CN1311364A - Sewing machine with utilization of spinning liquid - Google Patents
Sewing machine with utilization of spinning liquid Download PDFInfo
- Publication number
- CN1311364A CN1311364A CN 00103915 CN00103915A CN1311364A CN 1311364 A CN1311364 A CN 1311364A CN 00103915 CN00103915 CN 00103915 CN 00103915 A CN00103915 A CN 00103915A CN 1311364 A CN1311364 A CN 1311364A
- Authority
- CN
- China
- Prior art keywords
- spinning
- sewing
- spinning solution
- head
- utilizes
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Images
Landscapes
- Treatment Of Fiber Materials (AREA)
Abstract
A sewing machine utilizing the spinning liquid is to use the spinning liquid in stead of sewing thread to finish sewing with spinning mechanism, spinning riser, mechanism for thread supplying, presser bar attachment and conveyer for sewing material. The machine spinning mechanism erected with the coloured spinning nozzle to creat any colours and the machine solved the probelms of buried thread sewing, true colour embroiding, tufting with the machines simple structure.
Description
The present invention relates to a kind of sewing device, particularly Sewing machines.
Present ordinary sewing machine has flat seam machine, and overlock machine, numerous species types such as lockstitch button holder, their feature all are to utilize one, and two or many sewing threads interweave on sewing and form the machinery of stitching.Sewing machines is by becoming seam mechanism and sewing conveyer to form.Become seam mechanism at formation stitching that sewing thread is interweaved on sewing, the sewing conveyer fits in seam mechanism sewing is transferred by a certain amount of and certain orientation, with the needle gage that obtains to require, and makes stitching be formed on the position that will make.The shortcoming of above-mentioned machinery is that it sews with solid working media sewing thread, so can not form sightless stitching, more can not carry out seamless sewing; Again because the formation of each stitching will be passed through many compound actions, so complex structure speed is slow; It can not make sewing produce goffering simultaneously.
The feature of pressing molten Sewing machines is to be pressed on the sewing with the thermal head with heating function, and with the effect of some hot melt dress material by the fiber pyroplastic deformation, under High Temperature High Pressure, bonding linking up sewed up to replace sewing thread.But the shortcoming of the molten Sewing machines of this pressure is that it can only process the hot melt dress material.
The method of the typing of clothes is by temperature and pressure clothes to be processed at present, makes clothes flat very, neat, well-pressed attractive in appearance.Its used equipment is that iron generally is meant electric iron and the steam ironing machine that is come by the electric iron development.But when with the good clothes of iron or steam ironing machine processing crease resistance, the goffering of clothes is easily desalinated disappearance, and can not permanently keep.
Flocking process is that staple fibre is sticked to the base fabric surface, forms the processing method of pile fabrics outward appearance.Two types of electrostatic spinning and mechanical oscillation flocking are arranged.Under electrostatic field or oscillating rod effect, staple fibre trickled down scribbling on the base fabric of adhesive, remove too much fiber with vacuum draw, staple fibre directly erects on its surface on the base fabric, according to the distribution of adhesive, can form various colored types.But this flocking process can only produce monochromatic decorative pattern or pattern, even use repeatedly the method for chromatography, also can only produce the polychrome flocking, and can not carry out the RGB flocking of random color.
The similar sewing of tufting, but do not have a kind of fabric processing method of bottom line for spininess.Tufting machine is the machinery that forms tufting on base fabric.Two kinds on looped pile type and clipping type arranged.One row is installed with and reaches the standard grade, and does the tufting needle that pumps, and will reach the standard grade and thrust downwards below the base fabric, and the looped pile hook below the base fabric is stayed looped pile below the base fabric, then forms looped pile type tufteds.If looped pile is cut off into fine hair, then form clipping type tufteds.The action of clipping is finished by the relative motion of lopping hook and loop cutter.General each tufting needle moves along a straight line separately; For obtaining clour effect, can make needle-bar or base fabric traversing, form jagged tufting; As being equipped with needle lifting mechanism again, just can on base fabric, form various designs.But this tufting can only produce monochromatic decorative pattern or pattern, adopts the method for different colo(u)r streaks even make to reach the standard grade, and also can only produce the polychrome tufting of strip, and can not carry out RGB random pattern tufting.
