CN104073981A - Numerically controlled sewing device with benchmarking and automatic identification and jointing functions - Google Patents
Numerically controlled sewing device with benchmarking and automatic identification and jointing functions Download PDFInfo
- Publication number
- CN104073981A CN104073981A CN201410302329.3A CN201410302329A CN104073981A CN 104073981 A CN104073981 A CN 104073981A CN 201410302329 A CN201410302329 A CN 201410302329A CN 104073981 A CN104073981 A CN 104073981A
- Authority
- CN
- China
- Prior art keywords
- splicing
- material strip
- endless belt
- initiating terminal
- marking
- 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.)
- Pending
Links
Landscapes
- Sewing Machines And Sewing (AREA)
- Treatment Of Fiber Materials (AREA)
Abstract
The invention provides a numerically controlled sewing device with benchmarking and automatic identification and jointing functions. The numerically controlled sewing device comprises a benchmarking mechanism for accurately aligning a benchmarking pattern on a material belt with an initial terminal so as to cut the material strip to form an initial terminal; the benchmarking mechanism comprises a rack, a motor, a synchronous belt, a pattern collecting head and a control system, wherein the rack comprises a top plate which has a transparent strip-shaped area, the motor is fixedly arranged on the rack and operates under the control of the control system, the motor drives the synchronous belt to rotate, the pattern collecting head is installed on the synchronous belt to move along with the same, the pattern collecting head collects the benchmarking pattern on the material belt at the transparent strip-shaped area and transmits signals to the control system. According to the numerically controlled sewing device provided by the invention, automatic identification and jointing of the sewing device can be achieved through the benchmarking mechanism, and also material can be saved and production efficiency can be improved.
Description
Technical field
The present invention relates to stitching process field, relate in particular to sewing device to marking machine structure, to mark method and there is the numerically controlled sewing equipment of mark function being identified automatically to splicing.
Background technology
Trousers, in manufacturing process, can be used elastic band (claiming again elastic cord) conventionally, by elastic band being seamed to collar extension place, trousers upper end, make trousers have elasticated, have that the trousers of elastic band are more common sport pants or underpants.Elastic band can be sewed up and is wrapped in trousering or is directly sewn to outside trousering, and especially part trousers appear upper consideration for attractive in appearance or pictorial trademark, and elastic band is directly sewn on trousering and is exposed outside, and is equivalent to waistband.So, be necessary to consider the position on elastic band for the icon that exposes on elastic band, so that trousers possess preferably visual angle after putting on, as, sample trademark pattern highlights the waist side at human body, or the center position of dorsal part.According to human body waistline or pattern, highlight in the position of waist different, position for the pattern (claiming the sample of marking on a map afterwards) that highlights on elastic band needs setting according to position, when making, it is according to limiting with the position of elastic band initiating terminal, elastic band initiating terminal is sewed up end usually used as splicing, center, the corresponding front side at human body waist or rear side center, therefore, locate the position that can be accurately positioned in waist to the sample of marking on a map according to the position of elastic band initiating terminal.As, the child of 10 years old may be set in from initiating terminal 20cm place the sample of marking on a map, 15 years old may be set in from initiating terminal 25cm place.Elastic band is made by ELASTIC SEWING MACHINE, existing ELASTIC SEWING MACHINE can only be made the elastic band of a size conventionally regularly, as cut the elastic band of 40cm overall length at every turn, guarantee that be 20cm to the sample of marking on a map from the distance of initiating terminal, so, fixing accordingly to the position at the sample interval of marking on a map on the raw band that needs to supply with, and to being applied to cut the long elastic band of 40cm; Once will this raw band transformation of the way make overall length difference or the elastic band different to cursor position, need to change corresponding raw band, if continue to use original raw band, because the sample spacing discomfort of marking on a map may be caused on raw band at every turn need to be by manually going contraposition to the sample of marking on a map, production efficiency is low, and by marking sample and form initiating terminal and the waste material that produces is more in the severing of material strip termination on a map, cause the waste of material, change equally raw band and also again cause production efficiency low.
Summary of the invention
In view of the above, the present invention be necessary to provide a kind of realize to different length to marking sample and material strip initiating terminal length and cut order on a map, and save material, the sewing device of enhancing productivity to marking machine structure.
A kind of sewing device to marking machine structure, for the required of material strip accurately aimed at sample to the initiating terminal of marking on a map, so that severing forms initiating terminal on material strip, comprise frame, motor, Timing Belt, pattern collection head and control system, frame comprises top board, on top board, there is transparent banded regions, motor is installed in frame and by control system and controls running, motor drives Timing Belt to rotate, pattern collection head is arranged on Timing Belt in company with Timing Belt motion, pattern collection head gather on the material strip of transparent banded regions to marking sample send a signal to control system on a map.
