CN209141483U

CN209141483U - Gloves blow molding film molding machine

Info

Publication number: CN209141483U
Application number: CN201821935956.0U
Authority: CN
Inventors: 黄辉
Original assignee: ZHANGJIAGANG BOLAIKE RUBBER AND PLASTIC PRODUCTS Co Ltd
Current assignee: ZHANGJIAGANG BOLAIKE RUBBER AND PLASTIC PRODUCTS Co Ltd
Priority date: 2018-11-22
Filing date: 2018-11-22
Publication date: 2019-07-23
Anticipated expiration: 2028-11-22

Abstract

The utility model relates to be film-made molding machine to a kind of blow molding of gloves, including rack, film blow blowing mechanism, gloves shaping mechanism and traction mechanism, film blow blowing mechanism includes machine barrel, die head and melt metering pump, gloves shaping mechanism includes hot pressing die and driving mechanism, and the bilayer film that die head is formed is pulled into corresponding gloves shaping mechanism through traction mechanism and carries out hot pressing formation gloves.The utility model can combine film function and gloves hot pressing function, after film is made, is directly entered gloves shaping mechanism and carries out hot pressing formation gloves, without storing to film, save storage area and warehouse cost, improve production efficiency.

Description

Gloves blow molding film molding machine

Technical field:

The utility model belongs to Thin film glove manufacturing technology field, and in particular to a kind of gloves blow molding film molding machine.

Background technique:

Thin film glove is a kind of product of keeping a public place clean of low cost, and it is each to be widely used in each rows such as medicine, health, food and drink, housekeeping Industry, since the customer group faced is huge, demand is also corresponding abnormal huge.

Thin film glove is generally the shape for forming gloves through moulding press hot pressing by the film of two superimposed, and then cutting is formed Gloves, specific Thin film glove production stage divides two major parts, and one piece is production film, specially utilizes cast film machine or film Blow moulding machine is filmed, then that the storage of manufactured film take-up is spare, and another piece is production Thin film glove, specially by inventory Film roll be installed on moulding press, each moulding press installs a bilayer film volume or two single thin layer film rolls, two single thin layers The film point upper and lower level of film roll is merged into duplicature band, then by the traction mechanism of moulding press be pulled into mold carry out hot pressing and Cross cutting forms gloves.

There are many drawbacks for the production method of above-mentioned this Thin film glove, first, production film and production gloves are separately managed Reason needs two sets of personnel, high labor cost enterprise；Second, film flaw present in film manufacturing process is by film personnel thin It is marked on film and is illustrated on product flowing card, but since a roll of film length is long, accordingly, it is difficult to which accurate description should Roll up the specific location of flaw on film, even and if the staff that makes gloves knows exam paper assessment film perfectly well there are flaw, also due to A roll of film long operational time and be difficult to find or miss discovery, so that flaw gloves be caused to flow into finished product, produce entire batch The defect rate of product rises；Third, number of devices is more, transfer shed is needed, causes occupied area wide, cost of investment is big, promotes enterprise Industry financing lever and expense cost are unfavorable for the benign existence of enterprise；Fourth, being needed replacing thin after the films of volume two complete molding Film roll, film roll weight is big, if artificial material lift, be easy to cause worker injuries, is such as thrown using mechanical feeding by increase equipment Enter cost, and the time for replacing film roll was divided into after the production time, and production efficiency is reduced.

In conclusion the method for traditional production Thin film glove, there are many drawbacks, therefore, it is necessary to research and develop a kind of new Production method replace conventional method, said one or multiple drawbacks are solved with this, with Promote Technology.

Utility model content:

Technical problem to be solved by the utility model is: providing a kind of gloves blow molding film molding machine, gloves blow molding system Film molding machine will be film-made function and gloves hot pressing function combines, and after film is made, be directly entered gloves shaping mechanism and carry out hot pressing Gloves are formed, without being stored to film, storage area and warehouse cost is saved, improves production efficiency.