Spinning is the method that a kind of chemical fibre is produced.It is that spinning solution is extruded from spinning head with the transport screw extruder with transport spinning solution delivery pump or with the solid superpolymer section, then is solidified into fiber in air or in certain liquid.Spinning can be divided into melt spinning, dry spinning, wet spinning, chemical spinning, the spinning of fritting body, milk thread, split film spinning, electrostatic spinning, jet spinning etc.The characteristics of melt spinning are that spinning solution is to be made by the fiber-forming polymer heating and melting.The characteristics of dry spinning are that spinning solution is to be made with certain dissolution with solvents by fiber-forming polymer, and become fiber in air set.The difference of wet spinning and dry spinning is that it is to be solidified into fiber in certain liquid.Other spinning process are to grow up on the basis of above-mentioned three kinds of methods.
The objective of the invention is to the shortcoming that exists in the above-mentioned prior art; providing a kind of can also carry out seamless sewing, invisible overseam, any fabric is carried out the concealed wire mark sewing of permanent set processing, boundless tooled joint, hidden line sewing etc. and RGB flocking or tufting, the sewing of riveting stitching, realizes manual stitching mechanization and simple in structure easily sewing; action is few, the fireballing Sewing machines that utilizes spinning solution.
Utilize the Sewing machines of spinning solution to realize by following technical scheme.The Sewing machines that utilizes spinning solution is by becoming seam mechanism and sewing conveyer to form.Become in the seam mechanism to be provided with spinning structure, spinning structure is made up of spinning solution storage feeding mechanism and spinning head.Also can be provided with electrode on the spray fiber tube of spinning head.Also can be provided with some feed tubes on the spray fiber tube of spinning head, these feed tubes communicate with the spray fiber tube, also are provided with electrode or choke valve on the feed tube.Spinning head or whole spinning structure are installed on the lifting platform, and lifting platform is located on the spinning lifter, and lifting platform is done elevating movement on the spinning lifter under drive systems.Also set up pre-pricker on the lifting platform and can make pre-pricker adjust the pre-thorn punch block of position.Become and also be provided with the line mechanism that supplies that is used for providing sewing thread in the seam mechanism to spinning head.Become in the seam mechanism also to be provided with the flow direction that is used to limit spinning solution, promptly member is set to limit its injection in the place that does not need spinning solution to flow into; Mutual alignment when determining to make simultaneously between the position of sewing and each sewing, the section structure that is used for sectional space by sewing and sealing form that is promptly constituted between each member is corresponding; And on the other member of the determined spinning solution of sealing form injection place, be provided with the presser feet annex that is used to hold the spinneret hole that spinning head stretches into.
The present invention compared with prior art; its advantage is that the sewing work medium is liquid spinning solution; therefore just can mix colours to it, technologies such as injection in the sewing, junction, sectional ejecting, so can realize seamless sewing, invisible overseam, to any fabric carry out the concealed wire mark sewing of permanent set processing, boundless tooled joint, hidden line sewing etc. and RGB flocking or tufting, the riveting stitching is sewed and is also realized manual stitching mechanization easily.Owing to the sewing work medium again the spinning solution of liquid state, so the junction of spinning solution spray simply that interweaves just of sewing thread, rather than the complicated mechanical action, so simple in structure, to move and lack, speed is fast.Be applicable to the sewing of concealed wire mark and RGB flocking or tufting, the sewing of riveting stitching, imitative manual stitching sewing and the imitative locking wire mark sewing work carrying out seamless sewing, invisible overseam, any fabric carried out permanent set processing, boundless tooled joint, hidden line sewing etc.
The present invention is described in further detail below in conjunction with drawings and Examples.
Fig. 1 is an overall structure schematic diagram of the present invention.
Fig. 2 is the structure cross-sectional schematic of a kind of spinning structure of the present invention.
Fig. 3 is the structure cross-sectional schematic of another kind of spinning structure of the present invention.
