CN103359321B - Method and structure for taking bags from conveying belt of mouth clamping type packing machine - Google Patents

Method and structure for taking bags from conveying belt of mouth clamping type packing machine Download PDF

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Publication number
CN103359321B
CN103359321B CN201310335173.4A CN201310335173A CN103359321B CN 103359321 B CN103359321 B CN 103359321B CN 201310335173 A CN201310335173 A CN 201310335173A CN 103359321 B CN103359321 B CN 103359321B
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bag
folder
conveying
push away
motor
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CN103359321A (en
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牛仁红
刘忠仁
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Shanghai new century Intelligent Packaging Technology Co., Ltd.
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SHANGHAI OUSHUO PACKAGING MACHINERY CO Ltd
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Publication of CN103359321A publication Critical patent/CN103359321A/en
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Abstract

The invention relates to a method and structure for taking bags from a conveying belt of a mouth clamping type packing machine. The structure comprises a bag clamping driving mechanism, a bag clamping mechanism, a bag suction mechanism, an aligning and sorting mechanism, a bag pushing mechanism and a conveying mechanism, wherein the conveying mechanism, the bag pushing mechanism, the aligning and sorting mechanism, the bag suction mechanism, the bag clamping mechanism and the bag clamping driving mechanism are connected in sequence according to action stations and are installed on the tail portion of a machine frame of a slow driving mechanism of the conveying belt in the sequence, and the bag clamping driving mechanism and the bag clamping mechanism are in transmission connection through a cam pulling rod. The method and structure for taking the bags from the conveying belt of the mouth clamping type packing machine are a novel technological improvement on conveying and bag taking machinery and enable packing bags to be placed flat and conveyed in a large number and with higher efficiency. The method and structure for taking the bags from the conveying belt of the mouth clamping type packing machine have the advantages of being simple and compact in structure and reasonable and efficient in operation.

Description

The method of work of dop wrapping machine load-transfer device bag taking device and structure
Technical field
The present invention relates to package packing machine, be specifically related to a kind of method of work and structure of dop wrapping machine load-transfer device bag taking device.
Background technology
The Chinese utility model patent of ZL 201220198043.1, disclose a kind of wrapping machine load-transfer device bag taking device, it comprises: cam drive mechanism, bag taking mechanism, transport sector, storage bag mechanism and frame.Storage bag mechanism is positioned at the left side of bag taking mechanism, and there is opening left and right, and bag taking mechanism is towards the right bag taking mouth of storage bag mechanism.Storage bag machine sack position coordinates with bag taking mechanism, the right-hand member of bag taking mechanism is connected with cam drive mechanism left end, transport sector and storage bag mechanism are all in frame, the bottom of frame is connected with cam drive mechanism lower end, cam drive mechanism can be fixedly attached on horizontal full-automatic packing machine, and is connected in series to and changes on the actuating spindle of automat.
And the present invention is the more careful more omnibearing improvement to prior art, make the transport bag bag taking of packaging bag more efficient, economic benefit is higher
Summary of the invention
The object of this invention is to provide a kind of method of work and structure of dop wrapping machine load-transfer device bag taking device, realize packaging bag energy level and transport, and intelligent bag taking transhipment, to improve the work efficiency of whole packaging bag conveyor line.
For overcoming the deficiencies in the prior art, realize above-mentioned purpose, the present invention is achieved in that a kind of bag taking method in packing device, it is characterized in that: comprise the following steps:
1) packaging bag is placed: packaging bag is tilted to stack, is placed horizontally on conveying mechanism.
2) packaging bag is transported: packaging bag be fed forward in order, at a slow speed by conveying mechanism.
3) packaging bag is pushed: after packaging bag load-transfer device delivers to assigned address, packaging bag is pushed to absorption position separately by bag pushing mechanism; Push away a bag driven by motor bag pushing mechanism running, coordinate by pushing away bag rotor wheel and pushing away bag hides band, be greater than belt conveyor linear velocity owing to pushing away a bag rotor wheel linear velocity, make packaging bag be pushed into conveying mechanism foremost by single acceleration.