In order to solve the above technical problems, the technical solution adopted by the utility model is: gloves blow molding film molding machine, including Rack, what is be arranged on the rack is used to blow the film blow blowing mechanism of tubular film, and several are arranged under film blow blowing mechanism The gloves shaping mechanism in rack and the traction mechanism for tracting film are swum, the film blow blowing mechanism, which will include one, to be set Rouge plasticizing machine barrel, several die heads being connected to respectively with machine barrel and with the one-to-one melt metering pump of die head, Ren Yimo Head is communicated on machine barrel by corresponding melt metering pump, and the gloves shaping mechanism includes hot pressing die and driving hot pressing The driving mechanism of mold actions, any die head is corresponding with one or more gloves shaping mechanism, and the bilayer that any die head is formed is thin Film is pulled into corresponding gloves shaping mechanism through traction mechanism and carries out hot pressing formation gloves.

As a preferred embodiment, further include a set of linkage controller, the linkage controller respectively with each melt metering pump, Each traction mechanism and machine barrel are electrically connected, and linkage controller can the hauling speed of synchronously control traction mechanism, melt metering pump Flow and machine barrel extruded velocity, make hot pressing speed phase of the film speed of film blow blowing mechanism with gloves shaping mechanism Match.

It as a preferred embodiment, further include a set of linkage controller, the both ends of any melt metering pump connect respectively It is connected to melt force sensor, linkage controller electrically connects with each melt metering pump, each melt force sensor and machine barrel respectively It connects, linkage controller melt pressure value according to detected by each melt force sensor controls the flow of corresponding melt metering pump And the extruded velocity of machine barrel, so that the film speed of film blow blowing mechanism and the hot pressing speed of gloves shaping mechanism is matched.

As a preferred embodiment, the die head Yu gloves shaping mechanism of the film blow blowing mechanism correspond, by any The molding tubular film of die head is pulled into corresponding gloves molding machine after guide roller is pressed into duplicature band, then through traction mechanism Structure.

As a preferred embodiment, the quantity of the traction mechanism and the quantity of gloves shaping mechanism correspond, any Traction mechanism is located at the downstream of corresponding gloves shaping mechanism.

As a preferred embodiment, a die head of the film blow blowing mechanism is corresponding with N platform gloves shaping mechanism, by appointing The molding tubular film of one die head is pressed into duplicature band through guide roller, sets between mutual corresponding die head and gloves shaping mechanism N-1 is equipped with the cutting blade arranged perpendicular to duplicature direction of belt travel, which is divided into cutting blade by duplicature band The double-deck sub- film strips of N item, the double-deck sub- film strips of the N item are pulled into corresponding gloves shaping mechanism by traction mechanism respectively, N be greater than 1 integer.

As a preferred embodiment, a die head, the cutting blade are connected on the machine barrel of the film blow blowing mechanism To be a piece of, the quantity of gloves shaping mechanism is two.

As a preferred embodiment, the gloves shaping mechanism is drum-type compression molding forming machine or pressure type compression molding Machine.

The beneficial effects of the utility model are: the tubular film of film blow blowing mechanism blow molding is pressed by the utility model Then duplicature band is introduced directly into gloves shaping mechanism and carries out hot pressing formation gloves, eliminates film take-up into film roll, then will The process that film roll device sleeve forming mechanism in one's hands carries out hot pressing, simplifies process, and, it is only necessary to an operator can be light Loose tube reason reduces cost of labor, and there are flaws for the film that operator's discovery film blow molding machine is configured to, can be directly by flaw Section is cut off, and duplicature band is then pulled into gloves molding machine from broken end again and carries out hot pressing, therefore effectively prevents film Flaw is not easy the technical issues of being found in volume, improves product yield, by the improvement of the above method, film and hot-press equipment It can be combined, occupation area of equipment is effectively reduced, storage space needed for reducing enterprise saves production cost.

By the way that melt metering pump is arranged in each die head upstream, the speed of film is formed using melt metering pump control die head, To match the operating rate of gloves molding machine, so that the speed of production for eliminating gloves shaping mechanism and film blow blowing mechanism is difficult to With intermediate film buildup or film splitting phenomenon is caused, it is achieved film, hot pressing linkage production.

Again due to being provided with linkage controller, which can monitor the speed of each traction mechanism in real time, And the uninterrupted of the melt metering pump of die head upstream is corresponded to according to monitored results on-line control, to realize that automatic linkage produces function Energy.

Again since a die head is corresponding with a gloves shaping mechanism, structure is simple, easy to operate, under at low cost, is suitable for Small business's small lot automated production.

