CN203890649U - Identification aligning mechanism and elastic sewing machine - Google Patents
Identification aligning mechanism and elastic sewing machine Download PDFInfo
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- CN203890649U CN203890649U CN201420341559.6U CN201420341559U CN203890649U CN 203890649 U CN203890649 U CN 203890649U CN 201420341559 U CN201420341559 U CN 201420341559U CN 203890649 U CN203890649 U CN 203890649U
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Abstract
The utility model provides an identification aligning mechanism and an elastic sewing machine. The identification aligning mechanism comprises a rack, a motor, a transmission part, an image sensor and a control system. The motor is fixedly arranged on the rack and controlled by the control system to operate. The motor drives the transmission part to rotate. The image sensor is installed on the transmission part and moves along with the transmission part. The image sensor detects patterns on a raw material belt and transmits a signal to the control system. According to the identification aligning mechanism and the elastic sewing machine, the identification patterns are detected through the image sensor and positioned, the head end of the raw material belt, namely the head end of a finished belt, is cut off, and then the identification patterns are positioned at any position of the finished belt; afterwards, the tail end of the finished belt is cut off according to a set length, the identification patterns at different positions, the finished belts with different lengths and cutting sequences can be set through automatic control by the control system, automated identification control is achieved, and therefore production efficiency can be greatly improved.
Description
Technical field
The utility model relates to elastic band processing technique field, relates in particular to a kind of to marking machine structure and ELASTIC SEWING MACHINE.
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, pictorial trademark 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 that highlights (the rear sign pattern that claims) on elastic band needs to arrange according to position, when making, it is according to limiting with the position of elastic band head end, elastic band head end is sewed up end usually used as splicing, center, the corresponding front side at human body waist or rear side center, therefore, sign pattern is located the position that can be accurately positioned in waist according to the position of elastic band head end.As, the child of 10 years old identifies pattern and may be set in from head end 25cm place, 15 years old may be set in from head end 30cm 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 50cm overall length at every turn, guaranteeing to identify pattern is 25cm from the distance of head end, so, the position that identifies pattern interval on the former elastic band that needs to supply with is fixing accordingly, and to being applied to cut the long elastic band of 50cm; But different crowds may need to the sample of marking on a map to be positioned to different places, once will this former elastic band transformation of the way make overall length difference or the elastic band different to cursor position, need to change corresponding former elastic band, if continue to use original former elastic band, due to the sign pattern spacing discomfort on former elastic band may cause at every turn need to be by manually removing contraposition sign pattern, production efficiency is low.
Utility model content
The first object of the present utility model is, provides a kind of to marking machine structure, can position the sign pattern of optional position on raw band, coordinates cutting mechanism to form several finished product bands, auto-control by severing raw band.
The second object of the present utility model is, a kind of ELASTIC SEWING MACHINE is provided, and can position the sign pattern of optional position on elastic band, and form several elastic endless belt according to sign pattern severing elastic band, by control system, is automatically controlled, and production efficiency is high.
For realizing above-mentioned the first utility model object, it is a kind of to marking machine structure that the utility model provides, comprise frame, motor, driving member, imageing sensor and control system, motor is installed in frame and by control system and controls running, motor drives driving member to rotate, imageing sensor is arranged on driving member and moves in company with driving member, and the pattern that imageing sensor detects on raw band also sends a signal to control system.
Further, described driving member is driving belt, driving-chain or screw mandrel.
Further, described frame comprises top board, base plate, is connected to two side plates between top board and base plate.
Further, described two side plates are positioned at the left and right sides of top board, described frame also comprises the connecting rod being connected between two side plates, on connecting rod, be arranged with slidably an adjustment seat, imageing sensor is arranged in this adjustment seat, and this adjustment seat can regulate under imageing sensor in the vertical direction and move.
Further, on described top board, there is the transparent zone of crossing.
For realizing above-mentioned the second utility model object, the utility model also provides a kind of ELASTIC SEWING MACHINE, comprise this feeding material cutting machine structure of feeding material cutting machine structure comprise the first conveying mechanism, to marking machine structure and cutting mechanism, the first conveying mechanism drives elastic band to move, marking machine structure is aimed at the sign pattern of elastic band to and determine the distance of sign pattern and elastic band head end, cutting mechanism severing elastic band forms head end or the end of elastic endless belt; Described to marking machine structure be described in above-mentioned any one to marking machine structure.