4) alignment packaging bag: adopt alignment dressing mechanism that packaging bag is neat in assigned address discharge; Arranging the running of driven by motor alignment dressing mechanism, by pushing away bag bristle, packaging bag adjustment being flushed foremost with conveying mechanism.
5) packaging bag is picked up: when infrared induction box senses that packaging bag is in foremost position, mechanism picks up packaging bag by suction bag.
6) gripping packaging bag: adopt bag-clamping mechanism to pick up packaging bag, and one station under delivering to conveyor line.
And the present invention adopts the bag taking device of said method, it comprises: folder bag driver train, bag-clamping mechanism, suction bag mechanism, alignment dressing mechanism, bag pushing mechanism and conveying mechanism, it is characterized in that: described conveying mechanism, bag pushing mechanism, alignment dressing mechanism, suction bag mechanism, bag-clamping mechanism and folder bag driver train are pressed and be linked in sequence as station, and be arranged on the frame aft of described conveying mechanism by its order, described folder bag driver train and bag-clamping mechanism adopt cam linkages to be in transmission connection.
Folder bag driver train of the present invention is by folder bag power cam, folder bag propeller shaft sleeve, folder bag drives angle swing bar, folder bag drives connecting strap, folder bag drives short fork, folder bag drives pull bar and folder bag curved profiled bar composition, wherein, folder bag power cam and the moving contact of folder bag propeller shaft sleeve, folder bag propeller shaft sleeve is installed on folder bag and drives angle swing bar lower end, folder bag drives angle swing bar to drive connecting strap to drive short fork to be fixedly connected with folder bag by folder bag, folder bag drives the other end of angle swing bar to drive one end of pull bar to be connected with folder bag, folder bag drives the other end of pull bar to be connected with folder bag curved profiled bar one end.
Bag-clamping mechanism of the present invention is made up of large sackholder, live splint, dop, oscillating axle, folder bag pull bar, folder bag pivoted housing and folder bag strut bar, wherein, folder bag strut bar horizontal positioned, the folder bag curved profiled bar knee of folder bag driver train is connected with one end of folder bag strut bar, the other end of folder bag curved profiled bar is connected with one end of oscillating axle, large sackholder is connected with the other end of oscillating axle, live splint is installed on large sackholder tail end, live splint bottom is provided with dop, one end of folder bag pull bar is connected with large sackholder front end, and the other end of folder bag pull bar is connected with folder bag pivoted housing.
Conveying mechanism of the present invention is by carrying motor, conveying roller, belt conveyor, frame gusset, carrying rib, frame heel brace and infrared induction box to form, wherein, conveying motor and conveying roller are installed on the rear and front end of frame respectively, and be fixedly connected with frame gusset, belt conveyor is placed between conveying motor and conveying roller, conveying rib is installed on frame upper surface, and infrared induction box is fixedly installed in the lower surface foremost of conveying mechanism.
Suction bag mechanism of the present invention is by ripple sucker, sucker fixed seat, sucker adapter shaft, suction bag fork, fork pipe link, suction bag cylinder and cylinder clip composition, wherein, cylinder clip is fixed on the frame heel brace of conveying mechanism, one end of suction bag cylinder is fixedly connected with cylinder clip, the other end of suction bag cylinder is connected in the oval groove of suction bag fork, suction bag fork is provided with two, left and right, its one end is installed on outside the frame gusset of conveying mechanism by fork pipe link, the other end of suction bag fork installs sucker adapter shaft, two sucker fixed seats sucker adapter shaft are equipped with, ripple sucker is installed under sucker fixed seat.