It, can be according to the traction of different traction mechanisms again due to traction mechanism and gloves shaping mechanism one-to-one relationship Speed adjusts the speed that corresponding die head forms film, blocks the operation between each gloves shaping mechanism corresponding from different die heads Length velocity relation avoids cause all gloves shaping mechanisms can not normally produce because of the failure of a gloves shaping mechanism from showing As, it is ensured that production efficiency.

Again since cutting blade is arranged between die head and more gloves shaping mechanisms, a die head is enable to correspond to more Gloves shaping mechanism improves production efficiency, reduces production cost.

Again since gloves shaping mechanism is using drum-type compression molding forming machine or pressure type compression molding forming machine.Drum-type is molded into Type machine is able to drive duplicature band and is continuously advanced, as long as adjusting film speed and hot pressing speed, duplicature band can be kept to exist The phenomenon that remaining some tension during advancing, avoid mutual dislocation.Although and pressure type compression molding forming machine is in hot pressing Cheng Zhong, film are static on gloves shaping mechanism, but as long as adjustment hot pressing speed is consistent with film speed, and reserved certain Film damper distance, just can also realize continuous production, if in order to avoid under duplicature belt sag state double-layer films misplace The phenomenon that, a set of limiting device limitation double-layer films dislocation can be increased.

Detailed description of the invention:

Specific embodiment of the present utility model is described in further detail with reference to the accompanying drawing, in which:

Fig. 1 is gloves blow molding film the first structural schematic diagram of molding machine；

Fig. 2 is the top view of Fig. 1；

Fig. 3 is gloves blow molding film second of structural schematic diagram of molding machine；

Fig. 4 is the top view of Fig. 3；

Fig. 5 is gloves blow molding film the third structural schematic diagram of molding machine；

Fig. 6 is the top view of Fig. 5；

Fig. 7 is gloves blow molding film the 4th kind of structural schematic diagram of molding machine；

Fig. 8 is the top view of Fig. 7.

In FIG. 1 to FIG. 8: 1, rack, 2, traction mechanism, 2-1, traction roller, 2-2, traction electric machine, 3, gloves shaping mechanism, 3-1, hot pressing die, 3-2, driving mechanism, 4, film blow blowing mechanism, 4-1, machine barrel, 4-2, die head, 4-3, melt metering pump, 5, Linkage controller, 6, guide roller, 7, duplicature band, 7-1, the double-deck sub- film strips, 8, cutting blade, 9, reversing roller, 10, rotor, 11, Import roller group, 12, supporting material roller, 13, melt force sensor.

Specific embodiment:

With reference to the accompanying drawing, the specific embodiment of the utility model is described in detail.

Embodiment 1:

Gloves blow molding film molding machine as shown in Figure 1 and Figure 2, gloves blow molding film molding machine includes rack 1, setting The film blow blowing mechanism 4 for being used to blow tubular film in rack 1, two are arranged in 4 downstream rack 1 of film blow blowing mechanism Gloves shaping mechanism 3, traction mechanism 2 and a set of linkage controller 5 for tracting film, the film blow blowing mechanism 4 Including one by resin plasticization and squeeze out machine barrel 4-1, a die head 4-2 being connected to machine barrel 4-1 and with 4-2 pairs of die head The melt metering pump 4-3 answered, die head 4-2 are communicated on machine barrel 4-1 by corresponding melt metering pump 4-3, melt-stoichiometry The both ends of pump 4-3 are connected separately with melt force sensor 13, and the gloves shaping mechanism 3 is drum-type compression molding forming machine, tool Body includes the rotatable cylinder shape hot pressing die 3-1 and driving at least one hot pressing die 3-1 rotation of two parallel face settings Driving mechanism 3-2, die head 4-2 is corresponding with two gloves shaping mechanisms 3, and the molding tubular film of die head 4-2 is pressed through guide roller 6 After synthesizing duplicature band 7, then corresponding gloves shaping mechanism 3 is pulled into through traction mechanism 2 and carries out hot pressing formation gloves.

The quantity of the traction mechanism 2 and the quantity of gloves shaping mechanism 3 correspond, and any traction mechanism 2 is located at pair Answer the downstream of gloves shaping mechanism 3.

