CN205272123U - Sanction membrane machine - Google Patents
Sanction membrane machine Download PDFInfo
- Publication number
- CN205272123U CN205272123U CN201521135196.1U CN201521135196U CN205272123U CN 205272123 U CN205272123 U CN 205272123U CN 201521135196 U CN201521135196 U CN 201521135196U CN 205272123 U CN205272123 U CN 205272123U
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- Prior art keywords
- film
- sanction
- feeder
- frame
- hymenotome
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Abstract
The utility model relates to a coating materials field of tailorring, and a sanction membrane machine is disclosed, this sanction membrane machine includes the frame, controller and the rack -mounted sanction membrane device of difference, a film feeding device and the 2nd film feeding device, a film feeding device and the 2nd film feeding device set up respectively at input and the output of cutting out the membrane device, a film feeding device and the 2nd film feeding device can the centre gripping coating materialss, carry the coating materials and stop to carry the coating materials, cut out the membrane device including this first driver of cutting out hymenotome reciprocating motion of sanction hymenotome and drive that can reciprocating motion, cut out the reciprocal route of hymenotome and pass the transport route of coating materials in cutting out the membrane device. The utility model discloses a sanction membrane machine efficiency is higher to the needs that can adapt to the online production.
Description
Technical field
The utility model relates to film material cutting field, specifically, it relates to a kind of sanction film machine.
Background technology
Thin-film material refers to the thin metal of thickness between single atom is to several millimeters or organic matter layer. Thin-film solar cells is exactly one of main application of thin-film material.
Thin-film solar cells can use the differing materials such as cheap pottery, graphite, tinsel to manufacture when substrate, forms the film thickness that can produce voltage and only needs several microns, and current efficiency of conversion is the highest can reach 13%. Hull cell solar cell, except plane, also because having pliability and can being made into on-plane surface to construct its range of application big, can be combined or become the some of building body, apply widely with buildings. Present Thinfilm solar cell assembly by coated glass, back-panel glass and be arranged on coated glass mixing back-panel glass between PVB film form.
Current PVB film encloses one by one and encloses the land and twist in cylinder profile film forming material cylinder and conveniently store transport, has pressed from both sides protective membrane between the PVB film of adjacent turn. When carrying out the production of Thinfilm solar cell assembly, first PVB film is discharged by producers from film feed roller, then cuts out as suitable size, is then layered on the rete face of coated glass, finally carries out other assemblings of Thinfilm solar cell assembly. Such to cut out mode efficiency too low, cannot meet the needs of online production. Hole on PVB film is that producers produce with the use of other instruments (such as lathe) in addition, and the same efficiency of such mode is too low, cannot meet the needs of online production.
In view of this, it is desirable to provide the sanction film machine that a kind of efficiency is higher.
Practical novel content
Technical problem to be solved in the utility model is the sanction film machine needing to provide a kind of efficiency higher.
In order to solve the problems of the technologies described above, the utility model provides a kind of and cuts out film machine, this sanction film machine comprises frame, controller and the sanction film device being arranged on respectively in described frame, first film feeder and the 2nd film feeder, described first film feeder is arranged on the input terminus of described sanction film device, described 2nd film feeder is arranged on the output terminal of described sanction film device, described first film feeder and described 2nd film feeder can clamp film material, transport membrane material and stopping transport membrane material, the first driving mechanism that described sanction film device comprises the sanction hymenotome that can move back and forth and drives this sanction hymenotome to move back and forth, the its path of described sanction hymenotome passes the transport path of film material in described sanction film device.
Preferably, the reciprocal mechanism that described sanction film device also comprises the sanction film guide rail being installed in described frame and the reciprocating direction along described sanction hymenotome is arranged, described sanction hymenotome is slidably mounted on described sanction film guide rail, described first driving mechanism is connected with described reciprocal mechanism driving, and described reciprocal mechanism is connected with described sanction hymenotome.
Preferably, described sanction film device also comprises the squeeze-film mechanism for compressing film material when cutting film material.
Preferably, described sanction film machine also comprises the amount film device being arranged in described frame and is arranged on the 3rd film feeder of the input terminus of described amount film device or is arranged on the dosing unit of the input terminus of described amount film device, described amount film device is arranged at the input terminus of described first film feeder, described 3rd film feeder can clamp film material, transport membrane material and stop transport membrane material, and described dosing unit can provide and deliver and stop dispensing film material.
Preferably, described amount film device comprise can in the vertical direction slide amount film roller and in the vertical direction in height setting straggly induction switch, described induction switch can respond to the change in location of described amount film roll shaft in the vertical direction.
