CN102152497B - Producing equipment for folding and punching plastic bag - Google Patents
Producing equipment for folding and punching plastic bag Download PDFInfo
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- CN102152497B CN102152497B CN 201010584719 CN201010584719A CN102152497B CN 102152497 B CN102152497 B CN 102152497B CN 201010584719 CN201010584719 CN 201010584719 CN 201010584719 A CN201010584719 A CN 201010584719A CN 102152497 B CN102152497 B CN 102152497B
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Abstract
The invention discloses producing equipment for folding and punching a plastic bag, which comprises a mixing machine, a film blowing machine, a spark machine, a printing machine, a storage frame, a bag producing machine and a finished product producing device. The mixing machine, the film blowing machine, the spark machine and the printing machine are arranged at different stations sequentially according to process steps. The bag producing machine and the finished product producing device are arranged at different stations sequentially according to the process steps. The storage frame for regulating linear velocity difference is connected between the printing machine and the bag producing machine. The storage frame for balancing the producing linear velocities of a film preparing part mainly consisting of the mixing machine and the like and a bag body forming and collecting part mainly consisting of the bag producing machine and a bag folding machine and the bag folding machine for folding the plastic bag repeatedly are arranged between the film preparing part and the bag body forming and collecting part, so that the film preparing part and the bag body forming and collecting part can be combined into a full-automatic producing line, the labor intensity of workers is greatly reduced, the producing efficiency is improved, and the plastic bag can be produced in one step.
Description
Technical field
The present invention relates to a kind of polybag production equipment, particularly relate to a kind of production equipment of folding and die-cut polybag.
Background technology
At present; The polybag kind that people use on the market is more; Plastic shopping bag that uses in buy vegetables in family freshness protection package commonly used, refuse bag, the food market polybag that has handle commonly used and the supermarket or the like is arranged, and these polybags all are to adopt the bag production equipment manufacturing of automation to form.The bag production equipment that present manufacturer is adopted is divided into two production lines usually; Article one, production line mainly is made up 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 rolling and form whole bundle film rolling, use in order to next link; The second production line mainly is made up of equipment such as Bag Making Machine, transition frame, winders, the annular membrane of production rolling in the last link is cut hot melt via equipment again form bag, and end is compiled by manual work again.Because two the Production Line speed in front and back are different, can't work asynchronously, so; Need a workman therebetween and supervise article one production line; And will produce the plastic film rolls of accomplishing and disassemble from machinery equipment, again by another workman whole bundle plastic sheeting is transported to install on the equipment of second production line after, carry out the production of back one link again; In such production process; Not only production cost is high, labour intensity is big, production efficiency is low, defect rate is high, has also caused the great waste on the raw material, so produce a kind of equipment that can two parts production line effectively be linked of urgent need of going up.
Moreover some polybag is because of the difference of application or the requirement of splendid attire capacity, and bag need be done greatlyyer; This jumbo polybag then causes great inconvenience in packing and transportation; So this type polybag just need fold when producing reducing the volume of bag, instant packed and transport, and the bag that has (like the large size refuse bag) very greatly; Then need carry out repeatedly folding, could be instant packed.And the way of industry employing at present all is the bag of producing completion to be collected one by one and carried out craft according to demand at the production line end by manual work to fold, and has so promptly caused production efficiency low, and labour intensity is big, problems such as production cost height.
Summary of the invention
The object of the present invention is to provide the production equipment bag production equipment of the folding and die-cut polybag that a kind of labour intensity is low, automaticity is high, production efficiency is high.
For realizing above-mentioned purpose, technical solution of the present invention is:
The present invention is a kind of production equipment of folding and die-cut polybag, and it comprises spice machine, inflation film manufacturing machine, spark machine, printing machine, Bag Making Machine, finished product process units; Described spice machine, inflation film manufacturing machine, spark machine, printing machine are arranged in order into different station according to processing step; Described Bag Making Machine, finished product process units are arranged in order different station according to processing step; It is characterized in that: it also comprises storage rack; The described storage rack that is used to regulate linear differential is connected between printing machine and the Bag Making Machine; 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, between the upper and lower gear on the same guide rail, articulates chain, 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 each other, 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 up of framework 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.
Described finished product process units is whole punch press or individual folding bag machine.