Shown linkage controller 5 electrically connects with melt metering pump 4-3, two melt force sensors 13 and machine barrel 4-1 It connects, melt metering pump 4-3 is controlled by melt pressure that the melt force sensor 13 in the downstream melt metering pump 4-3 detects Flow, control machine barrel 4-1's by melt pressure that the melt force sensor 13 of the upstream melt metering pump 4-3 detects Extruded velocity.To make the film speed of film blow blowing mechanism 4 and the hot pressing speed of gloves shaping mechanism 3 match.

A pair of of guide roller 6 is provided between the film blow blowing mechanism 4 and gloves shaping mechanism 3, film blow blowing mechanism 4 makes At pressing of the tubular film through two guide rollers 6, formed duplicature band 7.

In the present embodiment, the corresponding two gloves shaping mechanisms 3 of a die head 4-2, so, any 3 institute of gloves shaping mechanism The hauling speed of corresponding traction mechanism 2 changes, the melt pressure in the downstream melt metering pump 4-3 on corresponding die head 4-2 Sensor 13 will detect that melt pressure rises, and then send signal to linkage controller 5, and linkage controller 5 can be according to letter Number control melt metering pump 4-3 flow decline, with alleviate downstream hold solution pressure rising.The stream of melt metering pump 4-3 Amount declines and then the melt pressure of the upstream melt metering pump 4-3 is caused to rise, the melt pressure positioned at the upstream melt metering pump 4-3 Sensor 13, which detects, can send signal to linkage controller 5 after solution pressure rises, and linkage controller 5 then can be according to signal The extruded velocity decline for controlling machine barrel 4-1, to realize forming speed and film speed Auto-matching.

Above-mentioned linkage controller 5 is PID controller.

As shown in Figure 1, be provided between the die head 4-2 of film blow blowing mechanism 4 and two gloves shaping mechanisms 31 it is vertical In the cutting blade 8 of 7 moving direction of duplicature band arrangement, which is divided into two sub- film strips of bilayer for duplicature band 7 7-1, the sub- film strips 7-1 of two bilayers are pulled into corresponding gloves shaping mechanism 3 by traction mechanism 2 respectively, to realize one A die head 4-2 is to two gloves shaping mechanisms 3, to improve productivity.

In Fig. 2, in order to avoid two gloves shaping mechanisms 3 interfere, therefore by the sub- film strips 7-1 of two bilayers respectively to The direction traction being located remotely from each other, therefore, the double-deck sub- film strips 7-1 certainly exists certain warpage phenomenon, in order to eliminate the double-deck sub- film Warpage phenomenon with 7-1 carrys out negative impression to gloves forming belt, setting and gloves shaping mechanism 3 in 3 upstream of gloves shaping mechanism Adjacent importing roller group 11 imports between roller group 11 and cutting blade 8 and is provided with supporting material roller 12, and vertically inclination is set supporting material roller 12 Set, for holding up or pushing down the warpage part of the double-deck sub- film strips 7-1, the double-deck sub- film strips 7-1 through importing roller group 11 guidance and Position adjustment, enters back into gloves shaping mechanism 3, it is ensured that the relative position of gloves shaping mechanism 3 and the double-deck sub- film 7-1, which meet, wants It asks, the double-deck sub- film 7-1 offset is avoided to cause the glove form of hot pressing incomplete.

This gives a die head 4-2 to the scheme of two gloves shaping mechanisms 3, and so on, it can also be achieved One die head 4-2 is greater than 2 to M gloves shaping mechanism 3, M.

The working process of this embodiment is as follows: as shown in Figure 7 and Figure 8, it is thin that obtained tubular is blow molded by film blow blowing mechanism 4 first Film, tubular film form duplicature band 7 through the flattening of guide roller 6 above it, and duplicature band 7 commutates through reversing roller 9 first, then Duplicature band 7 is cut into the sub- film strips 7-1 of two bilayers, the double-deck sub- film strips 7-1 warp of each item along moving direction using cutting blade 8 Traction mechanism 2 introduces the hot pressing die 3-1 of corresponding gloves shaping mechanism 3, and hot pressing die 3-1 is a pair of of roller, hot pressing die 3-1 Linear velocity and the linear velocity of traction roller 2-1 be consistent, hot pressing die 3-1 hot pressing on the double-deck sub- film strips 7-1 goes out gloves Shape, the sub- film strips 7-1 of bilayer by hot pressing are cut into individual hand through rotor 10 again through 2 downstream transport of traction mechanism Set.

