CN203371835U - Multifunctional fruit bag machine - Google Patents
Multifunctional fruit bag machine Download PDFInfo
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- CN203371835U CN203371835U CN201320308236.2U CN201320308236U CN203371835U CN 203371835 U CN203371835 U CN 203371835U CN 201320308236 U CN201320308236 U CN 201320308236U CN 203371835 U CN203371835 U CN 203371835U
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Abstract
The utility model discloses a multifunctional fruit bag machine which comprises a platform bag collecting portion, a front machine plate cutting tension portion, a middle folding portion, a rear machine plate sizing portion and a paper feeding system. The platform bag collecting portion, the front machine plate cutting tension portion, the middle folding portion, the rear machine plate sizing portion and the paper feeding system are sequentially in transmission connection through chains. Compared with the prior art, the multifunctional fruit bag machine has the advantages of being improved in multifunctionality, production efficiency and operability.
Description
Technical field
The utility model relates to a kind of pack packaging machinery device, relates in particular to a kind of multi-functional fruit bag machine.
Background technology
Instantly the few shortcoming of fruit bag machine ubiquity production function, a kind of equipment can only be produced a kind of fruit bag, although some equipment design can be produced multiple fruit bag, but only exist in actual production, to two or three kind of specific limited fruit bag, can normally move, while producing other specification fruit bags, just can not under normal efficiency, produce, produce fruit bag specification limit little, have that fault rate is high, the low inferior problem of production efficiency.Tracing it to its cause, is that structure and the design of machine exists shortcoming to cause.
The utility model content
For the deficiencies in the prior art, the purpose of this utility model is to provide a kind of multi-functional fruit bag machine, has the advantages that production efficiency is high, stability is high, operability is high.
To achieve these goals, the technical solution of the utility model is as follows:
The utility model provides a kind of multi-functional fruit bag machine, comprise that platform closing bag part, front machine plate cut off falling part, middle flange doubling part, rear machine plate applying glue paper feed part and paper-feeding system, platform closing bag part, front machine plate cut off falling part, middle flange doubling part, rear machine plate applying glue paper feed part and are connected with chain drive successively with paper-feeding system.
As a kind of preferred technical scheme, described platform closing bag partly comprises closing bag platform 1, whole bag dolly 2, arm-and-hand system 3, distribution box support 4, distribution box 5, send a bag upper axle 6, send bag lower shaft 7, dolly 2 is adjacent with distribution box support 4 is positioned on closing bag platform 1 for whole bag, arm-and-hand system 3 is positioned at the front end of distribution box support 4, distribution box 5 is positioned on distribution box support 4, send bag upper axle 6 and send bag lower shaft 7 to be positioned on arm-and-hand system 3, with a throwing bag lower shaft 8, the upper axle 9 of throwing bag, with belt, be connected, arm-and-hand system 3 is connected with the 2nd bridge shaft 58.
As a kind of preferred technical scheme, described front machine plate cuts off falling part and comprises and throw a bag lower shaft 8, throw on the upper axle 9 of bag, revolving knife bed plate 10, cross-section cutter upper slitter 11, pulling force lower shaft 12, pulling force on axle 13, main power shaft 14, hilt on axle 15, fracture of wire lower shaft 16, fracture of wire axle 19, little flange axle 20 on axle 17, assistant formation lower shaft 18, assistant formation, walk reel 21, front machine plate the 22, the 2nd bridge shaft the 58, the 1st bridge shaft 59 and frame 60
The 2nd bridge shaft 58 and the 1st bridge shaft 59 are positioned at frame 60, the 2nd bridge shaft 58 is connected with arm-and-hand system 3, main power shaft 14, motor 56, the 4th bridge shaft 55 respectively, the bottom that the 1st bridge shaft 59 is positioned at the upper cover plate of frame 60 is connected with pulling force lower shaft 12, the 3rd bridge shaft 57
Front machine plate 22 is positioned on frame 60, throws a bag lower shaft 8, throws on the upper axle 9 of bag, revolving knife bed plate 10, cross-section cutter upper slitter 11, pulling force lower shaft 12, pulling force on axle 13, main power shaft 14, hilt on axle 15, fracture of wire lower shaft 16, fracture of wire on axle 17, assistant formation lower shaft 18, assistant formation axle 19, little flange axle 20 and walk reel 21 and be positioned on front machine plate 22, throwing bag lower shaft 8 is positioned at a bottom of throwing the upper axle 9 of bag and connects with gear, the bottom that revolving knife bed plate 10 is positioned at cross-section cutter upper slitter 11 is fixed on frame 60, cross-section cutter upper slitter 11 is connected with sprocket wheel with axle on hilt 15, pulling force lower shaft 12 is positioned at the bottom of axle 13 on pulling force, pulling force lower shaft 12 is connected with the 1st bridge shaft 59, pulling force lower shaft 12 is connected with idle wheel with main power shaft 14, main power shaft 14 is positioned at the bottom of axle 15 on hilt, main power shaft 14 is connected with the 2nd bridge shaft 58, fracture of wire lower shaft 16 is positioned at the bottom of axle 17 on fracture of wire, assistant formation lower shaft 18 is positioned at the bottom of axle 19 on assistant formation, little flange axle 20 and walk reel 21 and be staggeredly placed.