Further, described feeding material cutting machine structure also comprises second conveyor structure, and this second conveyor structure is arranged on a side relative with the first conveying mechanism on cutting mechanism, and second conveyor structure is for moving at elastic band head end severing rear drive elastic band.
Further, described ELASTIC SEWING MACHINE also comprises sewing mechanism, and this sewing mechanism forms elastic endless belt for the head end of elastic splicing tape and end are united by a seam.
Further, described ELASTIC SEWING MACHINE also comprises receiving mechanism, and this receiving mechanism is provided with several rewinding bars, this receiving mechanism is electrically connected a motor, and this motor is electrically connected control system, when cutting the elastic endless belt of same size, rewinding bar transfixion, elastic endless belt falls on same rewinding bar; When cutting the elastic endless belt of different size, control system is controlled machine operation, and the rewinding bar running on driven by motor receiving mechanism, drops on different rewinding bars the elastic endless belt of different size.
The beneficial effects of the utility model: compared to prior art, the utility model is to marking machine structure and ELASTIC SEWING MACHINE, by imageing sensor, detect sign pattern location, the head end of severing raw band again, the head end of finished product band namely, thereby sign pattern is positioned to the optional position of finished product band, again according to the length severing finished product end of tape of setting, by control system, automatically control, the sign pattern of diverse location can be set, the finished product band of different length and cut order, realized automation identification and controlled, can greatly enhance productivity.
Accompanying drawing explanation
Fig. 1 is the structural representation (side plate of marking machine structure being located to the both sides, front and back of top board) of the utility model ELASTIC SEWING MACHINE one embodiment;
Fig. 2 is the structural representation (side plate of marking machine structure being located to the left and right sides of top board) of another embodiment of the utility model ELASTIC SEWING MACHINE;
Fig. 3 is the structural representation to marking machine structure of ELASTIC SEWING MACHINE shown in Fig. 2;
Fig. 4 be the utility model to marking machine structure to mark method flow diagram;
Fig. 5 is the schematic diagram that the utility model positions elastic band marking machine structure;
Fig. 6 is the structural representation of the sewing mechanism of ELASTIC SEWING MACHINE shown in Fig. 1;
Fig. 7 is the use view of ELASTIC SEWING MACHINE shown in Fig. 1.
The specific embodiment
Below in conjunction with the accompanying drawing in the utility model embodiment, technical scheme in the utility model embodiment is clearly and completely described, obviously, described embodiment is only the utility model 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 utility model in detail.
Refer to Fig. 1, Fig. 2, the utility model provides a kind of ELASTIC SEWING MACHINE, comprise bridging mechanism 10, feeding material cutting machine structure 20, sewing mechanism 30 and receiving mechanism 40, the former charging tray of bridging mechanism 10 hanging support, the elastic band that feeding material cutting machine structure 20 provides former charging tray forms elastic endless belt and delivers to sewing mechanism 30 according to the demand severing of length and sign pattern, sewing mechanism 30 is sewed up elastic endless belt two ends, the elastic endless belt that receiving mechanism 40 is collected after sewing up.
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, for elastic band, walks around.Tightener sheave group 14 is comprised of a plurality of rollers, be arranged on a side of support desk 11, in order to walk around elastic band tensioning through the rear cooperation elastic band of pulley 131 at elastic band, in the present embodiment particularly, on support desk 11, be placed with a casing 16, tightener sheave group 14 is arranged on a side of this casing 16.Tightener sheave group 14 comprises the roller that position is fixing and position is adjustable, and position adjustable rolling wheel can be set as crank structure, so that the tensioning of elastic band 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 elastic band.
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 elastic band end to move, marking machine structure 23 is aimed at the sign pattern of elastic band, on cutting mechanism 24, there is cutting knife and form elastic endless belt head end or end for cutting elastic band end.
Cutting mechanism 24 is located at the side to marking machine structure 23, and 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 elastic band through marking machine structure 23 is entered to cutting mechanism 24.The first conveying mechanism 22 can be motor-driven 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, elastic band 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 elastic band 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 elastic band, only need to rotate plate body, between driving wheel and supporting surface, insert elastic band, then rotate plate body, driving wheel and supporting surface clamp elastic band, thereby drive elastic band to advance when driving wheel rotates.