Described individual folding bag machine mainly is made up of folding bag frame, main motor, main drive gear, pocket creasing mechanism, bag conveying mechanism, board governor motion; Described main motor, pocket creasing mechanism, bag conveying mechanism all are installed on the folding bag frame; The described pocket creasing mechanism that is used to accept last station goods is positioned at an end of folding bag frame; Described bag conveying mechanism is positioned at the goods output that is used to accomplish the folding bag pocket creasing mechanism that moves; Described main motor is connected with pocket creasing mechanism through main drive gear; Described board governor motion is installed in the bottom of folding bag frame.
Described pocket creasing mechanism is mainly by the first doubling cylinder, the second doubling cylinder, the first pair of flap, the second pair of flap, vertically roll that band mechanism is rolled by band mechanism, triangle, level is rolled band mechanism and formed; The described band mechanism of vertically rolling is made up of with the vertical band that rolls a pair of roller bearing, and a pair of roller bearing arranges that vertically the described band that vertically rolls is socketed on a pair of roller bearing; Described level is rolled band mechanism and is rolled band by a pair of roller bearing and level and forms, and a pair of roller bearing along continuous straight runs layout, described level are rolled to be with and be socketed on a pair of roller bearing; It is relative with the vertical band mechanism of rolling that described triangle rolls band mechanism, constitutes the transmission of doubling for the first time inlet, and it is relative that itself and level are rolled band mechanism, constitutes the transmission inlet of doubling for the second time; The described first doubling cylinder is vertically mounted on folding bag frame top through cylinder frame; First pair of flap is fixed in the tailpiece of the piston rod of the first doubling cylinder; With first time doubling transmission inlet relatively and can vertically penetrate the transmission of doubling for the first time inlet; The described second doubling cylinder is installed in a folding bag frame side through the cylinder frame level, but the tailpiece of the piston rod that the second pair of flap is fixed in the second doubling cylinder and the transmission of doubling for the second time inlet relatively and along continuous straight runs penetrate the transmission of doubling for the second time inlet.
Described triangle rolls band mechanism and is rolled to be with by three roller bearings and triangle and form; Three roller bearings arrange that along three drift angles of right angled triangle described triangle rolls band and is socketed on three roller bearings, wherein; The vertical edges of three roller bearings is relative with the vertical band mechanism of rolling; Constitute the transmission of doubling for the first time inlet, it is relative that the horizontal sides of three roller bearings and level are rolled band mechanism, constitutes the transmission inlet of doubling for the second time.
Described main drive gear mainly is made up of output shaft group, output synchronous pulley, many power shafts, a plurality of input synchronous pulley, many synchronous belts; Described output shaft group is made up of output belt, synchronous pulley, output gear wheel set; The output shaft of main motor connects synchronous pulley through the output belt, and synchronous pulley connects the output gear wheel set; Output synchronous pulley and the coaxial setting of synchronous pulley, output synchronous pulley and the coaxial setting of the driven gear of output gear wheel set; The two ends of many synchronous belts are socketed in respectively on output synchronous pulley and a plurality of input synchronous pulley; A plurality of input synchronous pulleys are fixed in respectively on the many power shafts, and vertical in these many power shafts and the pocket creasing mechanism rolls that band mechanism is rolled by band mechanism, triangle, level is rolled the coaxial setting of power roller bearing in the band mechanism.
Described bag conveying mechanism comprises stand-by motor, attaches transmission mechanism, conveyer belt, phasmajector, baffle plate; Described stand-by motor is connected with conveyer belt through attaching transmission mechanism, drives conveyer belt and sways; The phasmajector that is used to eliminate static on the polybag bag be used to limit the dish out baffle plate of distance of polybag and be arranged on the top of conveyer belt.
Described board governor motion mainly is made up of cylinder, sliding seat, board guide rail and board baffle plate; The lower end of described board baffle plate is fixed in an end of board guide rail, and its top upwards erects.Described cylinder is fixedly mounted on the sliding seat, and the tailpiece of the piston rod of cylinder leans at the board baffle plate; Sliding seat is affixed with the sidewall of folding bag frame, and the four wheels of sliding seat slips at the board guide rail.
After adopting such scheme; Since the present invention the film of mainly forming by spice machine, inflation film manufacturing machine, spark machine, printing machine etc. produce part and the bag mainly formed by Bag Making Machine, folding bag machine be shaped and collect partly between be provided with a balance each several part linear differential and Tension Difference storage rack and polybag carried out repeatedly folding to reduce the volume of bag; Instant packed and transport folding bag machine; Part is shaped with bag and the merging of collection part becomes a full automatic streamline thereby can film be produced; Thereby greatly reduce working strength of workers, improved production efficiency, the disposable polybag of producing.
