CN104129099A - High-speed carry bag auxiliary material strengthening piece device - Google Patents
High-speed carry bag auxiliary material strengthening piece device Download PDFInfo
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- CN104129099A CN104129099A CN201410385243.1A CN201410385243A CN104129099A CN 104129099 A CN104129099 A CN 104129099A CN 201410385243 A CN201410385243 A CN 201410385243A CN 104129099 A CN104129099 A CN 104129099A
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Abstract
The invention discloses a high-speed carry bag auxiliary material strengthening piece device. The high-speed carry bag auxiliary material strengthening piece device is characterized in that auxiliary materials are conveyed out through a conveying rubber roller and are cut by a cutter, auxiliary material strengthening pieces are then sucked by a sucker arranged on the disc face of a rotating disc, and lastly the auxiliary material strengthening pieces are rotated to a bag manufacturing process of a bag manufacturing machine to be sealed. The whole bag manufacturing operation is made to be quite smooth, and the production speed of the auxiliary material strengthening pieces can be greatly improved.
Description
Technical field
The present invention relates to the secondary material of a kind of high speed handbag reinforced sheet device, particularly a kind of handbag secondary material reinforced sheet device of fully-automatic production with reinforced sheet handbag producing machine that be adapted to.
Background technology
On society portable plastic bag become in daily life indispensable, each department store, shop, airport etc. at home and abroad, invariably a part for beautiful packaging using exquisite Portable plastic poly-bag as product.Wherein the carrying handle part of Portable plastic poly-bag can be divided into two kinds of structures, the first is to have the handgrip that a plastic film is made to put forward part as drawing at the each involution in plastic bag sack both sides, the second in sack both sides be sticked the secondary tablet of one deck as strengthening bag, mode in this position using punching is taken and is put forward part as poly-bag again, wherein the latter is lighter in weight, sack is unlikely too heavy simultaneously, and folding is comparatively easy.
The making that China Patent No. 200720105835.9 is strengthened handbag for the secondary material of the second at present have been introduced, but nowadays along with market constantly expands, this kind of type cannot be met the need of market.Main cause is: its structure is to adopt rotating to replace rotating suction disc, exist mechanical action too loaded down with trivial details, each sucker is all controlled by electronic valve simultaneously, in use procedure, easily break down, and secondary tablet adopts triangle bifurcated device by two secondary material separately, cannot use thinner secondary tablet, and the feeding rubber roll of triangle bifurcated device and secondary material conveyer structure coordinate not perfectly, therefore can not further enhance productivity again.
Summary of the invention
In view of the technical problem existing in background technology, technical problem solved by the invention aims to provide the secondary material of the high speed handbag reinforced sheet device that a kind of quality of finished is high, speed is fast, efficiency is high.
For solving the problems of the technologies described above, the present invention adopts following technical scheme: the secondary material of a kind of high speed handbag reinforced sheet device, include secondary material unreeling structure, secondary material conveyer structure, rotating disk mechanism, the pressing of secondary material and cutting means and secondary material hot knife group device, described rotating disk mechanism comprises central turnplate, on described central turnplate, even number etc. point arranges some for adsorbing the sucker groups of upper and lower secondary material, described central turnplate carries out calibration rotation by power source transmission by isodisperse, described central turnplate is provided with some gas passages, the connection corresponding to sucker group of gas passage, described gas passage is communicated with the unit of bleeding, it is characterized in that: what the pressing of described secondary material and cutting means were positioned at central turnplate cuts station place, the assembling of described secondary material hot knife is setting in the heat-sealing station place of central turnplate, described central turnplate is provided with the corresponding some air valve pistons that some gas passages open and close of controlling, described air valve piston is in the corresponding up and down setting in gas passage place, on described air valve piston, be also provided with air flue, the up and down of air valve piston makes respectively air flue and corresponding gas passage be connected and blocking-up mutually, described secondary material conveyer structure includes the first conveying roller group, the second conveying roller group and the 3rd conveying roller group, every group of conveying roller group comprises a pair of cooperatively interact and carry pair to expect upper, lower roller, the second conveying roller group and the 3rd conveying roller group are arranged on the front of the first conveying roller group, conveying roller between each conveying roller group is parallel to each other, the transport path left and right alignment of each conveying roller group, the corresponding front of outlet of the second conveying roller group cuts the upper surface of station place central turnplate, the corresponding front of outlet of the 3rd conveying roller group cuts the lower surface of station place central turnplate.
