CN201922576U - Production equipment for integral films - Google Patents

Abstract

The utility model discloses production equipment for integral films, which comprises a stirrer, a film blowing machine, a spark machine, a storage shelf and a film cutting machine. The stirrer, the film blowing machine, the spark machine, the storage shelf and the film cutting machine are sequentially arrayed at different stations according to process steps. The storage shelf is capable of balancing linear speed difference and tension difference of different portions, accordingly a film preparation portion and a production forming and collecting portion can be integrated to form a full-automatic production line, labor intensity of workers is reduced, and production efficiency is improved. In addition, one end of a rotary shaft of the film cutting machine extends out of the outer wall of a platform, a group of gears is mounted at the extending end of the film cutting machine, a detecting device is mounted on one side of driven gears and can detect the angle of a rotating plate by means of detecting the angles of the gears coaxial with the rotating plate, accordingly when rotating to a proper angle, the rotating plate exactly clamps a cutting plate of the device so that the cutting plate is perpendicular to a blade, and films are cut accurately, so that the production equipment is high in precision of take-up and cutting.

Description

The production equipment of whole diaphragm

Technical field

The utility model relates to a kind of polybag production equipment, particularly relates to a kind of production equipment of whole diaphragm.

Background technology

In daily life, people often need use disposable plastic dining table cloth, and the size of this dining table cloth is as the criterion with the size of desk, and packs by some, sell.So dining table cloth all is that size is produced according to the rules, and stacks by certain quantitative requirement.The plastic film production equipment that present manufacturer is adopted is divided into two production lines usually, article one, production line mainly is made of equipment such as spice machine, inflation film manufacturing machine, spark machines, bag raw material (plastics rice etc.) is formed annular membrane through blowing, and carry out the film volume that rolling forms whole bundle, use in order to next link; The second production line mainly is made of film cutter.The prior art film cutter, all be after manually measuring, cutting, to stack, it is inaccurate to certainly exist measurement like this, the cutting disunity stacks shortcomings such as irregular, and when manually cutting, speed is slower, yet equipment such as plastic film blowing machine can't stop, and therefore a lot of waste materials can occur, cause waste of material.In addition, because front and back two Production Line speed difference, can't work asynchronously, so, need a workman therebetween and supervise article one production line, and the plastic film rolls that production is finished disassembled from machinery equipment, after the plastic sheeting that will put in order bundle by another workman is transported to and installs on the equipment of second production line again, carry out the production of back one link again, in such production process, production cost height not only, labour intensity is big, production efficiency is low, the defect rate height has also caused the great waste on the raw material, so produce a kind of equipment that two parts production line effectively can be linked of being badly in need of of going up.

The utility model content

The purpose of this utility model is to provide the production equipment of the high whole diaphragm of a kind of production efficiency height, rolling and sharpnes of cuts.

For achieving the above object, technical solution of the present utility model is:

The utility model is a kind of production equipment of whole diaphragm, and it comprises spice machine, inflation film manufacturing machine, spark machine, storage rack, film cutter; Described spice machine, inflation film manufacturing machine, spark machine, storage rack, film cutter are arranged in order into different station according to processing step; It is characterized in that: described film cutter mainly is made up of motor, frame, wrap-up, pay-off, guider, slicing device, device for discharging and checkout gear; Described motor is installed in the bottom of frame, it connects wrap-up by transmission mechanism, wrap-up is rotatable to be installed on the frame, pay-off is installed on the frame and is positioned at the top of wrap-up, be used to accept and transmit pay-off and send the output that the guider of film is installed on the frame and is positioned at pay-off, be used to cut the below that slicing device from the pay-off film is installed on the frame and is positioned at guider; Described device for discharging is installed in a side of frame and the below that the one end stretches into wrap-up; Described checkout gear is installed in the outer wall of framework lateral plate and is positioned at by the gear that is installed in wrap-up shaft output.

Described wrap-up mainly is made up of reel stand, rotating shaft, many adjustable levers, a plurality of slide block, clamp mechanism; Described reel stand is made of two rotating disks, connecting rods, two rotating disks are oppositely arranged, between two rotating disks, connect many connecting rods, on rotating disk, radially offer a plurality of chutes, described slide block slips in this chute, and the two ends of adjustable lever are fixed on the interior slide block of two rotating disk chutes respectively and can radially move; Described rotating shaft one end is connected with transmission mechanism, and the other end stretches out the board outer wall and its external part is equipped with driving gear, the engagement of this driving gear and a driven gear, and the described checkout gear that is used to detect the rotating disk angle is installed in a side of this driven gear; Described clamp mechanism mainly is made up of cutting plate, folder film bar, clamping cylinder, guide pad, grip slide, bearing (setting) plate, longitudinal rod, transverse link; Described cutting plate is connected across between two rotating disks, bearing (setting) plate is fixed in the cutting plate, two ends at bearing (setting) plate are provided with axle sleeve, two longitudinal rods activity respectively are set in this axle sleeve, the inner of two longitudinal rods is fixed in respectively on the folder film bar of being located between cutting plate and the bearing (setting) plate, this folder film bar is relative with vertical elongated slot on the cutting plate, and the two ends of described transverse link are connected to the outer end of two longitudinal rods; Described guide pad is fixed on the side plate of frame, and grip slide slips on guide pad, and an end of grip slide is with to clamp cylinder hinged, but the other end of two grip slides respectively kink at the two ends of transverse link and the two ends of push-and-pull transverse link.

