CN203651069U

CN203651069U - Full-automatic bag machine for bags without sewing seams

Info

Publication number: CN203651069U
Application number: CN201320739058.9U
Authority: CN
Inventors: 林耀章
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-11-20
Filing date: 2013-11-20
Publication date: 2014-06-18
Anticipated expiration: 2023-11-20

Abstract

A full-automatic bag machine for bags without sewing seams comprises a cloth feeding device, a forming device, a buffering device, a cutting device, a steering device, a bottom adhering device, an edge folding device and a bottom covering device. The steering device comprises a conveyor table. The bottom adhering device comprises a bottom adhering mechanism arranged on one side edge of the conveyor table and corresponding to the bottom edge of one bag. The edge folding device comprises an edge folding mechanism arranged on the rear portion of the bottom adhering mechanism. The bottom covering device comprises a bottom covering mechanism, at least one hot-press mechanism and a cutting mechanism. According to the full-automatic bag machine for the bags without the sewing seams, the bags without the sewing seams and of a strengthened bottom covering structure can be manufactured without sewing threads in a fully-automatic mode, the bags of different types can be manufactured according to selection, and therefore the full-automatic bag machine for the bags without the sewing seams has the advantages of improving the production efficiency and manufacturing the different types of bags in a variable mode.

Description

Without the full automatic bag-making machine of sewing bag

Technical field

The utility model relates to a kind of Bag Making Machine, particularly relates to a kind of full automatic bag-making machine without sewing bag that can significantly improve the advantage such as sack production efficiency and the dissimilar sack of energy elasticity selection making that has.

Background technology

Referring to Fig. 1, general full-automatic Bag Making Machine 10 is mainly to utilize a series of mechanical device that one cloth is made into cylinder bag by plane, before and after it, be sequentially disposed with one and put cloth apparatus 11, one printing equipment 12, one apparatus for coating 13, one shaped device 14, one buffer unit 15, one cutting means 16, one transfer 17, one sewing device 18 and a bag end device 19, this is put cloth apparatus 11 and is provided with a material wheel 111, this material wheel 111 can be rolled up and send the plane cl oth of making cylinder bag, this printing equipment 12 is provided with the printing machine 121 that can print to design on fabric surface pattern, this apparatus for coating 13 comprises a coating frame 131, and one be located at the coating mechanism 132 that can be coated with to cloth outer surface last layer anti-skidding object in coating frame 131, this shaped device 14 comprises that one can be to the glutinous limit extruder 141 of cloth edge gluing, one is arranged on extruder 141 rear places, glutinous limit can make cloth upset be converted into the shaping mechanism 142 of drum pipe bag, and one be arranged on the cloth pressing wheel mechanism 143 that shaping mechanism 142 rear places can flatten cylindrical tube bag, this buffer unit 15 comprises that a buffering frame 151 and several axle are located at fast pulley 152 and the castor 153 in buffering frame 151, cylindrical tube bag is worn and is walked around between fast pulley 152 and castor 153, by moving up and down of castor 153, can regulate the transporting velocity of pipe bag, this cutting means 16 is provided with a cutting mechanism 161 that can become to the severing of cylindrical tube bag single sack, this transfer 17 is provided with a transportation machine 171 that can change sack throughput direction, this sewing device 18 comprises that one is arranged on transportation machine 171 side edge and can does sack base the sewing machine 181 of sewing sealing, at the bottom of this bag, device 19 comprises that one is arranged on transportation machine 171 side edge and can provides a sealing strip to make coated feed-tape structure 191 to sack base, one is arranged on feed-tape structure 191 rear places can be to the fixing hot pressing mechanism 192 of sealing row culture pressing, and one be arranged on hot pressing mechanism 192 rear places can be to the cutting mechanism 193 of sealing row culture severing, by the combination of above-mentioned each device, just can one-stop operation ground cloth is made to base car and is shaped with the cylindrical shape bag of thread structure by plane.