The upper roller of described the first conveying roller group and lower roller are by transmission device transmission, the upper and lower conveying roller of the second conveying roller group is in transmission connection, the upper and lower conveying roller of the 3rd conveying roller group is in transmission connection, the upper roller of the second conveying roller group and the first conveying roller group is in transmission connection, and the lower roller of the 3rd conveying roller group and the first conveying roller group is in transmission connection.
The upper and lower conveying roller of described the second conveying roller group is laminated and by the gear Synchronous Transmission of intermeshing, the upper and lower conveying roller of described the 3rd conveying roller group is laminated and by the gear Synchronous Transmission of intermeshing, the second conveying roller group is connected by conveyer belt Synchronous Transmission with the upper roller of the first conveying roller group, and the 3rd conveying roller group is connected by conveyer belt Synchronous Transmission with the lower roller of the first conveying roller group.
The pressing of described secondary material and cutting means comprise assembly and lower assembly, on it, assembly comprises upper force fit plate and the upper cutting knife of knee-action, the knee-action of described upper force fit plate and upper cutting knife respectively by be arranged on frame upper pressing cylinder and on cut cylinder-driven, its lower assembly comprises lower force fit plate and the lower cutting knife of knee-action, the knee-action of described lower force fit plate and lower cutting knife respectively by be arranged on frame lower pressing cylinder and under cut cylinder-driven, its upper and lower assembly arranges respectively the both sides up and down that cut station place central turnplate.
Described secondary material hot knife group device comprises assembly and lower assembly, on it, assembly comprises hot knife and drives the above upper heat-sealing cylinder of hot knife knee-action, its lower assembly comprises the lower heat-sealing cylinder of lower hot knife and the lower hot knife knee-action of drive, and its upper and lower assembly arranges respectively the both sides up and down that cut station place central turnplate.
Two that also include knee-action compress bar, these two compress bar be separately positioned on the both sides up and down of central turnplate and respectively with cut station and heat-sealing station place air valve piston corresponding, the knee-action that compresses bar is driven by cylinder.
Described sucker group is by central turnplate six deciles, and described central turnplate once rotates 60 degree.
Between the upper and lower conveying roller of described the second conveying roller group, be also provided with some press strips, between the upper and lower conveying roller of the 3rd conveying roller group, be also provided with some bars of press strips.
The assembling of described secondary material hot knife installs counts two-period form, and lift cylinder is set in frame, is provided with transverse slat in lift cylinder, by upper lifting action under lift cylinder band motion plate, by upper and lower heat-sealing cylinder respectively correspondence be arranged on transverse slat.
Beneficial effect of the present invention is, what pair material was delivered to central turnplate cuts station place, the pair material reinforced sheet being adsorbed on central turnplate is cut into suitable size with cutting knife, the extremely another side of rotation is by sealing cutter group involution on plastic bag again, make hand plastic bag be able to continuous completing fast, to keep the quality of final finished and to enhance productivity and speed, therefore the present invention compared with prior art has substantive distinguishing features and progress.
Brief description of the drawings
Details and the operation principle of embodiments of the present invention and embodiment are described below in conjunction with accompanying drawing.
Fig. 1 is overall structure schematic diagram of the present invention.
Fig. 2 is schematic perspective view of the present invention.
Fig. 3 is schematic side view of the present invention.
Fig. 4 is secondary material conveying device schematic diagram of the present invention.
Fig. 5 is central sucker cross-sectional schematic of the present invention.
Fig. 6 is action schematic diagram of the present invention.
Fig. 7 is the simple schematic diagram of flow process that coordinates with Bag Making Machine of the present invention.
Detailed description of the invention
Referring to accompanying drawing 1, the secondary material of a kind of high speed handbag reinforced sheet device in present embodiment, include the pair material unreeling structure 20 being arranged in frame, secondary material conveyer structure 60, rotating disk mechanism 40, the pressing of secondary material and cutting means 80 and secondary material hot knife group device 100, secondary material unreeling structure, secondary material conveyer structure in present embodiment, rotating disk mechanism is set up successively.