Alignment dressing mechanism of the present invention forms by arranging motor, push boat bristle, motor fixing plate, the horizontal pipe link of arrangement, arranging pillar stiffener and arranging vertical pipe link, wherein, arrange the side that pillar stiffener is fixed on the frame gusset of conveying mechanism, arrange vertical pipe link and be fixedly connected on arrangement pillar stiffener top, arrange horizontal pipe link to be fixedly connected with the vertical pipe link of arrangement, motor fixing plate with push away the horizontal pipe link of bag and be fixedly connected with, push boat bristle is installed on motor fixing plate.
Bag pushing mechanism of the present invention is by pushing away a bag motor, motor sliding shoe plate, push away a bag traveller, push away a bag fixed block, push away a bag transmission shaft, push away a bag rotor wheel, push away bag hides band, push away bag contiguous block and push away a bag fork composition, wherein, push away the side that bag fixed block is mounted on the frame gusset of conveying mechanism, upper and lower two push away bag traveller and push away a bag fixed block and be fixedly connected with, motor sliding shoe plate is loaded on upper and lower two by through hole slip cap set by self and pushes away on bag traveller, pushing away a bag motor is fixedly installed in outside motor sliding shoe plate, drive one end of transmission shaft to be connected to and push away a bag motor, the other end pushing away bag transmission shaft is connected with the one end pushing away bag fork, push away bag contiguous block and be longitudinally fixedly installed in the middle part pushing away bag fork, push away bag rotor wheel be installed on the other end both sides that push away bag fork respectively and push away a bag contiguous block two bottom sides, push away bag hides band to be set with on two thruster bag rotor wheels.
The beneficial effect that the present invention brings is: improve normal packet pack mode of movement, by vertically placing, changing tiling table top into and placing.Further, increase and accelerate to transport and dressing mechanism, the efficiency of whole course of conveying is improved greatly.Full automaticity, more humane.
The invention has the advantages that: simple and compact for structure, running is reasonable efficient.
Accompanying drawing explanation
Fig. 1 is transport bag bag taking overall schematic.
Fig. 2 is folder bag driver train and bag-clamping mechanism side schematic view.
Fig. 3 is folder bag driver train and bag-clamping mechanism schematic diagram.
Fig. 4 is each mechanism's enlarged diagram of frame rear portion.
Fig. 5 is frame side schematic view.
Detailed description of the invention
Embodiment below in conjunction with accompanying drawing is described in further detail the present invention:
As shown in Figure 1 to Figure 3, a kind of method of work of dop wrapping machine load-transfer device bag taking device comprises the following steps:
1) packaging bag is placed: multiple packaging bag is placed horizontally at conveying mechanism 6 afterbody, opens whole device, the motor of each mechanism starts simultaneously;
2) packaging bag is transported: conveying motor 61 drives conveying mechanism 6 to operate, and is coordinated, packaging bag is fed forward in order by conveying roller 62 and belt conveyor 63;
3) packaging bag is pushed: push away bag motor 51 and drive bag pushing mechanism 5 to operate, coordinate by pushing away bag rotor wheel 56 and pushing away bag hides band 57, and be greater than belt conveyor 63 linear velocity owing to pushing away bag rotor wheel 56 linear velocity, make multiple packaging bag be accelerated in order to be one by one pushed into conveying mechanism 6 foremost;
4) alignment packaging bag: arranging motor 41 and drive alignment dressing mechanism 4 to operate, by pushing away bag bristle 42, packaging bag adjustment and conveying mechanism 6 being flushed neatly foremost;
5) pick up packaging bag: after the packaging bag being transported to top puts in place, infrared induction box 67 senses that packaging bag puts in place, and suction bag cylinder 36 comes into operation, and drives ripple sucker 31 to pick up packaging bag;
6) gripping packaging bag: after packaging bag is picked up by sucker 31, folder bag power cam 11 come into operation, by folder bag curved profiled bar 17 transmission, live splint 22 and dop 23 accurately arrive packaging bag on-position, dop 23 picks up packaging bag, folder bag curved profiled bar 17 backswing, live splint 22 rotates, and is jammed packaging bag and arrives next pipeline positions.