Described pay-off mainly is made up of sliding seat, feeding cylinder, feeding guide rod, binder cylinder, feeding pressing plate, film guide post; The two ends of described sliding seat are actively socketed on respectively on two film guide posts, the cylinder body of feeding cylinder is installed on the frame, the rod end of the piston rod of feeding cylinder is connected on the sliding seat and can drives sliding seat and moves around the front end that is installed in parallel in sliding seat of film guide post along the feeding guide rod; Described binder cylinder is installed in the top of sliding seat and its piston rod and passes the sliding seat upper wall and be connected on the feeding pressing plate that is sheathed in the sliding seat.

Described guider mainly is made up of guide holder, guiding cylinder, guide plate, guide rod; Described guide holder is installed on the side plate of board, and the guiding cylinder is installed in the top of guide holder and its piston rod and passes the guide holder upper wall and be connected on the guide plate that is positioned at the guide holder below, and the two ends of this guide plate are located on the guide holder by the guide rod activity.

Described slicing device mainly is made up of section seat, pressing plate cylinder, pressing plate guide post, pressing plate, tool rest cylinder, tool rest, knife rest guide post, Rodless cylinder, blade; Described section seat is fixed on the framework lateral plate, and the pressing plate cylinder is installed in the top of section seat and its piston rod and passes section seat upper wall and be connected on the pressing plate that is positioned at section seat below, and the two ends of pressing plate are located on the section seat by the activity of pressing plate guide post; Described tool rest cylinder is installed in the bottom of section seat, and the piston rod of tool rest cylinder connects tool rest, and the gap between two ends of tool rest is socketed on the knife rest guide post, and the knife rest guide post is installed on the framework lateral plate; Described blade is fixed on the Rodless cylinder, and Rodless cylinder is installed on the tool rest.

Described device for discharging mainly is made up of discharging platform, manipulator, synchronous band, discharging motor and position-detection sensor; Described discharging motor is installed in the discharging platform below, and the discharging motor connects band synchronously by synchronous pulley, drives band motion synchronously; The two ends of described manipulator are slipped on the guide rod of discharging platform table top both sides and with synchronous band and are connected; On discharging platform, the front and back end of the running orbit of manipulator installation site detecting sensor respectively; Described manipulator mainly is made up of two secondary mechanical handgrips and handgrip holder, and two secondary mechanical handgrips are installed in the two ends of handgrip holder respectively; Described mechanical handgrip is made of handgrip cylinder, handgrip sliding seat, mobile machine handgrip and solid mechanical handgrip, the solid mechanical handgrip is installed in an end of handgrip sliding seat, the bending hook part that mobile machine handgrip middle part is hinged on handgrip sliding seat upper surface and one end can contact with the solid mechanical handgrip, the piston rod of the other end of mobile machine handgrip and handgrip cylinder is hinged, and the handgrip cylinder block is fixed on the handgrip sliding seat.

Described storage rack comprises storing frame, fixed mount, guide rail, adjustable shelf, adjustable shelf driving mechanism, Position Control sensor; The both sides of described storing frame longitudinally are provided with guide rail respectively, and the adjustable shelf driving mechanism is installed on guide rail; Fixed mount is installed in the storing upper rack, and the two ends of adjustable shelf are connected to the adjustable shelf driving mechanism and can move up and down along guide rail; Described Position Control sensor is installed on the storing frame and is positioned at adjustable shelf and the upper and lower both sides of chain tie point or be positioned at the top of adjustable shelf.

Described adjustable shelf driving mechanism comprises motor, clutch, gear, chain; Described gear has four, is installed in the top and bottom of two guide rails respectively, articulates chain between the upper and lower gear on the same guide rail, and the two ends of adjustable shelf are connected on the chain that is arranged in the guide rail; Described motor and clutch are installed in the bottom of storing frame, and the output shaft of motor connects clutch, rotate but the output shaft of clutch is mounted on the gear and the driven wheel of guide rail lower end respectively.