Preferably, described dosing unit comprises the first cylinder fabricated section for installing film feed roller and this first cylinder fabricated section is in transmission connection the first transmission mechanism and the 2nd driving mechanism being in transmission connection with this first transmission mechanism, described first cylinder fabricated section is rotatably installed in the frame of described sanction film machine by described first transmission mechanism.
Preferably, described first cylinder fabricated section can removably install film feed roller, and this first cylinder fabricated section and described first transmission mechanism are removably in transmission connection.
Preferably, described sanction film machine also comprises the waste material collection device of the waste material separated for collecting by described film feed roller, this waste material collection device comprises the second tin roller fabricated section for installing weed roll and this second tin roller fabricated section is in transmission connection the 2nd transmission mechanism and the 3rd driving mechanism being in transmission connection with the 2nd transmission mechanism, described second tin roller fabricated section is rotatably installed in described frame by described 2nd transmission mechanism.
Preferably, described sanction film machine also comprises for the hole punched device to film material punching, this hole punched device is arranged at the input terminus of described first film feeder, and the output terminal being arranged at described amount film device, described sanction film machine also comprises the 4th film feeder being arranged between described hole punched device and described amount film device.
Preferably; described hole punched device comprises the die in the frame being installed on described sanction film machine, the punch being installed in described frame and is connected the 2nd driving cylinder driving the two relative movement and punching with described die or described punch, and described punch and described die are arranged at the position corresponded to each other.
Preferably, described hole punched device also comprise be fixed in described frame top board, for installing the described 2nd driving mounting plate of cylinder, the guide rail connecting this mounting plate and described top board respectively, first mother being fixed on described mounting plate and the screw mandrel with described guide rail parallel, one end of this screw mandrel is sleeved in this first mother, the other end of this screw mandrel is formed as smooth shaft and is sleeved in screw mandrel mount pad rotationally, and this screw mandrel mount pad is fixed in described frame.
Preferably, described first film feeder, described 2nd film feeder, described 3rd film feeder and the 4th film feeder include active roll tube assembly and the press roll component for being pressed on described active roll tube assembly by film material.
Sanction film machine of the present utility model is owing to comprising frame, controller and the sanction film device being arranged on respectively in described frame, the first film feeder and the 2nd film feeder, cut out in film device it is thus possible to first film material is sent into by the first film feeder, then controller sends instruction and makes the first film feeder and the 2nd film feeder stopping transport membrane material, and make to cut out hymenotome and carry out moving back and forth and cutting film material, finally by the 2nd film feeder, film material is sent sanction film device, cutting out of complete film forming material. Visible, sanction film facility of the present utility model have greater efficiency, and can adapt to the needs of online production.
Other features and advantages of the utility model are described in detail in embodiment part subsequently.
Accompanying drawing explanation
Accompanying drawing be used to provide to of the present utility model it is further understood that and form the part of specification sheets, be used from explanation the utility model with embodiment one below, but do not form restriction of the present utility model. In the accompanying drawings:
Fig. 1 is the structural representation of the sanction film machine according to embodiment of the present utility model;
Fig. 2 is the partial perspective view of the sanction film machine in Fig. 1;
Fig. 3 is the side-view (in order to clearly represent the internal structure cutting out film machine, the sanction film machine in Fig. 3 eliminates part component) of the sanction film machine in Fig. 2;
Fig. 4 is the structural representation of the sanction film device of the sanction film machine in Fig. 3;
Fig. 5 is the side-view of the sanction film device of the sanction film machine in Fig. 4;
Fig. 6 is the structural representation of the first film feeder of the sanction film machine in Fig. 3;
Fig. 7 is the structural representation of the dosing unit of the sanction film machine in Fig. 3;
Fig. 8 is the partial enlarged view of the dosing unit in Fig. 7;
Fig. 9 is the sectional view of the dosing unit in Fig. 8;
Figure 10 is the structural representation of the waste material collection device of the sanction film machine in Fig. 3;
Figure 11 is the structural representation of the hole punched device of the sanction film machine in Fig. 3;
Figure 12 is the front view of the hole punched device of the sanction film machine in Figure 11.