Further, described frame comprises and is connected to two side plates of top board bottom and is connected to interpleural connecting rod, is arranged with slidably an adjustment seat on connecting rod, and pattern collection head is arranged in adjustment seat.
Further, the two ends of described Timing Belt are set on the runner of two ends, frame bottom side setting, and the spindle end of motor is connected with gear, and gear coordinates Timing Belt to drive Timing Belt to rotate.
In addition, the present invention be necessary to provide the sign on a kind of automatic identification material strip and tailor splicing endless belt method.
Sign on automatic identification material strip and tailor splicing endless belt a method, comprise the following steps:
One sewing device is provided, comprise web feed mechanism, cutting mechanism and to marking machine structure, marking machine structure is comprised to motor, pattern collection head and control system, and control system is electrically controlled the action of motor, web feed mechanism and cutting mechanism, and pattern collection head collection signal is to control system;
First in control system, set material strip initiating terminal with to the length of the sample of marking on a map and required length value number and length value to mark order;
Control system is sent signal drive motor action according to the first length value arranging, and pattern collection head is slided to corresponding primary importance according to the first length value;
Web feed mechanism action, carry material strip, to pattern collection head detect on material strip to the sample of marking on a map, pattern collection head sends signal to control system, control system is sent signal and is stopped carrying simultaneously cutting mechanism action severing material strip end and form the first splicing endless belt initiating terminal of material strip;
Then under web feed mechanism effect, continue to carry material strip, after web feed preset length, stop carrying and severing material strip and form the first splicing endless belt tail end;
So, form the first splicing endless belt, the distance to sample to the first splicing endless belt initiating terminal of marking on a map on this first splicing endless belt is fixed;
System control sytsem sends signal drive motor action according to the second length value arranging, and pattern collection head is slided to the corresponding second place according to the second length value;
Carry material strip, to pattern collection head detect on material strip to the sample of marking on a map, pattern collection head sends signal to control system, control system is sent signal and is stopped carrying material strip severing material strip end and form the second splicing endless belt initiating terminal simultaneously;
Then continue to carry material strip, to stopping carrying material strip severing material strip after preset length, form the second splicing endless belt tail end;
Thereby form the second splicing endless belt, the distance to sample to the second splicing endless belt initiating terminal of marking on a map on this second splicing endless belt is fixed;
So, by control system to initiating terminal and the setting to mark order to the length of the sample of marking on a map and required length value number and length value, make multiple to cursor position splicing endless belt different and that entire length size is different.
Further, after forming the first splicing endless belt, by the first splicing endless belt initiating terminal and the first splicing endless belt tail end splicing, form the first splicing ring.
Further, after forming the second splicing endless belt, by the second splicing endless belt initiating terminal and the second splicing endless belt tail end splicing, form the second splicing ring.
In addition, the present invention is necessary to provide a kind of sign identification splicing ELASTIC SEWING MACHINE automatically.
A kind of have the numerically controlled sewing equipment of mark function being identified automatically to splicing, comprise bridging mechanism, feeding material cutting machine structure and sewing mechanism, the former charging tray of bridging mechanism hanging support, the material strip that feeding material mechanism provides former charging tray requires severing and delivers to sewing mechanism according to length and mark, sewing mechanism is sewed up material strip two ends, feeding material cutting machine structure comprises the first conveying mechanism, to marking machine structure and cutting mechanism, the first conveying mechanism drives material strip to move, the sample of marking on a map is aimed at by material strip to marking machine structure, cutting mechanism cutting material strap end portion and form splicing endless belt initiating terminal or a tail end, to marking machine structure, be above-mentioned to marking machine structure.
Further, described feeding material cutting machine structure comprises second conveyor structure, and second conveyor structure is arranged on a side relative with the first conveying mechanism of cutting mechanism, and second conveyor structure is for rotating at splicing endless belt initiating terminal ruling rear drive material strip.
Further, described feeding material cutting machine structure comprises La Liao mechanism, and endless belt initiating terminal is spliced to default position in order to clamping in La Liao mechanism.
Further, described feeding material cutting machine structure comprises material folding delivery device, and material folding delivery device clamps splicing endless belt initiating terminal and tail end respectively and overturns and will after justify align, push to sewing mechanism.