Fig. 4 is the structural representation that also has a kind of spinning structure of the present invention.
Fig. 5 is an EFI spinning head structure cross-sectional schematic of the present invention.
Fig. 6 is a colored EFI spinning head structure cross-sectional schematic of the present invention.
Fig. 7 is the synthetic spinning head structure cross-sectional schematic of colour of the present invention.
Fig. 8 is a kind of elevating mechanism part-structure cross-sectional schematic of the present invention.
Fig. 9 is an another kind of elevating mechanism part-structure cross-sectional schematic of the present invention.
Figure 10 is a kind of elevating mechanism structural representation that also has of the present invention.
Figure 11 is a pre-pricker shelf structure cross-sectional schematic of the present invention.
Figure 12 is the schematic side view at spinning head place.
Figure 13 is imitative locking wire mark of the present invention or imitative manual stitching work schematic diagram.
Figure 14 is a hidden line sewing presser foot accessory structure cross-sectional schematic of the present invention.
Figure 15 is an invisible overlock presser foot accessory structure cross-sectional schematic of the present invention.
Figure 16 is a seamless sewing presser foot accessory structure cross-sectional schematic of the present invention.
Figure 17 is a boundless tooled joint presser feet accessory structure cross-sectional schematic of the present invention.
Figure 18 is a typing sewing presser foot accessory structure cross-sectional schematic of the present invention.
Figure 19 is an another kind of typing sewing presser foot accessory structure cross-sectional schematic of the present invention.
The Sewing machines that utilizes spinning solution is by becoming seam mechanism and sewing conveyer to form.The sewing conveyer is made up of feed mechanism and feeding pressure mechanism, can also comprise trimming mechanism.Become in the seam mechanism and be provided with spinning structure.As shown in Figure 1, spinning structure is made up of spinning solution storage feeding mechanism 50 and spinning head 13.Spinning solution storage feeding mechanism 50 can adopt following embodiment.
As shown in Figure 2, spinning solution storage feeding mechanism it by the spinning bottle, be used to adorn the spinning bottle casket of spinning bottle, form at the spray silk valve 11 at casket mouth place.Spray silk valve 11 is connected with spinning head 13.The spinning bottle is made up of the bottle cap 10 of 6, one movable bottoms 5 that can move in bottle 6 of a bottle and a band valve 8 on bottle 6.Be filled with spinning solution 7 in the bottle 6, bottle peripheral hardware having heaters 9.Spinning solution 7 generally is to dye colouredly, selects the spinning solution 7 of certain color during work for use according to the requirement of technology.If this spinning solution 7 is not to be used for the solvent method spinning but when being used for the fusion method spinning, when promptly this spinning solution 7 had solidified, available heater 9 was with its fusion.When valve 8 was depressed, promotion activity bottom 5 just can be extruded spinning solution 7 from the spool of valve 8.Spinning bottle casket is used to be pressed in the casket folder 4 of clamping spinning bottle 6 on spinning bottle 6 bases by the casket box 1 of dress spinning bottle, and the push rod 3 and the push rod spring 2 that promote the movable bottom 5 of spinning bottle are formed.When technological requirement is intermittently sprayed thread, the pulse valve 12 that behind spray silk valve 11, also can be provided with.The method that the spinning bottle is installed is: open casket folder 4, draw back push rod 3, the spinning bottle is put into casket box 1 and make valve 8 aim at spray silk valve 11 inlets, put down push rod 3, lock casket folder 4, the valve 8 of spinning this moment bottle is depressed and opens.At this moment open spray silk valve 11, spinning solution 7 can spray from spinning head 13.
As shown in Figure 3, spinning solution storage feeding mechanism is used to adorn the spinning bottle casket 14 of spinning bottle by the spinning bottle, and spinning solution delivery pump 17 is formed.The spinning bottle is made up of 16, one bottle caps of a bottle 15.Be filled with spinning solution 7 in the bottle, bottle peripheral hardware having heaters 9.When technological requirement is intermittently sprayed thread, the pulse valve 12 that behind the spinning solution delivery pump, also can be provided with, or spinning solution delivery pump 17 itself is exactly a pulse spinning solution delivery pump.The mouth of pipe of the feed tube of spinning solution delivery pump 17 in the spinning bottle, when starting spinning solution delivery pump 17, spinning solution 7 can be from the spinning bottle sucking-off and ejection from spinning head 13.