Above-mentioned Bag Making Machine 10 can reach the full-automatic working effect of producing sack really, but this kind of Bag Making Machine 10 still has its disappearance in the use, these Bag Making Machine 10 final finished are to be made into cylindrical shape sack, the base of sack is to seal with thread, therefore need to use sewing machine 181 and carry out sewing, but general sewing machine 181 is in the time carrying out sewing, for fear of the restriction of the sewing speed of sewing machine 181 own, the sewing operation that completes a sack often needs to spend considerable time, effectively improving production efficiency, and the production procedure of whole Bag Making Machine 10 sacks is to be also stuck in this section, to cause the different main cause of the whole production line front and back mechanical transporting velocity of section, therefore dealer sets up buffer unit 15 at the middle section position place of Bag Making Machine 10, its purpose is the different transporting velocity of section sack before and after will being used for regulating and cushioning, although this can allow the conveying of sack reach smooth and easy effect, but or cannot thoroughly solve sack because sewing action the not high root problem of the production efficiency that causes.

Utility model content

The utility model object be to provide a kind of special making to produce not use thread without sewing bag, improving production efficiency and can produce the full automatic bag-making machine without sewing bag of dissimilar sack significantly whereby.

The utility model provides a kind of full automatic bag-making machine without sewing bag, include one and put cloth apparatus, a shaped device, a buffer unit, a cutting means, a transfer, the device of the glutinous end, a crimping unit and a bag end device, wherein: this transfer includes a transportation machine, a plane cl oth can be made into a cylindrical shape sack by putting cloth apparatus to cutting means, finally this sack can turn by transportation machine and carries, this device of glutinous end comprises that one is arranged on transportation machine one side edge and to Nian Di mechanism that should sack base, Gai Niandi mechanism can select to bind or inadhesion to sack base, this crimping unit comprises an edge-folding mechanism that is arranged on rear place of Nian Di mechanism, and this edge-folding mechanism can be selected single turnover, repeatedly turn down or do not turn down sack base, at the bottom of this bag, device comprises that one is arranged on edge-folding mechanism rear place and provides a sealing strip to seal coated Bao Di mechanism, at least one group to sack base and is arranged on rear place of Bao Di mechanism and sealing bar is heated to the hot pressing mechanism of pressurization and one is arranged on the cutting mechanism of hot pressing mechanism rear place to the severing of sealing row culture.

Full automatic bag-making machine without sewing bag described in the utility model, Gai Niandi mechanism comprises that a holder, one are arranged on the heat block that holder inside heated by sack base and two and are arranged on holder rear place sack base is done the rolling wheel of roll extrusion.

Full automatic bag-making machine without sewing bag described in the utility model, this edge-folding mechanism comprises that a body, one are opened in body front place and guide the entrance that enters and one for sack base and be arranged on body rear place and can guide the former that sack base turns down.

Full automatic bag-making machine without sewing bag described in the utility model, this hot pressing mechanism comprises that a holder, two are arranged on the heat block that sealing strip heated holder inside and two and are arranged on the rolling wheel of holder rear place to the roll extrusion of sealing row culture.

Full automatic bag-making machine without sewing bag described in the utility model, this hot pressing mechanism comprises that a holder and two are arranged on holder inside and sealing strip are heated to the heat pressure roller of pressurization simultaneously.

The beneficial effects of the utility model are: do not use sewing device, allow the front and back section machinery of whole Bag Making Machine system can remain on high-speed cruising state to the transporting velocity of sack, add that the visual sack kind of device of the glutinous end of the present utility model and crimping unit is for the free choice for use of user, reach whereby and significantly promote sack production efficiency, and can be according to user's demand, elasticity selects to produce the effect of dissimilar sack.