Description of reference numerals
1, frame 1a, outer frame
1b, interior framework 2, sanction film device
3, the first film feeder 4, the 2nd film feeder
5, film device 6, dosing unit is measured
7, waste material collection device 8, hole punched device
9, the 4th film feeder 10, multi-directional ball
11, intermediate roll
21, cut out hymenotome 22, cut out film guide rail
23, reciprocal mechanism 24, first driving mechanism
25, squeeze-film mechanism 26, tool rest
27, the first mount pad 28, the 2nd mount pad
251, the first base plate 252, first pressing plate
253, the first driving cylinder
31, active roll tube assembly 32, press roll component
311, four-wheel drive device 312, active roll tube
321, driven roller 322, the 2nd drives cylinder
323, mounting guide rail
51, film roller 52, amount film guide rail is measured
53, slide
61, the first cylinder fabricated section 62, first transmission mechanism
63, the 2nd driving mechanism 64, synchronously band-synchronous wheel drive mechanism
621, installation shaft 623, connect boss
624, locking plate
71, second tin roller fabricated section 72, the 2nd transmission mechanism
73, the 3rd driving mechanism
81, the 2nd base plate 82, die
83, top board 84, the 2nd drives cylinder
85, punch 86, mounting plate
87, guide rail 88, first mother
89, screw mandrel 90, counter
91, screw mandrel mount pad
851, punch substrate 852, the 2nd pressing plate
853, punch retainer
100, film feed roller 101, film material
102, waste material
Embodiment
Below in conjunction with accompanying drawing, embodiment of the present utility model is described in detail. Should be understood that, embodiment described herein, only for instruction and explanation of the utility model, is not limited to the utility model.
The utility model provides a kind of and cuts out film machine, specifically, as shown in Fig. 1-Figure 12, this sanction film machine comprises frame 1, controller and the sanction film device 2 being arranged on respectively in described frame 1, first film feeder 3 and the 2nd film feeder 4, described first film feeder 3 is arranged on the input terminus of described sanction film device 2, described 2nd film feeder 4 is arranged on the output terminal of described sanction film device 2, described first film feeder 3 and described 2nd film feeder 4 can clamp film material, transport membrane material and stopping transport membrane material, the first driving mechanism 24 that described sanction film device 2 comprises the sanction hymenotome 21 that can move back and forth and drives this sanction hymenotome 21 to move back and forth, the its path of described sanction hymenotome 21 passes the transport path of film material in described sanction film device 2, when described first film feeder 3 and described 2nd film feeder 4 stop transport membrane material, described controller controls described sanction hymenotome 21 and carries out moving back and forth with cutting film material, when described first film feeder 3 and described 2nd film feeder 4 clamp and during transport membrane material, described controller controls described sanction hymenotome 21 and stops moving back and forth to stop cutting film material.
It should be noted that, frame 1, the specific constructive form cutting out hymenotome 21 and the first driving mechanism 24 all can be arranged as required, and these all belong within technical conceive scope of the present utility model. Such as frame 1 can comprise for sanction film machine being centered around outer frame 1a wherein and is used for installing the interior framework 1b of the concrete physical construction cutting out film machine as illustrated in fig. 1, outer frame 1a can comprise frame body and synthetic glass (not shown), sanction film machine and external isolation to be opened, thus provide dustfree environment for cutting out film machine. In addition, it is understandable that, the shape on the limit formed after cutting out its path and the film material cutting of hymenotome 21 is answered, therefore, in order to make film material form the limit of different shapes, the its path cutting out hymenotome 21 can also be arranged as required, and its path such as cutting out hymenotome 21 can be straight line, circular arc etc. Specifically in enforcement mode of the present utility model, its path cutting out hymenotome 21 is straight line and is perpendicular to film material at the transport path cut out in film device 2.
Sanction film machine of the present utility model is owing to comprising frame 1, controller and sanction film device 2, first film feeder 3 being arranged on respectively in described frame 1 and the 2nd film feeder 4, cut out in film device 2 it is thus possible to first film material is sent into by the first film feeder 3, then controller send instruction make the first film feeder 3 and the 2nd film feeding fill 4 put stop transport membrane material, and make to cut out hymenotome 21 and carry out moving back and forth and cutting film material, finally by the 2nd film feeder 4, film material is sent sanction film device, cutting out of complete film forming material. Visible, sanction film facility of the present utility model have greater efficiency, and can adapt to the needs of online production.
In sanction film machine of the present utility model, specifically (as shown in Figure 4 and Figure 5), the reciprocal mechanism 23 that described sanction film device 2 also comprises the sanction film guide rail 22 being installed in described frame 1 and the reciprocating direction along described sanction hymenotome 21 is arranged, described sanction hymenotome 21 is slidably mounted on described sanction film guide rail 22, described first driving mechanism 24 is in transmission connection with described reciprocal mechanism 23, described reciprocal mechanism 23 is connected with described sanction hymenotome 21, thus drive reciprocal mechanism 23 to move back and forth by this first driving mechanism 24, and then drive sanction hymenotome 21 to move back and forth on sanction film guide rail 22. more specifically, described reciprocal mechanism 23 is synchronous band-reciprocal mechanism of synchronous wheel, described first driving mechanism 24 is one with described synchronous band-reciprocal mechanism of synchronous wheel and synchronously takes turns the servomotor being in transmission connection, described sanction film device 2 also comprises the tool rest 26 for installing described sanction hymenotome 21, described tool rest 26 is installed on described sanction film guide rail 22 and connects with described synchronous band-synchronous synchronous band taking turns reciprocal mechanism, thus utilizes servomotor to cut out hymenotome 21 move back and forth with synchronous band-synchronously wheel reciprocal mechanism driving.