Below in conjunction with accompanying drawing and specific embodiment the present invention is further described.
Description of drawings
Fig. 1 is first embodiment of the present invention;
Fig. 2 is the axonometric drawing of storage rack of the present invention;
Fig. 3 is the axonometric drawing of storage rack cushioned support of the present invention;
Fig. 4 is the forward axonometric drawing that the present invention rolls over bag machine;
Fig. 5 is the inversion axis mapping that the present invention rolls over bag machine;
Fig. 6 is the axonometric drawing that the present invention rolls over pocket creasing mechanism in bag machine;
Fig. 7 is the axonometric drawing of bag conveying mechanism of the present invention;
Fig. 8 is the fundamental diagram that the present invention rolls over pocket creasing mechanism in bag machine;
Fig. 9 is that the present invention rolls in bag machine pocket creasing mechanism to the folded structure sketch map;
Figure 10 is second embodiment of the present invention;
Figure 11 is a process chart of the present invention.
The specific embodiment
As shown in Figure 1, the present invention is a kind of production equipment of folding and die-cut polybag, and it comprises spice machine 1, inflation film manufacturing machine 2, spark machine 3, printing machine 4, storage rack 5, Bag Making Machine 6, individual folding bag machine 7.
Described spice machine 1, inflation film manufacturing machine 2, spark machine 3, printing machine 4 are arranged in order into different station according to processing step; Described Bag Making Machine 6, individual folding bag machine 7 are arranged in order different station according to processing step; Described storage rack 5 is connected between printing machine 4 and the Bag Making Machine 6, is used for the balance film and produces linear differential and the Tension Difference that part is shaped with bag and collects part.
Shown in figure 11, technological process of the present invention:
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 through heating;
3, blown film: the raw material of fusion are pushed out through 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 through spark machine 3 and handle, print easily; (also electric spark is not handled, and depends on customer demand),
7, the printing: employing be monochromatic chromaticity printing, on film, print out the pattern of different demands; (can not print yet, depend on customer demand),
8, heat seal+sanction is cut and said good-bye: the bag according to setting is long, carries out heat seal at film two, makes opening become closed state, cuts then;
9, stamping-out moulding: through after the top step, film becomes the state that four limits are all sealed, and becomes sack in order to make it, carries out stamping-out in shape as required with Bag Making Machine 6, obtains the finished product sack that finally needs;
10, folding: every polybag producing through individual 7 pairs in machine of folding bag folds.
As shown in Figure 2, described storage rack 5 comprises storing frame 51, fixed mount 52, guide rail 53, adjustable shelf 54, adjustable shelf driving mechanism 55, cushioned support 56, Position Control sensor 57.
The both sides of described storing frame 51 longitudinally are provided with guide rail 53 respectively, and adjustable shelf driving mechanism 55 is installed on guide rail 53; Fixed mount 52 is installed in storing frame 51 tops, and the two ends of adjustable shelf 54 are connected to adjustable shelf driving mechanism 55 and can move up and down by guide rail 53 in the driving lower edge of adjustable shelf driving mechanism 55, forms displacement with fixed mount 52.
Described adjustable shelf driving mechanism 55 comprises motor 551, clutch 552, gear 553, chain 554.Described gear 553 has four, is installed in the top and bottom of two guide rails 53 respectively, on the same guide rail 53 cog 5531 and lower gear 5532 between articulate chain 554, the two ends of adjustable shelf 54 are connected on the chain 554 that is arranged in the guide rail 53; Described motor 551 and clutch 552 are installed in the bottom of storing frame 51, and the output shaft of motor 551 connects clutch 552, and the output shaft of clutch 552 is mounted on the gear 5532 of guide rail 53 lower ends respectively and can drives this gear 5532 and rotates.
Described fixed mount 52 mainly is made up of with support 522 a plurality of roll shafts 521; The upper end of support 522 is connected the inner top of storing frame 51; The both sides of support 522 are parallel respectively extends a plurality of linking arms 5221 downwards; The linking arm 5221 of both sides is corresponding each other, and a plurality of roll shafts 521 are rotatable respectively to be installed on the linking arm 5221 facing each other.