Compared to prior art, the present invention have mark function is identified to splicing automatically numerically controlled sewing equipment by arranging marking machine structure, by first setting material strip initiating terminal and length to the sample of marking on a map; Pattern collection head slides to corresponding position according to length; Then material strip moves under the drive of the first conveying mechanism, to pattern collection head, aims at the pattern on material strip, and cutting mechanism severing material strip forms material strip initiating terminal.So, can realize as required any setting to the required distance of sample and material strip initiating terminal of marking on a map, and set by control system, can arrange different length to marking sample and material strip initiating terminal length and cut order on a map, realized automation identification splicing, and can save material and enhance productivity.
Accompanying drawing explanation
Fig. 1 has for preferred embodiment of the present invention provides the structural representation of mark function being identified automatically to the numerically controlled sewing equipment of splicing;
Fig. 2 is the structural representation of the numerically controlled sewing equipment shown in Fig. 1 to the unmatched door of marking machine structure;
Fig. 3 is the structural representation to marking machine structure of the numerically controlled sewing equipment shown in Fig. 2;
Fig. 4 is the structural representation of the feeding material cutting machine structure of the numerically controlled sewing equipment shown in Fig. 1;
Fig. 5 has for preferred embodiment of the present invention provides the view of mark function being identified automatically to the numerically controlled sewing equipment of splicing.
The specific embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is only the present invention's part embodiment, rather than whole embodiment, in the situation that not conflicting, embodiment and the feature in embodiment in the application can combine mutually, describe below with reference to the accompanying drawings and in conjunction with the embodiments the present invention in detail.
Refer to Fig. 1, Fig. 2, the invention provides a kind of sewing device, relate in particular to a kind of numerically controlled sewing equipment of mark function being identified automatically to splicing that has, comprise bridging mechanism 10, feeding material cutting machine structure 20 and sewing mechanism 30, the former charging tray of bridging mechanism 10 hanging support, the material strip that feeding material cutting machine structure 20 provides former charging tray is according to the demand severing of length and mark and deliver to sewing mechanism 30, and sewing mechanism 30 is sewed up material strip two ends.
Bridging mechanism 10 comprises support desk 11, bridging rotating disk 12, support band bar 13, tightener sheave group 14 and guide support 15.Bridging rotating disk 12 is installed in a side of support desk 11, for the former charging tray of hanging support.Support is vertically arranged on the end face of support desk 11 with bar 13, support is provided with pulley 131 with the top of bar 13, and feed strip is walked around.Tightener sheave group 14 is that a plurality of rollers form, be arranged on a side of support desk 11, in order to walk around material strip tensioning through the rear cooperation material strip of pulley 131 at material strip, in the present embodiment, particularly, tightener sheave group 14 is arranged on a side of a casing that is placed on support desk 11 end faces.Tightener sheave group 14 comprise position fixing with position adjustable rolling wheel, position adjustable rolling wheel can be set as crank structure, so that the tensioning of material strip is regulated.Guide support 15 is arranged on a side bottom of support desk 11, in order to lead into feeding material cutting machine structure 20 through adjusting angle through guide support 15 after tightener sheave group 14 at material strip.
Feeding material cutting machine structure 20 comprises board 21, be arranged on the first conveying mechanism 22 on board 21, to marking machine structure 23 and cutting mechanism 24, the first conveying mechanism 22 drives material strip end to move, to marking machine structure 23 by material strip the sample of marking on a map is aimed at, cutting mechanism 24 cutting material strap end portion and form splicing endless belt initiating terminal or tail end.
The first conveying mechanism 22 is arranged on the side to marking machine structure 23, and the upper end in space between to marking machine structure 23 and cutting mechanism 24, in order to drive material strip through marking machine structure 23 is entered to cutting mechanism 24.The first conveying mechanism 22 can be motor driving structure, by electric machine main shaft, rotate and drive a driving wheel to rotate, driving wheel coordinates another driven pulley or driving wheel to coordinate a supporting surface, material strip is from the gap between driving wheel and driven pulley, or the gap between driving wheel and supporting surface is passed, when thereby driving wheel rotates, drive material strip is advanced.In the present embodiment, select driving wheel to coordinate supporting surface, and motor and driving wheel are arranged on a rotating plate body, when inserting material strip, only need to rotate plate body, between driving wheel and supporting surface, insert material strip, then rotate plate body, driving wheel and supporting surface clamp material strip, thereby drive material strip to advance when driving wheel rotates.