Accompanying drawing explanation

Fig. 1 is the constitutional diagram of general Bag Making Machine;

Fig. 2 is the constitutional diagram of the utility model without full automatic bag-making machine one preferred embodiment of sewing bag, illustrates that the utility model includes one and puts cloth apparatus, a printing equipment, an anti-skidding treating apparatus, a shaped device, a buffer unit, a cutting means, a transfer, the device of the glutinous end, a crimping unit and a bag end device;

Fig. 3 is the flow chart of above-mentioned preferred embodiment, illustrates that the flow process that the utility model is made into sack by plane cl oth moves;

Fig. 4 is this device constitutional diagram of glutinous end of above-mentioned preferred embodiment, illustrates that this device of glutinous end comprises a Nian Di mechanism, and Nian Di mechanism comprises a holder, a heat block and two rolling wheels;

Fig. 5 is this crimping unit constitutional diagram of above-mentioned preferred embodiment, illustrates that this crimping unit comprises an edge-folding mechanism, and edge-folding mechanism comprises that a body and is located at the former on body;

Fig. 6 is this crimping unit constitutional diagram of above-mentioned preferred embodiment, illustrates that this crimping unit comprises another edge-folding mechanism, and another edge-folding mechanism comprises a body, one first former and one second former;

Fig. 7 is device constitutional diagram at the bottom of this bag of above-mentioned preferred embodiment, this bag is described at the bottom of device comprise a Bao Di mechanism, a hot pressing mechanism and a cutting mechanism;

Fig. 8 is device constitutional diagram at the bottom of this bag of above-mentioned preferred embodiment, this bag is described at the bottom of device comprise a Bao Di mechanism, another hot pressing mechanism and a cutting mechanism;

Fig. 9 is the action diagram of above-mentioned preferred embodiment, illustrates that user selects not use Nian Di mechanism and edge-folding mechanism, directly with Bao Di mechanism, sack is wrapped the end and completes one without sewing bag;

Figure 10 is the action diagram of above-mentioned preferred embodiment, and user's choice for use Nian Di mechanism, edge-folding mechanism and Bao Di mechanism are described, produce have the glutinous end and a folded edges without sewing bag;

Figure 11 is the action diagram of above-mentioned preferred embodiment, and user's choice for use Nian Di mechanism, another edge-folding mechanism and Bao Di mechanism are described, produce have the glutinous end and repeatedly folded edges without sewing bag;

Figure 12 is the schematic diagram of above-mentioned preferred embodiment, illustrates that sack base folds repeatedly the situation of folded edges.

The specific embodiment

Below in conjunction with drawings and Examples, the utility model is elaborated.

Referring to Fig. 2, Fig. 3, the utility model without the full automatic bag-making machine 20 of sewing bag in a preferred embodiment, jointly form an automatic production line by leading portion machinery group and back segment machinery group equally with general Bag Making Machine 10, leading portion machinery group comprises one and puts cloth apparatus 21, one printing equipment 22, one anti-skidding treating apparatus 23, one shaped device 24, one buffer unit 25, one cutting means 26 and a transfer 27, and the utility model is mainly improved and is focused on back segment machinery group, back segment machinery group comprises the device of the glutinous end 30, one crimping unit 40 and a bag end device 50, then, after again the main member of above-mentioned each mechanical device and combination form being specified in.

This is put cloth apparatus 21 and mainly has a material wheel 211, and this material wheel 211 can be rolled up and send one as the plane cl oth 1 without sewing bag material, and this cloth 1 can be PP, PE Polywoven Bag or paper material.

This printing equipment 22 comprises that one is arranged on the printing mechanism 221 of putting cloth apparatus 21 rear places, and can print cloth 1 surface by this printing mechanism 221.

This anti-skidding treating apparatus 23 comprises that one is arranged on the coating mechanism 231 at printing equipment 22 rear places, in the present embodiment, cloth 1 is take PP Polywoven Bag as example, the sack smooth surface of producing due to plastics cloth 1, cause sack to be not easy storehouse, therefore this coating mechanism 231 can have one deck to have the non slip surface 101 of anti-skidding effect to cloth 1 surface-coated, this non slip surface 101 is available to sack outside as anti-skidding purposes, if sack material is general paper material, because having possessed, paper material itself has skidproof effect, sack does not just need to do anti-skidding processing, so product demand of the visual sack of user, choice for use or do not use this coating mechanism 231.