With this reciprocation cycle, efficiently complete packaging bag conveying gripping in order.
As shown in Figure 1, the present invention is a kind of dop wrapping machine load-transfer device bag taking device, comprise: folder bag driver train 1, bag-clamping mechanism 2, suction bag mechanism 3, alignment dressing mechanism 4, bag pushing mechanism 5 and conveying mechanism 6, it is characterized in that: described conveying mechanism 6, bag pushing mechanism 5, alignment dressing mechanism 4, suction bag mechanism 3, bag-clamping mechanism 2 and folder bag driver train 1 are pressed and be linked in sequence as station, and are arranged on the afterbody of the frame of described conveying mechanism 6 by its order; Described folder bag driver train 1 and bag-clamping mechanism 2 adopt cam linkages to be in transmission connection.Conveying mechanism 6 is made up of conveying motor 61, conveying roller 62, belt conveyor 63, frame gusset 64, conveying rib 65, frame heel brace 66 and infrared induction box 67, wherein, conveying motor 61 and conveying roller 62 are installed on the rear and front end of frame respectively, and be fixedly connected with frame gusset 64, belt conveyor 63 is placed between conveying motor 61 and conveying roller 62, conveying rib 65 is installed on frame upper surface, and infrared induction box 67 is fixedly installed in the lower surface foremost of conveying mechanism 6.
As shown in Figures 2 and 3, folder bag driver train 1 is by folder bag power cam 11, folder bag propeller shaft sleeve 12, folder bag drives angle swing bar 13, folder bag drives connecting strap 14, folder bag drives short fork 15, folder bag drives pull bar 16 and folder bag curved profiled bar 17 to form, wherein, folder bag power cam 11 and folder bag propeller shaft sleeve 12 moving contact, folder bag propeller shaft sleeve 12 is installed on folder bag and drives angle swing bar 13 lower end, folder bag drives angle swing bar 13 to drive connecting strap 14 to drive short fork 15 to be fixedly connected with folder bag by folder bag, folder bag drives the other end of angle swing bar 13 to drive one end of pull bar 16 to be connected with folder bag, folder bag drives the other end of pull bar 16 to be connected with folder bag curved profiled bar 17 one end.Bag-clamping mechanism 2 is by large sackholder 21, live splint 22, dop 23, oscillating axle 24, folder bag pull bar 25, folder bag pivoted housing 26 and folder bag strut bar 27 form, wherein, folder bag strut bar 27 horizontal positioned, folder bag curved profiled bar 17 knee of folder bag driver train 1 is connected with one end of folder bag strut bar 27, the other end of folder bag curved profiled bar 17 is connected with one end of oscillating axle 24, large sackholder 21 is connected with the other end of oscillating axle 24, live splint 22 is installed on large sackholder 21 tail end, live splint 22 bottom is provided with dop 23, one end of folder bag pull bar 25 is connected with large sackholder 21 front end, the other end of folder bag pull bar 25 is connected with folder bag pivoted housing 26.Suction bag mechanism 3 is by ripple sucker 31, sucker fixed seat 32, sucker adapter shaft 33, suction bag fork 34, fork pipe link 35, suction bag cylinder 36 and cylinder clip 37 form, wherein, cylinder clip 37 is fixed on the frame heel brace 66 of conveying mechanism 6, one end of suction bag cylinder 36 is fixedly connected with cylinder clip 37, the other end of suction bag cylinder 36 is connected in the oval groove of suction bag fork 34, suction bag fork 34 is provided with two, left and right, its one end is installed on outside the frame gusset 64 of conveying mechanism 6 by fork pipe link 35, the other end of suction bag fork 34 installs sucker adapter shaft 33, two sucker fixed seats 32 sucker adapter shaft 33 are equipped with, ripple sucker 31 is installed under sucker fixed