Whole work process, is made that tubular film is not rolled is directly entered sleeve forming machine by the blow molding of film blow blowing mechanism 4 Structure 3 is hot pressed out glove form and is further cut into single gloves by rotor 10, thus realize film and molding linkage production, The middle process such as film flaw label, film roll storage, film roll transport, feeding of the film between forming are eliminated, are effectively increased Production efficiency greatly reduces industry occupied area, reduces production cost.

The present embodiment can make production efficiency double, need not but increase a complete gloves blow molding film molding machine, thus Reduce equipment input cost.

Embodiment 2:

Gloves blow molding film molding machine as shown in Figure 3 and Figure 4, gloves blow molding film molding machine includes rack 1, setting The film blow blowing mechanism 4 for being used to blow tubular film in rack 1, one is arranged in 4 downstream rack 1 of film blow blowing mechanism Gloves shaping mechanism 3, one be used for tracting film traction mechanism 2 and a set of linkage controller 5, the film blow molding machine Structure 4 include one by resin plasticization and squeeze out machine barrel 4-1, a die head 4-2 being connected to machine barrel 4-1 and with die head 4-2 Corresponding melt metering pump 4-3, die head 4-2 are communicated on machine barrel 4-1 by corresponding melt metering pump 4-3, melt meter The both ends of amount pump 4-3 are connected separately with melt force sensor 13, and the gloves shaping mechanism 3 is drum-type compression molding forming machine, The rotatable cylinder shape hot pressing die 3-1 and driving at least one hot pressing die 3-1 for specifically including two parallel face settings turn Dynamic driving mechanism 3-2, die head 4-2 are corresponding with two gloves shaping mechanisms 3, and the molding tubular film of die head 4-2 is through guide roller 6 After being pressed into duplicature band 7, then corresponding gloves shaping mechanism 3 is pulled into through traction mechanism 2 and carries out hot pressing formation gloves, it is described Traction mechanism 2 is located at the downstream of gloves shaping mechanism 3.

In the present embodiment, the corresponding gloves shaping mechanism 3 of a die head 4-2, the hauling speed of traction mechanism 2 becomes Change, the melt force sensor 13 in the downstream melt metering pump 4-3 will detect that melt pressure rises, then to linkage controller 5 send signal, and the flow that linkage controller 5 can control melt metering pump 4-3 according to signal declines, and hold solution downstream to alleviate The rising of pressure.The flow of melt metering pump 4-3 declines and then the melt pressure of the upstream melt metering pump 4-3 is caused to rise, position It can be sent to linkage controller 5 after the melt force sensor 13 of the upstream melt metering pump 4-3 detects that solution pressure rises Signal, and linkage controller 5 can then decline according to the extruded velocity of signal controlling machine cylinder 4-1, to realize forming speed and system Film speed Auto-matching.

The working process of this embodiment is as follows: as shown in Figure 3 and Figure 4, it is thin that obtained tubular is blow molded by film blow blowing mechanism 4 first Film, tubular film form duplicature band 7 through the flattening of guide roller 6 above it, and duplicature band 7 commutates through reversing roller 9 first, then The hot pressing die 3-1 of gloves shaping mechanism 3, hot pressing die 3-1 heat on the double-deck sub- film strips 7-1 are directly introduced through traction mechanism 2 The shape of gloves is extruded, the duplicature band 7 by hot pressing is cut into list through rotor 10 again through 2 downstream transport of traction mechanism Only gloves.

Embodiment 3:

Gloves blow molding film molding machine as shown in Figure 5, Figure 6, including rack 1, are arranged in rack 1 and are used to blow cylinder The film blow blowing mechanism 4 of shape film, a gloves shaping mechanism 3 and one being arranged in 4 downstream rack 1 of film blow blowing mechanism A traction mechanism 2 for being used to draw duplicature band 7 positioned at 3 downstream of gloves shaping mechanism, the film blow blowing mechanism 4 include one By resin plasticization and squeeze out machine barrel 4-1, a die head 4-2 being connected to machine barrel 4-1 and with die head 4-2 it is one-to-one Melt metering pump 4-3, die head 4-2 are communicated on machine barrel 4-1 by corresponding melt metering pump 4-3, setting in machine barrel 4-1 There is screw rod, screw rod gets into the resin melt in machine barrel 4-1 in die head 4-2, and the gloves shaping mechanism 3 includes hot pressing die 3- The driving mechanism 3-2 that 1 and driving hot pressing die 3-1 is acted, die head 4-2 is corresponding with a gloves shaping mechanism 3, by die head 4-2 Molding tubular film is pressed into duplicature band 7 through guide roller 6 and is pulled into corresponding gloves shaping mechanism 3 through traction mechanism 2.