This shaped device 24 comprises that one is arranged on shaping mechanism 242 and that the glutinous limit extruder 241, of putting cloth apparatus 21 rear places is arranged on extruder 241 rear places, glutinous limit and is arranged on the cloth pressing wheel mechanism 243 at shaping mechanism 242 rear places, this glutinous limit extruder 241 can carry out gluing to a side 102 of cloth 1, shaping mechanism 242 can be shaped to cloth 1 turnover the pipe bag 2 of drum, then cloth pressing wheel mechanism 243 carries out roll-in to pipe bag 2 again, allows whereby this pipe bag 2 can be pressed into flat and carry backward.

This buffer unit 25 comprises that a buffering frame 251 and that is arranged on shaped device 24 rear places is arranged on the buffer gear 252 in buffering frame 251, this buffering frame 251 is accepted cloth pressing wheel mechanism 243 and can be guided above-mentioned pipe bag 2 and enter, this buffer gear 252 is mainly for controlling the also transporting velocity of adjustable pipe bag 2 front and back sections, its structure is similar with general Bag Making Machine 10, just no longer adds to repeat at this.

This cutting means 26 comprises that one is arranged on the cutting mechanism 261 at buffer unit 25 rear places, cutting mechanism 261 can cut and become the cylindrical shape sack 3 that is one by one monomer shape above-mentioned pipe bag 2, now, these sack 3 top ends have a upper shed 301, and bottom place has a under shed 302.

This transfer 27 comprises that a mode of transferring with 90 degree is arranged on the transportation machine 271 at cutting means 26 rear places, transportation machine 271 can allow sack 3 change over transverse shifting by original vertically moving, and sack 3 bases are carried along a side directions of transportation machine 271.

Simultaneously referring to Fig. 4, this device of glutinous end 30 includes one and is arranged on transportation machine 271 1 side edge and to Nian Di mechanism 31 that should sack 3 bases, in the present embodiment, Gai Niandi mechanism 31 comprises a holder 311, one is arranged on the heat block 312 of holder 311 inside, and two rolling wheel 313 that is arranged on holder 311 rear places, this holder 311 is arranged on a side edge of transportation machine 271, its inside can be passed through for sack 3 bases, this heat block 312 is arranged on holder 311 top places, in the time that sack 3 passes through holder 311, this heat block 312 can be heated to proper temperature to sack 3 bases, because sack 3 internal layers of the present embodiment are the relations forming with Polywoven Bag, high temperature can allow sack 3 bases produce hot melt phenomenon, then allow again sack 3 be subject to two rolling wheel 313 roll extrusion, these sack 3 bases just can be cohered do hot pressing at roll extrusion position, whereby the under shed 302 of sack 3 is formed to enclosuring structure, certainly user also can select only to allow sack 3 by holder 311 the unreal heat that applies, this sack 3 just can not produce glutinous bottom structure, device of the glutinous end of the present utility model whereby 30 is available for users to select the glutinous end and not glutinous two kinds, end structural form freely to use.

Simultaneously referring to Fig. 5, this crimping unit 40 comprises that one is arranged on the edge-folding mechanism 41 at 31 rear places of Nian Di mechanism, in the present embodiment, this edge-folding mechanism 41 comprises that an interlocking is fixed on the body 411 on transportation machine 271, these body 411 front places offer one for guiding the entrance 412 entering in sack 3 bases, body 411 rear places be provided with one can guide sack 3 bases turn down action former 413, this former 413 comprises that the inclined-plane that is located at body 411 sides and top edge forms jointly, in the time that sack 3 bases enter body 411 by entrance 412, sack 3 bases can produce a folded edges by automatic curled along with the guiding of former 413, referring to Fig. 6, user also can install another edge-folding mechanism 42 of other pattern, this edge-folding mechanism 42 comprises a body 421, one first former 422 and one second former 423, the first former 422 and the second former 423 are similar with above-mentioned former 413 structures, and the second former 423 is to continue to be arranged on the first former 422 rear places, so in the time that body 421 is passed through on sack 3 bases, sequentially be subject to the first former 422, the second former 423 turns down continuously, can automatically produce secondary folded edges, certainly user also can select to remove above-mentioned edge-folding mechanism 41 (42), the utility model just can not produce flanging action to sack 3 bases, the use of above-mentioned whereby edge-folding mechanism 41 (42) or do not use, be available for users to select sack 3 bases to carry out single turnover, repeatedly turnover or the action such as do not turn down.