As shown in Figure 4, spinning solution storage feeding mechanism it by screw extruder 19, the section storage bucket 18 on screw extruder 19 is formed.When technological requirement is intermittently sprayed thread, the pulse valve 12 that behind screw extruder 19, also can be provided with.When starting screw extruder 19, the solid superpolymer section is transferred, mixes, is melt into spinning solution 7 and ejection from spinning head 13.
Shown in Fig. 5,6,7, spinning head 13 is the parts that are used to spray spinning solution 7 in the spinning structure.
In order to realize that spinning head intermittently sprays silk, available EFI spinning head.As shown in Figure 5, the EFI spinning head is to be provided with electrode 21 on the spray fiber tube 20 of spinning head 13.Spinning solution 7 enters spray fiber tube 20 under the effect of spinning solution storage supply 50, when 21 energisings of electrode, thereby the resistance heat that the discharge current that electrode is 21 produces is with spinning solution 7 from spray fiber tube 20 ejection of spinning solution 7 heating vaporizations formation high pressure with electrode 21 bottoms, and spinning solution 7 then replenishes spray fiber tube 20 under the effect of spinning solution storage supply 50.By just controlling spinning solution 7 ejection states to the control of electrode 21.Electrode 21 can be controlled by computer or electronic circuit.
In order to realize the colour spray silk of random color, needing special spinning head---the synthetic spinning head of colored EFI spinning head or colour, they are respectively applied for interrupted spray silk and spray silk continuously.
As shown in Figure 6, colored EFI spinning head is that the spinning solution 7 of three kinds of Essential colour is blended into the spinning solution 7 of certain color and the parts of interrupted ejection from spinning head 13 according to the principle of toning.Colored EFI spinning head is also to be provided with three feed tubes 22 on the spray fiber tube 20 of spinning head 13, and these feed tubes 22 are connected with spray fiber tube 20, also are provided with electrode 21 on the feed tube 22.Every feed tube 22 links to each other with the spinning solution feeding mechanism of the spinning solution 7 that stores a kind of color.The spinning solution 7 of ejection mixed and ejection from spray fiber tube 20 in spray fiber tube 20 in the feed tube 22.Can control the color of the spinning solution 7 of ejection by spinning solution 7 spray volumes of controlling each feed tube 22.
As shown in Figure 7, colored synthetic spinning head is that the spinning solution 7 of three kinds of Essential colour is blended into the spinning solution 7 of certain color and the parts of ejection from spinning head 13 according to the principle of toning.Also be provided with three feed tubes 22 above the spray fiber tube 20 that colored synthetic spinning head is a spinning head 13, these feed tubes 22 are connected with spray fiber tube 20, also are provided with choke valve 23 on the feed tube 22.Every feed tube 22 links to each other with the spinning solution feeding mechanism of the spinning solution 7 that stores a kind of color.Mixed and ejection from spray fiber tube 20 in spray fiber tube 20 after the flow-control of spinning solution 7 through advancing choke valve 23 of input in the feed tube 22.Can control the color of spinning solution 7 by spinning solution 7 flows of controlling each feed tube 22 in this period.