Described fixed mount mainly is configured to propping up by a plurality of roll shafts; The upper end of support is connected the inner top of storing frame, and the both sides of support are parallel respectively extends a plurality of linking arms downwards, and the linking arm of both sides is corresponding mutually, and a plurality of roll shafts are rotatable respectively to be installed on the linking arm facing each other.

Described adjustable shelf mainly is made of frame and a plurality of transition roller; The affixed guide block of two middle side parts of framework, this guide block is connected with chain on the adjustable shelf driving mechanism and slips in guide rail.

After adopting such scheme, because the utility model is produced between part and product shaping of mainly being made up of film cutter and the collection unit branch at the film of mainly being made up of spice machine, inflation film manufacturing machine, spark machine, printing machine etc. and is provided with the linear differential of a balance each several part and the storage rack of Tension Difference, thereby film can be produced part divides merging to become a full automatic streamline with product shaping and collection unit, thereby greatly reduce working strength of workers, improved production efficiency.In addition, because rotating shaft one end of the utility model film cutter stretches out the board outer wall and its external part is equipped with one group of gear, side installation and measuring device at driven gear, this checkout gear can detect the rotating disk angle by the coaxial gear angle of detection and rotating disk, so when rotating disk forwards a suitable angle to, just the cutting plate of clamping device is vertical with blade, realizes accurately cutting film, the accuracy height that makes the utility model rolling and cutting.

Below in conjunction with the drawings and specific embodiments the utility model is further described.

Description of drawings

Fig. 1 is a structural representation of the present utility model;

Fig. 2 is the forward axonometric drawing of the utility model film cutter;

Fig. 3 is the inversion axis mapping of the utility model film cutter;

Fig. 4 is the front view of the utility model film cutter;

Fig. 5 is the part axonometric drawing after the utility model film cutter removes side plate;

Fig. 6 is the axonometric drawing of wrap-up and slicing device in the utility model film cutter;

Fig. 7 is the axonometric drawing of wrap-up in the utility model film cutter;

Fig. 8 is the axonometric drawing of clamp mechanism in the wrap-up in the utility model film cutter;

Fig. 9 is the axonometric drawing of pay-off in the utility model film cutter;

Figure 10 is the axonometric drawing of slicing device in the utility model film cutter;

Figure 11 is the axonometric drawing of device for discharging in the utility model film cutter;

Figure 12 is the axonometric drawing of manipulator in the utility model device for discharging;

Figure 13 is the axonometric drawing of the utility model storage rack;

Figure 14 is the axonometric drawing that the utility model storage rack buffering supports.

The specific embodiment

As shown in Figure 1, the utility model is the production equipment that polybag is rolled up by a kind of company, and it comprises spice machine 1, inflation film manufacturing machine 2, spark machine 3, storage rack 4, film cutter 5.

Described spice machine 1, inflation film manufacturing machine 2, spark machine 3, storage rack 4, film cutter 5 are arranged in order into different station according to processing step.

Technological process of the present utility model:

1, spice: by spice machine 1 raw material and batch mixes are stirred, the material that mixes is quantitatively delivered in the inflation film manufacturing machine 2 on time.

2, raw material hot melt: be that the material that mixes is delivered in the inflation film manufacturing machine 2,, make raw material melt by heating;

3, blown film: the raw material of fusion are pushed out by screw rod, enter into the vane of inflation film manufacturing machine 2, carry out blown film, obtain film;

4, embossing: on the surface of film, print off sparrow pecked (also not printing pattern, depend on customer demand), also play the effect of a membrane simultaneously;

5, thin-film width detects automatically: the width of effectively controlling film;

6, electric spark is handled: carry out electric spark by spark machine 3 and handle, print easily; (also electric spark is not handled, and depends on customer demand),

7, stamping-out moulding: cut the finished product sack that is finally needed with film cutter 5 in shape as required.

As Fig. 2-shown in Figure 4, the utility model is a kind of film cutter 5, and it mainly is made up of frame 51, motor 52, wrap-up 53, pay-off 54, guider 55, slicing device 56, device for discharging 57, checkout gear 58, transmission mechanism 59.

Described transmission mechanism 59 comprises main synchronous pulley 591, from synchronous pulley 592, be with 593 synchronously, synchromesh gear 594.Described motor 52 is installed in the bottom of frame 51, motor 52 drives main synchronous pulley 591, by being with 593 to drive synchronously from synchronous pulley 592, coaxial from synchronous pulley 592 with synchromesh gear 594, rotating disk 5311 in synchromesh gear 594 and the wrap-up 53 (with reference to shown in 6 figure) engagement, thus drive rotating disk 5311 motions.Described wrap-up 53 is rotatable to be installed on the side plate 511 of frame 51, and pay-off 54 is installed on the frame 51 and is positioned at the top of wrap-up 53; Described guider 55 is installed on the frame 51 and is positioned at the output of pay-off 54, is used to accept and transmits pay-off and send film; Slicing device 56 is installed on the frame 51 and is positioned at the below of guider 55, is used to cut the film on the wrap-up; Described device for discharging 57 is installed in a side of frame 51 and the below that the one end stretches into wrap-up 53, cuts down so that will reach the film of size.

