CN1206649A - Cloth punching device using rotary punching-head and method thereof and pedestal on cloth punching device - Google Patents
Cloth punching device using rotary punching-head and method thereof and pedestal on cloth punching device Download PDFInfo
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- CN1206649A CN1206649A CN 98103078 CN98103078A CN1206649A CN 1206649 A CN1206649 A CN 1206649A CN 98103078 CN98103078 CN 98103078 CN 98103078 A CN98103078 A CN 98103078A CN 1206649 A CN1206649 A CN 1206649A
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Abstract
An objective of the present invention is to disclose a cloth punching device capable of working out perfect holes with legible figures and smooth edges quickly and conveniently by only placing a base cloth on a tailor-made pedestal with a coarse upper surface when a round cutting edge of a cylinder rotary punching-head is used to work out round holes at base cloth such as textiles, non-woven fabrics, leathers and the like, wherein said pedestal has a long service life. Said base cloth pedestal formed by arranging thick and fast wire beams made of a great of flexible filament such as wire or plastic screen at a groove of a container of a soleplate has a coarse upper surface used for fixing a base cloth to work out perfect holes with legible figures.
Description
The present invention relates to when bed materials (base cloth) such as weaving cloth, nonwoven or leather etc. are gone up punching, be adopted, the device that on cloth, punches by means of suitable rotation drift, and be used in base cloth pedestal on the described perforating device and drilling method.
The Japanese documentation spy opens and discloses a kind of device that forms poroid pattern on cloth among the flat 08-158235.
This prior art relates to a kind of hole shape pattern sewing device, wherein, automatically the shank of embroidery machine can freely stop or turning round in the sewing machine operation process, simultaneously, be provided with when shank stops, drive decline, the rotating knife that on base cloth, punches by the drive unit that is installed on the swivelling tool-holder; Also be provided with pin guider into the sewing needle guiding of shank lower end in the lower end that is arranged near the elevating lever the shank; And be provided with the linkage that makes above-mentioned shank and elevating lever interlock, and when this device is only lockstitched a border at the edge in the hole that above-mentioned rotating knife is beaten, just drop to the lower end on base cloth, be the sewing needle guiding.
This device is in the operating process of automatic embroidery machine, according to specific signal, make shank when moving to the upper limit and stopping, allow swivelling tool-holder descend, base cloth is thrust in tip with the rotation cutting edge in the process of rotation, the rotation cutting edge twists out on base cloth after the crude hole, edge, and swivelling tool-holder rises again.Then, frame moves, this hole that has just formed be shifted immediately and stop at shank under.Then, the pin guider slightly earlier falls than sewing needle, expands the hole to given size, and remains on this state.
Then, descend in the guide pin pipe of sewing needle in thrusting above-mentioned hole, lockstitch a border, rise then.When pin rose, the guide pin pipe rose simultaneously, and frame moves, and did not have the transposition of partial of punching to stop under shank on the base cloth.Then, sewing needle moves up and down, and embroiders in the enterprising assassination of the part that does not have the hole.
Then, the sewing needle of embroidery after being over rises and when leaving base cloth, frame moves once more, make part porose on the base cloth be positioned at sewing needle under, the same with aforesaid way then, guide pin pipe and sewing needle fall, and embroider at another place.When pin and the rise of guide pin pipe, frame moves again.By repeat above-mentioned operation just on base cloth the hole around formed embroidery pattern.
Fine away coning or pyramidal tip in the lower end that is called the rotation grooved bit of rotating knife in the above-mentioned prior art, be provided with taper blade along the four direction of tapering part as traditional glass cutter, " these blades do not have cutting edge, as not cutting cloth." this is described in No. 0018 communique of aforementioned prior art, this also is unique relevant example.
When the rotating knife that use has a kind of like this tip punched on cloth, as previously mentioned, when not having the base cloth of baffle plate below rotating knife simultaneously rotates the one side incision, rotating vane just in scratching the process of base cloth, was got the hole on base cloth.
Because all around surperficial crude of such hole, so be necessary these crude parts to be disposed and lockstitched a border, so that the clear-cut in hole.Thereby first problem of this prior art is a complicated operation and bothering.