As shown in figure 12, the spinning elevating mechanism is used for control spray silk mode, and when spinning head 13 rises, spinning solution 7 will be sprayed on the fabric 53; When spinning head 13 descended, spinning solution 7 was gone into spray in the fabric 53.The spinning elevating mechanism is the basic system that is used to form the open-wire line mark.Shown in Fig. 8,9,10, the spinning elevating mechanism is made up of spinning lifter 43, drive system and lifting platform 30.Spinning head 13 or whole spinning structure link to each other with lifting platform 30, and lifting platform 30 is provided with guide rail 31 or rocking arm 39, and lifting platform guide rail 31 or rocking arm 39 is corresponding with the guide rail 32 or the rocker arm bracket 42 that are located on the spinning lifter 43, and mounted theretoly can do elevating movement.Lifting platform 30 is done elevating movement by drive systems on spinning lifter 43.Drive system can be that prime mover, transmission mechanism drive by bent axle 36 and connecting rod 38; Also can be that prime mover, transmission mechanism drive by eccentric wheel 40 and rocking bar 41; Can also be that the pulse power passes through electromagnet 34 drivings, and reset with spring 35.If when having only spinning head 13 to link to each other with lifting platform 30, spinning head 13 can be connected with flexible pipe 51 with spinning solution storage feeding mechanism 50, and 50 of feeding mechanisms of spinning solution storage are fixedly mounted on the fixing spinning lifter 43.
As shown in figure 11, also be provided with on the lifting platform 30 pre-thorn punch block 61, be contained in the pre-pricker 60 on the pre-thorn punch block 61 and be used for fixing the screw 62 and the nut 63 of pre-pricker 60.By adjusting screw 62 and nut 62, can adjust pre-pricker 60 and be installed in position on the pre-thorn punch block 61.
Shown in Fig. 1 and 12, becoming in the seam mechanism also to be provided with for line mechanism.For line mechanism by the coil holder 76 that is used to place a sewing thread ball of string 70, be used to change sewing thread 71 directions line hook 72 and line crossing bracket 73, be used to regulate the tension disk 74 of line tightness and the cable guiding device 75 that sewing thread 71 imports spinning heads 13 formed.A sewing ball of string 70 is placed on the coil holder 76, and sewing thread 71 enters tension disk 74 by line crossing bracket 73, line hook 72 and regulates the line tightness, then imports spinning head 13 by cable guiding device 75.
Shown in Figure 14 to 19, the presser feet annex is used for the concealed wire mark makes the position of time control sewing 53 when making, and the flow regime of control spinning solution 7 cooperates other mechanism actions to form required sealing.The feature of presser feet annex is the flow direction of restriction spinning solution 7, promptly member is set to limit its injection in the place that does not need spinning solution 7 to flow into; The mutual alignment of 53 of the position of sewing 53 and each sewings when determining to make simultaneously, the section structure that is used for sectional space by sewing 53 and sealing form that is promptly constituted between each member of presser feet annex is corresponding; And on the other member of the determined spinning solution of sealing form injection place, be provided with and be used to hold the spinneret hole that spinning head 13 stretches into.According to the difference of sealing form, the presser feet annex is also different.Described below is the presser feet annex of several typical sealing form when one or two sewings 53.But we can be according to above-mentioned described technical scheme, understands other sealing form and the structure of the presser feet annex of the sealing form during polylith sewing 53 more.
As shown in figure 14, hidden line sewing presser foot annex is made up of bottom panel 81 and the last forming board 80 of hidden line sewing.
As shown in figure 15, invisible overlock presser foot annex is by being made of an invisible overseam shaping iron 82.
As shown in figure 16, seamless sewing presser foot annex is made up of forming board 83 in bottom panel 81 and the seamless sewing.
As shown in figure 17, boundless tooled joint presser feet annex is made up of forming board 86 on bottom panel 81 and the boundless tooled joint.
As shown in figure 18, typing sewing presser foot annex is made up of a typing sewing shaping bottom panel 85 and typing sewing top board 84.
As shown in figure 19, typing sewing presser foot annex is made of a typing sewing shaping iron 87.
The stitching that utilizes the Sewing machines of spinning solution to produce can be divided into concealed wire mark and open-wire line mark two classes.The concealed wire mark is a kind of stitching form of not having obviously visible sewing thread trace on sewing, and the open-wire line mark then is a kind of stitching form that has visible sewing thread trace on sewing.
Shown in Figure 14 to 19, the concealed wire mark is meant the stitching of whole stitchings in sewing 53, and promptly spinning solution 7 is all sprayed into formed stitching in the fabric 53.Because fabric 53 is made into by yarn, and yarn is made of many fibers, so there are many gaps between the fiber in the fabric 53.When fabric 53 was gone in spinning solution 7 sprays of spinning head 13 ejections, spinning solution 7 just was present in the fabric 53 interfibrous spaces, promptly combined securely with fabric 53 after spinning solution 7 solidifies.For the sewing of concealed wire mark, it can be divided into seamless sewing, invisible overseam, any fabric is carried out permanent set processing, boundless tooled joint, hidden line sewing.