Referring to accompanying drawing 2,3,5, wherein said rotating disk mechanism comprises central turnplate 401, and this central turnplate carries out calibration rotation by power source 42 by line shaft 41 transmissions.On described central turnplate, even number etc. point arranges some for adsorbing the sucker groups 451 of upper and lower secondary material, central turnplate will carry out calibration rotation according to isodisperse (central turnplate is divided into the quantity of several parts by sucker group), described central turnplate is provided with some gas passages 43, the connection corresponding to sucker group of gas passage, described gas passage is communicated with the unit 44 of bleeding, sucker group has upper and lower suction hole 45 on central turnplate, what the pressing of described secondary material and cutting means were positioned at central turnplate 401 cuts station place, the assembling of described secondary material hot knife is setting in the heat-sealing station place of central turnplate, described central turnplate is provided with the corresponding some air valve pistons 46 that some gas passages open and close of controlling, described air valve piston 46 is in the corresponding up and down setting in gas passage place, on described air valve piston, be also provided with air flue 47, the up and down of air valve piston 46 makes respectively air flue 47 and corresponding gas passage 43 be connected and blocking-up mutually.In the present embodiment, sucker group is divided into six deciles by central turnplate, the each rotation of central turnplate is 60 degree, and gas passage 43 is set directly at formation hollow groove in central turnplate.
Referring to accompanying drawing 3, 4, described secondary material conveyer structure 60 includes the first conveying roller group 61, 62, the second conveying roller group 63, 66 and the 3rd conveying roller group 64, 67, every group of conveying roller group comprises a pair of cooperatively interact and carry pair to expect upper, lower roller, the second conveying roller group and the 3rd conveying roller group are arranged on the front of the first conveying roller group, conveying roller between each conveying roller group is parallel to each other, the transport path left and right alignment of each conveying roller group, the corresponding front of outlet of the second conveying roller group cuts the upper surface of station place central turnplate 401, the corresponding front of outlet of the 3rd conveying roller group cuts the lower surface of station place central turnplate 401.
The upper roller 61 of described the first conveying roller group and lower roller 62 are by transmission device transmission, the upper and lower conveying roller 63,66 of the second conveying roller group is in transmission connection, the upper and lower conveying roller 67,64 of the 3rd conveying roller group is in transmission connection, the upper roller of the second conveying roller group and the first conveying roller group is in transmission connection, and the lower roller of the 3rd conveying roller group and the first conveying roller group is in transmission connection.
Be laminated and by the gear Synchronous Transmission of intermeshing referring to the upper and lower conveying roller 63,66 of the second conveying roller group described in accompanying drawing 4, the upper and lower conveying roller 67,64 of described the 3rd conveying roller group is laminated and by the gear Synchronous Transmission of intermeshing, the second conveying roller group is connected by conveyer belt 65 Synchronous Transmission with the upper roller of the first conveying roller group, and the 3rd conveying roller group is connected by conveyer belt Synchronous Transmission with the lower roller of the first conveying roller group.
Referring to accompanying drawing 4, between the upper and lower conveying roller of described the second conveying roller group, be also provided with between the upper and lower conveying roller of some press strips 601, the three conveying roller groups and be also provided with some bars of press strips 602.Can make secondary material be unlikely to sagging, can also smooth secondary material film.In present embodiment, by offering groove for press strip setting on conveying roller, press strip will be fixed in frame by connecting plate simultaneously, and secondary material is by by above press strip.
Referring to accompanying drawing 2, 3, the pressing of described secondary material and cutting means 80 comprise assembly and lower assembly, on it, assembly comprises upper force fit plate 82 and the upper cutting knife 84 of knee-action, the knee-action of described upper force fit plate and upper cutting knife respectively by be arranged on frame upper pressing cylinder 81 and on cut cylinder 83 transmissions, its lower assembly comprises lower force fit plate and the lower cutting knife of knee-action, the knee-action of described lower force fit plate and lower cutting knife respectively by be arranged on frame lower pressing cylinder and under cut cylinder-driven, its upper and lower assembly arranges respectively the both sides up and down that cut station place central turnplate.
Referring to accompanying drawing 2,3, described secondary material hot knife group device 100 comprises assembly and lower assembly, on it, assembly comprises hot knife 102 and drives the above upper heat-sealing cylinder 101 of hot knife knee-action, its lower assembly comprises the lower heat-sealing cylinder of lower hot knife and the lower hot knife knee-action of drive, and its upper and lower assembly arranges respectively the both sides up and down that cut station place central turnplate.