In addition,, must push down the outside of crude part, lockstitch a border again with being located at sewing needle " pin guider " on every side in order to finish " lock seaming " of the prior art operation with sewing needle.So just produced second problem of complicated operation, in addition, being difficult to get the hole that diameter surpasses 5mm on cloth also is a problem.
Except above-mentioned existing example, also useful lift blade cuts out the cloth pedestal that profile is roughly used to a large scale, large-area cloth, this cloth pedestal is by about many diameter 1-3mm, and the thin bar of flexiplast of high approximately 10cm is according to certain 900cm that is spaced into
2About square block, then many such bulks are arranged in parallel, become large-scale large tracts of land cloth pedestal.This device is to extract out by the air below cloth, on the pressure that is formed by air pressure is positioned at cloth on the pedestal, with the lifting blade cloth is cut into required specification.
Therefore, in existing example, thin plastic sheet produces very big amount of deflection because of external pressure, even can cut out profile on cloth by using flat pointed tool, also can not resemble with the rotation drift and ideally get a smooth circular hole, this is an essential problem.
In addition, though the circular cutting edge of rotation hollow pipe can cut out the hole on thick paper or cloth, but because the used pedestal of paper or cloth is made with plastics or wood basically, like this, just there is a problem, that is, only will make surface irregularity, just can not on cloth, go out hole clearly later towards several holes.
First purpose of the present invention is, when on the base cloths such as weaving cloth, nonwoven or leather etc. with the circular cutting edge of cylindrical shape rotation drift during towards circular port, in order to solve above-mentioned variety of issue, as long as the base cloth that will punch is placed on a upper surface to have on the base cloth pedestal of special tectonic, perhaps upper surface is coarse or have on the base cloth pedestal of frictional force, just can be easily and go out the not crude perfect hole in clear-cut, edge rapidly, and the service life of described base cloth pedestal is very long.
Another object of the present invention is by means of to being placed on the method for the base cloth punching on the base cloth pedestal with special tectonic, can go out clear-cut quickly and easily, not crude hole is come.
The objective of the invention is the circular cutting edge of columnar rotation pierce punch is being thrust when getting circular port being placed on base cloth rotation on the base cloth pedestal, on a kind of special base cloth pedestal the device of cloth punching is realized using by means of the rotation drift, above-mentioned base cloth pedestal is tied into the tow body by a large amount of flexiplast silks and is embedded thick and fast in the container, and infiltrates binding agent on the top of this tow body and make its hardening and form.
The purpose of the invention described above also can realize by means of the device that punches on cloth with the rotation drift, wherein, above-mentioned tow body is that one of flexible silk insertion will making with long plastics silk is in a large number heated among the very big heat-shrink tube t of after-contraction, pyrocondensation by pipe t is bound round flexible tow together tightly, form long tow body, then the endless tow body is cut into desired length and makes.
Perhaps, the purpose of the invention described above also can be by using above-mentioned base cloth pedestal, and the method for punching on cloth with the rotation drift realizes.
In addition, the purpose of the invention described above is at the circular cutting edge with columnar rotation pierce punch the base cloth rotation that is placed on the base cloth pedestal to be thrust, when getting circular port, employing is made the tow body of bunchy or multifilament rigid body or the rigid needle base cloth pedestal made of stationary arrangement thick and fast by a large amount of flexiplast silks or wire in base plate, and the base cloth pedestal above be coarse or upper surface that frictional force is strong.
The semi-circular groove that tow body that the coarse upper surface of base cloth pedestal is made up of the thin bamboo let of a large amount of aforesaid flexible silks, bamboo let or toothpick shape or multifilament rigid body place counterdie, the edge of a knife with patrix falls then, is cut into desired length and makes.
Above-mentioned multifilament rigid body also can combine with thin bamboo plate.
In addition, the base cloth pedestal can be with a large amount of rigid needle, and make in the intensive groove that is arranged in container or base plate regularly up at the tip that makes it.Perhaps, also can in the slit, top of above-mentioned tow body, multifilament rigid body or the rigid needle of making by a large amount of flexible silks, infiltrate binding agent and make its drying, solidify.For instance, exactly binding agent is infiltrated the top of the tow body place in the base cloth pedestal and so on, and through the base cloth pedestal of overcure.
Perhaps, above-mentioned base cloth pedestal with roughened upper surface is fixed in the synthetic rubber spare of the synthetic resin assembly of semihard or semihard in the base plate of frid and so on and makes.