Marking machine structure 23 is arranged on to the front side of board 21, in order to the required of material strip accurately aimed at sample to the initiating terminal of marking on a map, so that severing forms initiating terminal on material strip.Refer to Fig. 3, marking machine structure 23 is comprised to frame 231, motor 232, Timing Belt 233, pattern collection head 234 and control system (not shown), frame 231 comprises top board 2311, is connected to two side plates 2312 of top board 2311 both sides, bottom and the connecting rod 2313 that is connected to 2312 of side plates, on top board 2311, there is transparent banded regions 2314, the width of corresponding material strip, feed strip attaches and passes through thereon.Banded regions 2314 can be glass and forms.Motor 232 is installed in frame, is installed in particularly the outside of side plate 2312, and motor 232 is controlled running by control system, and the spindle end of motor is connected with gear, and gear coordinates Timing Belt 233 to drive Timing Belt 233 to rotate.The two ends of Timing Belt 233 are set in the runner (not shown) of frame 231 bottom sides, and wherein a runner is driven and rotated by motor 232, thereby drive Timing Belt 233 to rotate.Pattern collection head 234 is arranged on Timing Belt 233 in company with Timing Belt 233 motions, slide in pattern collection head 234 parallel banded regions 2314 under the drive of Timing Belt 233, in the present embodiment, pattern collection is arranged in an adjustment seat 235 with 234, adjustment seat 235 is clamped in regularly on Timing Belt 233 and is set in slidably on connecting rod 2313, to guide by connecting rod 2313.Pattern collection head 234 gathers the pattern of transparent banded regions and sends a signal to control system.Control system can arrange independently, includes the operation screen 236 in order to input or demonstration information.
So, by being datum mark by pattern collection head 234 in one end of the contiguous cutting mechanism 24 in corresponding top transparent banded regions 2314, the a certain position that drives pattern collection head 234 to arrive under transparent banded regions 2314 by Timing Belt 233, can know exactly that this datum mark is to the distance of this position, thereby can accurately obtain the distance that this position is arrived in position that cuts that cuts cutting mechanism 24.By at control system setpoint distance, the revolution of controlling motor can accurately be controlled the displacement of pattern collection head 234, controls and cuts position to a distance for pattern collection head 234 required sampling locations.
This to marking machine structure 23 on to material strip during icon contraposition, required to the distance of sample to initiating terminal of marking on a map by first determining, then so that master drawing is designated as to benchmark, severing is carried out in the end of material strip, acquisition is the setpoint distance to initiating terminal to master drawing mark, while being waistband as material strip, by first determining the pattern on waistband, then according to pattern, cut the initiating terminal of this waistband.On material strip, identification is as follows in the mode of ruling material strip initiating terminal automatically for contraposition sign, comprises the following steps:
ELASTIC SEWING MACHINE described in providing one, comprise web feed mechanism (diagram the first conveying mechanism 22 or aftermentioned second conveyor structure 25), cutting mechanism 24 and to marking machine structure 23, marking machine structure 23 is comprised to motor 232, pattern collection head 234 and control system, control system is electrically controlled the action of motor 232, web feed mechanism and cutting mechanism 24, and pattern collection head 234 collection signals are to control system;
First in control system, set material strip initiating terminal with to the length of the sample of marking on a map and required length number and length to mark order;
Control system is sent signal drive motor 232 actions according to the first length arranging, and pattern collection head 234 is slided to corresponding primary importance according to the first length;
Web feed mechanism action, carry material strip, to pattern collection head 234 detect on material strip to the sample of marking on a map, pattern collection head 234 sends signal to control system, and control system is sent signal and stopped carrying the action severing material strip end of material strip while cutting mechanism 24 and form the first splicing endless belt initiating terminal;
Then under the effect of web feed mechanism, continue to carry material strip, after web feed preset length, stop carrying and severing material strip and form the first splicing endless belt tail end;
Thereby form the first rectangular splicing endless belt, on this first splicing endless belt, the distance of sample to the first splicing endless belt initiating terminal of marking on a map is fixed;
Further, can, by the first splicing endless belt initiating terminal and the first splicing endless belt tail end splicing, form the first splicing ring;
To the sample of marking on a map need be adjusted into another apart from time, control system is sent signal drive motor 232 actions according to the second length arranging, and pattern collection head 234 is slided to the corresponding second place according to length;
Carry material strip, to pattern collection head 234 detect on material strip to the sample of marking on a map, pattern collection head 234 sends signal to control system, control system is sent signal and is stopped carrying material strip severing material strip end and form the second splicing endless belt initiating terminal simultaneously;
Then continue to carry material strip, to stopping carrying material strip severing material strip after preset length, form the second splicing endless belt tail end;
Thereby form the second rectangular splicing endless belt, on this second splicing endless belt, the distance of sample to the second splicing endless belt initiating terminal of marking on a map is fixed;
Further, can, by the second splicing endless belt initiating terminal and the second splicing endless belt tail end splicing, form the second splicing ring;
On above-mentioned material strip contraposition sign automatically the mode of identification decide material strip initiating terminal and obtain the distance to cursor position and initiating terminal of different distance, and can, according to the length of the follow-up web feed of control system setting, obtain the splicing endless belt of different length.So, by control system to initiating terminal with to the length of the sample of marking on a map and required length number and length mark order is arranged, obtain serially multiple to cursor position splicing endless belt different and that entire length size is different.