In order to enhance productivity faster, pair is expected to hot knife group device 100 is designed to two-period form, in frame 1, be provided with lift cylinder 103, be provided with transverse slat 104 in lift cylinder 103, by upper lifting action under lift cylinder band motion plate, by upper, lower heat-sealing cylinder 101 respectively correspondence be arranged at transverse slat 104(transverse slat be divided into lower upper two and driven by two groups of lift cylinders respectively) on, therefore in the time starting to produce, lift cylinder is near central turnplate, drive and seal up and down cylinder near central turnplate, make, the card distance of lower hot knife and central turnplate is nearer, therefore can shorten the stroke that seals up and down cylinder, make its action faster.In the time of machine down, lift cylinder will seal up and down cylinder and take away, and make upper and lower hot knife away from plastic bag, avoid the high temperature of hot knife that sack is melted simultaneously.
The present invention also includes two of knee-action and compresses bar 1021,821, these two compress bar and are separately positioned on the both sides up and down of central turnplate and corresponding with the air valve piston that cuts station and heat-sealing station place respectively, the knee-action that compresses bar is driven by cylinder, in present embodiment, compress bar 1021 and be arranged on central turnplate upside and drive knee-action by upper heat-sealing cylinder 101, compress bar 821 and be arranged on central turnplate downside and drive knee-action by lower pressing cylinder.
By reference to the accompanying drawings 1,2, described secondary material unreeling structure 20 includes dispensing shaft 21, material volume plug 22, and lateral adjustment device 23, when this discharging device uses, material volume is positioned on dispensing shaft 21, and roll up plug 22 by material material is rolled up and is fixed on dispensing shaft 21, then by lateral adjustment device 23, material is rolled up to the middle position that is adjusted to whole frame.Lateral adjustment device is that usual means will not describe in detail here.
By reference to the accompanying drawings 2,3, the front side of being located at secondary material unreeling structure 20 arranges deflector roll 30, rolls up after the turnover of these deflector rolls 30 when pair material, can make raw material obtain better tension effect, to facilitate the follow-up action that cuts.
Between described deflector roll 30 and secondary material conveying device 60, be also provided with symmetrical cut-off knife 70, to be cylindrical body (being that cross section is sealing two-layer equation) due to pair material volume itself, therefore utilize this to organize symmetrical cut-off knife 70, utilize its oblique blade 701 that the dual side-edge of pair material volume is cut, make it form two membranes up and down separately.
In conjunction with Fig. 3, when pair material is by after the first conveying roller group 61,62, then secondary material enters respectively the second conveying roller group, the 3rd conveying roller group, and secondary material is divided into two-layer up and down, the secondary material in upper strata enters between the second conveying roller group, and the secondary material of lower floor enters between the 3rd conveying roller group, because upper and lower two-layer secondary material is respectively by the passive conveying roller Synchronous Transmission of pressing separately, therefore secondary material can use thinner material, also can relatively reduce cost of manufacture.
Again by reference to the accompanying drawings 6, 7, before machine comes into operation, pair material is installed on dispensing shaft 21, then pair material is walked around to deflector roll 30, make secondary material there is certain tension force, again by pair material through symmetrical cut-off knife 70, make secondary material be divided into upper and lower two-layer secondary material, then two-layer secondary material is passed through to the first conveying roller group 61, 62(wherein upper roller 61 and lower roller 62 can be delivering rubber roller), through press strip 601, 602 smooth exports the second conveying roller group to always, the 3rd conveying roller group place, now secondary material is divided into levels, the secondary material peripheral region in central turnplate 401 now, in the time of machine run, a fixing length sent by pair material by conveying device, the secondary material level of now sending out is in the both sides up and down of sucker group 451 that cut station place central turnplate 401, then start upper and lower pressing cylinder, drive upper and lower force fit plate simultaneously, pair material is pressed on to the both sides up and down of sucker group 451, can drive lower compression bar 821 simultaneously, and lower compression bar 821 will contact the air valve piston 46 that cuts station place, when contacting after air valve piston 46, air flue 47 will communicate with gas passage 43, sucker group 451 will produce suction, therefore pair material can be adsorbed in sucker group 451.And then startup pair expects that upper cutting knife 84 and lower cutting knife cut off pair material, after cutting off, upper and lower cutting knife and upper and lower force fit plate will reset, because pair material has been adsorbed in sucker group, now central turnplate 401 will rotate 60 degree (central turnplate formula six deciles, each 60 degree that rotate), in the time that pair material is rotated to heat-sealing station place, start upper and lower hot knife, pair material is heat-sealed in to the both sides, inside of sack.When compressing bar 1021 in the time sealing state, upper hot knife 102 is just in time compressed to the air valve piston 46 that seals station place, air valve piston 46 is pushed against to opposite side, now air flue 47 will not communicate with gas passage 43, the suction of sucker group 451 is just cut off, and therefore secondary material can not be adsorbed in sucker group 451.Then sack is transported to subsequent processing, and so circulation send secondary material, pressing, cut-out, absorption to rotate again.Because this creates special design, therefore apply to reach in the flow process of actual bag the mode of high-speed full-automatic, certainly in efficiency, more improve, also can save labour cost and improve the advantages such as safety.The present invention can carry out on-line job with Bag Making Machine, and the upper and lower film of bag is carried respectively in the card up and down of heat-sealing station place central turnplate.