Marking machine structure 23 is arranged on to the front side of board 21, in order to the sign pattern to elastic band, carries out accurate contraposition, and determine the distance between sign pattern and head end, so that severing forms head end on elastic band.Refer to Fig. 3, marking machine structure 23 is comprised to frame 231, motor 232, driving member 233, imageing sensor 234 and control system (not shown), frame 231 comprise top board 2311, base plate 2310 and be connected to top board 2311 and base plate 2310 between two side plates 2312, this two side plate 2312 can be located at both sides, front and back or the left and right sides of top board 2311, as shown in Figure 1, described two side plates 2312 are located at the both sides, front and back of top board 2311, as shown in Figure 2, described two side plates 2312 are located at the left and right sides of top board 2311.On top board 2311, have transparent zone 2314 excessively, the width of corresponding elastic band, attaches and passes through thereon for elastic band.This crosses the top that zone 2314 is positioned at imageing sensor 234 just, when elastic band, from this, crosses zone 2314 through out-of-date, and imageing sensor 234 can detect the sign pattern on elastic band.In the present embodiment, top board 2311 is provided with two spaced grip blocks 2315, interval between this two grip block 2315 and top board 2312 form the described zone 2314 of crossing, described grip block 2315 can relatively move, make the interval between two grip blocks 2315 can become large or dwindle, the width of crossing zone 2314 can become large or dwindle.In the time need to processing the elastic band of different in width, can adjust the interval between grip block 2315, the width of zone 2314 and elastic band width were matched.The described zone 2314 of crossing can consist of glass, and further, described top board 2311 is made by glass, cross zone 2314 and be always transparent region, and glass material is easy to get while guaranteeing the change width of zone 2314, and cost is low.Motor 232 is installed in frame 231, be installed in particularly the outside of side plate 2312, motor 232 is controlled running by control system, motor 232 drives driving member 233 motions, imageing sensor 234 is arranged on driving member 233 and moves in company with driving member 233, and the sign pattern that imageing sensor 234 gathers or detects on elastic band also sends a signal to control system.Described driving member 233 is driving belt, driving-chain or screw mandrel etc., all the gyration of motor can be converted into rectilinear motion, thereby drives the movement of imageing sensor 234.In the present embodiment, described driving member 233 is driving belt, and this driving belt coordinates runner to use, and driven by motor runner rotates, thereby drive driving belt 233 to rotate, and then drive imageing sensor 234 direction of moving towards along elastic band below mistake zone 2314 to move forward and backward.In the present embodiment, imageing sensor 234 is arranged in an adjustment seat 235, this adjustment seat 235 is clamped on driving belt regularly, described two side plates 2312 are located at the left and right sides of top board, described frame also comprises the connecting rod 2313 being connected between two side plates 2312, described adjustment seat 235 is also set on this connecting rod 2313 slidably, to guide by connecting rod 2313.This adjustment seat 235 can regulate under imageing sensor 234 in the vertical directions and move, and is adjustable to a suitable position, the sign pattern on elastic band can clearly be detected.Imageing sensor 234 gathers transparent mistake with 2314 sign pattern and sends a signal to control system.Control system can arrange independently, includes the operation screen 236 in order to input or demonstration information, as shown in Figure 2.
This to marking machine structure 23 for when identifying pattern on elastic band and carry out contraposition, then position positioning image sensor 234 according to sign pattern on elastic endless belt transmits elastic band with the distance of cutting knife, the pattern that utilizes imageing sensor 234 to detect on elastic band, when the sign pattern identical with pattern plate being detected, according to fixed point is positioned sign pattern, cutting knife severing elastic band forms head end, stops and severing elastic band forms the end of elastic endless belt while then carrying elastic band to length to be the length of elastic endless belt.
Described not only can be for the sign pattern on elastic being carried out to accurate contraposition in ELASTIC SEWING MACHINE to marking machine structure 23, also applicable to other bar arbitrarily, as elastic band, paper tape, belt etc.This identification mechanism 23 can position raw band by the relative position on finished product band according to identification pattern, and raw band severing is formed to finished product band, refers to shown in Fig. 4, and this specifically comprises the following steps mark method marking machine structure 23:
S1: use imageing sensor 234 gather sign pattern and form pattern plate in control system.
S2: the position of the location positioning imageing sensor 234 according to sign pattern on finished product band location, can arrange the position of sign pattern on finished product band according to consumer's different demands.
S3: transmit raw band, imageing sensor 234 detects raw band in region of search, and when imageing sensor 234 detects the sign pattern identical with pattern plate in region of search, control system is located raw band.If the head end of raw band is positioned at cutter, the head end of raw band is the head end of finished product band; If the head end of raw band surpasses cutter, severing raw band forms the head end of finished product band.Transmit before raw band, first raw band is placed on workbench, make one end of raw band near cutting knife, the head end that raw band is raw band near one end of cutting knife.
S4: transmit raw band, cut off raw band and form the end of finished product band according to the length of finished product band.
S5: if cut the finished product band of same size, repeating step S3, S4; If cut the finished product band of different size, repeating step S2 to S4.The length that same size refers to finished product band is identical, and the position of sign pattern on finished product band is identical; Different size refers to that the length of finished product band is not identical or the position of sign pattern on finished product band is not identical.If sign pattern is not identical, need to redefine pattern plate, in the time of a plurality of pattern plate can being stored in control system for needs, call.This automatic benchmarking's method is for cutting the raw band of different size, easy switching.
Further, before step S2, also comprise step S1.1: setting search region, the area of this region of search is greater than the area of pattern plate; In step S3, imageing sensor 234 detects raw band in region of search, and when imageing sensor 234 detects the sign pattern identical with pattern plate in region of search, control system is located raw band.
Further, before step S2, also comprise step S1.2: in pattern plate, set an anchor point.
Described raw band can be bar arbitrarily, as elastic band, paper tape, belt etc., now usings elastic band and describes as the specific embodiment.
Refer to shown in Fig. 5, on elastic band (being raw band), there are a plurality of patterns " BOY ", can or select it as sign pattern a part for pattern as sign pattern, as selected " BO " as sign pattern.Now using " BO " as sign pattern be specifically described.In Fig. 5, length K is 25cm, and length L is 50cm, length K ' be 35cm, length L ' be 60cm.The elastic endless belt that a length is 50cm as obtained, sign pattern " BO " is positioned the place apart from elastic endless belt head end 25cm, " BO " that gather on elastic band forms pattern plate, setting search region (S in Fig. 5 represents) is a square frame, its area is greater than pattern plate " BO ", control system control chart image-position sensor moves to apart from cutting knife (in Fig. 5, M point is cutter location) and stops (being that imageing sensor moves to the A point place in Fig. 5) for 25cm place, transmit elastic band, when the region of search on imageing sensor senses the sign pattern " BO " on elastic band, elastic band is located, cutting knife severing elastic band forms elastic band head end, continue to transmit elastic band, while being 50cm to the elastic band that again arrives cutter location apart from head end, (when the N point in Fig. 5 arrives cutter location) stops and severing elastic band formation end.Can obtain thus required elastic endless belt.If then need to obtain a length, it is the elastic endless belt of 60cm, sign pattern " BO " is positioned at the place apart from elastic endless belt head end 35cm, repeating step S3 to S5, namely moving images sensor is to being that 35cm place stops (being about to the A ' that imageing sensor moves in Fig. 5 locates) apart from cutting knife, transmit elastic band, when the region of search on imageing sensor senses the sign pattern " BO " on elastic band, cutting knife severing elastic band forms elastic band head end, continue to transmit elastic band, while being 60cm to the elastic band that again arrives cutter location apart from head end, (when the H point in Fig. 5 arrives cutter location) stops and severing elastic band formation end.Can obtain thus required elastic endless belt (being finished product band).
This can carry out accurate contraposition to the sign pattern on elastic band automatically to marking machine structure 23, and carry out severing elastic band according to the distance of the head end of sign pattern and elastic endless belt, sign pattern can be positioned to the optional position of elastic endless belt, thereby meet consumer's different demands and adopt control system automatically to control, can greatly enhance productivity.
Refer to shown in Fig. 6, in order to realize head end and the end automatical stitching of each elastic endless belt, to be automatically made into elastic 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 elastic band head ends move and second conveyor structure 25 drives elastic band to default length, cutting mechanism 24 severing elastic bands and form elastic band end, material folding delivery device 27 clamps elastic band head end and end respectively and overturns and sew up pushing to sewing mechanism 30 after justify align.