Described adjustable shelf 54 mainly is made up of framework 541 and a plurality of transition rollers 542.The affixed guide block 5411 of two middle side parts of framework 541, this guide block 5411 is connected with chain 554 on the adjustable shelf driving mechanism 55 and slips in guide rail 53.
Under normal conditions, described five Position Control sensors 57 are installed on the storing frame 51 and are positioned at the upper and lower both sides of adjustable shelf 54 and chain 554 tie points, play the effect of the upper and lower limit travel of restraint frame 54 on storing frame 51.When adjustable shelf 54 be in 56 last times of cushioned support then the Position Control sensor all above adjustable shelf 54.
This Position Control sensor 57 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 present invention respectively from top to bottom, and the storing amount of film is a suitable length.
As shown in Figure 3, described cushioned support 56 has four, and bottom and its top that four cushioned support 56 are installed in storing frame 51 are relative with adjustable shelf 54, so that the adjustable shelf 54 that falls can drop on four cushioned support 56.
Described cushioned support 56 mainly is made up of back-up block 561, spring 562, column 563 and guide rod 564.Described back-up block 561 is nested with on column 563 through guide rod 564 activities; Described spring 562 is arranged between back-up block 561 and column 563 upper surfaces.In the present embodiment, cushioned support also can adopt other structures, as, rubber blanket etc.
The operation principle of storage rack 5:
As shown in Figure 2, when normally using, reducing motor 551 is not worked, the state that clutch 552 is in out.When needs are worn film, open the drive motors switch, motor 551 and clutch 552 meeting work are delivered to highest order with adjustable shelf 54 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 52 and the adjustable shelf 54, utilizes the deadweight of adjustable shelf 54 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 through 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 54.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, lets the present invention 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 in proper working order carrying out.If the linear velocity of inflation film manufacturing machine is greater than the linear velocity of Bag Making Machine; When adjustable shelf 54 touched 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.
Like Fig. 4, shown in Figure 6, described individual folding bag machine 7 mainly is made up of folding bag frame 71, main motor 72, main drive gear 73, pocket creasing mechanism 74, bag conveying mechanism 76, board governor motion 77.
Described main motor 72, pocket creasing mechanism 74, a bag conveying mechanism 76 all are installed on the folding bag frame 71.Described pocket creasing mechanism 74 is positioned at an end of folding bag frame 71, is used to accept the sack that last station Bag Making Machine is seen off; Bag conveying mechanism 76 is positioned at the goods output that is used to accomplish the folding bag pocket creasing mechanism 74 that moves, and the polybag that folds is transported out.Described main motor 72 is connected with pocket creasing mechanism 74 through main drive gear 73, and power is transferred to pocket creasing mechanism 74, realizes the function of doubling polybag.
Like Fig. 6, shown in Figure 7, described bag conveying mechanism 76 comprises stand-by motor 761, attaches transmission mechanism 762, conveyer belt 763, phasmajector 764, baffle plate 765.Described stand-by motor 761 is connected with conveyer belt 763 through attaching transmission mechanism 762, drives conveyer belt 763 and sways, and realizes carrying the function of polybag.The phasmajector 764 that is used to eliminate the static on the polybag bag be used to limit the dish out baffle plate 765 of distance of polybag and be arranged on the top of conveyer belt 763.
As shown in Figure 5, described pocket creasing mechanism 74 mainly by the first doubling cylinder 741, the second doubling cylinder 742, the first pair of flap 743, the second pair of flap 744, vertically roll band mechanism 745, triangle and roll that band mechanism 747 is rolled by band mechanism 746, level, cylinder frame 7481,7482 is formed.