Claims (9)
1. the secondary material of a high speed handbag reinforced sheet device, include secondary material unreeling structure (20), secondary material conveyer structure (60), rotating disk mechanism (40), the pressing of secondary material and cutting means (80) and secondary material hot knife group device (100), described rotating disk mechanism comprises central turnplate (401), the upper even numbers of described central turnplate (401) etc. point arrange some for adsorbing the sucker group (451) of upper and lower secondary material, described central turnplate carries out calibration rotation by power source transmission by isodisperse, described central turnplate (401) is provided with some gas passages (43), gas passage (43) connection corresponding to sucker group (451), described gas passage is communicated with the unit of bleeding, it is characterized in that: what the pressing of described secondary material and cutting means (80) were positioned at central turnplate cuts station place, described secondary material hot knife group device (100) is positioned at the heat-sealing station place of central turnplate, described central turnplate is provided with the corresponding some air valve pistons (46) that some gas passages open and close of controlling, described air valve piston is in the corresponding up and down setting in gas passage place, on described air valve piston, be also provided with air flue (47), the up and down of air valve piston makes respectively air flue and corresponding gas passage be connected and blocking-up mutually, described secondary material conveyer structure (60) includes the first conveying roller group, the second conveying roller group and the 3rd conveying roller group, every group of conveying roller group comprises a pair of cooperatively interact and carry pair to expect upper, lower roller, the second conveying roller group and the 3rd conveying roller group are arranged on the front of the first conveying roller group, conveying roller between each conveying roller group is parallel to each other, the transport path left and right alignment of each conveying roller group, the corresponding front of outlet of the second conveying roller group cuts the upper surface of station place central turnplate (401), the corresponding front of outlet of the 3rd conveying roller group cuts the lower surface of station place central turnplate.
2. the secondary material of a kind of high speed handbag as claimed in claim 1 reinforced sheet device, it is characterized in that: the upper roller (61) of described the first conveying roller group and lower roller (62) are by transmission device transmission, the upper and lower conveying roller (63,66) of the second conveying roller group is in transmission connection, the upper and lower conveying roller (67,64) of the 3rd conveying roller group is in transmission connection, the upper roller (61) of the second conveying roller group and the first conveying roller group is in transmission connection, and the lower roller (62) of the 3rd conveying roller group and the first conveying roller group is in transmission connection.
3. the secondary material of a kind of high speed handbag as claimed in claim 2 reinforced sheet device, it is characterized in that: the upper and lower conveying roller of described the second conveying roller group is laminated and by the gear Synchronous Transmission of intermeshing, the upper and lower conveying roller of described the 3rd conveying roller group is laminated and by the gear Synchronous Transmission of intermeshing, the second conveying roller group is connected by conveyer belt (65) Synchronous Transmission with the upper roller of the first conveying roller group, and the 3rd conveying roller group is connected by conveyer belt Synchronous Transmission with the lower roller of the first conveying roller group.
4. the secondary material of a kind of high speed handbag as claimed in claim 1 reinforced sheet device, it is characterized in that: the pressing of described secondary material and cutting means comprise assembly and lower assembly, on it, assembly comprises upper force fit plate (82) and the upper cutting knife (84) of knee-action, the knee-action of described upper force fit plate and upper cutting knife respectively by be arranged on frame upper pressing cylinder (81) and on cut cylinder (83) transmission, its lower assembly comprises lower force fit plate and the lower cutting knife of knee-action, the knee-action of described lower force fit plate and lower cutting knife respectively by be arranged on frame lower pressing cylinder and under cut cylinder-driven, its upper and lower assembly arranges respectively the both sides up and down that cut station place central turnplate.