Above-mentioned tow body is made by following steps, and a large amount of flexible silk that long plastics silk is made inserts in the big slightly heat-shrink tube of size, by the heat shrink of pipe flexible silk is closely bound round into the endless tow body, then the endless tow body is cut into desired length.
Describe embodiments of the invention with reference to the accompanying drawings in detail.In the accompanying drawing:
Fig. 1 is a stereogram of implementing structure example of the present invention;
Fig. 2 is the vertical cross section figure that implements structure example of the present invention;
Fig. 3 makes the stereogram that is used for tow example of the present invention;
Fig. 4 is the vertical cross section figure that rotation drift 3 shown in Figure 2 is in the lifting state;
Fig. 5 is the vertical cross section figure that implements another structure example of the present invention;
Fig. 6 is the vertical cross section figure that rotation drift 3 shown in Figure 5 is in the lifting state;
Fig. 7 is the vertical cross section figure that among the present invention tow is placed and be fixed in the base plate;
Fig. 8 is a stereogram of making the example of multifilament rigid body according to the present invention;
Fig. 9 is the stereogram that the example of thin bamboo plate is housed among the present invention;
Figure 10 is the vertical cross section figure that the example of rigid needle is housed among the present invention; With
Figure 11 is the vertical cross section figure of another example of base cloth pedestal among the present invention.
At first, principle of the present invention as illustrated in fig. 1 and 2, the base cloth 2 of textile that is used for punching and so on is placed on the base cloth pedestal 1, this base cloth pedestal is fixed on some positions of frid or other base plate 1a, and being the material by metal and so in the known embroidery machine, makes by this frid, then, the circular cutting edge 4 of cylindrical shape pierce punch 3 is contacted with base cloth 2 rotations, as shown in Figure 2, thereby getting the circular hole 5 of a diameter in the 1.5-10mm scope on the base cloth 2, this pierce punch 3 is clamped on the known rotation punching tool of pneumatic rotation spring and so on the 3A.
In the present invention, described base cloth pedestal 1 is to tie up bunchy by a large amount of flexible filiform 6 shown in Fig. 3 (a), again a branch of flexible filiform is cut into required length, then the tow body 7 that is combined into shown in Fig. 3 (e) is embedded in the container 8 of the dark dish shape of being made by metal or plastics thick and fast.Above-mentioned flexible filiform is made by plastic products such as the nylon or the polypropylene etc. of diameter in the 0.3-1.0mm scope.
Perhaps, described base cloth pedestal 1 also can be tied up bunchy by a large amount of flexible filiform 6 shown in Fig. 3 (a), this flexible silk can be fine wire or the brass wire filament that make, that curl that is used for the stainless steel scaling brush, and diameter is about 0.1-0.5mm.The flexible filiform of this bunchy is cut into Len req, and tow body that then will be shown in Fig. 3 (e) 7 is intensive and vertically insert regularly in the container 8 of the dark dish shape of being made by metal or plastics, thereby constitutes the base cloth pedestal 1 with roughened upper surface.
Then, on the base cloth pedestal 1 after the combination, perhaps, to be used for preventing that the binding agent 9 that silk thread tangles from infiltrating small gap, described tow body 7 tops under capillarity, it is solidified and make its hardening, on such base cloth pedestal 1, by means of the rotation drift 3 that descends as shown in Figure 2, pass base cloth 2, on the tow body 7 of high density state or desired location, punch at the tow body 7 of above-mentioned hardening; Thereby can be shown in Fig. 2,5,10 and 11 like that, on base cloth 2, get circular hole 5.
When punching, because the upper surface of tow body 7 is coarse, when the cutting edge 4 of rotation drift 3 is pushed down base cloth 2, can prevent the lateral shift of base cloth 2, therefore can on base cloth 2, get a perfect circular hole 5.
After the punching, shown in Fig. 4 and 6, will rotate drift 3 and mention, the tow body 7 in the container 8 still keeps the original dense arrangement state shown in Fig. 4,6 owing to the elastic force effect of its raw material inherence.
In addition, a large amount of flexible filiforms 6 is cut into suitable length, and with finger it is parallel to each other and longitudinally fills in the container 8, also tow body 7 can be embedded in the containers 8.
In addition, also can be on a sheet material process the base plate 1a of the frid and so on of institute's requested number, to replace said vesse 8 with extruding or forming and machining method integral body.
In addition, aforementioned tow body 7 also can be made like this, promptly, a large amount of flexible filiform 6 that long wire that will be shown in Fig. 3 a or plastics silk are formed inserts among the one rulers cun big slightly heat-shrink tube t (Fig. 3 b), by managing the t pyrocondensation, pipe t and flexible filiform 6 are combined closely, form an endless tow body 7a (Fig. 3 c), then endless tow body 7a is placed in the counterdie that semi-circular groove 10a is arranged shown in Fig. 3 (d), the patrix 11 of band cutting edge is fallen, 7a is cut into Len req with the endless tow body, is configured as the tow body 7 as Fig. 3 (e) at last.
Fig. 1, being suspended on around the rotation drift 3 of the label S representative in 2,4,5 and 6, in order to push down the spring of base cloth, when pushing down base cloth with an independent framework, spring S can omit, and also can get circular hole 5 without a doubt on base cloth 2.
In Fig. 1, label P represents a flexible pipe, and the source of the gas (compressor as is well known) that is used for from independent setting is introduced air-flow to the rotating vane of the known windmill shape that is located at punching tool 3A.Rotation drift 3 usefulness among the present invention known jet-propelled rotation punching tool 3A, drive by the revolving force of above-mentioned rotating vane, its rotating speed is that per second 100-500 changes, but also can use the electronic rotation punching tool of known miniature high-speed electric drill and so on.
As shown in Figure 8, the roughened upper surface of base cloth pedestal 1 can prepare like this: the multifilament rigid body 6A that a large amount of thin hardwood bars of general are bundled into places the half slot 10a of patrix 10, and patrix blade 11 is fallen, and is cut into desired length.
This multifilament rigid body is tied up bunchy with a large amount of thin hardwood bars and is made, and thin hardwood bar can be the bamboo let about diameter 0.5-2mm or the fine bamboo strip of toothpick shape.
Above-mentionedly tie up the multifilament rigid body that bunchy is made, also can be divided into fritter about 3 cubic millimeters, then 5 to 10 this fritters are concentrated in together, and make upper surface flush as shown in Figure 9 with a thicker bamboo chip by a large amount of thin hardwood bars.
Therefore, when the object of rigid body that uses multifilament and so on, so long as the following object that can pack into and be fixed in the groove of the container 8 of base cloth pedestal 1 or pedestal is just passable, for example, a large amount of fine bamboo strips of bunchy, perhaps strip piece of the broad of bunchy, and its size and quantity should adapt with the size of the groove of container 8 or pedestal, perhaps, also can be vertical the arrangement and fixing multifilament rigid body of direction of an independent fiber.
Rigid needle 6C about a large amount of diameter 0.3-0.7mm is arranged on the base cloth pedestal 1, they closely and regularly are arranged in the groove of container 8 or pedestal, and as shown in figure 10, needle point up, thereby formed the roughened upper surface of base cloth pedestal 1, perhaps, as shown in figure 10, after making its hardening, the top that makes binding agent 9 infiltrate a large amount of rigid needle 6C re-uses.
Perhaps, can be volume 1cm also with the manually operated small-sized driven tool of adult male
3Cubical semihard synthetic resin spare 6D force and be pressed in the container that is fixed in base plate 1a shown in Figure 11 8 and form base cloth pedestal 1, its upper surface is just made rubbing surface.Above-mentioned semihard synthetic resin spare 6D can make of the semihard synthetic rubber bar that hard neoprene latex or polyurethanes are made.
In the case, base cloth 2 can not be moved, rotate circular cutting edge 4 just can be got a clear-cut on base cloth 2 perfect circular hole when the circular cutting edge 4 of the rotation of rotation drift 3 is pressed on the base cloth on the pedestal 12 on the coarse upper surface of pedestal.
Embodiment
The rising of above-mentioned rotation punching tool 3A and decline can be finished by manual manipulation punching tool 3.Also can realize by the known small-sized drill that use belongs to the universal machine instrument, perhaps, on known bull formula embroidery machine, above-mentioned elongated rotation punching tool 3A is installed on first shank after sewing needle and cloth pressing disassembled with erecting tools of font and so on, according to the main points that make the sewing needle running, punching tool 3A is risen and decline.Do like this and can both on the base cloth on the pedestal 12, get a perfect hole very soon.
In this case, after on base cloth 2, punching, first shank will rotate punching tool 3A, and to be promoted to elevated position motionless, with the pin on the second adjacent shank on the head of sewing machine overseam all around of the circular hole of beating on base cloth 25 is lived, it is loosed off, simultaneously, form the sewing pattern of a wide annular in the periphery of circular hole 5.
In the case, even the closeness of tow body 7 is low slightly or semihard synthetic rubber assembly 6D is slightly little, can prevent that also tow body 7 or rubber assembly 6D from deviating from from container 8.
As Fig. 5,6,10, shown in 11, open a side channel 3a near the side of the circular cutting edge 4 of rotation drift 3, when rotation drift 3 falls, it passes base cloth 2, strut the desired position in the tow body 7 of the tow body 7 of high density state harness or hardening, on base cloth 2, get circular hole 5, at this moment, accumulate in as Fig. 5,6,10, the cloth bits 2a on the rotation drift shown in 11 just can be from pulling out near near the side channel 3a the circular cutting edge 4 of rotation drift 3.
In addition, when the bracket 8B that the outward flange 8A of container 8 is represented with imaginary line in Fig. 4,6 holds, very little strength makes as long as just can make container 8 rotate with respect to frid 1a, and the position of punching fixed on the position with pedestal 1 off-centre, like this, just be distributed on many positions at the punching position on the pedestal 1, therefore, when getting many perfect holes on base cloth 2, the number of times of changing tow body 7 can significantly reduce, and has made things convenient for operation.
When tiny Soft flocks stick on the coarse surface of tow body 7, multifilament rigid body 6A or rigid needle 6C, the cutting performance of rotation drift 3 is degenerated, at this moment, available metal brush and so on is removed these Soft flocks, again adhesive 9 is infiltrated through the top of tow body 7 or above-mentioned other material again and make its sclerosis, just can recover the cutting performance of drift.
Because the present invention has adopted the foregoing form of the composition, can reach following technique effect.
First effect is, the circular cutting edge 4 of cylindrical shape rotation pierce punch 3 be with place base cloth pedestal 1 on base cloth 2 rotations contact and go out circular hole 5, above-mentioned base cloth pedestal 1 is the flexible silk 6 tow bodies 7 that are bundled into that adopt a large amount of plastics silks or wire and so on, multifilament rigid body 6A or rigid needle 6C put into the container 8 that is arranged on the base plate 1a or groove thick and fast, the base cloth pedestal 1 that upper surface is very coarse, when the circular cutting edge 4 that uses the rotation drift was pressed in base cloth 2 on the rough surface of base cloth pedestal, this circular cutting edge 4 just can be got the perfect circular hole 5 of clear-cut on base cloth 2.
Second effect be, infiltrates the back hardening with binding agent and strengthened owing to the top of tow body 7, multifilament rigid body 6A or rigid needle 6C in the intensive groove that becomes one at container 8 or with base plate, makes to prolong the service life of base cloth pedestal.
In addition, according to claim 2,10,11 and 15 described characteristics of the present invention, above-mentioned tow body 7 or multifilament rigid body 6A can make by a large amount of flexible silks of being made up of long wire or plastics silk 6 or thin bamboo plate are inserted among the one ruler cun big slightly thermal contraction pipe t, make pipe t heat shrink, and above-mentioned flexible silk 6 etc. bound round tightly in pipe t, again pipe is cut into the length that requires, just obtains tow body 7 or multifilament rigid body 6A.This makes that tow body 7 or multifilament rigid body 6A are inserted container 8 is more easy, therefore can obtain preparing the additional effect of tow body 7 or multifilament rigid body 6A speed and conveniencely.
According to claim 12 and 13, also can obtain simple structure and cheap effect.
Claims (15)
1. one kind is adopted the cloth perforating device that rotates drift, this perforating device is circular cutting edge (4) rotation that cylindrical shape is rotated pierce punch (3) to be thrust place the base cloth on the base cloth pedestal (1) and get circular hole (5), it is characterized in that, above-mentioned base cloth pedestal (1) is to tie into tow body (7) by a large amount of flexiplast silks (6), embed thick and fast in the container (8), and its hardening is formed at the top infiltration binding agent (9) of this tow body (7).
2. the cloth perforating device of employing rotation drift as claimed in claim 1, it is characterized in that, described tow body (7) is that a large amount of flexible silks of being made by long plastics silk (6) is inserted in the big slightly heat-shrink tube (t) of size, make rectangular tow body (7a) by the thermal contraction of pipe then, more rectangular tow body (7a) is cut into desired length and makes.
3. one kind is adopted the base cloth pedestal in the cloth perforating device that rotates drift, this perforating device is to rotate drift (3) with cylindrical shape to thrust with the rotation of its circular cutting edge (4) and get circular hole (5) on the base cloth (2) that places on the base cloth pedestal (1) and come, it is characterized in that, described base cloth pedestal (1) is that a large amount of flexible silks made from wire (6) are tied into tow body (7), insert thick and fast in the base plate (1a), thereby constitute base cloth pedestal with coarse upper surface.
4. base cloth pedestal as claimed in claim 3 is characterized in that, above-mentioned base cloth pedestal infiltrates binding agent the top of above-mentioned tow body (7) and its hardening is made.
5. one kind is adopted the base cloth pedestal in the cloth perforating device that rotates drift, this perforating device is to rotate drift (3) with cylindrical shape to thrust with the rotation of its circular cutting edge (4) and get circular hole (5) on the base cloth (2) that places on the base cloth pedestal and come, it is characterized in that, described base cloth pedestal (1) by multifilament rigid body (6A) with machine direction longitudinally stationary arrangement in base plate (1a), make, the upper surface of made base cloth pedestal is coarse upper surface.
6. base cloth pedestal as claimed in claim 3 is characterized in that, multifilament rigid body (6A) is that the thin bamboo let by dense arrangement constitutes.
7. base cloth pedestal as claimed in claim 5 is characterized in that, multifilament rigid body (6A) is made with thin bamboo plate (6B).
8. one kind is adopted the base cloth pedestal in the cloth perforating device that rotates drift, this perforating device is to rotate drift (3) with cylindrical shape to thrust with the rotation of its circular cutting edge (4) and get circular hole (5) on the base cloth (2) that places on the base cloth pedestal and come, it is characterized in that, described base cloth pedestal (1) is arranged in thick and fast up in the base plate (1a) by a large amount of rigid needle tip and constitutes, and the upper surface of made base cloth pedestal (1) is coarse upper surface.
9. base cloth pedestal as claimed in claim 8 is characterized in that, described base cloth pedestal is binding agent to be infiltrated the top of a large amount of rigid needle (6C), and its sclerosis is constituted.
10. the base cloth pedestal of the cloth perforating device of employing rotation drift as claimed in claim 3, it is characterized in that, described tow body (7) is made by following manner, the flexible silk of being made by long plastics silk in a large number (6) is embedded in the big slightly heat-shrink tube (t) of size, pyrocondensation by pipe is tightly waled described flexible silk (6), to form endless tow body (7), then this endless tow body is cut into desired length.
11. the base cloth pedestal in the cloth perforating device of employing rotation drift as claimed in claim 5, it is characterized in that, above-mentioned multifilament rigid body is made by following manner, a large amount of thin bamboo lets is inserted in the big slightly heat-shrink tube (t) of size, pyrocondensation by pipe tightly wales described fine bamboo strip to form multifilament rigid body (6A), then this multifilament rigid body (6A) is cut into desired length.
12. one kind is adopted the base cloth pedestal in the cloth perforating device that rotates drift, this perforating device is to rotate drift (3) with cylindrical shape to thrust with the rotation of its circular cutting edge (4) and get circular hole (5) on the base cloth (2) that places on the base cloth pedestal and come, it is characterized in that, described base cloth pedestal (1) is arranged and is fixed in the base plate (1a) by the synthetic resin spare (6D) of semihard and makes, and the upper surface of made base cloth pedestal is a rubbing surface.
13. base cloth pedestal as claimed in claim 12 is characterized in that, described semihard synthetic resin spare (6D) adopts the synthetic rubber bar of semihard to make.