As shown in figure 16, seamless sewing is a kind of with 53 stitchings of two sewings, and the sewing technology that does not have obvious visible seam joint close, it is earlier two sewings, 52 usefulness trimming mechanisms to be had one's hair trimmed the edge and make it over against being conveyed among the seamless sewing presser foot annex 83,81, then under the cooperation of seamless sewing presser foot annex 83,81, go into spinning solution 7 with spinning head 13 sprays, after it solidifies, can form seamless sealing at commissure.
As shown in figure 15, invisible overseam is a kind of sewing technology that obviously visible over-lock seam was fixed and do not had to selvedge that is used for, it is a sewing 52 usefulness trimming mechanisms to be had one's hair trimmed the edge be conveyed in the invisible overlock presser foot annex 82, then in sewing 52 selvedges, going into spinning solution 7 under the cooperation of invisible overlock presser foot annex 82, after spinning solution 7 solidifies, can form a firm selvedge with spinning head 13 sprays.Invisible overseam is applicable to the overseam in the clothing processing, is applicable to that also the selvedge by-pass of shuttleless loom is fixed.
Shown in Figure 18,19, the typing sewing is a kind of sewing technology that carries out permanent set on any fabric, it is earlier sewing 52 to be conveyed in typing sewing presser foot annex 84,85 or 87, sewing 52 is deformed into the shape of required typing in typing sewing presser foot annex 84,85 or 87, then go into spinning solution 7 with spinning head 13 sprays, when it solidifies, can be fixed up this distortion is permanent in needs typing place.What above-mentioned described distortion was commonly used is to be deformed into goffering to produce permanent goffering.
Shown in Fig. 17, boundless tooled joint is an a kind of sewing 52 being sewn on another piece sewing 52 and seamless part sewing technology, it is earlier a sewing 52 usefulness trimming mechanisms to be had one's hair trimmed the edge and are pressed in to be conveyed on another piece sewing 52 in the boundless tooled joint presser feet annex 86,81, then spinning solution 7 is gone into spinning head 13 sprays in the edge at this piece sewing 52 under the cooperation of boundless tooled joint presser feet annex 86,81, can form boundless tooled joint after it solidifies.
As shown in figure 14, the hidden line sewing is a kind of sewing technology of two sewings 52 being sewed up and do not had obviously visible sewing thread trace, it is that two sewings 52 are being treated that the seam place goes into spinning solution 7 with spinning head 13 sprays under the cooperation of hidden line sewing presser foot annex, can form the hidden line sewing after it solidifies.
In above-mentioned sewing technology, when with interrupted spray silk technology, can produce intermittent type concealed wire mark.Intermittent type concealed wire mark is suitable for makes the elasticity sewing.
Shown in Fig. 1,12,13, the open-wire line mark is meant the stitching of part stitching on sewing, and promptly spinning solution 7 sprays in the fabric 53 and is sprayed on that two actions replace formed stitching on the fabric 53, and it is similar with the sew stitching that produced of ordinary sewing machine and hand acupuncture.During the sewing work of open-wire line mark, sewing 53 is imported under the conveying of sewing conveyer, and the drive systems lifting platform 30 of spinning elevating mechanism is done the oscilaltion campaign on spinning lifter 43, and the pre-pricker 60 on the lifting platform 30 stings needle outlet on sewing 53 at this moment.Adjust pre-pricker 60 positions, make that pre-pricker 60 just in time is the integral multiple of needle gage length to the length of spinning head 13, when sewing 53 advanced several needle gages, the pin hole that stings out just in time was positioned at spinning head 13 belows.This moment, the spinning solution 7 of spinning head 13 decline ejections promptly entered in the pin hole, and when spinning head 13 rose, sewing 53 was fed forward, and spinning solution 7 promptly is sprayed on the sewing 53.The above-mentioned action that circulates can produce the open-wire line mark on sewing 53.