As Fig. 5, shown in Figure 6, described wrap-up 53 mainly is made up of reel stand 531, rotating shaft 532, many adjustable levers 533, a plurality of slide block 534, clamp mechanism 535.Described reel stand 531 is made of two rotating disks 5311,5312 and connecting rod 5313; Two rotating disks 5311,5312 are oppositely arranged, between two rotating disks 5311,5312, connect many connecting rods 5313, on rotating disk 5311, radially offer a plurality of chutes 53111 (rotating disk 5312 is identical with rotating disk 5311 structures), described slide block 534 slips in this chute 53111, the two ends of adjustable lever 533 are fixed on the slide block 534 in two rotating disks, 5311,5312 chutes 5311 respectively and can radially move, thereby regulate the distance at adjustable lever on the wrap-up 53 533 and center, change take-up diameter, adapt to the demand of different length diaphragm.

As Fig. 7, shown in Figure 8, described clamp mechanism 535 mainly is made up of cutting plate 5351, folder film bar 5352, clamping cylinder 5353, guide pad 5354, grip slide 5355, bearing (setting) plate 5356, longitudinal rod 5357, transverse link 5358.Described cutting plate 5351 is connected across between two rotating disks 5311,5312, bearing (setting) plate 5356 is fixed in the cutting plate 5351, at the two ends of bearing (setting) plate 5356 axle sleeve 53561 is set, two longitudinal rods 5357 activity respectively are set in this axle sleeve 53561, the inner of two longitudinal rods 5357 is fixed in respectively on the folder film bar of being located between cutting plate 5351 and the bearing (setting) plate 5,356 5352, this folder film bar 5352 is relative with vertical elongated slot 53511 on the cutting plate 5351, and the two ends of described transverse link 5358 are connected to the outer end of two longitudinal rods 5357; Described guide pad 5354 is fixed on the side plate 511 (as shown in Figure 2) of frame 51, grip slide 5355 slips on guide pad 5354, one end of grip slide 5355 is with to clamp cylinder 5353 hinged, but the other end of two grip slides 5355 respectively kink at the two ends of transverse link 5358 and the two ends of push-and-pull transverse link 5358.During work, clamping cylinder 5353 can drive grip slide 5355 and move forward and backward, when clamping cylinder 5353 contractions, grip slide 5355 is moved to the left (visual angle from Fig. 8), drive transverse link 5358 to left movement, promote folder film bar 5352 left by longitudinal rod 5357 then, make folder film bar 5352 be in outside the plane of cutting plate 5351.When by pay-off 54 film 10 being sent between folder film bar 5352 and the cutting plate 5351, clamping cylinder 5353 and promote to the right then, folder film bar 5352 moves right, and film is clamped in the cutting plate 5351 (U-shaped shape).Clamping work is finished.When rotating disk 5311 rotates, except clamp cylinder 5353, guide pad 5354, grip slide 5355 other all be to follow rotating disk 5311 to rotate.

As Fig. 2, shown in Figure 3, described checkout gear 58 is installed in the outer wall of frame 51 side plates 511.Described rotating shaft 532 1 ends are connected with transmission mechanism 59, rotating shaft 532 other ends stretch out board 51 outer walls and its external part is equipped with driving gear 581, this driving gear 581 and a driven gear 582 engagements, the described checkout gear 58 that is used to detect rotating disk 5311 angles is installed in a side of this driven gear 582, checkout gear 58 (detecting sensor) can realize detecting the angle of rotating disk 5311 by detecting the angle of driven gear 582.The main purpose of this checkout gear 58 (detecting sensor) (with reference to shown in Figure 7): when rotating disk 5311 forwarded a suitable angle to, just the cutting plate 5351 of clamping device 535 was vertical with blade, realizes accurately cutting film

With reference to shown in Figure 5, described pay-off 54 mainly is made up of sliding seat 541, feeding cylinder 542, feeding guide rod 543, binder cylinder 544, feeding pressing plate 545, film guide post 546 as Fig. 9.The two ends of described sliding seat 541 are actively socketed on respectively on two feeding guide rods 543, the cylinder body of feeding cylinder 542 is installed on the frame 51, the rod end of the piston rod of feeding cylinder 542 is connected on the sliding seat 541 and can drives sliding seat 541 and moves around the front end that is installed in parallel in sliding seat 541 of film guide post 546 along feeding guide rod 543; Described binder cylinder 544 is installed in the top of sliding seat 541 and its piston rod and passes sliding seat 541 upper walls and be connected on the feeding pressing plate 545 that is sheathed in the sliding seat 541.