Simultaneously referring to Fig. 7, at the bottom of this bag, device 50 comprises that one is arranged on the transportation machine 271 1 side edge Bao Di mechanism 51 relative with sack 3 bases, several hot pressing mechanisms 52 that are arranged on 51 rear places of Bao Di mechanism, an and cutting mechanism 53 that is arranged on hot pressing mechanism 52 rear places, this structure of ladle bottom 51 includes a belt wheel 511, this belt wheel 511 can be carried provides a sealing strip 4, and can first be converted into V-arrangement shape with former (not shown) in the middle of sealing bar 4, again sack 3 bases are coated, sealing strip 4 is coated with the glutinous agent of one deck in advance at inner face place, in the time of sealing strip 4 involutory coated sack 3, sealing strip 4 can automatically be pasted and be attached on sack 3 surfaces, this hot pressing mechanism 52 comprises a holder 521, two are arranged on the heat block 522 of holder 521 inside, and two rolling wheel 523 that is arranged on holder 521 rear places and can does sealing strip 4 roll extrusion, two heat blocks 522 can heat sealing strip 4, so as to promoting the effect of cohering of sealing strip 4, two rolling wheels 523 can be done roll extrusion to sealing strip 4, sealing strip 4 makes together with can closely fixedly stick together with sack 3, this cutting mechanism 53 has two cutting blades 531 opposing upper and lower, in the time that sack 3 arrives the position of cutting mechanism 53, two cutting blades 531 can carry out severing to sealing strip 4, so just complete one without sewing bag 100.

In addition, hot pressing mechanism of the present utility model also can adopt another kind of structure, referring to Fig. 8, another hot pressing mechanism 54 comprises that a holder 541 and two is arranged on the heat pressure roller 542 of holder 541 inside, two heat pressure rollers 542 can heat pressurization to sealing strip 4 simultaneously, can reach sealing strip 4 is closely being pasted to the fixed effect on sack 3 equally whereby.

Be more than the structure general introduction of the utility model without the each mechanical device of full automatic bag-making machine of sewing bag; Then, then effect statement that usage operation of the present utility model and expection can be reached as rear:

Again referring to Fig. 2, Fig. 3, in the time that the utility model comes into operation, first put cloth apparatus 21 and can send a plane cl oth 1 by volume, plane cl oth 1 can mold a pipe bag 2 after by shaped device 24, then allow this pipe bag 2 by cutting means 26, cut into the cylindrical shape sack 3 of monomer one by one, now this sack 3 pushes up two ends, the end and is respectively equipped with upper shed 301 and under shed 302, come again, sack 3 allows transport path do 90 degree turnovers via transfer 27, makes the under shed 302 on sack 3 bases just just to the side at transportation machine 271.

Referring to Fig. 9, then, user can select above-mentioned cylindrical shape sack 3 bases to carry out various sealing processing, first, user can not use Nian Di mechanism 31 and edge-folding mechanism 41, allow sack 3 base under sheds 302 by Bao Di mechanism 51, be directly subject to that sealing strip 4 is coated to seal, so just complete one without sewing bag 100.

Referring to Figure 10, user can choice for use Nian Di mechanism 31 and edge-folding mechanism 41, Nian Di mechanism 31 can bind and forms a glutinous bottom 303 sack 3 under sheds 302, use again edge-folding mechanism 41 to carry out a flanging action to the glutinous bottom 303 of sack 3, sack 3 bases can form a flanging portion 304, make sack 3 bases there is structural strength and the sealing of strengthening, finally with Bao Di mechanism 51, end operation is wrapped to sealing strip 4 by the flanging portion 304 of sack 3 again, so just can produce have a folded edges without sewing bag 200.

Referring to Fig. 6, Figure 11 and Figure 12, user can another edge-folding mechanism 42 of choice for use, in the time that sack 3 passes through this edge-folding mechanism 42, this edge-folding mechanism 42 can carry out the action of secondary flanging in guiding sack 3 bases, allow sack 3 bases form another flanging portion 305, finally allow again sack 3 wrap end operation to another flanging portion 305, so just can produce have repeatedly folded edges without sewing bag 300.