Shown gloves blow molding film molding machine further includes a set of linkage controller 5, the linkage controller 5 respectively with each melt Metering pump 4-3, each traction mechanism 2 and machine barrel 4-1 are electrically connected, the traction speed of 5 synchronously control traction mechanism 2 of linkage controller The extruded velocity of degree, the flow of melt metering pump 4-3 and machine barrel 4-1, make film blow blowing mechanism 4 film speed and gloves at The hot pressing speed of type mechanism 3 matches, which is PLC or isochronous controller.

The gloves shaping mechanism 3 includes the hot pressing die 3-1 and driving mechanism 3-2 for driving hot pressing die 3-1 movement, this For the gloves shaping mechanism 3 that embodiment uses for a pressure type compression molding forming machine, hot pressing die 3-1 is two templates setting up and down, Driving mechanism 3-2 is the linear actuator of the one of template movement of driving.

The course of work of the present embodiment: as shown in Figure 5 and Figure 6, it is thin that obtained tubular is blow molded by film blow blowing mechanism 4 first Film, tubular film form duplicature band 7 through the flattening of guide roller 6 above it, and duplicature band 7 commutates through reversing roller 9 first, then Across the hot pressing die 3-1 of gloves shaping mechanism 3, since the gloves shaping mechanism 3 that the present embodiment uses is molded into for a pressure type Type machine, therefore, traction mechanism 2 are intermittent traction, when hot pressing die 3-1 is depressed, 2 stopping of traction mechanism movement, and hot pressing die 3-1 hot pressing on duplicature band 7 goes out the shape of gloves, and when hot pressing die 3-1 is lifted, the starting operation of traction mechanism 2 is driven double-deck Film strips 7 move forward a station, then out of service again, form glove form for hot pressing die 3-1 hot pressing, are iteratively repeated It states process and forms continuous production, the duplicature band by hot pressing through 2 downstream transport of traction mechanism, is cut again through rotor 10 At individual gloves.

Linkage controller 5 has preset the stop and start frequency of traction mechanism 2, cylinder metering pump 4-3, mutual between machine barrel 4-1 Relationship, linkage controller 5 can stop and start frequency to traction mechanism 2, cylinder metering pump 4-3, machine barrel 4-1 extruded velocity carry out it is same Step section.For example, tuning up the stop and start frequency of traction mechanism 2 by linkage controller 5, that is, accelerate the work of gloves shaping mechanism 3 Make speed, the flow of cylinder metering pump 4-3, the extruded velocity of machine barrel 4-1 can also rise with it, and the amount risen, by default It is arranged, preset value can be by calculating or testing acquisition.

It is realized using the melt metering pump 4-3 that die head 4-2 feed end is arranged in process flow entire from be film-made to forming Linkage control is carried out, matches foil production speed with gloves shaping speed, realizes linkage production.

The present embodiment can also pass through the tension of the duplicature band 7 between detection gloves shaping mechanism 3 and film blow blowing mechanism 4 The flow of melt metering pump 4-3 is controlled, when the overtension of duplicature band 7, then melt metering pump is controlled by linkage controller 5 4-3 increases flow, on the contrary then reduce flow.The detection of Tensity size can be realized by jockey pulley tension of engagement sensor.

Embodiment 4:

Gloves blow molding film molding machine as shown in Figure 7 and Figure 8, compared with Example 3, difference is, in the present embodiment, Two corresponding gloves shaping mechanisms 3 of die head 4-2, each die head 4-2, every gloves molding are connected on one machine barrel 4-1 3 downstream of mechanism is provided with a traction mechanism 2, and the feed end of each die head 4-2 is connected with a melt metering pump 4-3, linkage Controller 5 and two melt metering pump 4-3, two traction mechanisms 2 and machine barrel 4-1 are electrically connected, and linkage controller 5 is Isochronous controller.