As shown in Figure 5, described guider 55 mainly is made up of guide holder 551, guiding cylinder 552, guide plate 553, guide rod 554.Described guide holder 551 is installed on the side plate 511 of board 51, guiding cylinder 552 is installed in the top of guide holder 551 and its piston rod and passes guide holder 551 upper walls and be connected on the guide plate 553 that is positioned at guide holder 551 belows, and the two ends of this guide plate 553 are located on the guide holder 551 by guide rod 554 activities.With reference to shown in Figure 4, when pay-off 54 was brought film 10, film guide 55 down pushed away L type guide plate 553 by guiding cylinder 552, makes film 10 just enter into clamping device 535 along L type guide plate 553.

As Fig. 6, shown in Figure 10, described slicing device 56 mainly is made up of section seat 561, pressing plate cylinder 562, pressing plate guide post 563, pressing plate 564, tool rest cylinder 565, tool rest 566, knife rest guide post 567, Rodless cylinder 568, blade (not shown).Described section seat 561 is fixed on frame 51 side plates 511, pressing plate cylinder 562 is installed in the top of section seat 561 and its piston rod and passes section seat 561 upper walls and be connected on the pressing plate 564 that is positioned at section seat 561 belows, and the two ends of pressing plate 564 are located on the section seat 561 by 563 activities of pressing plate guide post; Described tool rest cylinder 565 is installed in the bottom of section seat 561, and the piston rod of tool rest cylinder 565 connects tool rest 566, and the gap between two ends of tool rest 566 is socketed on the knife rest guide post 567, and knife rest guide post 567 is installed on frame 51 side plates 511; Described blade is fixed on the Rodless cylinder 568, and Rodless cylinder 568 is installed on the tool rest 566.When starting working, drive pressing plate 564 motions by pressing plate guide post 563, compress film by pressing plate cylinder 562, tool rest 566 is driven by tool rest cylinder 565 and moves forward along knife rest guide post 567 then, drive blade by Rodless cylinder 568 and slide,, move behind the tool rest 566 then the film dicing.

As shown in figure 11, described device for discharging 57 mainly by discharging platform 571, manipulator 572, be with 573 synchronously, discharging motor 574 (as shown in Figure 3) and position-detection sensor 575 form.Described discharging motor 574 is installed in discharging platform 571 belows, and discharging motor 574 connects by synchronous pulley 576 (as shown in Figure 4) is with 573 synchronously, drives and is with 573 motions synchronously; The two ends of described manipulator 572 slip on discharging platform 571 table top both sides guide rods 5711 and be with 573 to be connected synchronously; On discharging platform 571, the front and back end of the running orbit of manipulator 572 installation site detecting sensor 575 respectively.

As shown in figure 12, described manipulator 572 mainly is made up of two secondary mechanical handgrips 5721 and handgrip holder 5722.Two secondary mechanical handgrips 5721 are installed in the two ends of handgrip holder 5722 respectively; Described mechanical handgrip 5721 is made of handgrip cylinder 57211, handgrip sliding seat 57212, mobile machine handgrip 57213 and solid mechanical handgrip 57214; Solid mechanical handgrip 57214 is installed in an end of handgrip sliding seat 5722, and the bending hook part that mobile machine handgrip 57213 middle parts are hinged on handgrip sliding seat 5722 upper surfaces and one end can contact with solid mechanical handgrip 57214, so that film is clamped; The piston rod of the other end of mobile machine handgrip 57213 and handgrip cylinder 57211 is hinged, and handgrip cylinder 57211 cylinder bodies are fixed on the handgrip sliding seat 5722.After manipulator 572 grasps the diaphragm of well cutting, diaphragm is pulled on the discharging platform 571.