Further, the initiating terminal of each splicing endless belt be can be made into the different splicing ring of sizes from tail end combination.
In order to realize initiating terminal and the tail end automatical stitching of each splicing endless belt, to be automatically made into splicing ring, feeding material cutting machine structure 20 also comprises second conveyor structure 25, La Liao mechanism 26 and material folding delivery device 27.La Liao mechanism 26 clamping material strip initiating terminals move and second conveyor structure 25 drives material strip to default length, cutting mechanism 24 severing material strips and form material strip tail end, material folding delivery device 27 clamps material strip initiating terminal and tail end respectively and overturns and will after justify align, push to sewing mechanism 30.
Second conveyor structure 25 is arranged on the opposite side of cutting mechanism 24, second conveyor structure 25 is for rotating at material strip initiating terminal ruling rear drive material strip, the structure for conveying of second conveyor structure 25 can be identical with the structure for conveying of the first conveying mechanism 22, can adopt servomotor spindle to rotate and drive material strip, second conveyor structure 25 not only drives material strip to transmit and control the whole delivered length of material strip, by controlling the spindle revolutions of second conveyor structure 25, can control the length of conveyer belt, be with the difference of the first conveying mechanism 22, the first conveying mechanism 22 is only for when image collecting joint 234 gathers bit pattern, drive material strip to move to bit pattern collection, cut off material strip and form initiating terminal, the revolution of the first conveying mechanism 22 is set without control system, second conveyor structure 25 drives material strip to move after initiating terminal forms, and rotation revolution is set by control system, thereby the integral body output length of controlling material strip, after the default revolution of rotation, the tail end that material strip forms splicing endless belt is cut off in the action of cutting mechanism 24.
La Liao mechanism 26 in order to the initiating terminal that clamps material to default position, for 27 clampings of material folding delivery device, also make second conveyor structure 25 when driving web feed, the clamping of material strip initiating terminal Ke Laliao mechanism 26 guiding is lower mobile, and mobile material strip can not piled up.La Liao mechanism 26 comprises can automatically open the first tong of folder and promote the cylinder that tong advances or retreats, after material strip initiating terminal (initiating terminal that splices endless belt) forms, the first tong of La Liao mechanism 26 stretches to the position that cuts of contiguous cutting mechanism 24, under the effect of the first conveying mechanism 22, material strip initiating terminal stretches in the first tong, the first tong is by the clamping of material strip initiating terminal, and then the first tong is retracted into predeterminated position under the effect of cylinder.Until the other end (tail end that splices endless belt) of material strip after severing forms, initiating terminal and the tail end of material folding delivery device 27 clamping splicing endless belt, and upset will push to sewing mechanism 30 after justify align.
In conjunction with consulting Fig. 4, material folding delivery device 27 comprises that two can open the second tong 271 of folder automatically, install and drive each second tong along two rotating disks (rotating disk rotates by corresponding driven by motor) of movement in a curve, and driving the whole driving cylinder 273 moving that comes and goes of two rotating disks.2 second tongs 271 clamp respectively initiating terminal and the tail end of splicing endless belt, then 2 second tongs 271 move to top from bottom along camber line respectively under the drive of each autorotation disk, behind the top that rotates, initiating terminal and the tail end of splicing endless belt align and partly overlap, splicing endless belt roughly forms ring-type, then at driving cylinder 273, drive two rotating disk integral body to move to sewing mechanism 30, thereby 2 second tongs 271 are pushed to respectively to the place of making of sewing mechanism 30, sewing mechanism 30 starts action, by the splicing initiating terminal of endless belt and the overlapping part suture of tail end, thereby initiating terminal and the tail end of splicing endless belt are sewed up, form splicing ring, then driving cylinder 273 drives two rotating disk integral body to shift out from sewing mechanism 30, and 2 second tong 271 clamping splicing endless belt exit from sewing mechanism 30 together.2 second tongs 271 open, and splicing ring can fall to receiving mechanism (not shown) automatically, so realize the making of automation splicing ring.