In sum, the utility model without the full automatic bag-making machine of sewing bag be mainly for solve general Bag Making Machine 10 use sewing device 18 and cause sack production efficiency reduce problem, technological means of the present utility model is mainly for making a kind of special Bag Making Machine without sewing bag, the sack of making due to the utility model does not need through sewing, therefore the utility model can be cast out the installing of sewing device, naturally also can not produce the disappearance of sewing device, that is to say, the utility model sack is in course of conveying, because there is no the setting of sewing device, just can not produce the phenomenon of pause standby, so whole production line machinery just can be quite smooth and easy to the transporting velocity of sack, can effectively accelerate the speed of response of sack, integral production efficiency just can significantly promote, and dispense the setting of sewing device, more contribute to reduce equipment cost and maintenance cost, in addition, with regard to the sack of producing, the utility model uses Nian Di mechanism 31, edge-folding mechanism 41 carries out back cover operation to sack 3 bases, Bao Di mechanism 51 provides a sealing strip 4 to be coated sack 3 bases, this sack polycrystalline substance that makes that the utility model is produced is to remove to bear Item Weight by sealing strip 4 with the face way of contact, can efficient hardening sack polycrystalline substance intensity, and promote the load capacity of whole sack, and the sealing of sack bottom is splendid, the material that sack uses also can be saved more, the most important thing is, the utility model is available for users to the demand according to bag product, choice for use or do not use Nian Di mechanism 31 and edge-folding mechanism 41, to produce the sack of multiple different structure of ladle bottom forms, the structure of the sack that therefore the utility model is made has more elasticity to select, the making scope of sack can be more extensive.

Claims

1. the full automatic bag-making machine without sewing bag, include one and put cloth apparatus, a shaped device, a buffer unit, a cutting means and a transfer, this transfer includes a transportation machine, a plane cl oth can be made into a cylindrical shape sack by putting cloth apparatus to cutting means, finally this sack can turn by transportation machine and carries, and it is characterized in that this full automatic bag-making machine without sewing bag also comprises:

The device of the glutinous end, comprises that one is arranged on transportation machine one side edge and to Nian Di mechanism that should sack base, Gai Niandi mechanism can select bind or inadhesion to sack base;

A crimping unit, comprises an edge-folding mechanism that is arranged on rear place of Nian Di mechanism, and this edge-folding mechanism can be selected single turnover, repeatedly turn down or do not turn down sack base; And

A bag end device, comprises that one is arranged on edge-folding mechanism rear place and provides a sealing strip to seal coated Bao Di mechanism, at least one group to sack base and is arranged on rear place of Bao Di mechanism and sealing bar heat to the hot pressing mechanism that pressurizes and one is arranged on the cutting mechanism of hot pressing mechanism rear place to the severing of sealing row culture.

2. the full automatic bag-making machine without sewing bag as claimed in claim 1, is characterized in that: Gai Niandi mechanism comprises that a holder, one are arranged on the heat block that holder inside heated by sack base and two and are arranged on holder rear place sack base is done the rolling wheel of roll extrusion.

3. the full automatic bag-making machine without sewing bag as claimed in claim 1, is characterized in that: this edge-folding mechanism comprises that a body, one are opened in body front place and guide the entrance that enters and one for sack base and be arranged on body rear place and can guide the former that sack base turns down.

4. the full automatic bag-making machine without sewing bag as claimed in claim 1, is characterized in that: at the bottom of this bag, the hot pressing mechanism of device comprises that a holder, two are arranged on the heat block that sealing strip heated holder inside and two and are arranged on the rolling wheel of holder rear place to the roll extrusion of sealing row culture.

5. the full automatic bag-making machine without sewing bag as claimed in claim 1, is characterized in that: at the bottom of this bag, the hot pressing mechanism of device comprises that a holder and two are arranged on holder inside and sealing strip are heated to the heat pressure roller of pressurization simultaneously.