Operation principle of the present utility model:

As shown in Figure 4,, regulate the distance at wrap-up 53 adjustable levers 533 and center, change take-up diameter according to the needs of diaphragm length.When starting working, when film 10 came out from the speed balancer, film 10 passed film pay-off 54 through two transition rods, enters into wrap-up 53 then, clamped.Begin to carry out rolling work, in the process of rolling, detect residing angle in wrap-up 53 rotation processes by the checkout gear on the side plate 511 58.When rotating the number of turns, wrap-up 53 reaches the predetermined number of turns, when rotational angle arrives desired location, slicing device 56 is started working, with reference to shown in Figure 10, drive pressing plate 564 motions by the pressing plate cylinder, compress film 10, tool rest 566 moves forward then, Rodless cylinder 568 drives blade and slides, and with film 10 dicings, moves behind the tool rest 566 then.And then manipulator 572 (with reference to shown in Figure 12) moves forward, when process is detected by position-detection sensor 5751, and in-position, the promptly diaphragm of well cutting.Pressing plate is withdrawn then, and manipulator 572 catches diaphragm to move backward, and when position-detection sensor 5752 detected, manipulator 572 opened, with smooth the putting down of diaphragm.In this process of manipulator 572 actions, pay-off 54 is simultaneously in work.With reference to shown in Figure 9, manner of execution is such: binder cylinder 544 is depressed feeding pressing plate 545, and then drive whole pay-off by feeding cylinder 542 and move forward, make film extend downwards, in order to make film can enter into the clamping device 535 of wrap-up 53 (with reference to shown in Figure 8) smoothly, can film be sent in the clamping device 535 by a film guide 55, clamping cylinder 5353 drive film folder film bars 5352 moves, film is clamped, begin rolling work next time then.

As shown in figure 13, described storage rack 4 comprises storing frame 41, fixed mount 42, guide rail 43, adjustable shelf 44, adjustable shelf driving mechanism 45, buffering support 46, Position Control sensor 47.

The both sides of described storing frame 41 longitudinally are provided with guide rail 43 respectively, and adjustable shelf driving mechanism 44 is installed on guide rail 43; Fixed mount 42 is installed in storing frame 41 tops, and the two ends of adjustable shelf 44 are connected to adjustable shelf driving mechanism 44 and can move up and down at the driving lower edge of adjustable shelf driving mechanism 44 guide rail 43, forms displacement with fixed mount 42.

Described adjustable shelf driving mechanism 45 comprises motor 451, clutch 452, gear 453, chain 454.Described gear 453 has four, is installed in the top and bottom of two guide rails 43 respectively, on the same guide rail 43 cog 4531 and lower gear 4532 between articulate chain 454, the two ends of adjustable shelf 45 are connected on the chain 454 that is arranged in the guide rail 43; Described motor 451 and clutch 452 are installed in the bottom of storing frame 41, and the output shaft of motor 451 connects clutch 452, and the output shaft of clutch 452 is mounted on the gear 4532 of guide rail 43 lower ends respectively and can drives this gear 4532 and rotates.

Described fixed mount 42 mainly is made of a plurality of roll shafts 421 and support 422, the upper end of support 422 is connected the inner top of storing frame 41, the both sides of support 422 are parallel respectively extends a plurality of linking arms 4221 downwards, the linking arm 4221 of both sides is corresponding mutually, and a plurality of roll shafts 421 are rotatable respectively to be installed on the linking arm 4221 facing each other.

Described adjustable shelf 44 mainly is made of framework 441 and a plurality of transition roller 442.The affixed guide block 4411 of two middle side parts of framework 441, this guide block 4411 is connected with chain 444 on the adjustable shelf driving mechanism 44 and slips in guide rail 43.

Under normal conditions, described five Position Control sensors 47 are installed on the storing frame 41 and are positioned at the upper and lower both sides of adjustable shelf 44 and chain 444 tie points, play the effect of the upper and lower limit travel of restraint frame 44 on storing frame 41.When adjustable shelf 44 is in buffering and supports on 46 then the Position Control sensor all above adjustable shelf 44.

This Position Control sensor 47 as the usefulness of adjustable shelf drive motors gauge tap, shutdown wait, engine reduced power, host-initiated and acceleration, warning etc., is used for guaranteeing the utility model respectively from top to bottom, and the storing amount of film is a suitable length.

As shown in figure 14, described buffering supports 46 four, and four bufferings support 46, and to be installed in bottom and its top of storing frame 41 relative with adjustable shelf 44, so that the adjustable shelf 44 that falls can drop in four buffering supports 46.

Described buffering supports 46 and mainly is made up of back-up block 461, spring 462, column 463 and guide rod 464.Described back-up block 461 is nested with on column 463 by guide rod 464 activities; Described spring 462 is arranged between back-up block 461 and column 463 upper surfaces.In the present embodiment, buffering supports also can adopt other structures, as, rubber blanket etc.