Above-mentioned material folding delivery device 27 further comprises installing plate 274, and installing plate 274 1 sides are installed two rotating disks, and opposite side is installed in order to drive the motor 275 of two dial rotation, and installing plate 274 connects driving cylinder 273, by driving cylinder 273, drives back and forth movement.On material folding delivery device 27, further comprise and be arranged on some gas blow pipes 276 on installing plate 274, in order to material strip is blown, keep material strip clean.
See also Fig. 5, automatically make in the process of splicing ring, the action of feeding material cutting machine Gou20Zhong Ge mechanism and sewing mechanism 30, all by control system, control, realize carrying out in order of moving, thereby the sign of guarantee material strip is identified automatically, also splicing of severing, can realization difference in automation ground be spliced endless belt length, the orderly making that the position indicating on different splicing endless belt limits, has greatly improved production efficiency.And can be according to the pitch information to the sample of marking on a map on raw band, can effectively arrange to the length of the sample of marking on a map and required length number and length to mark order, reduce the formation length of waste material, thereby can save material.
The foregoing is only embodiments of the invention; not thereby limit the scope of the claims of the present invention; every equivalent structure or conversion of equivalent flow process that utilizes description of the present invention to do; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (10)
1. a sewing device to marking machine structure, for the required of material strip accurately aimed at sample to the initiating terminal of marking on a map, so that severing forms initiating terminal on material strip, it is characterized in that: comprise frame (231), motor (232), Timing Belt (233), pattern collection head (234) and control system, frame (231) comprises top board (2311), on top board (2311), there is transparent banded regions (2314), motor (232) is installed in frame (231) above and controls running by control system, motor (232) drives Timing Belt (233) to rotate, pattern collection head (234) is arranged on Timing Belt (233) and above in company with Timing Belt (233), moves, pattern collection head (234) gather on the material strip of transparent banded regions (2314) to marking sample send a signal to control system on a map.
2. sewing device according to claim 1 to marking machine structure, it is characterized in that: described frame comprises and is connected to two side plates (2312) of top board bottom and is connected to the connecting rod (2313) between side plate (2312), on connecting rod, be arranged with slidably an adjustment seat (235), pattern collection head (234) is arranged in adjustment seat (235).
3. sewing device according to claim 1 to marking machine structure, it is characterized in that: the two ends of described Timing Belt (233) are set on the runner of frame (231) two ends, bottom side setting, the spindle end of motor (232) coordinates runner, and driven by rotating wheel Timing Belt (233) rotates.
4. automatically identify the sign on material strip and tailor a method of splicing endless belt, comprise the following steps:
One sewing device is provided, comprise web feed mechanism (22,25), cutting mechanism (24) and to marking machine structure (23), marking machine structure (23) is comprised to motor (232), pattern collection head (234) and control system, control system is electrically controlled the action of motor (232), web feed mechanism (22,25) and cutting mechanism (24), and pattern collection head (234) collection signal is to control system;
First in control system, set material strip initiating terminal with to the length of the sample of marking on a map and required length value number and length value to mark order;
Control system is sent signal drive motor (232) action according to the first length value arranging, and pattern collection head (234) is slided to corresponding primary importance according to the first length value;
Web feed mechanism (22,25) action, carry material strip, to pattern collection head (234) detect on material strip to the sample of marking on a map, pattern collection head (234) sends signal to control system, and control system is sent signal and stopped carrying material strip while cutting mechanism (24) action severing material strip end and form the first splicing endless belt initiating terminal;
Then lower continuation of web feed mechanism (22,25) effect, carry material strip, after web feed preset length, stop carrying also severing material strip and form the first splicing endless belt tail end;
So, form the first splicing endless belt, the distance to sample to the first splicing endless belt initiating terminal of marking on a map on this first splicing endless belt is fixed;
System control sytsem sends signal drive motor (232) action according to the second length value arranging, and pattern collection head (234) is slided to the corresponding second place according to the second length value;
Carry material strip, to pattern collection head (234) detect on material strip to the sample of marking on a map, pattern collection head (234) sends signal to control system, and control system is sent signal and stopped carrying material strip while severing material strip end and form the second splicing endless belt initiating terminal;
Then continue to carry material strip, to stopping carrying material strip severing material strip after preset length, form the second splicing endless belt tail end;
Thereby form the second splicing endless belt, the distance to sample to the second splicing endless belt initiating terminal of marking on a map on this second splicing endless belt is fixed;
So, by control system to initiating terminal and the setting to mark order to the length of the sample of marking on a map and required length value number and length value, make multiple to cursor position splicing endless belt different and that entire length size is different.