Shown in Fig. 1,12, because the spun sewing thread of spinning structure institute is difficult to reach the quality of ordinary sewing line 71, for this reason, can be with the open-wire line section of the ordinary sewing line 71 replacement open-wire line marks that spinning structure produced.Method is that a sewing ball of string 70 is placed on on the coil holder 76 of line mechanism, and sewing thread 71 enters tension disk 74 by line hook 72, line crossing bracket 73 and regulates the line tightness, then imports spinning head 13 belows by cable guiding device 75.Spinning head 13 is with the top interrupted spray silk technology pattern work of having addressed.Sewing 53 advances under the promotion of feed mechanism, together advances with sewing 53 through below the spinning heads 13 thereby spur to have made at the sewing thread on the sewing 71.Spinning head 13 is done the oscilaltion campaign, when 13 times general who has surrendered's sewing threads 71 of spinning head are pressed on the sewing 53, and spinning head 13 ejection spinning solutions 7, when spinning solution 7 solidified, sewing thread 71 also had been fixed, thereby produces continuous open-wire line mark.
For the sewing of open-wire line mark, it can be divided into the sewing of riveting stitching, spray silk tufting, the flocking of spray silk, imitative locking wire mark sewing, imitative manual stitching sewing.
As shown in figure 12, the feature of riveting stitching is only to produce the open-wire line mark with a spinning head 13 on sewing 53.
Spray silk tufting is a kind of tufting technology that produces terry loop layer on sewing 53, its lifting platform 30 heave amplitudes are big when sewing than riveting stitching, when spinning head 13 leaves sewing 53, be used in spinning head 13 other looped pile hooks spinning solution 7 hooks that spray are become looped pile, thereby on sewing 53, produce looped pile.When spinning head 13 was colored synthetic spinning head, the control by to the spinning solution 7 different section colors of ejection can obtain RGB tufting pattern effect.
The flocking of spray silk is a kind of flocking technique that produces fine hair on sewing 53, and it is that with the difference of spray silk tufting its spinning head 13 is interrupted spray silks, thereby produces fine hair on sewing 53, and makes fine hair directly perpendicular with vacuum draw.When spinning head 13 was colored EFI spinning head, the control by to spinning solution 7 colors of each time ejection can obtain RGB flocked design effect.
And for example shown in Figure 13, imitative locking wire mark sewing be exactly by a pair of spinning nozzle over against the open-wire line mark that on sewing 53, produces of the one-tenth seam mechanism of spinning head 13 sew.Imitative manual stitching sewing be exactly by a pair of spinning nozzle over against the one-tenth seam mechanism of spinning head 13 submit the open-wire line mark sewing that the tubing flow displacement silk produces at sewing 53.
The present invention is applicable to the sewing of concealed wire mark and RGB flocking or tufting, the sewing of riveting stitching, imitative manual stitching sewing and the imitative locking wire mark sewing work of carrying out seamless sewing, invisible overseam, any fabric being carried out permanent set processing, boundless tooled joint, hidden line sewing etc.
Claims (7)
1. Sewing machines that utilizes spinning solution mainly by becoming seam mechanism and sewing conveyer to form, is characterized in that being provided with spinning structure in the described one-tenth seam mechanism, and spinning structure stores feeding mechanism (50) by spinning solution and spinning head (13) is formed.
2. the Sewing machines that utilizes spinning solution according to claim 1 is characterized in that also being provided with electrode (21) in the spray fiber tube (20) of described spinning head (13).
3. the Sewing machines that utilizes spinning solution according to claim 1, it is characterized in that also being provided with some feed tubes (22) above the spray fiber tube (20) of described spinning head (13), these feed tubes (22) communicate with spray silk 00000000000000 pipe (20), also are provided with electrode (21) or choke valve (23) on the feed tube (22).
4. the Sewing machines that utilizes spinning solution according to claim 1, it is characterized in that described spinning head (13) or whole spinning structure are installed on the lifting platform (30), lifting platform (30) is located on the spinning lifter (43), and lifting platform (30) is done elevating movement on spinning lifter (43) under drive systems.