The operation principle of storage rack 4:

As Figure 13, shown in Figure 14, when normally using, reducing motor 441 is not worked, the state that clutch 442 is in out.When needs are worn film, open the drive motors switch, motor 441 and clutch 442 meeting work are delivered to highest order with adjustable shelf 44 automatically, when reaching adjustable shelf drive motors gauge tap, quit work, and conveniently wear film.During normal the use, plastic sheeting is S-shaped to be arranged between fixed mount 42 and the adjustable shelf 44, utilize the deadweight of adjustable shelf 44 that plastic sheeting is launched, because the production of the production process film of inflation film manufacturing machine is a successional process, and the production of Bag Making Machine is an intermittent process, the processing line speed of Bag Making Machine and the processing line speed of inflation film manufacturing machine there are differences simultaneously, and by adopting storage rack, the linear velocity of Bag Making Machine and the linear differential of inflation film manufacturing machine obtain difference and eliminate in storage rack.Along with constantly carrying out of work, because the linear velocity of the relative inflation film manufacturing machine of linear velocity of Bag Making Machine wants fast, can make that the storing amount in the storage rack reduces, the rising that can change of the position of adjustable shelf 44.Can be controlled the control action of sensor in this course.Be followed successively by from top to bottom and shut down wait, engine reduced power, host-initiated and acceleration, warning.When adjustable shelf 4 rose to shutdown holding fix control sensor, the Bag Making Machine main frame can be shut down wait, allows the utility model obtain certain storing amount.In the process that descends, touch the Position Control sensor of host-initiated and acceleration, Bag Making Machine can start starts working.Make working properly carrying out.If the linear velocity of inflation film manufacturing machine is greater than the linear velocity of Bag Making Machine, when adjustable shelf 44 touches the Position Control sensor of host-initiated and acceleration, the Bag Making Machine main frame can improve speed, if this can't satisfy, when running into the Position Control sensor of warning, board can be reported to the police automatically, and the staff can adjust setting timely then, fixes a breakdown.

Claims (10)

1. the production equipment of a whole diaphragm, it is characterized in that: it comprises spice machine, inflation film manufacturing machine, spark machine, storage rack, film cutter; Described spice machine, inflation film manufacturing machine, spark machine, storage rack, film cutter are arranged in order into different station according to processing step; It is characterized in that: described film cutter mainly is made up of motor, frame, wrap-up, pay-off, guider, slicing device, device for discharging and checkout gear; Described motor is installed in the bottom of frame, it connects wrap-up by transmission mechanism, wrap-up is rotatable to be installed on the frame, pay-off is installed on the frame and is positioned at the top of wrap-up, be used to accept and transmit pay-off and send the output that the guider of film is installed on the frame and is positioned at pay-off, be used to cut the below that slicing device from the pay-off film is installed on the frame and is positioned at guider; Described device for discharging is installed in a side of frame and the below that the one end stretches into wrap-up; Described checkout gear is installed in the outer wall of framework lateral plate and is positioned at by the gear that is installed in wrap-up shaft output.

2. the production equipment of whole diaphragm according to claim 1, it is characterized in that: described wrap-up mainly is made up of reel stand, rotating shaft, many adjustable levers, a plurality of slide block, clamp mechanism; Described reel stand is made of two rotating disks, connecting rods, two rotating disks are oppositely arranged, between two rotating disks, connect many connecting rods, on rotating disk, radially offer a plurality of chutes, described slide block slips in this chute, and the two ends of adjustable lever are fixed on the interior slide block of two rotating disk chutes respectively and can radially move; Described rotating shaft one end is connected with transmission mechanism, and the other end stretches out the board outer wall and its external part is equipped with driving gear, the engagement of this driving gear and a driven gear, and the described checkout gear that is used to detect the rotating disk angle is installed in a side of this driven gear; Described clamp mechanism mainly is made up of cutting plate, folder film bar, clamping cylinder, guide pad, grip slide, bearing (setting) plate, longitudinal rod, transverse link; Described cutting plate is connected across between two rotating disks, bearing (setting) plate is fixed in the cutting plate, two ends at bearing (setting) plate are provided with axle sleeve, two longitudinal rods activity respectively are set in this axle sleeve, the inner of two longitudinal rods is fixed in respectively on the folder film bar of being located between cutting plate and the bearing (setting) plate, this folder film bar is relative with vertical elongated slot on the cutting plate, and the two ends of described transverse link are connected to the outer end of two longitudinal rods; Described guide pad is fixed on the side plate of frame, and grip slide slips on guide pad, and an end of grip slide is with to clamp cylinder hinged, but the other end of two grip slides respectively kink at the two ends of transverse link and the two ends of push-and-pull transverse link.

3. the production equipment of whole diaphragm according to claim 1, it is characterized in that: described pay-off mainly is made up of sliding seat, feeding cylinder, feeding guide rod, binder cylinder, feeding pressing plate, film guide post; The two ends of described sliding seat are actively socketed on respectively on two film guide posts, the cylinder body of feeding cylinder is installed on the frame, the rod end of the piston rod of feeding cylinder is connected on the sliding seat and can drives sliding seat and moves around the front end that is installed in parallel in sliding seat of film guide post along the feeding guide rod; Described binder cylinder is installed in the top of sliding seat and its piston rod and passes the sliding seat upper wall and be connected on the feeding pressing plate that is sheathed in the sliding seat.