Like Fig. 6, shown in Figure 8, the described band mechanism 745 of vertically rolling is with 7453 to be made up of a pair of roller bearing 7451,7452 with vertical rolling, and a pair of roller bearing 7451,7452 arranges that vertically described vertically rolling is with 7453 to be socketed on a pair of roller bearing 7451,7452; Described level is rolled band mechanism 747 and is rolled by a pair of roller bearing 7471,7472 and level and be with 7473 to form, a pair of roller bearing 7471,7472 along continuous straight runs layout, and described level is rolled and is with 7473 to be socketed on a pair of roller bearing 7471,7472; Described triangle rolls band mechanism 746 and is rolled by three roller bearings 7461,7462,7463 and triangle and be with 7464 to form; Three roller bearings 7461,7462,7463 arrange that along three drift angles of right angled triangle described triangle rolls is with 7464 to be socketed on three roller bearings 7461,7462,7463, wherein; The vertical edges of three roller bearings 7461,7462,7463; It is relative with the vertical band mechanism 745 of rolling to be roller bearing 7461,7462, constitutes the transmission of doubling for the first time inlet A, and A penetrates from this input port from the polybag 710 of Bag Making Machine; The horizontal sides of three roller bearings 7461,7462,7463; Promptly 7462,7463 and level to roll band mechanism 747 relative, constitute the transmission inlet B of doubling for the second time, be threaded into this input port B through folding for the first time polybag 710; The described first doubling cylinder 743 is vertically mounted on folding bag frame 71 tops through cylinder frame 7481; First pair of flap 743 is fixed in the tailpiece of the piston rod of the first doubling cylinder 741; With first time doubling transmission inlet A relatively and can be with polybag 710 vertically to penetrate the transmission of doubling for the first time inlet A; The described second doubling cylinder 742 is installed in folding bag frame 71 sides through cylinder frame 7482 levels; The tailpiece of the piston rod that the second pair of flap 744 is fixed in the second doubling cylinder 742 is relative with the transmission of doubling for the second time inlet B, can be with polybag 710 along continuous straight runs to penetrate the transmission of doubling for the second time inlet B.
Like Fig. 9, shown in Figure 5, the insertion end of described first pair of flap 743, second pair of flap 744 is a dentation at interval.
With reference to shown in Figure 6, described main drive gear 73 mainly is made up of output shaft group 731,7341,7342,343, three synchronous belts 351,352,353 of 732,736, three power shafts of output synchronous pulley, 7331,7332,7333, three inputs synchronous pulley like Fig. 4; Described output shaft group 31 (as shown in Figure 6) is made up of output belt 7311, synchronous pulley 7312, output gear wheel set 7313; The output shaft of main motor 72 connects synchronous pulley 7312 through output belt 731 1, and synchronous pulley 7312 connects output gear wheel set 7313.Output synchronous pulley 732 and synchronous pulley 7312 coaxial settings, output synchronous pulley 736 and the coaxial setting of the driven gear of output gear wheel set 7313.The two ends of synchronous belt 7351 are socketed in respectively on output synchronous pulley 732 and three the input synchronous pulleys 7342, and the two ends of synchronous belt 7352,7353 are socketed in output synchronous pulley 736 respectively and import on the synchronous pulley 7341,7343.Three input synchronous pulleys 7341,7342,7343 are fixed in respectively on three power shafts 7331,7332,7333, and vertical in these three power shafts 7331,7332,7333 and the pocket creasing mechanism 74 rolls that band mechanism 747 is rolled by band mechanism 746, triangle, level is rolled power roller bearing 7461,7472, the 7452 coaxial settings of being with in the mechanism 745.
As shown in Figure 5, described board governor motion 77 mainly is made up of cylinder 771, sliding seat 772, board guide rail 773 and board baffle plate 774.Described board guide rail 773 is installed on the floor, and the lower end of board baffle plate 774 is fixed in an end of board guide rail 773, and its top upwards erects.Described cylinder 771 is fixedly mounted on the sliding seat 772, and the tailpiece of the piston rod of cylinder 771 leans at board baffle plate 774; Sliding seat 772 is affixed with the sidewall of folding bag frame 71, and the four wheels 7721 of sliding seat 772 slips at board guide rail 773.During work, the tailpiece of the piston rod that cylinder 771 pushes up leans at board baffle plate 774, promotes the board motion.
Individual folding bag machine 7 operation principle:
In process of production, after sack comes out from Bag Making Machine, can be tiled on the folding bag machine, center line is in 743 pairs of places of getting off of first pair of flap at the first folding bag position just.When first pair of flap 743 moves downward, when from the transmission of doubling for the first time inlet A polybag 710 being pushed in the belt at the first folding bag place,, remaining pocket portion is brought into because the frictional force between belt can motion with the bag band, realize the function of folding bag.Sack after folding moves downward, and during the predefined position of arrival program, second pair of flap 744 of the second folding bag part can insert from the transmission of doubling for the second time inlet B, with in like manner last, makes bag realize doubling for the second time.