It should be noted that, the specific constructive form cutting out film device 2 is not limited in above form, such as described first driving mechanism 24 can be the driving cylinder being arranged in described frame 1, described sanction hymenotome 21 is correspondingly arranged on the telescopic end of described driving cylinder, thus can be moved back and forth by Direct driver sanction hymenotome 21 by this driving cylinder.
In sanction film machine of the present utility model, preferably, described sanction film device 2 also comprises the squeeze-film mechanism 25 for compressing film material 101 when cutting film material, thus when cutting out film material, utilize this squeeze-film mechanism 25 to compress film material, prevent film material from following and cut out moving back and forth and moving of hymenotome 21.
In above-mentioned sanction film machine, specifically, the first pressing plate 252 that described squeeze-film mechanism 25 comprises the first base plate 251 being fixed in described frame 1, the first driving cylinder 253 being installed on described first base plate 251 and is arranged on the telescopic end of this first driving cylinder 253, the telescopic end of described first driving cylinder 253 is connected through described first base plate 251 with described first pressing plate 252, thus drives the first pressing plate 252 to be pressed on the first base plate 251 by film material by the first driving cylinder 253. More specifically, described sanction film device 2 comprises two described squeeze-film mechanisms 25, the gap allowing described sanction hymenotome 21 to move back and forth it is provided with wherein between described first base plate 251 that two described squeeze-film mechanisms 25 are respective and described first pressing plate 252, squeeze-film mechanism 25 described in each includes the described first driving cylinder 253 at two two ends being arranged on described first base plate 251, to be pressed on the first base plate 251 in the both sides cutting out hymenotome 21 by film material, ensure that film material is secured in a press completely.
It is understandable that, when cutting film material, concrete structure for fixing film material is not limited in above form, such as, when cutting film material, by film material clamping and transport membrane material can be stopped by the first film feeder 3 and the 2nd film feeder 4, then make to cut out hymenotome 21 and move back and forth, technique effect when can be implemented in cutting film material equally, film material fixed.
In sanction film machine of the present utility model, preferably, as shown in Figures 2 and 3, described sanction film machine also comprises the amount film device 5 being arranged in described frame 1 and is arranged on the 3rd film feeder of the input terminus of described amount film device 5 or is arranged on the dosing unit 6 of the input terminus of described amount film device 5, described amount film device 5 is arranged at the input terminus of described first film feeder 3, described 3rd film feeder can clamp film material, transport membrane material and stopping transport membrane material, described dosing unit 6 can provide and deliver and stop dispensing film material, it is thus possible to utilize this amount film device 5 to measure film material by required length, and by the length cutting film material measured.
In above-mentioned sanction film machine, specifically, described amount film device 5 comprise can in the vertical direction slide amount film roller 51 and in the vertical direction in height setting straggly induction switch, described induction switch can respond to the change in location of described amount film roll shaft 51 in the vertical direction, when the described induction switch being positioned at eminence senses described amount film roller 51, described controller described first film feeder 3 of control clamps and stops transport membrane material, and controls described 3rd film feeder and clamp the film material and transport membrane material or described dosing unit 6 are provided and delivered, when the induction switch being positioned at lower senses described amount film roller 51, described first film feeder 3 of described controller control clamps and transport membrane material, and control described 3rd film feeder to clamp and stop transport membrane material or described dosing unit 6 and stop dispensing film material, thus the gravity of utilization film roller 51 self and the cooperation between induction switch, the first film feeder 3 and the 3rd film feeder or dosing unit 6, the amount of making film roller 51 moves up and down, and realizes measuring of film material. more specifically, as shown in Figure 3, described amount film device 5 also comprises multiple vertically setting and slide 53 on the amount film guide rail 52 that is fixed in frame 1 and the amount of being slidably mounted in film guide rail 22, the two ends of amount film roller 51 are arranged on slide 53 respectively, described sanction film machine also comprises multiple intermediate roll 11 being arranged in described frame 1, film material be delivered in multiple intermediate roll 11 via the 3rd film feeder or dosing unit 6 one, and it is centered around on the periphery of intermediate roll 11 to change throughput direction, then the film material amount of being delivered to film roller 51 (to change throughput direction on the periphery of the amount of being centered around film roller 51) downwards, then film material changes into upwards conveying via amount film roller 51 until another (being centered around on the periphery of intermediate roll 11 to change throughput direction) in multiple intermediate roll 11, thus again change throughput direction to be delivered to the first film feeder 3.