As a kind of preferred technical scheme, in the middle of described, the flange doubling partly comprises axle 23 on iron wire, iron wire lower shaft 24, iron wire system frame 25, manual handwheel 26, shaped platform 27, large flange system 28, paper feed steering spindle 29, the 4th bridge shaft 55, motor 56, the 3rd bridge shaft 57
The 4th bridge shaft 55, motor 56 and the 3rd bridge shaft 57 are positioned at frame 60,
On iron wire, axle 23 and iron wire lower shaft 24 are positioned on iron wire system frame 25, by sprocket wheel, with the 3rd bridge shaft 57, are connected; Manually handwheel 26 is connected with the 3rd bridge shaft 57; Shaped platform 27 is connected with large flange system 28, large flange system 28 is connected with paper feed steering spindle 29, paper feed steering spindle 29 and second is walked reel 43 and is connected, and the 4th bridge shaft 55 is connected with outer paper steering spindle 30, outer paper viscose glue axle 37, interior paper steering spindle 38, motor 56 respectively.
As a kind of preferred technical scheme, described rear machine plate applying glue paper feed partly comprises outer paper steering spindle 30, outer paper turns to sprocket wheel 31, the thin steering spindle 32 of outer paper, outer paper gluing axle 33, first walks reel 34, crescent moon cutter shaft 35, machine plate 36 after outer paper, outer paper viscose glue axle 37, interior paper steering spindle 38, interior paper turns to sprocket wheel 39, the thin steering spindle 40 of interior paper, machine plate 41 after interior paper, interior paper gluing axle 42, second walks reel 43, interior paper turns to sprocket wheel 44, interior paper viscose glue axle 45, the first interior paper steering spindle 46, the first outer paper steering spindle 50, the second outer paper steering spindle 51, print axis 52, sticky black axle 53, wiping axle 54,
The outer paper steering spindle 51 of the first outer paper steering spindle 50, second, print axis 52, sticky black axle 53 and wiping axle 54 are positioned at frame 60, the first outer paper steering spindle 50 is connected with outer paper roll 48, the first outer paper steering spindle 50 is connected with print axis 52, print axis 52 is positioned in the middle of the second outer paper steering spindle 51 and sticky black axle 53, and sticky black axle 53 is connected with wiping axle 54; Print axis 52 is connected with interior paper viscose glue axle 45, outer paper steering spindle 30, outer paper viscose glue axle 37;
Outer paper steering spindle 30, outer paper turn to sprocket wheel 31, the thin steering spindle 32 of outer paper, outer paper gluing axle 33, first to walk reel 34, crescent moon cutter shaft 35, outer paper viscose glue axle 37 to be positioned at after outer paper on machine plate 36,
Outer paper turns to sprocket wheel 31 between outer paper steering spindle 30 and the thin steering spindle 32 of outer paper, outer paper turns to sprocket wheel 31 and first to walk reel 34 to be connected, the thin steering spindle 32 of outer paper is connected with outer paper gluing axle 33, first walks reel 34 between outer paper gluing axle 33 and crescent moon cutter shaft 35, outer paper viscose glue axle 37 and outer paper gluing axle 33 are staggeredly placed
Interior paper steering spindle 38, interior paper turn to sprocket wheel 39, the thin steering spindle 40 of interior paper, interior paper gluing axle 42, second to walk reel 43, interior paper to turn to sprocket wheel 44, interior paper viscose glue axle 45 to be positioned at after paper on machine plate 41,
Interior paper turns to sprocket wheel 39 between interior paper steering spindle 38 and the thin steering spindle 40 of interior paper, interior paper steering spindle 38 is connected with interior paper viscose glue axle 45, interior paper gluing axle 42 is walked reel 43 and interior paper turns between sprocket wheel 44 second, interior paper turns to sprocket wheel 44 and interior paper viscose glue axle 45 to be staggeredly placed, and the first interior paper steering spindle 46 is connected with the second interior paper steering spindle 47 with interior paper steering spindle 38 respectively.
