1633928A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101798731A (en) * | 2009-02-11 | 2010-08-11 | 伯尼那国际股份有限公司 | Holding unit with the instrument of Sewing machines converted goods or non-woven |
| CN107316538A (en) * | 2016-12-16 | 2017-11-03 | 朱虹斐 | Remote laser scriber for teaching |
-
2003
- 2003-12-31 CN CN 200310123846 patent/CN1633928A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101798731A (en) * | 2009-02-11 | 2010-08-11 | 伯尼那国际股份有限公司 | Holding unit with the instrument of Sewing machines converted goods or non-woven |
| CN107316538A (en) * | 2016-12-16 | 2017-11-03 | 朱虹斐 | Remote laser scriber for teaching |
| CN107316538B (en) * | 2016-12-16 | 2019-11-05 | 南理工泰兴智能制造研究院有限公司 | Remote laser scriber for teaching |
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