In above-mentioned sanction film machine, equally specifically, as shown in figs. 7 to 9, described dosing unit 6 comprises the first cylinder fabricated section 61 for installing film feed roller 100, the first transmission mechanism 62 being in transmission connection with this first cylinder fabricated section 61 and the 2nd driving mechanism 63 being in transmission connection with this first transmission mechanism 62, described first cylinder fabricated section 61 is rotatably installed in the frame 1 of described sanction film machine by described first transmission mechanism 62, thus utilize the 2nd driving mechanism 63 to drive the first cylinder fabricated section 61 to rotate by the first transmission mechanism 62, film material in film feed roller 100 is discharged.
In above-mentioned sanction film machine, preferably, described first cylinder fabricated section 61 can removably install film feed roller 100, and this first cylinder fabricated section 61 is removably in transmission connection with described first transmission mechanism 62, thus after the film material in film feed roller 100 discharges completely, it is possible to relatively for convenience of ground by film feed roller 100 dismounting and change.
In above-mentioned sanction film machine, specifically, described first cylinder fabricated section 61 is the first inflatable axle, thus realizes removably installing film feed roller 100 by this first inflatable axle.
It should be appreciated that the specific constructive form of the first cylinder fabricated section 61 is not limited in above form, such as required, the first cylinder fabricated section 61 can be the form of similar chuck.
In above-mentioned sanction film machine, more specifically, described first transmission mechanism 62 comprises two installation shaft 621 being connected respectively with the two ends of described first cylinder fabricated section 61, two described installation shaft 621 are all rotatably installed in described frame 1 by bearing support, in two described installation shaft 621 one and described 2nd driving mechanism 63 are in transmission connection, the two ends of described first cylinder fabricated section 61 are formed and connect boss 623, described installation shaft 621 be formed with axial boss for the one end being connected with described first cylinder fabricated section 61, this axial boss is formed with the recessed hole of connection connecing described connection boss 623 for card, the side in the recessed hole of described connection is open so that described connection boss 623 can be inserted into the recessed hole of described connection from this side, described first transmission mechanism 62 also comprises two can lock dead locking plate 624 in the recessed hole of described connection by described connection boss 623, two described locking plates 624 are provided with the locking hole of the outside for being set in described connection boss 623 and described axial boss, described connection boss 623 is for having the isosceles trapezoid boss that two tilt central plane, the recessed hole of described connection have one for described inclination central plane to the first scarp connect, the side relative with this first scarp in the recessed hole of described connection is open, described locking hole have one for described inclination central plane to the 2nd scarp connect, the side of described locking plate 624 is provided with the through hole penetrating into described 2nd scarp by the periphery of this locking plate 624, another side of described locking plate 624 is connected in described axial boss pivotly, described through hole is provided with the spring being in compressed state, one end of this spring is connected in described axial boss by ball, described axial boss is formed and connects described ball for card thus described connection boss 623 is locked dead groove in the recessed hole of described connection, thus dismountable being in transmission connection of realizing between the first cylinder fabricated section 61 and described first transmission mechanism 62.
In above-mentioned sanction film machine, further specifically, the one in two described installation shaft 621 is in transmission connection with described 2nd driving mechanism 63 by synchronously band-synchronous wheel drive mechanism 64, thus the one in two installation shaft 621 and the 2nd driving mechanism 63 is in transmission connection.
In above-mentioned sanction film machine, preferably, as shown in Figure 10, described sanction film machine also comprises the waste material 102 separated for collecting by described film feed roller 100 (such as when film material curling on film feed roller 100 is PVB film, the waste material being clipped between the PVB film of adjacent turn is protective membrane) waste material collection device 7, this waste material collection device 7 comprises the second tin roller fabricated section 71 for installing weed roll, the 2nd transmission mechanism 72 being in transmission connection with this second tin roller fabricated section 71 and the 3rd driving mechanism 73 being in transmission connection with the 2nd transmission mechanism 72, described second tin roller fabricated section 71 is rotatably installed in described frame 1 by described 2nd transmission mechanism 72, thus utilize the 3rd driving mechanism 73 to drive second tin roller fabricated section 71 to rotate by the 2nd transmission mechanism 72, collect waste material 102 is crimped onto on the periphery of weed roll again.