seat 32.Alignment dressing mechanism 4 forms by arranging motor 41, push boat bristle 42, motor fixing plate 43, arranging horizontal pipe link 44, arrange pillar stiffener 45 and arranging vertical pipe link 46, wherein, arrange the side that pillar stiffener 45 is fixed on the frame gusset 64 of conveying mechanism 6, arrange vertical pipe link 46 and be fixedly connected on arrangement pillar stiffener 45 top, arrange horizontal pipe link 44 to be fixedly connected with the vertical pipe link 46 of arrangement, motor fixing plate 43 is fixedly connected with the horizontal pipe link 44 of arrangement, push boat bristle 42 is installed on bottom motor fixing plate 43, arranges motor 41 and is fixedly installed in motor fixing plate 43 top.Bag pushing mechanism 5 is by pushing away bag motor 51, motor sliding shoe plate 52, push away bag traveller 53, push away bag fixed block 54, push away bag transmission shaft 55, push away bag rotor wheel 56, push away bag hides band 57, push away bag contiguous block 58 and push away bag fork 59 and form, wherein, push away the side that bag fixed block 54 is mounted on the frame gusset 64 of conveying mechanism 6, upper and lower two push away bag traveller 53 and push away bag fixed block 54 and be fixedly connected with, motor sliding shoe plate 52 is loaded on upper and lower two by through hole slip cap set by self and pushes away on bag traveller 53, pushing away bag motor 51 is fixedly installed in outside motor sliding shoe plate 52, the one end pushing away bag transmission shaft 55 is connected to and pushes away bag motor 51, the other end pushing away bag transmission shaft 55 is connected with the one end pushing away bag fork 59, push away bag contiguous block 58 and be longitudinally fixedly installed in the middle part pushing away bag fork 59, push away bag rotor wheel 56 be installed on the other end both sides that push away bag fork 59 respectively and push away bag contiguous block 58 two bottom sides, push away bag hides band 57 to be set with on two thruster bag rotor wheels 56.
Composition graphs 1 to Fig. 3, after installing, working process of the present invention is as follows:
Packaging bag is kept flat to conveying mechanism 6 tail end, start conveying motor 61, make belt conveyor 63 under the drive of conveying roller 62, carry to conveying mechanism 6 front end, unlatching pushes away bag motor 51, push away bag transmission shaft 55 entry into service, operate to drive to push away bag rotor wheel 56 and push away bag hides band 57, with this, packaging bag continues to carry forward, arrange motor 41 and open running, push boat bristle 42 entry into service, packaging bag is continued to be pushed into forward conveying mechanism 6 foremost along bristle, infrared induction box 67 senses that packaging bag is in foremost position, suction bag cylinder 36 starts, and coordinated by link work, ripple sucker 31 is made to hold packaging bag and lift, simultaneously, folder bag power cam 11 operate, folder bag driver train 1 and bag-clamping mechanism 2 are by cam and pull bar transmission, folder bag curved profiled bar 17 is swung, large sackholder 21 is drawn close to the packaging bag position be lifted, and, under folder bag pivoted housing 26 drives, the axial wobble simultaneously of large sackholder 21, thus dop 23 can arrive the packaging bag position of being lifted by ripple sucker 31, dop 23 picks up packaging bag afterwards, folder bag curved profiled bar 17 backswing, finally, packaging bag is made to depart from conveying mechanism 6, complete whole transport bag bag taking process.
Method of work and the structure of a kind of dop wrapping machine of the present invention load-transfer device bag taking device are not limited to the above embodiments, and those skilled in the art make the change of unsubstantiality, all fall into protection scope of the present invention.