4. the production equipment of whole diaphragm according to claim 1 is characterized in that: described guider mainly is made up of guide holder, guiding cylinder, guide plate, guide rod; Described guide holder is installed on the side plate of board, and the guiding cylinder is installed in the top of guide holder and its piston rod and passes the guide holder upper wall and be connected on the guide plate that is positioned at the guide holder below, and the two ends of this guide plate are located on the guide holder by the guide rod activity.

5. the production equipment of whole diaphragm according to claim 1 is characterized in that: described slicing device mainly is made up of section seat, pressing plate cylinder, pressing plate guide post, pressing plate, tool rest cylinder, tool rest, knife rest guide post, Rodless cylinder, blade; Described section seat is fixed on the framework lateral plate, and the pressing plate cylinder is installed in the top of section seat and its piston rod and passes section seat upper wall and be connected on the pressing plate that is positioned at section seat below, and the two ends of pressing plate are located on the section seat by the activity of pressing plate guide post; Described tool rest cylinder is installed in the bottom of section seat, and the piston rod of tool rest cylinder connects tool rest, and the gap between two ends of tool rest is socketed on the knife rest guide post, and the knife rest guide post is installed on the framework lateral plate; Described blade is fixed on the Rodless cylinder, and Rodless cylinder is installed on the tool rest.

6. the production equipment of whole diaphragm according to claim 1 is characterized in that: described device for discharging is mainly by discharging platform, manipulator, band, discharging motor and position-detection sensor are formed synchronously; Described discharging motor is installed in the discharging platform below, and the discharging motor connects band synchronously by synchronous pulley, drives band motion synchronously; The two ends of described manipulator are slipped on the guide rod of discharging platform table top both sides and with synchronous band and are connected; On discharging platform, the front and back end of the running orbit of manipulator installation site detecting sensor respectively; Described manipulator mainly is made up of two secondary mechanical handgrips and handgrip holder, and two secondary mechanical handgrips are installed in the two ends of handgrip holder respectively; Described mechanical handgrip is made of handgrip cylinder, handgrip sliding seat, mobile machine handgrip and solid mechanical handgrip, the solid mechanical handgrip is installed in an end of handgrip sliding seat, the bending hook part that mobile machine handgrip middle part is hinged on handgrip sliding seat upper surface and one end can contact with the solid mechanical handgrip, the piston rod of the other end of mobile machine handgrip and handgrip cylinder is hinged, and the handgrip cylinder block is fixed on the handgrip sliding seat.

7. the production equipment of whole diaphragm according to claim 1, it is characterized in that: described storage rack comprises storing frame, fixed mount, guide rail, adjustable shelf, adjustable shelf driving mechanism, Position Control sensor; The both sides of described storing frame longitudinally are provided with guide rail respectively, and the adjustable shelf driving mechanism is installed on guide rail; Fixed mount is installed in the storing upper rack, and the two ends of adjustable shelf are connected to the adjustable shelf driving mechanism and can move up and down along guide rail; Described Position Control sensor is installed on the storing frame and is positioned at adjustable shelf and the upper and lower both sides of chain tie point or be positioned at the top of adjustable shelf.

8. the production equipment of whole diaphragm according to claim 7, it is characterized in that: described adjustable shelf driving mechanism comprises motor, clutch, gear, chain; Described gear has four, is installed in the top and bottom of two guide rails respectively, articulates chain between the upper and lower gear on the same guide rail, and the two ends of adjustable shelf are connected on the chain that is arranged in the guide rail; Described motor and clutch are installed in the bottom of storing frame, and the output shaft of motor connects clutch, rotate but the output shaft of clutch is mounted on the gear and the driven wheel of guide rail lower end respectively.

9. the production equipment of whole diaphragm according to claim 7 is characterized in that: described fixed mount is mainly by a plurality of roll shafts be configured to; The upper end of support is connected the inner top of storing frame, and the both sides of support are parallel respectively extends a plurality of linking arms downwards, and the linking arm of both sides is corresponding mutually, and a plurality of roll shafts are rotatable respectively to be installed on the linking arm facing each other.

10. the production equipment of whole diaphragm according to claim 7, it is characterized in that: described adjustable shelf mainly is made of frame and a plurality of transition roller; The affixed guide block of two middle side parts of framework, this guide block is connected with chain on the adjustable shelf driving mechanism and slips in guide rail.

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