In above-mentioned sanction film machine, preferably, described second tin roller fabricated section 71 can removably install weed roll, and this second tin roller fabricated section 71 is removably in transmission connection with described 2nd transmission mechanism 72, thus when waste material curling in weed roll reaches a fixing turn, it is possible to relatively for convenience of ground by weed roll dismounting and change.
In above-mentioned sanction film machine, specifically, described second tin roller fabricated section 71 is the 2nd inflatable axle, thus realizes removably installing film feed roller 100 by the 2nd inflatable axle. In addition, described 2nd transmission mechanism 72 comprises synchronous band-synchronous wheel drive mechanism and torque force limiting device such that it is able to utilize the velocity contrast between torque force limiting device balance the 2nd driving mechanism 63 and the 3rd driving mechanism 73.
In sanction film machine of the present utility model, preferably, described sanction film machine also comprises for the hole punched device 8 to film material 101 punching, this hole punched device 8 is arranged at the input terminus of described first film feeder 3, and it is arranged at the output terminal of described amount film device 5, described sanction film machine also comprises the 4th film feeder 9 being arranged between described hole punched device 8 and described amount film device 5 such that it is able to utilize this hole punched device 8 that film material 101 is carried out punching.
In above-mentioned sanction film machine, specifically, as shown in FIG. 11 and 12, described hole punched device 8 comprises the die 82 in the frame 1 being installed on described sanction film machine, the punch 85 that is installed in described frame 1 and be connected the 2nd driving cylinder 84 driving the two relative movement and punching with described die 82 or described punch 85, described punch 85 is arranged at, with described die 82, the position corresponded to each other, more specifically, described punch 85 is installed on the telescopic end of described 2nd driving cylinder 84 and is installed in described frame 1 by the 2nd driving cylinder 84, described 2nd driving cylinder 84 is slidably mounted in described frame 1, further specifically, described hole punched device 8 also comprises the top board 83 being fixed in described frame 1, for installing the mounting plate 86 of described 2nd driving cylinder 84 and connect the guide rail 87 of this mounting plate 86 with described top board 83 respectively, described hole punched device 8 also comprises first mother 88 and the screw mandrel 89 parallel with described guide rail 87 that are fixed on described mounting plate 86, one end of this screw mandrel 89 is sleeved in this first mother 88, the other end of this screw mandrel 89 is formed as smooth shaft and is sleeved in screw mandrel mount pad 91 rotationally, this screw mandrel mount pad 91 is fixed in described frame 1, it is thus possible to regulate the position of punch 85 on guide rail 87 direction by this screw mandrel 89, and then make punch 85 and die 82 be adjusted to the position corresponded to each other.
In above-mentioned sanction film machine, preferably, the end of the other end of described screw mandrel 89 is also sleeved in counter 90, described counter 90 be fixed on described screw mandrel mount pad 91 and for recording and show the rotation amplitude of described screw mandrel 89, it is thus possible to person easy to use records the rotation amplitude of screw mandrel 89, to record the position residing for punch 85.
In above-mentioned sanction film machine, more preferably, described hole punched device 8 also comprises the punch substrate 851 of the telescopic end being fixed on described 2nd driving cylinder 84, the 2nd pressing plate 852 being connected to described punch substrate 851 slidably along the telescopic direction of described 2nd driving cylinder 84 and the punch retainer 853 being removably disposed between described punch substrate 851 and described 2nd pressing plate 852, described punch 85 is fixed on described punch retainer 853, described 2nd pressing plate 852 is formed the through hole for holding described punch 85, described 2nd pressing plate 852 is flexibly offset to the position away from described punch substrate 851, thus when punching, first film material 101 will be pressed on die 82 by the 2nd pressing plate 852, and film material 101 is fixed, then punch 85 continues to move down, until by film material 101 punching, meanwhile, when needs adjust punching size time, can directly change punch retainer 853, it is thus possible to comparatively fast realize the adjustment of punching size.
Another kind as said structure implements mode, described hole punched device 8 also comprises the punch substrate 851 of the telescopic end being fixed on described 2nd driving cylinder 84 and drives the telescopic direction of cylinder 84 to be connected to the 2nd pressing plate 852 of described punch substrate 851 slidably along the described 2nd, described punch 85 is fixed on described punch substrate 851, described 2nd pressing plate 852 is formed the through hole for holding described punch 85, described 2nd pressing plate 852 is flexibly offset to the position away from described punch substrate 851, thus directly punch 85 is fixed on punch substrate 851, therefore, it is possible to ensure the position precision of punching.