5. the secondary material of a kind of high speed handbag as claimed in claim 1 reinforced sheet device, it is characterized in that: described secondary material hot knife group device comprises assembly and lower assembly, on it, assembly comprises hot knife (102) and drives the above upper heat-sealing cylinder (101) of hot knife knee-action, its lower assembly comprises the lower heat-sealing cylinder of lower hot knife and the lower hot knife knee-action of drive, and its upper and lower assembly arranges respectively the both sides up and down that cut station place central turnplate.
6. the secondary material of a kind of high speed handbag as claimed in claim 1 reinforced sheet device, it is characterized in that: two that also include knee-action compress bar (1021,821), these two compress bar be separately positioned on the both sides up and down of central turnplate and respectively with cut station and heat-sealing station place air valve piston corresponding, the knee-action that compresses bar is driven by cylinder.
7. the secondary material of a kind of high speed handbag as claimed in claim 1 reinforced sheet device, is characterized in that: described sucker group is by central turnplate six deciles, and described central turnplate once rotates 60 degree.
8. the secondary material of a kind of high speed handbag as claimed in claim 1 reinforced sheet device, it is characterized in that: between the upper and lower conveying roller of described the second conveying roller group, be also provided with some press strips (601), between the upper and lower conveying roller of the 3rd conveying roller group, be also provided with some bars of press strips (602).
9. the secondary material of a kind of high speed handbag as claimed in claim 1 reinforced sheet device, it is characterized in that: described secondary material hot knife group device (100) is designed to two-period form, lift cylinder (103) is set in frame (1), be provided with transverse slat (104) in lift cylinder (103), by upper lifting action under lift cylinder band motion plate, by upper and lower heat-sealing cylinder (101) respectively correspondence be arranged on transverse slat (104).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410385243.1A CN104129099B (en) | 2014-08-07 | A kind of high speed handbag pair material reinforced sheet device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410385243.1A CN104129099B (en) | 2014-08-07 | A kind of high speed handbag pair material reinforced sheet device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104129099A true CN104129099A (en) | 2014-11-05 |
| CN104129099B CN104129099B (en) | 2016-11-30 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106671488A (en) * | 2017-02-06 | 2017-05-17 | 厦门鑫华冠塑胶科技有限公司 | Automatic film sticking machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE4111021A1 (en) * | 1991-04-05 | 1992-10-08 | Honsel & Co Inh Karl Heinz Hon | Carrier bag production system - forms handles from sheets folded to form arms secured at ends to further sheets |
| CN2834895Y (en) * | 2005-09-07 | 2006-11-08 | 闻德华 | Automatic hand bag forming machine |
| CN101007450A (en) * | 2007-01-19 | 2007-08-01 | 丁善玉 | Handheld ring pair material reinforcing mechanism for plastic portable bag |
| CN201900741U (en) * | 2010-12-09 | 2011-07-20 | 闻德华 | Paperboard sticking machine for hand bag machine |
| CN203331466U (en) * | 2013-07-22 | 2013-12-11 | 浙江超伟机械有限公司 | Full-automatic plastic bag making machine |
| CN203974151U (en) * | 2014-08-07 | 2014-12-03 | 浙江超伟机械有限公司 | The secondary material of a kind of high speed handbag reinforced sheet device |
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE4111021A1 (en) * | 1991-04-05 | 1992-10-08 | Honsel & Co Inh Karl Heinz Hon | Carrier bag production system - forms handles from sheets folded to form arms secured at ends to further sheets |
| CN2834895Y (en) * | 2005-09-07 | 2006-11-08 | 闻德华 | Automatic hand bag forming machine |
| CN101007450A (en) * | 2007-01-19 | 2007-08-01 | 丁善玉 | Handheld ring pair material reinforcing mechanism for plastic portable bag |
| CN201900741U (en) * | 2010-12-09 | 2011-07-20 | 闻德华 | Paperboard sticking machine for hand bag machine |
| CN203331466U (en) * | 2013-07-22 | 2013-12-11 | 浙江超伟机械有限公司 | Full-automatic plastic bag making machine |
| CN203974151U (en) * | 2014-08-07 | 2014-12-03 | 浙江超伟机械有限公司 | The secondary material of a kind of high speed handbag reinforced sheet device |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106671488A (en) * | 2017-02-06 | 2017-05-17 | 厦门鑫华冠塑胶科技有限公司 | Automatic film sticking machine |
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