5. the sign on automatic identification material strip according to claim 4 and tailor the method for splicing endless belt, is characterized in that: after forming the first splicing endless belt, by the first splicing endless belt initiating terminal and the first splicing endless belt tail end splicing, form the first splicing and encircle.
6. the sign on automatic identification material strip according to claim 4 and tailor the method for splicing endless belt, is characterized in that: after forming the second splicing endless belt, by the second splicing endless belt initiating terminal and the second splicing endless belt tail end splicing, form the second splicing and encircle.
7. one kind has the numerically controlled sewing equipment of mark function being identified automatically to splicing, comprise bridging mechanism (10), feeding material cutting machine structure (20) and sewing mechanism (30), the former charging tray of bridging mechanism (10) hanging support, the material strip that feeding material mechanism (20) provides former charging tray requires severing and delivers to sewing mechanism (30) according to length and mark, sewing mechanism (30) is sewed up material strip two ends, it is characterized in that: feeding material cutting machine structure (20) comprises the first conveying mechanism (22), to marking machine structure (23) and cutting mechanism (24), the first conveying mechanism (22) drives material strip to move, the sample of marking on a map is aimed at by material strip to marking machine structure (23), cutting mechanism (24) cutting material strap end portion and form splicing endless belt initiating terminal or a tail end, to marking machine structure, be claimed in claim 1 to marking machine structure.
8. numerically controlled sewing equipment according to claim 7, it is characterized in that: described feeding material cutting machine structure (20) comprises second conveyor structure (25), second conveyor structure (25) is arranged on a side relative with the first conveying mechanism (22) of cutting mechanism (24), and second conveyor structure (25) is for rotating at splicing endless belt initiating terminal ruling rear drive material strip.
9. numerically controlled sewing equipment according to claim 7, is characterized in that: described feeding material cutting machine structure (20) comprises La Liao mechanism (26), and endless belt initiating terminal is spliced to default position in order to clamping in La Liao mechanism (26).
10. numerically controlled sewing equipment according to claim 7, it is characterized in that: described feeding material cutting machine structure (20) comprises material folding delivery device (27), material folding delivery device (27) clamps splicing endless belt initiating terminal and tail end respectively and overturns and will after justify align, push to sewing mechanism (30).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410302329.3A CN104073981A (en) | 2014-06-26 | 2014-06-26 | Numerically controlled sewing device with benchmarking and automatic identification and jointing functions |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410302329.3A CN104073981A (en) | 2014-06-26 | 2014-06-26 | Numerically controlled sewing device with benchmarking and automatic identification and jointing functions |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN104073981A true CN104073981A (en) | 2014-10-01 |
Family
ID=51595568
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410302329.3A Pending CN104073981A (en) | 2014-06-26 | 2014-06-26 | Numerically controlled sewing device with benchmarking and automatic identification and jointing functions |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN104073981A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105544100A (en) * | 2016-01-28 | 2016-05-04 | 广州科祺自动化设备有限公司 | Logo aligning mechanism and elastic sewing machine using same |
| CN106609426A (en) * | 2016-12-23 | 2017-05-03 | 广州科祺自动化设备有限公司 | Benchmarking mechanism and rubber band machine applying benchmarking mechanism |
| CN109700088A (en) * | 2019-01-25 | 2019-05-03 | 浙江乔顿服饰股份有限公司 | A kind of production method of western clothes collar |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101067261A (en) * | 2007-06-08 | 2007-11-07 | 龚培云 | Numerical control flanging sewing machine |
| CN101067263A (en) * | 2007-06-08 | 2007-11-07 | 龚培云 | Rotary cutter device of numerical control sewing machine |
| CN202450251U (en) * | 2011-12-27 | 2012-09-26 | 苏运松 | Numerical control multifunctional automatic sewing machine and mould sample plate |
| JP2013179980A (en) * | 2012-02-29 | 2013-09-12 | Brother Ind Ltd | Sewing machine |