In above-mentioned sanction film machine, specifically, described hole punched device 8 also comprises the 2nd base plate 81 being fixed in described frame 1, described die 82 is arranged on described 2nd base plate 81, more specifically, being provided with multiple multi-directional ball 10 on the end face of described 2nd base plate 81, the top of multi-directional ball 10 described in each is concordant with the end face of described die 82, so that film material 101 can be smooth and easyly mobile in hole punched device 8.
In sanction film machine of the present utility model, more specifically, as shown in Figure 6, described first film feeder 3, described 2nd film feeder 4, described 3rd film feeder and the 4th film feeder 9 include active roll tube assembly 31 and the press roll component 32 for being pressed on described active roll tube assembly 31 by film material 101, further specifically, the active roll tube 312 that described active roll tube assembly 31 comprises four-wheel drive device 311 and is in transmission connection with this four-wheel drive device 311, described active roll tube 312 is rotatably mounted in described frame 1, described press roll component 32 comprise the driven roller 321 (driven roller 321 is installed in frame 1) being slidably mounted in described frame 1 by multiple mounting guide rail 323 and drive described driven roller 321 move with near or away from described active roll tube 312 the 2nd driving cylinder 322, it is thus possible to drive driven roller 321 by the 2nd driving cylinder 322, make driven roller 321 near or away from active roll tube 312, to clamp film material or to unclamp film material.
Below preferred implementation of the present utility model is described by reference to the accompanying drawings in detail; but; the detail that the utility model is not limited in above-mentioned enforcement mode; within the scope of technical conceive of the present utility model; the technical solution of the utility model can being carried out multiple simple variant, these simple variant all belong to protection domain of the present utility model.
It should be noted that in addition, each concrete technology feature described in above-mentioned embodiment, when not contradiction, it is possible to combined by any suitable mode, in order to avoid unnecessary repetition, various possible array mode is illustrated by the utility model no longer separately.
In addition, can also carrying out arbitrary combination between various different enforcement mode of the present utility model, as long as it does not run counter to thought of the present utility model, it should be considered as content disclosed in the utility model equally.
Claims (12)
1. cut out film machine for one kind, it is characterized in that, this sanction film machine comprises frame (1), controller and the sanction film device (2) being arranged on respectively in described frame (1), first film feeder (3) and the 2nd film feeder (4), described first film feeder (3) is arranged on the input terminus of described sanction film device (2), described 2nd film feeder (4) is arranged on the output terminal of described sanction film device (2), described first film feeder (3) and described 2nd film feeder (4) can clamp film material, transport membrane material and stopping transport membrane material, the first driving mechanism (24) that described sanction film device (2) comprises the sanction hymenotome (21) that can move back and forth and drives this sanction hymenotome (21) to move back and forth, the its path of described sanction hymenotome (21) passes the transport path of film material in described sanction film device (2).
2. sanction film machine according to claim 1, it is characterized in that, the reciprocal mechanism (23) that described sanction film device (2) also comprises sanction film guide rail (22) being installed in described frame (1) and the reciprocating direction along described sanction hymenotome (21) is arranged, described sanction hymenotome (21) is slidably mounted on described sanction film guide rail (22), described first driving mechanism (24) and described reciprocal mechanism (23) are in transmission connection, and described reciprocal mechanism (23) is connected with described sanction hymenotome (21).
3. sanction film machine according to claim 1, it is characterised in that, described sanction film device (2) also comprises the squeeze-film mechanism (25) for compressing film material (101) when cutting film material.
4. sanction film machine according to claim 1, it is characterized in that, described sanction film machine also comprises the amount film device (5) being arranged in described frame (1) and is arranged on the 3rd film feeder of the input terminus of described amount film device (5) or is arranged on the dosing unit (6) of the input terminus of described amount film device (5), described amount film device (5) is arranged at the input terminus of described first film feeder (3), described 3rd film feeder can clamp film material, transport membrane material and stopping transport membrane material, described dosing unit (6) can provide and deliver and stop dispensing film material.
5. sanction film machine according to claim 4, it is characterized in that, described amount film device (5) comprise can in the vertical direction slide amount film roller (51) and in the vertical direction in height setting straggly induction switch, described induction switch can respond to the change in location of described amount film roll shaft (51) in the vertical direction.
6. sanction film machine according to claim 4, it is characterized in that, described dosing unit (6) comprises the first cylinder fabricated section (61) for installing film feed roller (100) and this first cylinder fabricated section (61) is in transmission connection the first transmission mechanism (62) and the 2nd driving mechanism (63) being in transmission connection with this first transmission mechanism (62), described first cylinder fabricated section (61) is rotatably installed in the frame (1) of described sanction film machine by described first transmission mechanism (62).