5. the Sewing machines that utilizes spinning solution according to claim 4 is characterized in that also setting up pre-pricker (60) on the described lifting platform (30) and can make pre-pricker (60) adjust the pre-pricker (61) of position.
6. the Sewing machines that utilizes spinning solution according to claim 1, it is characterized in that also being provided with in the described one-tenth seam mechanism be used for to spinning head (13) provide sewing thread for line mechanism.
7. the Sewing machines that utilizes spinning solution according to claim 1 is characterized in that also being provided with the flow direction that is used to limit spinning solution (7) in the described one-tenth seam mechanism, promptly member is set to limit its injection in the place that does not need spinning solution (7) to flow into; Mutual alignment between the position of sewing when determining to make simultaneously (53) and each sewing (53), the space that is used for the interval by sewing (53) that is promptly constituted between each member is exactly the presser feet annex of the structure of sealing form.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB001039156A CN1177085C (en) | 2000-02-29 | 2000-02-29 | Sewing machine with utilization of spinning liquid |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB001039156A CN1177085C (en) | 2000-02-29 | 2000-02-29 | Sewing machine with utilization of spinning liquid |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1311364A true CN1311364A (en) | 2001-09-05 |
| CN1177085C CN1177085C (en) | 2004-11-24 |
Family
ID=4577128
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB001039156A Expired - Fee Related CN1177085C (en) | 2000-02-29 | 2000-02-29 | Sewing machine with utilization of spinning liquid |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1177085C (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103409813A (en) * | 2013-07-30 | 2013-11-27 | 苏州豪建纺织有限公司 | Melt spinning flocking device |
-
2000
- 2000-02-29 CN CNB001039156A patent/CN1177085C/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103409813A (en) * | 2013-07-30 | 2013-11-27 | 苏州豪建纺织有限公司 | Melt spinning flocking device |
| CN103409813B (en) * | 2013-07-30 | 2016-04-13 | 苏州豪建纺织有限公司 | A kind of melt spinning flocking plant |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1177085C (en) | 2004-11-24 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US2687703A (en) | Apparatus in a multiple-needle automatic quilting machine | |
| CN1177085C (en) | Sewing machine with utilization of spinning liquid | |
| CN1143251C (en) | Catch label tape, catch label and catching method | |
| CN1311363A (en) | Sewing machine with utilization of spinning liquid | |
| CN102733106A (en) | Anti-wrinkling structure of sewing machine | |
| CN202744771U (en) | Three-needle six-thread locking type sewing machine | |
| CN209024770U (en) | Embroidery machine | |
| CN202626600U (en) | Crease-resist structure for sewing machine | |
| KR100524650B1 (en) | Spangle Ornamental embroidery textile and it's manufacturing process | |
| CN2529889Y (en) | Computerized embroidery machine for embroiding woolen yarn | |
| CN1238584C (en) | Compouter embroidery with gold-piece-inlaying mechanism | |
| CN211471780U (en) | Novel sewing equipment for winter outer garment | |
| CN219947525U (en) | Electric embroidery fabric | |
| CN204058845U (en) | For the embossing equipment of industrial textile fabric | |
| USRE24305E (en) | Apparatus in a multiple-needle automatic quilting machine | |
| CN218175300U (en) | Double-color single-track lockstitch sewing machine assembly | |
| CN211471797U (en) | Anti-winding sewing machine | |
| CN218989598U (en) | Flat car double-needle car belt cutting device | |
| CN204224857U (en) | Intelligent broad spectrum yarn dyeing integrating device | |
| CN214529591U (en) | Pressure regulating presser foot for sewing machine | |
| CN211570990U (en) | Sewing device convenient to fixed rope that rolls | |
| US2497231A (en) | Sewing machine | |
| US875607A (en) | Ornamental-stitch sewing-machine. | |
| CN207062554U (en) | A kind of domestic sewing machine for being easy to lead to enter pin | |
| CN117256987A (en) | Attractive stitch structure and flat car for producing attractive stitch structure |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |