CN201511549U - Layered-delivery automatic high-speed cutting and sewing device - Google Patents
Layered-delivery automatic high-speed cutting and sewing device Download PDFInfo
- Publication number
- CN201511549U CN201511549U CN2009202364685U CN200920236468U CN201511549U CN 201511549 U CN201511549 U CN 201511549U CN 2009202364685 U CN2009202364685 U CN 2009202364685U CN 200920236468 U CN200920236468 U CN 200920236468U CN 201511549 U CN201511549 U CN 201511549U
- Authority
- CN
- China
- Prior art keywords
- device associated
- longitudinal translating
- translating device
- lateral transfer
- automatic
- 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.)
- Expired - Lifetime
Links
Images
Abstract
The utility model relates to a layered-delivery automatic high-speed cutting and sewing device, which solves the problem that the operation efficiency cannot be doubled because the existing automatic cutting and sewing device improves the operation efficiency through distribution operation, a next bag body can be feed into a receiving mechanism only after a bag body is transversely and fully taken away from the receiving mechanism and pause is caused. The technical scheme is that the device comprises a frame, a roller bag material longitudinal delivery mechanism, a cutting mechanism, a swinging distributor, rear longitudinal delivery mechanisms, transverse delivery mechanisms and automatic sewing machines, wherein the roller bag material longitudinal delivery mechanism, the cutting mechanism, the swinging distributor, the rear longitudinal delivery mechanisms, the transverse delivery mechanisms and the automatic sewing machines are arranged on the frame, the number of the rolled bag material longitudinal delivery mechanism, the cutting mechanism and the swinging distributor is respectively one, the number of the rear longitudinal delivery mechanisms, the transverse delivery mechanisms and the automatic sewing machines is respectively two or more than two, the rear longitudinal delivery mechanisms are arranged in a layering way, the swinging distributor is arranged behind the cutting mechanism, and the swinging distributor is respectively matched with the rear longitudinal delivery mechanisms by changing angles through repetitive swinging. A retaining gauge can be arranged at the rear part of each rear longitudinal delivery mechanism.
Description
Technical field
The utility model belongs to a kind of making packing sack, just like the machinery equipment of the big Polywoven Bag of packing raw material, rice and so on, cattle hide paper bag, cloth woven bag etc., the stitching devices that particularly has automatic sanction bag function.
Background technology
Make on the operation of packing sack at present, after finishing printing and cutting, its bottom needs to sew up, traditional way is to use automatic or semi-automatic sewing car, sew up with manually feeding the sewing car one by one, but the inefficiency of this mode, quality are uneven, are not suitable for large-batch industrial bag operation needs.The stitching devices of the present fully-automatic packaging sack that occurs, can carry out automatic transport to the rolling bag material of finishing the tubular behind the printing process, cut individual, sew up, its structure comprises frame and setting rolling bag material longitudinal translating device associated thereon, shut-off mechanism, support structure, lateral transfer mechanism, automatic sewing machine, wherein rolling bag material longitudinal translating device associated connects rolling bag material unwinding device, shut-off mechanism is located at rolling bag material longitudinal translating device associated back, support structure is located at the shut-off mechanism back, lateral transfer mechanism is located at the support structure side, automatic sewing machine is located at the bag material joining edge of lateral transfer mechanism through the position, the throughput direction of the throughput direction of lateral transfer mechanism and the longitudinal translating device associated structure arrangement relation that meets at right angles.Because the sewing velocity of the sewing machine of this stitching devices has certain limit, can cause defect rate and machine-spoiled rate to improve when operating speed is too high, the operating speed of rolling bag material longitudinal translating device associated and shut-off mechanism then can be than higher, not not matching of this operating speed, make the task performance of machine not give full play of, thereby its operating efficiency is undesirable, can not adapt to the more bag job requirements of high yield.In addition, when the stitching devices of fully-automatic packaging sack and printing machine are formed processing line, also can be fast because of the print speed printing speed of printing machine, the sewing velocity of stitching devices can not be fast, and can't give play to the high efficiency of processing line.
The applicant is for addressing this problem, in first to file the double end stitching devices of a kind of automatic sanction bag of No. the 200420071022.9th, Chinese patent, design feature is that rolling bag material longitudinal translating device associated, shut-off mechanism and support structure respectively are one, lateral transfer mechanism and automatic sewing machine respectively are two, the bag inlet side of two lateral transfer mechanisms respectively joins to the bag outlet side with support structure from left and right sides, and two automatic sewing machines match with two lateral transfer mechanisms respectively.Shunt operation by two lateral transfer mechanisms and two automatic sewing machines, the operating efficiency of stitching devices is effectively improved.But owing to kept the support structure of the stitching devices of original fully-automatic packaging sack to be located at the shut-off mechanism back, lateral transfer mechanism is located at the design feature of support structure side, so when a bag is sent to support structure by the vertical fixed length of rolling bag material longitudinal translating device associated, be cut off just to stop to vertically move after mechanism cuts off and be on the support structure, give automatic sewing machine by lateral transfer mechanism with its lateral transfer then, so just need be after lateral transfer mechanism laterally removes a bag fully from support structure, rolling bag material longitudinal translating device associated just begins to send next bag to support structure, before previous bag is laterally removed fully from support structure, the wait that need pause of rolling bag material longitudinal translating device associated, this discontinuous working method makes this improvement project of the applicant can't reach the best purpose that significantly improves operating efficiency of anticipation.
The shunting conveying device of the woven bag grooving machine that No. the 200520133216.1st, Chinese patent, the another kind of structure that improves operating efficiency by the shunting operation has been proposed, characteristics also are rolling bag material longitudinal translating device associated, shut-off mechanism and support structure respectively are one, lateral transfer mechanism and automatic sewing machine respectively are more than two or two, lateral transfer mechanism more than two or two does to go up the lower leaf setting, the bag outlet side of support structure joins by the above lateral transfer of a current divider of swinging the conversion angled conveyor repeatedly and these two or two mechanism, and each automatic sewing machine matches with each lateral transfer mechanism respectively.This technical scheme is the same with the existing problem of the above-mentioned patent of the applicant, owing to kept the support structure of the stitching devices of original fully-automatic packaging sack to be located at the shut-off mechanism back, lateral transfer mechanism is located at the design feature of support structure side, so when a bag is sent to support structure by the vertical fixed length of rolling bag material longitudinal translating device associated, be cut off just to stop to vertically move after mechanism cuts off and be on the support structure, then by current divider guiding lateral transfer mechanism, give automatic sewing machine with its lateral transfer, so just need be after lateral transfer mechanism laterally removes a bag fully from support structure, rolling bag material longitudinal translating device associated just begins to send next bag to support structure, before previous bag is laterally removed fully from support structure, the wait that need pause of rolling bag material longitudinal translating device associated, this discontinuous working method causes this improvement project also can't reach the best purpose that significantly improves operating efficiency of anticipation.
Summary of the invention
For overcome existing improve by the shunting operation that the automatic joint-cutting device of operating efficiency is existing need be after lateral transfer mechanism laterally removes a bag from the support structure fully, rolling bag material longitudinal translating device associated just begins to send next bag to support structure, before previous bag is laterally removed from the support structure fully, the wait that need pause of rolling bag material longitudinal translating device associated, can't reach the defective that significantly improves operating efficiency, the utility model provides a kind of automatic high speed lancing device of improved layering conveying, can overcome the defective of prior art.
The technical scheme that its technical problem that solves the utility model adopts is: the automatic high speed lancing device that a kind of layering is carried, it is characterized in that: comprise frame and device rolling bag material longitudinal translating device associated thereon, shut-off mechanism, the swing current divider, back longitudinal translating device associated, lateral transfer mechanism, automatic sewing machine, rolling bag material longitudinal translating device associated wherein, shut-off mechanism and swing current divider respectively are one, back longitudinal translating device associated, lateral transfer mechanism and automatic sewing machine respectively are more than two or two, longitudinal translating device associated after one, a lateral transfer mechanism and an automatic sewing machine constitute an independently sewing operation mechanism, each back longitudinal translating device associated is done the layering setting, rolling bag material longitudinal translating device associated connects rolling bag material unwinding device, shut-off mechanism is located at rolling bag material longitudinal translating device associated back, the swing current divider is located at the shut-off mechanism back, back longitudinal translating device associated is located at swing current divider back, the horizontal longitudinal translating device associated side, back of being located at of lateral transfer mechanism, automatic sewing machine is located at the bag material of lateral transfer mechanism and is waited to sew up mouth through the position, and the swing current divider passes through repeatedly wobbling action conversion angled conveyor and cooperates with each back longitudinal translating device associated respectively.
Technique scheme so-called horizontal and vertical, it is special name to the throughput direction of two form right angle arrangement relation on the joint-cutting device, be not the direction on the relativeness of people and joint-cutting device, also irrelevant with respect to the placing direction in place with the joint-cutting device.
What is called on this specification is the continuity for the joint-cutting operation continuously, and the situation that needs bag to do the moment pause when cutting off with shut-off mechanism has nothing to do.The shut-off mechanism of the utility model automatic high speed lancing device can be that bag does not pause as moment when cutting off.
The sewing operation mechanism of technique scheme can be two, three or four.
Technique scheme can also be provided with vertical conveying support structure between shut-off mechanism and swing current divider.
The rear portion of the back longitudinal translating device associated of technique scheme can be provided with retaining rule, the position when conveying is finished on the longitudinal translating device associated of back with the qualification bag.Retaining rule can be fixed, open-close types, move up and down formula or length travel formula.Retaining rule can be located at above the conveyer belt of back longitudinal translating device associated, also can put in the space between the narrow conveyer belt, can also be located at the outside, rear end of back longitudinal translating device associated.Photoelectric sensor such as can be used as at the retaining rule alternative of same-action.
The shut-off mechanism of technique scheme can adopt the hot knife structure, also can adopt the cold cutter structure; Cutting knife can be the forms such as cutting knife, rolling cutter or move left and right cutting knife that move up and down.
The swing current divider of technique scheme can by be rotatably assorted on frame deflector and drive deflector and swing the driver of conversion angled conveyor repeatedly and constitute, deflector can adopt various suitable shapes.
Can adopt the mode of conveyer belt on the conveying mechanism of technique scheme, also can adopt mode pressing roller.Employing conveyer belt mode can be an annular broadband, also can be many annular arrowbands arranged side by side; On the conveyer belt, can also be provided with one or several and press the bag wheel or press the bag band to be mated.
Can be provided with grabber in the lateral transfer mechanism of technique scheme, in order to carrying the bag that puts in place to catch the conveying that enters lateral transfer mechanism on the longitudinal translating device associated of back.Grabber can be the forms such as pinch roller swing arm, sucker manipulator or shift fork that cooperate with following turning cylinder.
Any longitudinal translating device associated back, back of technique scheme, can also set up the swing current divider, the branch longitudinal translating device associated more than two or two is set up in swing current divider back, connects lateral transfer mechanism and automatic sewing machine more than two or two, further improves operating efficiency.
The beneficial effects of the utility model are: because the shut-off mechanism back is provided with the swing current divider, swing current divider back is provided with the back longitudinal translating device associated, the horizontal back longitudinal translating device associated of being located at of lateral transfer mechanism, so previous bag that rolling bag material longitudinal translating device associated is sent, after the longitudinal translating device associated of the previous back of swing current divider guiding, carry when entering previous back longitudinal translating device associated fully, another bag that rolling bag material longitudinal translating device associated is sent continuously, can by the swing current divider lead another the back longitudinal translating device associated, when previous bag is connect away by previous lateral transfer mechanism on the longitudinal translating device associated of previous back, another bag is just carried on another back longitudinal translating device associated and is finished, another bag that rolling bag material longitudinal translating device associated is sent is continuously connect away by previous back longitudinal translating device associated again, with these continuous operations, rolling bag material longitudinal translating device associated does not need to pause and waits for, like this, sewing operation mechanism shunts operation by increasing independently, just can reach the technique effect that significantly improves operating efficiency.Improvement key of the present utility model is to be conveying in the same way as back longitudinal translating device associated of carrying out split channel and rolling bag material longitudinal translating device associated, can not block up the crossing of bag before shunting, just enter the lateral transfer mechanism that conversion 90 degree are carried after the shunting separately, the sewing time difference of each sewing operation mechanism has constituted cycle operation in turn, can carry the formation matching relationship continuously with rolling bag material longitudinal translating device associated, guarantee that rolling bag material longitudinal translating device associated does not need the wait that pauses.Owing to can make the joint-cutting device really reach the purpose that increases substantially operating efficiency by the shunting operation, so the utility model also is fit to be used for form processing line with printing machine, with the printing that reaches into reel cloth, the streamlined operation that cuts, stitches the end, save intermediate link, increase work efficiency, reduce production costs; Having more significance also is: a kind of film that do not drench, the bag material of the common plastics woven bag of multiple film or multiple paper, if printing back coiling, top printed patterns can produce the dislocation distortion, cause substandard products, so can not coiling, become bag so all can't carry out joint-cutting for a long time by full-automatic joint-cutting device, its production efficiency is extremely low, the utility model can be formed processing line with printing machine now, also make this Polywoven Bag material can be after printing, do not need coiling, carry out joint-cutting one-tenth bag, make the production efficiency of this Polywoven Bag obtain breakthrough raising with regard to directly entering full-automatic joint-cutting device.
Description of drawings
Below in conjunction with drawings and Examples the utility model is done to describe more specifically.
Fig. 1 is the schematic top plan view of a kind of embodiment of the utility model.
Fig. 2 is that the A-A of Fig. 1 analyses and observe and 90 ° the schematic diagram of turning clockwise.
Fig. 3 is the schematic views of the another kind of selection scheme of Fig. 2.
Fig. 4 is the schematic top plan view of the another kind of embodiment of the utility model.
Fig. 5 is the schematic top plan view of another embodiment of the utility model.
Among the figure: 1, frame; 2, longitudinal translating device associated; 3, shut-off mechanism; 4, swing current divider; 5 and 6, back longitudinal translating device associated; 7 and 8, lateral transfer mechanism; 9 and 10, automatic sewing machine; 11 and 12, sewing operation mechanism; 13 and 14, retaining rule; 15, passage; 16,17 and 18, press a bag roller; 19, hot knife; 20 and 21, grabber; 22, guide plate; 23, vertically carry support structure; 24, press the bag band; 25, automatic sewing machine; 26, lateral transfer mechanism; 27, automatic sewing machine; 28, lateral transfer mechanism; 29 and 30, back longitudinal translating device associated; 31 and 32, retaining rule; 33 and 34, lateral transfer mechanism; 35 and 36, automatic sewing machine; 37 and 38, back longitudinal translating device associated; 39 and 40, retaining rule.
The specific embodiment
With reference to Fig. 1 Fig. 2, the automatic high speed lancing device that this layering is carried, it is characterized in that: comprise frame 1 and device rolling bag material longitudinal translating device associated 2 thereon, shut-off mechanism 3, swing current divider 4, back longitudinal translating device associated 5 and 6, lateral transfer mechanism 7 and 8, automatic sewing machine 9 and 10, wherein rolling bag material longitudinal translating device associated 2, shut-off mechanism 3 and swing current divider 4 respectively are one, back longitudinal translating device associated 5 and 6, lateral transfer mechanism 7 and 8, automatic sewing machine 9 and 10 respectively is two, back longitudinal translating device associated 5, lateral transfer mechanism 7 and automatic sewing machine 9 constitute an independently sewing operation mechanism 11, back longitudinal translating device associated 6, lateral transfer mechanism 8 and automatic sewing machine 10 constitute another independently sewing operation mechanism 12, longitudinal translating device associated 5 and 6 does to go up the lower leaf setting after two, rolling bag material longitudinal translating device associated 2 connects rolling bag material unwinding device, shut-off mechanism 3 is located at rolling bag material longitudinal translating device associated 2 back, swing current divider 4 is located at shut-off mechanism 3 back, back longitudinal translating device associated 5 and 6 is located at swing current divider 4 back, lateral transfer mechanism 7 and 8 is located at the side of back longitudinal translating device associated 5 and 6 respectively, automatic sewing machine 9 and 10 is located at the bag material of lateral transfer mechanism 7 and 8 respectively and is waited to sew up mouth through the position, and swing current divider 4 passes through repeatedly wobbling action conversion angled conveyor and cooperates with back longitudinal translating device associated 5 and 6 respectively.
In addition, back longitudinal translating device associated 5 and 6 rear portion are respectively equipped with retaining rule 13 and 14, carry position when finishing respectively to limit bag on the longitudinal translating device associated 5 and 6 of back, and retaining rule 13 or 14 are horizontal on the longitudinal translating device associated 5 or 6 of back; Retaining rule 13 on the back longitudinal translating device associated 5 are fixed, automatic sewing machine 9 corresponding cooperations with the homonymy setting, retaining rule 14 on the back longitudinal translating device associated 6 can vertically move adjustment, promptly can move adjustment along the throughput direction of back longitudinal translating device associated 6, with the automatic sewing machine 10 corresponding cooperations of the setting of homonymy not; As shown in Figure 1, two automatic sewing machines 9 and 10 are arranged on the both sides of passage 15 between two lateral transfer mechanisms 7 and 8, can make an operator can manage two automatic sewing machines 9 and 10 simultaneously, to save operator's number; Two automatic sewing machines 9 and 10 are being arranged under the both sides situation of passage 15 between two lateral transfer mechanisms 7 and 8, will keeping off rule 14 and make and to vertically move adjustment, can adapt to the long joint-cutting operations of different bags.Be equipped with on rolling bag material longitudinal translating device associated 2 and the back longitudinal translating device associated 5 and 6 and press bag roller 16,17,18.Shut-off mechanism 3 adopts the hot knife 19 of up-and-down motion type.Be respectively equipped with grabber 20 and 21 in the lateral transfer mechanism 7 and 8.The below of swing current divider 4 also is provided with guide plate 22, and when the dotted line position of swing current divider 4 Fig. 2, guide plate 22 can assist to swing current divider 4 with the lead back longitudinal translating device associated 6 of lower floor position of bag.
During use, behind the previous bag process shut-off mechanism 3 that rolling bag material longitudinal translating device associated 2 is sent, longitudinal translating device associated 5 is carried after being led into by swing current divider 4, being cut off mechanism 3 then cuts off, on the longitudinal translating device associated 5 of back, be delivered to and touch retaining rule 13, be vertically to carry to put in place, caught by the grabber in the lateral transfer mechanism 7 20 then and enter lateral transfer mechanism 7 and carry, the sewing mouth for the treatment of of bag passes through an automatic sewing machine 9, sealed by suture, continue then to carry toward bag folding device; After above-mentioned previous bag is cut off mechanism's 3 cut-outs, and then behind the back bag process shut-off mechanism 3 that rolling bag material longitudinal translating device associated 2 is sent, longitudinal translating device associated 6 is carried after being led into by swing current divider 4, being cut off mechanism 3 then cuts off, on the longitudinal translating device associated 6 of back, be delivered to and touch retaining rule 14, be vertically to carry to put in place, caught by the grabber in the lateral transfer mechanism 8 21 then and enter lateral transfer mechanism 8 and carry, the sewing mouth for the treatment of of bag passes through an automatic sewing machine 10, sealed by suture, continue then to carry toward bag folding device; After a bag is cut off mechanism 3 and cuts off after above-mentioned, and then another bag of sending of rolling bag material longitudinal translating device associated 2 is through shut-off mechanism 3, longitudinal translating device associated 5 is carried after being led into again by swing current divider 4, with this continuous cycle operation, rolling bag material longitudinal translating device associated 2 and shut-off mechanism 3 continuous operation always, centre do not need to pause and wait for.When an automatic sewing machine 9 or 10 broken yarns or other fault; can be by slowing down the operating rate of rolling bag material longitudinal translating device associated 2 and shut-off mechanism 3; by swing current divider 4 bag is all led toward one of them back longitudinal translating device associated 5 or 6 again; work on by a sewing operation mechanism 11 or 12; recover normal operation after fixing a breakdown again, machine does not need to shut down.
With reference to Fig. 3, can also be provided with vertical conveying support structure 23 between shut-off mechanism 3 and swing current divider 4, bag is caught by vertical conveying support structure 23 earlier after being cut off mechanism's 3 cut-outs, after vertically carrying, just lead into back longitudinal translating device associated 5 or 6 by swing current divider 4.Vertically carrying support structure 23 to be provided with presses bag to be with 24.
With reference to Fig. 4, the automatic high speed lancing device that this layering is carried, compare with the automatic high speed lancing device that this layering of Fig. 1 is carried, difference is that wherein automatic sewing machine 25 is arranged on the upper side edge of lateral transfer mechanism 26, automatic sewing machine 27 also is arranged on the upper side edge of lateral transfer mechanism 28, in this case, the retaining at back longitudinal translating device associated 29 and 30 rear portions rule 31 and 32 can be made fixed structure.Certainly, automatic sewing machine 25 and 27 also can be arranged on the lower side of lateral transfer mechanism 26 and 28, and at this moment the retaining at back longitudinal translating device associated 29 and 30 rear portions rule 31 and 32 should be made and can be vertically moved the adjustment structure.Other structure is identical with the automatic high speed lancing device that use and this layering of Fig. 1 are carried.
With reference to Fig. 5, the automatic high speed lancing device that this layering is carried, compare with the automatic high speed lancing device that this layering of Fig. 1 is carried, difference is that lateral transfer mechanism 33 arranges towards the right side, lateral transfer mechanism 34 arranges towards the left side, automatic sewing machine 35 and 36 is separately positioned on the upper side edge of lateral transfer mechanism 33 and 34, and the retaining rule 39 and 40 at back longitudinal translating device associated 37 and 38 rear portions can be made fixed structure.Certainly, automatic sewing machine 35 and 36 also can be arranged on the lower side of lateral transfer mechanism 34 and 35, and at this moment the retaining at back longitudinal translating device associated 37 and 38 rear portions rule 39 and 40 should be made and can be vertically moved the adjustment structure.Other structure is identical with the automatic high speed lancing device that use and this layering of Fig. 1 are carried.
Claims (10)
1. the automatic high speed lancing device carried of a layering, it is characterized in that: comprise frame and device rolling bag material longitudinal translating device associated thereon, shut-off mechanism, the swing current divider, back longitudinal translating device associated, lateral transfer mechanism, automatic sewing machine, rolling bag material longitudinal translating device associated wherein, shut-off mechanism and swing current divider respectively are one, back longitudinal translating device associated, lateral transfer mechanism and automatic sewing machine respectively are more than two or two, longitudinal translating device associated after one, a lateral transfer mechanism and an automatic sewing machine constitute an independently sewing operation mechanism, each back longitudinal translating device associated is done the layering setting, rolling bag material longitudinal translating device associated connects rolling bag material unwinding device, shut-off mechanism is located at rolling bag material longitudinal translating device associated back, the swing current divider is located at the shut-off mechanism back, back longitudinal translating device associated is located at swing current divider back, the horizontal longitudinal translating device associated side, back of being located at of lateral transfer mechanism, automatic sewing machine is located at the bag material of lateral transfer mechanism and is waited to sew up mouth through the position, and the swing current divider passes through repeatedly wobbling action conversion angled conveyor and cooperates with each back longitudinal translating device associated respectively.
2. the automatic high speed lancing device of carrying by the described layering of claim 1 is characterized in that being provided with vertical conveying support structure between described shut-off mechanism and the swing current divider.
3. the automatic high speed lancing device of carrying by claim 1 or 2 described layerings is characterized in that described sewing operation mechanism is two, three or four.
4. the automatic high speed lancing device of carrying by claim 1 or 2 described layerings is characterized in that the rear portion of described back longitudinal translating device associated is provided with retaining rule, carries position when finishing to limit bag on the longitudinal translating device associated of back.
5. the automatic high speed lancing device of carrying by the described layering of claim 4 is characterized in that described retaining rule are to be located at above the conveyer belt of back longitudinal translating device associated or to put in space between the narrow conveyer belt, or is located at the outside, rear end of back longitudinal translating device associated.
6. the automatic high speed lancing device of carrying by claim 1 or 2 described layerings, it is characterized in that described swing current divider by be rotatably assorted on frame deflector and drive deflector and swing the driver of conversion angled conveyor repeatedly and constitute.
7. the automatic high speed lancing device of carrying by claim 1 or 2 described layerings is characterized in that described conveying mechanism adopts the mode of conveyer belt or adopts mode to pressing roller, adopts the conveyer belt mode, is an annular broadband or many annular arrowbands arranged side by side.
8. the automatic high speed lancing device of carrying by the described layering of claim 7 is characterized in that described conveyer belt is provided with one or several and presses the bag wheel or press the bag band to be mated.
9. the automatic high speed lancing device of carrying by claim 1 or 2 described layerings is characterized in that described lateral transfer mechanism is provided with grabber, carrying the bag that puts in place to catch the conveying that enters lateral transfer mechanism on the longitudinal translating device associated of back.
10. press the automatic high speed lancing device that claim 1 or 2 described layerings are carried, longitudinal translating device associated back after it is characterized in that described one, have additional the swing current divider, the branch longitudinal translating device associated more than two or two is set up in swing current divider back, connects lateral transfer mechanism and automatic sewing machine more than two or two.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202364685U CN201511549U (en) | 2009-09-26 | 2009-09-26 | Layered-delivery automatic high-speed cutting and sewing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202364685U CN201511549U (en) | 2009-09-26 | 2009-09-26 | Layered-delivery automatic high-speed cutting and sewing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201511549U true CN201511549U (en) | 2010-06-23 |
Family
ID=42482952
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009202364685U Expired - Lifetime CN201511549U (en) | 2009-09-26 | 2009-09-26 | Layered-delivery automatic high-speed cutting and sewing device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201511549U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101670682A (en) * | 2009-09-26 | 2010-03-17 | 陈鸿奇 | Automatic high speed lancing device by layered conveying |
| CN103273683A (en) * | 2013-05-30 | 2013-09-04 | 北京工业大学 | Woven bag processing device integrated with automatic sewing function and cutting function |
-
2009
- 2009-09-26 CN CN2009202364685U patent/CN201511549U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101670682A (en) * | 2009-09-26 | 2010-03-17 | 陈鸿奇 | Automatic high speed lancing device by layered conveying |
| CN103273683A (en) * | 2013-05-30 | 2013-09-04 | 北京工业大学 | Woven bag processing device integrated with automatic sewing function and cutting function |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US3512456A (en) | Method and apparatus for mechanically producing string-tied bags | |
| CN102242469B (en) | Double-head sewing machine for cement woven bag sheet | |
| US4621585A (en) | Apparatus for fabricating pillowcases | |
| CN201695180U (en) | Hemming machine of woven bag | |
| CN107829223A (en) | A kind of automatic side machine of overseam four | |
| CN107322992A (en) | A kind of Polywoven Bag automatic bag sheathing grooving machine | |
| CN109763270A (en) | A kind of parallel gauze production system | |
| CN111449349A (en) | Plane gauze mask machine | |
| CN101670682B (en) | Automatic high speed lancing device by layered conveying | |
| CN201511549U (en) | Layered-delivery automatic high-speed cutting and sewing device | |
| CN110271895A (en) | A kind of double back rotary knife roller paper cutting machine | |
| CN2878047Y (en) | Shunt transportation device of fabric bag grooving machine | |
| CN104233632A (en) | Brand sewing device | |
| CN104275829A (en) | Full-automatic production line of double-bar cylinder flexible container bag | |
| CN203357956U (en) | Full-automatic production line of double-rib cylinder flexible freight bags | |
| CN207292663U (en) | A kind of clip chain pressuring flat device of self-styled bag package machine | |
| CN205929573U (en) | Heating is wrapped shaping of bag cloth, is cut integrated production line | |
| CN208183249U (en) | A kind of self-feeding flat seam machine | |
| CN105332171B (en) | A kind of braided packing bag automatic processing system | |
| CN201756635U (en) | Cement woven bag sheet double-head sewing machine | |
| CN104229225B (en) | Closing device embraced by a kind of folder stitched on bag belt conveyor line for material bag | |
| CN208266410U (en) | A kind of MULTI NEEDLE FLAT AEWING MACHINE bound edge sewing device | |
| CN206999742U (en) | The double woven bag that a kind of structure simplifies cuts set seam all-in-one | |
| CN215205740U (en) | Ice cream wax paper packing machine | |
| CN108360161A (en) | A kind of MULTI NEEDLE FLAT AEWING MACHINE bound edge sewing device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20100623 Effective date of abandoning: 20090926 |
|
| RGAV | Abandon patent right to avoid regrant |