Shown in figure 10, be second embodiment of the present invention.The structure of this embodiment is the same basically with last embodiment; Institute's difference is that the finished product process units is a whole punch press 7 ', comprises spice machine 1, inflation film manufacturing machine 2, spark machine 3, printing machine 4, storage rack 5, Bag Making Machine 6, whole punch press 7 ' of being arranged in order into different station according to processing step.
Emphasis of the present invention just is: produce part and bag shaping and collect storage rack that is provided for balanced two parts line speed between the part and the folding bag machine that is used for folding and die-cut polybag at film.
So all devices that is used for balanced two parts line speed that in production line, is provided with all belong to the scope that the present invention protects.
Claims (9)
1. the production equipment of folding and die-cut polybag, it is characterized in that: it comprises spice machine, inflation film manufacturing machine, spark machine, printing machine, Bag Making Machine, finished product process units; Described spice machine, inflation film manufacturing machine, spark machine, printing machine are arranged in order into different station according to processing step; Described Bag Making Machine, finished product process units are arranged in order different station according to processing step; It is characterized in that: it also comprises storage rack; The said storage rack that is used to regulate linear differential is connected between printing machine and the Bag Making Machine; 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, between the upper and lower gear on the same guide rail, articulates chain, 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 each other, and a plurality of roll shafts are rotatable respectively to be installed on the linking arm facing each other.
2. the production equipment of folding and die-cut polybag according to claim 1, it is characterized in that: described adjustable shelf mainly is made up of framework 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.
3. the production equipment of folding and die-cut polybag according to claim 1, it is characterized in that: described finished product process units is whole punch press or individual folding bag machine.
4. the production equipment of folding and die-cut polybag according to claim 3, it is characterized in that: described individual folding bag machine mainly is made up of a folding bag frame, main motor, main drive gear, pocket creasing mechanism, bag conveying mechanism, board governor motion; Described main motor, pocket creasing mechanism, bag conveying mechanism all are installed on the folding bag frame; The said pocket creasing mechanism that is used to accept last station goods is positioned at an end of folding bag frame; Described bag conveying mechanism is positioned at the goods output that is used to accomplish the folding bag pocket creasing mechanism that moves; Described main motor is connected with pocket creasing mechanism through main drive gear; Described board governor motion is installed in the bottom of folding bag frame.
5. the production equipment of folding and die-cut polybag according to claim 3 is characterized in that: described pocket creasing mechanism is mainly by the first doubling cylinder, the second doubling cylinder, the first pair of flap, the second pair of flap, vertically roll that band mechanism is rolled by band mechanism, triangle, level is rolled band mechanism and formed; The described band mechanism of vertically rolling is made up of with the vertical band that rolls a pair of roller bearing, and a pair of roller bearing arranges that vertically the described band that vertically rolls is socketed on a pair of roller bearing; Described level is rolled band mechanism and is rolled band by a pair of roller bearing and level and forms, and a pair of roller bearing along continuous straight runs layout, described level are rolled to be with and be socketed on a pair of roller bearing; It is relative with the vertical band mechanism of rolling that described triangle rolls band mechanism, constitutes the transmission of doubling for the first time inlet, and it is relative that itself and level are rolled band mechanism, constitutes the transmission inlet of doubling for the second time; The described first doubling cylinder is vertically mounted on folding bag frame top through cylinder frame; First pair of flap is fixed in the tailpiece of the piston rod of the first doubling cylinder; With first time doubling transmission inlet relatively and can vertically penetrate the transmission of doubling for the first time inlet; The described second doubling cylinder is installed in a folding bag frame side through the cylinder frame level, but the tailpiece of the piston rod that the second pair of flap is fixed in the second doubling cylinder and the transmission of doubling for the second time inlet relatively and along continuous straight runs penetrate the transmission of doubling for the second time inlet.
6. the production equipment of folding and die-cut polybag according to claim 4 is characterized in that: described triangle rolls band mechanism and rolls band by three roller bearings and triangle and form, and three roller bearings are along three drift angles layouts of right angled triangle; Described triangle rolls band and is socketed on three roller bearings; Wherein, the vertical edges of three roller bearings is relative with the vertical band mechanism of rolling, and constitutes the transmission of doubling for the first time inlet; It is relative that the horizontal sides of three roller bearings and level are rolled band mechanism, constitutes the transmission inlet of doubling for the second time.