14. cloth drilling method that rotates drift, cylindrical shape rotation drift (3) wherein thrusts the base cloth (2) that places on the base cloth pedestal (1) and gets circular hole (5) with its circular cutting edge (4) rotation, above-mentioned base cloth pedestal (1) is to tie into tow body (7) by a large amount of flexiplast silks (6), embed thick and fast in the container (8), and its hardening is formed at the top infiltration binding agent (9) of this tow body (7).
15. the cloth drilling method of employing rotation drift as claimed in claim 14, it is characterized in that, described tow body (7) is made by following manner, the flexible silk of being made by long plastics silk in a large number (6) is embedded in the big slightly heat-shrink tube (t) of size, pyrocondensation by pipe (t) tightly wales described flexible silk (6) to form endless tow body (7a), then this endless tow body (7a) is cut into desired length.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 98103078 CN1206649A (en) | 1997-07-25 | 1998-07-27 | Cloth punching device using rotary punching-head and method thereof and pedestal on cloth punching device |
Applications Claiming Priority (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP97-215943 | 1997-02-25 | ||
| JPUM97-007476 | 1997-08-07 | ||
| JP97-293668 | 1997-10-09 | ||
| CN 98103078 CN1206649A (en) | 1997-07-25 | 1998-07-27 | Cloth punching device using rotary punching-head and method thereof and pedestal on cloth punching device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1206649A true CN1206649A (en) | 1999-02-03 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 98103078 Pending CN1206649A (en) | 1997-07-25 | 1998-07-27 | Cloth punching device using rotary punching-head and method thereof and pedestal on cloth punching device |
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| CN (1) | CN1206649A (en) |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101417446B (en) * | 2008-12-03 | 2010-06-16 | 郭华忠 | Rotary plane cutter punching mechanism |
| CN102059721A (en) * | 2010-11-25 | 2011-05-18 | 重庆大学 | Numerical control shock-wave perforating method of machining materials fixed by transparent adhesive tape |
| CN105171833A (en) * | 2013-03-25 | 2015-12-23 | 兰如林 | Puncher suitable for cloth, leather and artificial leather |
| CN105985649A (en) * | 2015-01-30 | 2016-10-05 | 广州慧谷化学有限公司 | Curable block organopolysiloxane composition and semiconductor device |
| CN108377645A (en) * | 2016-11-29 | 2018-08-07 | 东海工业缝纫机株式会社 | Punching machine and embroidery machine with the punching machine |
| CN108466316A (en) * | 2018-05-30 | 2018-08-31 | 浙江明盛达医用材料科技有限公司 | A kind of puncher of comfort type non-woven fabrics |
| CN110881732A (en) * | 2019-11-15 | 2020-03-17 | 嘉兴职业技术学院 | Buttonhole opening device for clothing production |
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1998
- 1998-07-27 CN CN 98103078 patent/CN1206649A/en active Pending
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101417446B (en) * | 2008-12-03 | 2010-06-16 | 郭华忠 | Rotary plane cutter punching mechanism |
| CN102059721A (en) * | 2010-11-25 | 2011-05-18 | 重庆大学 | Numerical control shock-wave perforating method of machining materials fixed by transparent adhesive tape |
| CN102059721B (en) * | 2010-11-25 | 2013-11-13 | 重庆大学 | Numerical control shock-wave perforating method of machining materials fixed by transparent adhesive tape |
| CN105171833A (en) * | 2013-03-25 | 2015-12-23 | 兰如林 | Puncher suitable for cloth, leather and artificial leather |
| CN105985649A (en) * | 2015-01-30 | 2016-10-05 | 广州慧谷化学有限公司 | Curable block organopolysiloxane composition and semiconductor device |
| CN108377645A (en) * | 2016-11-29 | 2018-08-07 | 东海工业缝纫机株式会社 | Punching machine and embroidery machine with the punching machine |
| CN108377645B (en) * | 2016-11-29 | 2019-08-13 | 东海工业缝纫机株式会社 | Punching machine and embroidery machine with the punching machine |
| CN108466316A (en) * | 2018-05-30 | 2018-08-31 | 浙江明盛达医用材料科技有限公司 | A kind of puncher of comfort type non-woven fabrics |
| CN110881732A (en) * | 2019-11-15 | 2020-03-17 | 嘉兴职业技术学院 | Buttonhole opening device for clothing production |
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