Second conveyor structure 25 is arranged on the opposite side of cutting mechanism 24, second conveyor structure 25 is for rotating at elastic band head end severing rear drive elastic band, 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 elastic band, second conveyor structure 25 not only drives elastic band to transmit and control the whole delivered length of elastic band, 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 imageing sensor 234 inductions identify pattern, drive elastic band to move to 234 pairs of sign patterns of imageing sensor and carry out place, accurate location, cut off the head end of elastic band formation elastic endless belt, the revolution of the first conveying mechanism 22 is set without control system, second conveyor structure 25 drives elastic band to move after head end forms, and rotation revolution is set by control system, thereby control the integral body output length of elastic band, after the default revolution of rotation, the end that elastic band forms elastic endless belt is cut off in cutting mechanism 24 actions.
La Liao mechanism 26 in order to the head end that clamps material to default position, for 27 clampings of material folding delivery device, also make second conveyor structure 25 when driving elastic band to carry, the clamping guiding of elastic band head end Ke Laliao mechanism 26 is lower mobile, and mobile elastic band can not piled up.La Liao mechanism 26 comprises can automatically open the first tong of folder and promote the cylinder that the first tong advances or retreats, after elastic band head end (being the head end of elastic 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, elastic band head end stretches in the first tong, the first tong is by the clamping of elastic band head end, and then the first tong is retracted into predeterminated position under the effect of cylinder.Until the other end (being the end of elastic endless belt) of elastic band after severing forms, head end and the end of material folding delivery device 27 clamping elastic endless belt, and upset will push to sewing mechanism 30 after justify align.
In conjunction with consulting Fig. 6, material folding delivery device 27 comprises two the second tongs 271 that can automatically open folder, installs and drives each second tong 271 along two rotating disks (rotating disk rotates by corresponding driven by motor) of movement in a curve and drives that two rotating disks are whole comes and goes mobile driving cylinder 273.2 second tongs 271 clamp respectively head end and the end of elastic 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, the head end of elastic endless belt and end align and partly overlap, elastic 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 head end of elastic endless belt and the overlapping part suture of end, thereby the head end of elastic endless belt and end are sewed up, form elastic ring, then driving cylinder 273 drives two rotating disk integral body to shift out from sewing mechanism 30, and 2 second tong 271 clamping elastic endless belt exit from sewing mechanism 30 together.2 second tongs 271 open, and splicing ring can fall to receiving mechanism 40 automatically, so realizes the making of automation elastic ring.This receiving mechanism (40) is provided with several rewinding bars (401), this receiving mechanism (40) is electrically connected a motor (not shown), this motor is electrically connected control system, when cutting the elastic endless belt of same size, rewinding bar (401) transfixion, elastic endless belt falls on same rewinding bar (401); When cutting the elastic endless belt of different size, control system is controlled machine operation, and rewinding bar (401) running on driven by motor receiving mechanism (40), drops on different rewinding bars (401) the elastic endless belt of different size, thereby realize the automatic classification of rewinding, simplify follow-up work.
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 the some gas blow pipes 276 that are arranged on installing plate 274, in order to elastic band is blown, keep elastic band clean.
See also Fig. 7, 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 action, thereby the sign of guarantee elastic band is identified automatically, also splicing of severing, can realize to automation different elastic endless belt length, the orderly making that the position indicating on different elastic endless belt limits, has greatly improved production efficiency.And can be according to the pitch information of the sign pattern on former elastic band, can effectively arrange to identify the length of pattern and required length number and length to mark order, reduce the formation length of waste material, thereby can save material.
The foregoing is only embodiment of the present utility model; not thereby limit the scope of the claims of the present utility model; every equivalent structure or conversion of equivalent flow process that utilizes the utility model description 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 utility model.
Claims (9)
1. one kind to marking machine structure, it is characterized in that, comprise frame (231), motor (232), driving member (233), imageing sensor (234) and control system, motor (232) is installed in frame (231) above and controls running by control system, motor (232) drives driving member (233) to rotate, it is upper in company with driving member (233) motion that imageing sensor (234) is arranged on driving member (233), and imageing sensor (234) detects the pattern on raw band and sends a signal to control system.
2. according to claim 1 marking machine structure be is characterized in that, described driving member (233) is driving belt, driving-chain or screw mandrel.