The course of work of the present embodiment is similar to Example 3, and only film-forming process, hot pressing and inter-linked controlling method have It is distinguished, in the present embodiment, since a machine barrel 4-1 is connected to two die head 4-2, two die head 4-2 can be carried out simultaneously Film has higher production efficiency relative to embodiment 3.

The principles and effects of the invention, and the embodiment that part uses only is illustrated in above-described embodiment, And is not intended to limit the present invention；It should be pointed out that for those of ordinary skill in the art, not departing from the invention structure Under the premise of think of, various modifications and improvements can be made, and these are all within the scope of protection of the present invention.

Claims

1. gloves blow molding film molding machine, which is characterized in that including rack (1), what is be arranged on rack (1) is used to blow tubular The film blow blowing mechanism (4) of film, several gloves shaping mechanisms being arranged in film blow blowing mechanism (4) downstream rack (1) (3) and for tracting film traction mechanism (2), the film blow blowing mechanism (4) includes a machine barrel by resin plasticization (4-1), several die heads (4-2) being connected to respectively with machine barrel (4-1) and with die head (4-2) one-to-one melt-stoichiometry It pumps (4-3), any die head (4-2) is communicated on machine barrel (4-1) by corresponding melt metering pump (4-3), the gloves Shaping mechanism (3) includes the driving mechanism (3-2) of hot pressing die (3-1) and driving hot pressing die (3-1) movement, any die head (4-2) is corresponding with one or more gloves shaping mechanism (3), and the bilayer film that any die head (4-2) is formed is through traction mechanism (2) It is pulled into corresponding gloves shaping mechanism (3) and carries out hot pressing formation gloves, the gloves shaping mechanism (3) is molded into for drum-type Type machine or pressure type compression molding forming machine.

2. gloves blow molding film molding machine according to claim 1, which is characterized in that further include a set of linkage controller (5), which electrically connects with each melt metering pump (4-3), each traction mechanism (2) and machine barrel (4-1) respectively Connect, linkage controller (5) can the hauling speed of synchronously control traction mechanism (2), melt metering pump (4-3) flow and machine barrel Extruded velocity, so that the film speed of film blow blowing mechanism (4) and the hot pressing speed of gloves shaping mechanism (3) is matched.

3. gloves blow molding film molding machine according to claim 1, which is characterized in that further include a set of linkage controller (5), the both ends of any melt metering pump (4-3) are connected separately with melt force sensor (13), linkage controller (5) point It is not electrically connected with each melt metering pump (4-3), each melt force sensor (13) and machine barrel (4-1), linkage controller (5) root The flow and machine of corresponding melt metering pump (4-3) are controlled according to melt pressure value detected by each melt force sensor (13) The extruded velocity of cylinder, makes the film speed of film blow blowing mechanism (4) and the hot pressing speed of gloves shaping mechanism (3) match.

4. gloves blow molding film molding machine according to claim 2 or 3, which is characterized in that the film blow blowing mechanism (4) Die head (4-2) and gloves shaping mechanism (3) correspond, by any die head (4-2) molding tubular film through guide roller (6) After being pressed into duplicature band (7), then through traction mechanism (2) it is pulled into corresponding gloves shaping mechanism (3).

5. gloves blow molding film molding machine according to claim 2 or 3, which is characterized in that the number of the traction mechanism (2) Amount and the quantity of gloves shaping mechanism (3) correspond, and any traction mechanism (2) is located under corresponding gloves shaping mechanism (3) Trip.

6. gloves blow molding film molding machine according to claim 5, which is characterized in that the film blow blowing mechanism (4) One die head (4-2) is corresponding with N platform gloves shaping mechanism (3), by any die head (4-2) molding tubular film through guide roller (6) it is pressed into duplicature band (7), N-1 is provided between mutual corresponding die head (4-2) and gloves shaping mechanism (3) vertical In the cutting blade (8) of duplicature band (7) moving direction arrangement, which is divided into N for duplicature band (7) cutting blade (8) The double-deck sub- film strips (7-1) of item, the double-deck sub- film strips (7-1) of the N item are pulled into corresponding gloves by traction mechanism (2) respectively and form Mechanism (3), N are the integer greater than 1.

7. gloves blow molding film molding machine according to claim 6, which is characterized in that the film blow blowing mechanism (4) Be connected with a die head (4-2) on machine barrel (4-1), the cutting blade (8) be it is a piece of, the quantity of gloves shaping mechanism (3) is Two.