7. sanction film machine according to claim 6, it is characterized in that, described first cylinder fabricated section (61) can removably install film feed roller (100), and this first cylinder fabricated section (61) and described first transmission mechanism (62) are removably in transmission connection.
8. sanction film machine according to claim 6, it is characterized in that, described sanction film machine also comprises the waste material collection device (7) of the waste material (102) separated for collecting by described film feed roller (100), this waste material collection device (7) comprises the second tin roller fabricated section (71) for installing weed roll, the 2nd transmission mechanism (72) being in transmission connection with this second tin roller fabricated section (71) and the 3rd driving mechanism (73) being in transmission connection with the 2nd transmission mechanism (72), described second tin roller fabricated section (71) is rotatably installed in described frame (1) by described 2nd transmission mechanism (72).
9. sanction film machine according to claim 4, it is characterized in that, described sanction film machine also comprises for the hole punched device (8) to film material (101) punching, this hole punched device (8) is arranged at the input terminus of described first film feeder (3), and the output terminal being arranged at described amount film device (5), described sanction film machine also comprises the 4th film feeder (9) being arranged between described hole punched device (8) and described amount film device (5).
10. sanction film machine according to claim 9, it is characterized in that, described hole punched device (8) comprises the die (82) in the frame (1) being installed on described sanction film machine, the punch (85) being installed in described frame (1) and is connected the 2nd driving cylinder (84) driving the two relative movement and punching with described die (82) or described punch (85), and described punch (85) and described die (82) are arranged at the position corresponded to each other.
11. sanction film machines according to claim 10, it is characterized in that, described hole punched device (8) also comprises the top board (83) being fixed in described frame (1), for installing the mounting plate (86) of described 2nd driving cylinder (84), connect the guide rail (87) of this mounting plate (86) with described top board (83) respectively, first mother (88) being fixed on described mounting plate (86) and the screw mandrel (89) parallel with described guide rail (87), one end of this screw mandrel (89) is sleeved in this first mother (88), the other end of this screw mandrel (89) is formed as smooth shaft and is sleeved in screw mandrel mount pad (91) rotationally, this screw mandrel mount pad (91) is fixed in described frame (1).
12. sanction film machines according to claim 9, it is characterized in that, described first film feeder (3), described 2nd film feeder (4), described 3rd film feeder and the 4th film feeder (9) include active roll tube assembly (31) and the press roll component (32) for being pressed on described active roll tube assembly (31) by film material (101).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521135196.1U CN205272123U (en) | 2015-12-31 | 2015-12-31 | Sanction membrane machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521135196.1U CN205272123U (en) | 2015-12-31 | 2015-12-31 | Sanction membrane machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205272123U true CN205272123U (en) | 2016-06-01 |
Family
ID=56056737
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521135196.1U Withdrawn - After Issue CN205272123U (en) | 2015-12-31 | 2015-12-31 | Sanction membrane machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205272123U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105479510A (en) * | 2015-12-31 | 2016-04-13 | 东旭科技集团有限公司 | Film cutter |
| CN106098854A (en) * | 2016-08-05 | 2016-11-09 | 嘉友联精密机械工程(无锡)有限公司 | A kind of circulating chamfered edge drive system |
| CN107253229A (en) * | 2017-09-08 | 2017-10-17 | 来安县鼎辰机械制造有限公司 | A kind of separation mobile device of pvc foamed boards |
-
2015
- 2015-12-31 CN CN201521135196.1U patent/CN205272123U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105479510A (en) * | 2015-12-31 | 2016-04-13 | 东旭科技集团有限公司 | Film cutter |
| CN105479510B (en) * | 2015-12-31 | 2017-12-05 | 东旭科技集团有限公司 | Cut out film machine |
| CN106098854A (en) * | 2016-08-05 | 2016-11-09 | 嘉友联精密机械工程(无锡)有限公司 | A kind of circulating chamfered edge drive system |
| CN106098854B (en) * | 2016-08-05 | 2017-12-08 | 嘉友联精密机械工程(无锡)有限公司 | A kind of circulating chamfered edge drive system |
| CN107253229A (en) * | 2017-09-08 | 2017-10-17 | 来安县鼎辰机械制造有限公司 | A kind of separation mobile device of pvc foamed boards |
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| C14 | Grant of patent or utility model | ||
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| AV01 | Patent right actively abandoned |
Granted publication date: 20160601 Effective date of abandoning: 20171205 |
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| AV01 | Patent right actively abandoned |