7. the production equipment of folding and die-cut polybag according to claim 3, it is characterized in that: described main drive gear mainly is made up of output shaft group, output synchronous pulley, many power shafts, a plurality of input synchronous pulley, many synchronous belts; Described output shaft group is made up of output belt, synchronous pulley, output gear wheel set; The output shaft of main motor connects synchronous pulley through the output belt, and synchronous pulley connects the output gear wheel set; Output synchronous pulley and the coaxial setting of synchronous pulley, output synchronous pulley and the coaxial setting of the driven gear of output gear wheel set; The two ends of many synchronous belts are socketed in respectively on output synchronous pulley and a plurality of input synchronous pulley; A plurality of input synchronous pulleys are fixed in respectively on the many power shafts, and vertical in these many power shafts and the pocket creasing mechanism rolls that band mechanism is rolled by band mechanism, triangle, level is rolled the coaxial setting of power roller bearing in the band mechanism.
8. the production equipment of folding and die-cut polybag according to claim 3 is characterized in that: described bag conveying mechanism comprises stand-by motor, attaches transmission mechanism, conveyer belt, phasmajector, baffle plate; Described stand-by motor is connected with conveyer belt through attaching transmission mechanism, drives conveyer belt and sways; The phasmajector that is used to eliminate static on the polybag bag be used to limit the dish out baffle plate of distance of polybag and be arranged on the top of conveyer belt.
9. the production equipment of folding and die-cut polybag according to claim 4, it is characterized in that: described board governor motion mainly is made up of cylinder, sliding seat, board guide rail and board baffle plate; The lower end of described board baffle plate is fixed in an end of board guide rail, and its top upwards erects.Described cylinder is fixedly mounted on the sliding seat, and the tailpiece of the piston rod of cylinder leans at the board baffle plate; Sliding seat is affixed with the sidewall of folding bag frame, and the four wheels of sliding seat slips at the board guide rail.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201010584719 CN102152497B (en) | 2010-11-30 | 2010-11-30 | Producing equipment for folding and punching plastic bag |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201010584719 CN102152497B (en) | 2010-11-30 | 2010-11-30 | Producing equipment for folding and punching plastic bag |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102152497A CN102152497A (en) | 2011-08-17 |
| CN102152497B true CN102152497B (en) | 2012-12-26 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 201010584719 Expired - Fee Related CN102152497B (en) | 2010-11-30 | 2010-11-30 | Producing equipment for folding and punching plastic bag |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104859190B (en) * | 2014-02-25 | 2017-03-29 | 安徽御流包装机械有限公司 | Packaging bag bag-making equipment |
| CN104401037A (en) * | 2014-09-29 | 2015-03-11 | 任杰 | Integrated production process of plastic bags |
| CN105196696A (en) * | 2015-10-16 | 2015-12-30 | 彩虹（莆田）涂料色卡有限公司 | Automatic control color card coating and printing machine |
| CN108312637B (en) * | 2018-02-02 | 2023-11-17 | 厦门亚太创新机器有限公司 | Plastic bag packaging production equipment |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1243691A (en) * | 1998-08-05 | 2000-02-09 | 东亚机工株式会社 | Sanitary towels and apparatus for producing same |
| CN2640925Y (en) * | 2003-06-30 | 2004-09-15 | 杜斌 | Production line for paper made sack |
| CN201264389Y (en) * | 2008-06-22 | 2009-07-01 | 郑钢男 | Manufacturing machine for full-automatic production of nonwoven fabric shopping bag |
| CN201922574U (en) * | 2010-11-30 | 2011-08-10 | 厦门亚太创新机器有限公司 | Production equipment for folding and punching plastic bags |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| ZA200105581B (en) * | 1999-01-06 | 2002-06-21 | Imp Tobacco Ltd | Method for producing a resealable pouch. |
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2010
- 2010-11-30 CN CN 201010584719 patent/CN102152497B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1243691A (en) * | 1998-08-05 | 2000-02-09 | 东亚机工株式会社 | Sanitary towels and apparatus for producing same |
| CN2640925Y (en) * | 2003-06-30 | 2004-09-15 | 杜斌 | Production line for paper made sack |
| CN201264389Y (en) * | 2008-06-22 | 2009-07-01 | 郑钢男 | Manufacturing machine for full-automatic production of nonwoven fabric shopping bag |
| CN201922574U (en) * | 2010-11-30 | 2011-08-10 | 厦门亚太创新机器有限公司 | Production equipment for folding and punching plastic bags |
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| CN102152497A (en) | 2011-08-17 |
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