| KR101396220B1 (en) * | 2013-08-22 | 2014-05-16 | 주식회사 디엘지코리아 | Band feeder for sewing machine |
| CN204000191U (en) * | 2014-06-26 | 2014-12-10 | 深圳思维创新科技服务有限公司 | Sewing device to marking machine structure and there is the numerically controlled sewing equipment of mark function being identified automatically to splicing |
| CN104233650A (en) * | 2014-06-25 | 2014-12-24 | 广州科祺自动化设备有限公司 | Automatic mark calibration method, mark calibration mechanism and elastic-band sewing machine |
-
2014
- 2014-06-26 CN CN201410302329.3A patent/CN104073981A/en active Pending
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101067261A (en) * | 2007-06-08 | 2007-11-07 | 龚培云 | Numerical control flanging sewing machine |
| CN101067263A (en) * | 2007-06-08 | 2007-11-07 | 龚培云 | Rotary cutter device of numerical control sewing machine |
| CN202450251U (en) * | 2011-12-27 | 2012-09-26 | 苏运松 | Numerical control multifunctional automatic sewing machine and mould sample plate |
| JP2013179980A (en) * | 2012-02-29 | 2013-09-12 | Brother Ind Ltd | Sewing machine |
| KR101396220B1 (en) * | 2013-08-22 | 2014-05-16 | 주식회사 디엘지코리아 | Band feeder for sewing machine |
| CN104233650A (en) * | 2014-06-25 | 2014-12-24 | 广州科祺自动化设备有限公司 | Automatic mark calibration method, mark calibration mechanism and elastic-band sewing machine |
| CN204000191U (en) * | 2014-06-26 | 2014-12-10 | 深圳思维创新科技服务有限公司 | Sewing device to marking machine structure and there is the numerically controlled sewing equipment of mark function being identified automatically to splicing |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105544100A (en) * | 2016-01-28 | 2016-05-04 | 广州科祺自动化设备有限公司 | Logo aligning mechanism and elastic sewing machine using same |
| CN106609426A (en) * | 2016-12-23 | 2017-05-03 | 广州科祺自动化设备有限公司 | Benchmarking mechanism and rubber band machine applying benchmarking mechanism |
| CN109700088A (en) * | 2019-01-25 | 2019-05-03 | 浙江乔顿服饰股份有限公司 | A kind of production method of western clothes collar |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN104233650B (en) | Automatic benchmarking's method, to marking machine structure and ELASTIC SEWING MACHINE | |
| CN203890649U (en) | Identification aligning mechanism and elastic sewing machine | |
| CN104723589B (en) | For splicing the splicing apparatus of cord tape | |
| CN204000191U (en) | Sewing device to marking machine structure and there is the numerically controlled sewing equipment of mark function being identified automatically to splicing | |
| CN104073981A (en) | Numerically controlled sewing device with benchmarking and automatic identification and jointing functions | |
| CN104963108B (en) | Sewing machine and sewing method | |
| CN203960529U (en) | There is the sewing device of automatic benchmarking mechanism | |
| EP0562383A2 (en) | A method of continuously conveying segments through a series of work stations | |
| CN204662018U (en) | Auricularia auriculajudae automatic processing device | |
| CN109093688B (en) | Rubber slitting device and slitting method thereof | |
| CN104862943A (en) | Seam-joining mechanism for fabric-joining machine | |
| CN109123865A (en) | Trimming folding machine and trimming method for folding | |
| CN209251827U (en) | A kind of brassiere back hook automatic cutting suture cloth turning machine | |
| CN112538696B (en) | Cloth conveying and cutting mechanism of full-automatic dust-pushing film sewing machine | |
| CN203960528U (en) | A kind of ELASTIC SEWING MACHINE device of sewing system of numerical control automatic detection function | |
| CN202139406U (en) | Woven bag sewing device | |
| CN109868571B (en) | Cutting device of front fly sewing machine | |
| CN205044217U (en) | A bag end close mechanism for compounding bag automatic production device | |
| CN207723858U (en) | A kind of automatic assembling of router antenna | |
| CN207644807U (en) | The two-sided automatic labeling machine of eyeglass | |
| CN205970050U (en) | Fiber fabric cutting machine divides sanction acanthopore device | |
| CN205397271U (en) | Elastic sewing machine's material feeding unit | |
| JPH07183365A (en) | Wafer mounter | |
| CN105562812B (en) | Louver end part interval shearer | |
| CN105092596A (en) | Automatic saw chain detection machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| CB03 | Change of inventor or designer information |
Inventor after: Deng Fenggui Inventor after: Lv Peng Inventor after: Song Yankai Inventor after: Du Qiaosi Inventor after: Tan Yuanbing Inventor after: Liu Zhen Inventor before: Deng Fenggui |
|
| COR | Change of bibliographic data | ||
| RJ01 | Rejection of invention patent application after publication | ||
| RJ01 | Rejection of invention patent application after publication |
Application publication date: 20141001 |