3. according to claim 1 marking machine structure be is characterized in that, described frame (231) comprises top board (2311), base plate (2310), is connected to two side plates (2312) between top board (2311) and base plate (2310).
4. according to claim 3 to marking machine structure, it is characterized in that, described two side plates (2312) are positioned at the left and right sides of top board (2311), described frame (231) also comprises the connecting rod (2313) being connected between two side plates (2312), on connecting rod (2313), be arranged with slidably an adjustment seat (235), it is upper that imageing sensor (234) is arranged on this adjustment seat (235), and this adjustment seat (235) can regulate under imageing sensor (234) in the vertical direction and move.
5. according to claim 3 marking machine structure be is characterized in that on described top board (2311), thering is the transparent zone (2314) of crossing.
6. an ELASTIC SEWING MACHINE, comprise feeding material cutting machine structure (20), be used for transmitting elastic band and by elastic band severing, it is characterized in that, this 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 elastic band to move, marking machine structure (23) is aimed at the sign pattern of elastic band to and determine the distance of sign pattern and elastic band head end, cutting mechanism (24) severing elastic band forms head end or the end of elastic endless belt; Described to marking machine structure (23) be in claim 1-5 described in any one to marking machine structure.
7. ELASTIC SEWING MACHINE according to claim 6, it is characterized in that, described feeding material cutting machine structure (20) also comprises second conveyor structure (25), this second conveyor structure (25) is arranged on the upper side relative with the first conveying mechanism (22) of cutting mechanism (24), and second conveyor structure (25) is for moving at elastic band head end severing rear drive elastic band.
8. ELASTIC SEWING MACHINE according to claim 6, is characterized in that, described ELASTIC SEWING MACHINE also comprises sewing mechanism (30), and this sewing mechanism (30) forms elastic endless belt for the head end of elastic splicing tape and end are united by a seam.
9. ELASTIC SEWING MACHINE according to claim 8, it is characterized in that, described ELASTIC SEWING MACHINE also comprises receiving mechanism (40), this receiving mechanism (40) is provided with several rewinding bars (401), this receiving mechanism (40) is electrically connected a motor, and this motor is electrically connected control system, when cutting the elastic endless belt of same size, rewinding bar (401) transfixion, elastic endless belt falls on same rewinding bar (401); When cutting the elastic endless belt of different size, control system is controlled machine operation, and rewinding bar (401) running on driven by motor receiving mechanism (40), drops on different rewinding bars (401) the elastic endless belt of different size.
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| CN201420341559.6U CN203890649U (en) | 2014-06-25 | 2014-06-25 | Identification aligning mechanism and elastic sewing machine |
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| CN201420341559.6U CN203890649U (en) | 2014-06-25 | 2014-06-25 | Identification aligning mechanism and elastic sewing machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105506868A (en) * | 2016-01-27 | 2016-04-20 | 浙江海森纺机科技有限公司 | Fully-computerized glove overlock machine |
| CN105568568A (en) * | 2016-03-10 | 2016-05-11 | 台州朗进缝纫机电有限公司 | Automatic elastic sewing machine |
| CN106854796A (en) * | 2017-01-20 | 2017-06-16 | 远东服装（苏州）有限公司 | A kind of full-automatic waist rope volume heading machine with rope reeling mechanism |
| CN107237049A (en) * | 2017-07-03 | 2017-10-10 | 远东服装（苏州）有限公司 | A kind of waist of trousers goes up ELASTIC SEWING MACHINE automatically |
| CN109972306A (en) * | 2019-03-19 | 2019-07-05 | 杰克缝纫机股份有限公司 | Label cuts out control method and its device, equipment and storage medium |
| CN112921516A (en) * | 2021-01-21 | 2021-06-08 | 广州科祺自动化设备有限公司 | Method for improving automatic calibration precision |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105506868A (en) * | 2016-01-27 | 2016-04-20 | 浙江海森纺机科技有限公司 | Fully-computerized glove overlock machine |
| CN105568568A (en) * | 2016-03-10 | 2016-05-11 | 台州朗进缝纫机电有限公司 | Automatic elastic sewing machine |
| CN106854796A (en) * | 2017-01-20 | 2017-06-16 | 远东服装（苏州）有限公司 | A kind of full-automatic waist rope volume heading machine with rope reeling mechanism |
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