Claims (6)

1. a method of work for dop wrapping machine load-transfer device bag taking device, is characterized in that: comprise the following steps:
1) packaging bag is placed: packaging bag is tilted to stack, is placed horizontally on conveying mechanism (6);
2) packaging bag is transported: packaging bag be fed forward in order, at a slow speed by conveying mechanism (6);
3) packaging bag is pushed: after packaging bag load-transfer device delivers to assigned address, packaging bag is pushed to absorption position separately by bag pushing mechanism (5); Push away a bag motor (51) and drive bag pushing mechanism (5) running, coordinate by pushing away a bag rotor wheel (56) and pushing away bag hides band (57), be greater than belt conveyor (63) linear velocity owing to pushing away a bag rotor wheel (56) linear velocity, make packaging bag be pushed into conveying mechanism (6) foremost by single acceleration;
4) alignment packaging bag: adopt alignment dressing mechanism (4) that packaging bag is neat in assigned address discharge; Arranging motor (41) and drive alignment dressing mechanism (4) running, by pushing away a bag bristle (42), packaging bag adjustment being flushed foremost with conveying mechanism (6);
5) packaging bag is picked up: when infrared induction box (67) senses that packaging bag is in foremost position, pick up packaging bag by suction bag mechanism (3);
6) gripping packaging bag: adopt bag-clamping mechanism (2) to pick up packaging bag, and one station under delivering to conveyor line.
2. a dop wrapping machine load-transfer device bag taking device, comprise: folder bag driver train (1), bag-clamping mechanism (2), suction bag mechanism (3), alignment dressing mechanism (4), bag pushing mechanism (5) and conveying mechanism (6), it is characterized in that: described conveying mechanism (6), bag pushing mechanism (5), alignment dressing mechanism (4), suction bag mechanism (3), bag-clamping mechanism (2) and folder bag driver train (1) are pressed and be linked in sequence as station, and be arranged on the frame aft of described conveying mechanism (6) by its order; Described folder bag driver train (1) and bag-clamping mechanism (2) adopt cam linkages to be in transmission connection;
Described folder bag driver train (1) is by folder bag power cam (11), folder bag propeller shaft sleeve (12), folder bag drives angle swing bar (13), folder bag drives connecting strap (14), folder bag drives short fork (15), folder bag drives pull bar (16) and folder bag curved profiled bar (17) composition, wherein, folder bag power cam (11) and folder bag propeller shaft sleeve (12) moving contact, folder bag propeller shaft sleeve (12) is installed on folder bag and drives angle swing bar (13) lower end, folder bag drives angle swing bar (13) to drive connecting strap (14) and folder bag to drive short fork (15) to be fixedly connected with by folder bag, folder bag drives the other end of angle swing bar (13) to drive one end of pull bar (16) to be connected with folder bag, folder bag drives the other end of pull bar (16) to be connected with folder bag curved profiled bar (17) one end,
Described bag-clamping mechanism (2) is by large sackholder (21), live splint (22), dop (23), oscillating axle (24), folder bag pull bar (25), folder bag pivoted housing (26) and folder bag strut bar (27) composition, wherein, folder bag strut bar (27) horizontal positioned, folder bag curved profiled bar (17) knee of folder bag driver train (1) is connected with one end of folder bag strut bar (27), the other end of folder bag curved profiled bar (17) is connected with one end of oscillating axle (24), large sackholder (21) is connected with the other end of oscillating axle (24), live splint (22) is installed on large sackholder (21) tail end, live splint (22) bottom is provided with dop (23), one end of folder bag pull bar (25) is connected with large sackholder (21) front end, the other end of folder bag pull bar (25) is connected with folder bag pivoted housing (26).
3. a kind of dop wrapping machine load-transfer device bag taking device according to claim 2, it is characterized in that: described conveying mechanism (6) is by conveying motor (61), conveying roller (62), belt conveyor (63), frame gusset (64), conveying rib (65), frame heel brace (66) and infrared induction box (67) composition, wherein, conveying motor (61) and conveying roller (62) are installed on the rear and front end of frame respectively, and be fixedly connected with frame gusset (64), belt conveyor (63) is placed between conveying motor (61) and conveying roller (62), conveying rib (65) is installed on frame upper surface, infrared induction box (67) is fixedly installed in the lower surface foremost of conveying mechanism (6).
4. a kind of dop wrapping machine load-transfer device bag taking device according to claim 2, it is characterized in that: described suction bag mechanism (3) is by ripple sucker (31), sucker fixed seat (32), sucker adapter shaft (33), suction bag fork (34), fork pipe link (35), suction bag cylinder (36) and cylinder clip (37) composition, wherein, cylinder clip (37) is fixed on the frame heel brace (66) of conveying mechanism (6), one end of suction bag cylinder (36) is fixedly connected with cylinder clip (37), the other end of suction bag cylinder (36) is connected in the oval groove of suction bag fork (34), suction bag fork (34) is provided with two, left and right, its one end is installed on frame gusset (64) outside of conveying mechanism (6) by fork pipe link (35), the other end of suction bag fork (34) installs sucker adapter shaft (33), two sucker fixed seats (32) sucker adapter shaft (33) are equipped with, ripple sucker (31) is installed under sucker fixed seat (32).
5. a kind of dop wrapping machine load-transfer device bag taking device according to claim 2, it is characterized in that: described alignment dressing mechanism (4) is by arrangement motor (41), push boat bristle (42), motor fixing plate (43), arrange horizontal pipe link (44), arrange pillar stiffener (45) and arrange vertical pipe link (46) composition, wherein, arrange the side that pillar stiffener (45) is fixed on the frame gusset (64) of conveying mechanism (6), arrange vertical pipe link (46) and be fixedly connected on arrangement pillar stiffener (45) top, arrange horizontal pipe link (44) to be fixedly connected with the vertical pipe link (46) of arrangement, motor fixing plate (43) is fixedly connected with the horizontal pipe link of arrangement (44), push boat bristle (42) is installed on motor fixing plate (43) bottom, arrange motor (41) and be fixedly installed in motor fixing plate (43) top.
6. a kind of dop wrapping machine load-transfer device bag taking device according to claim 2, it is characterized in that: described bag pushing mechanism (5) is by pushing away a bag motor (51), motor sliding shoe plate (52), push away a bag traveller (53), push away a bag fixed block (54), push away a bag transmission shaft (55), push away a bag rotor wheel (56), push away bag hides band (57), push away a bag contiguous block (58) and push away a bag fork (59) composition, wherein, push away the side that a bag fixed block (54) is mounted on the frame gusset (64) of conveying mechanism (6), upper and lower two push away a bag traveller (53) and push away a bag fixed block (54) and be fixedly connected with, motor sliding shoe plate (52) is loaded on upper and lower two by through hole slip cap set by self and pushes away on a bag traveller (53), push away a bag motor (51) and be fixedly installed in motor sliding shoe plate (52) outside, the one end pushing away a bag transmission shaft (55) is connected to and pushes away a bag motor (51), the other end pushing away a bag transmission shaft (55) is connected with the one end pushing away a bag fork (59), push away a bag contiguous block (58) and be longitudinally fixedly installed in the middle part pushing away a bag fork (59), push away a bag rotor wheel (56) be installed on the other end both sides that push away a bag fork (59) respectively and push away a bag contiguous block (58) two bottom sides, push away bag hides band (57) to be set with on two thruster bag rotor wheels (56).
CN201310335173.4A 2013-08-05 2013-08-05 Method and structure for taking bags from conveying belt of mouth clamping type packing machine Active CN103359321B (en)

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CN104925314B (en) * 2014-03-18 2017-02-01 营口金辰机械股份有限公司 Package bag separating mechanism
CN104150023B (en) * 2014-08-08 2016-05-04 王秀来 plastic bag packaging machine
CN110239767A (en) * 2019-06-05 2019-09-17 柏涛涛 A kind of bread automatic bag sealing device

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EP1213225A1 (en) * 2000-12-06 2002-06-12 Toyo Jidoki Co., Ltd. A bag supplying device for an automated packaging machine
CN201058674Y (en) * 2007-02-12 2008-05-14 蔡旭光 Flat feeding mechanism of pocket-supplying type full-automatic packing machine
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