As a kind of preferred technical scheme, described paper-feeding system comprises the second interior paper steering spindle 47, outer paper roll 48, interior paper roll 49, the second interior paper steering spindle 47 is connected with the first interior paper steering spindle 46, interior paper roll 49 respectively, and outer paper roll 48 is connected with the first outer paper steering spindle 50.
The utility model compared with prior art, has the following advantages and beneficial effect:
1, the multi-functional fruit bag machine that the utility model provides has really been realized one-machine-multi-function, one machine is all-round, both reduced the problem that the user produces different fruit bag overlapping investment purchase of equipments, reduced again and needed to buy the problem that many machines could meet the various fruit bags of production, simultaneously, also reduce many limited problems of machine place usable floor area of buying, with relatively few fund input, just can increase client's income.
2, the utility model is compared with existing, and equipment versatility, production efficiency, operability all improve a lot.
The accompanying drawing explanation
Fig. 1 is the structural representation of multi-functional fruit bag machine.
Wherein: 1 is the closing bag platform, 2 is whole bag dolly, 3 is arm-and-hand system, 4 is distribution box support, 5 is distribution box, 6 for sending a bag upper axle, 7 for sending a bag lower shaft, 8 for throwing the bag lower shaft, 9 for throwing the upper axle of bag, 10 is the revolving knife bed plate, 11 is cross-section cutter upper slitter, 12 is the pulling force lower shaft, 13 is axle on pulling force, 14 is main power shaft, 15 is axle on hilt, 16 is the fracture of wire lower shaft, 17 is axle on fracture of wire, 18 is the assistant formation lower shaft, 19 is axle on assistant formation, 20 is little flange axle, 21 for walking reel, 22 is front machine plate, 23 is axle on iron wire, 24 is the iron wire lower shaft, 25 is the iron wire system frame, 26 is manual handwheel, 27 is shaped platform, 28 is large flange system, 29 is the paper feed steering spindle, 30 is outer paper steering spindle, 31 turn to sprocket wheel for outer paper, 32 is the thin steering spindle of outer paper, 33 is outer paper gluing axle, 34 is first to walk reel, 35 is the crescent moon cutter shaft, 36 is machine plate after outer paper, 37 is outer paper viscose glue axle, 38 is interior paper steering spindle, 39 turn to sprocket wheel for interior paper, 40 is the thin steering spindle of interior paper, 41 is machine plate after interior paper, 42 is interior paper gluing axle, 43 is second to walk reel, 44 turn to sprocket wheel for interior paper, 45 is interior paper viscose glue axle, 46 is the first interior paper steering spindle, 47 is the second interior paper steering spindle, 48 is outer paper roll, 49 is interior paper roll, 50 is the first outer paper steering spindle, 51 is the second outer paper steering spindle, 52 is print axis, 53 is sticky black axle, 54 is the wiping axle, 55 is the 4th bridge shaft, 56 is motor, 57 is the 3rd bridge shaft, 58 is the 2nd bridge shaft, 59 is the 1st bridge shaft, 60 is frame.
The specific embodiment
Below in conjunction with embodiment, the utility model is described in further detail.
Embodiment
As shown in Figure 1, Fig. 1 is the structural representation of multi-functional fruit bag machine.
A kind of multi-functional fruit bag machine, comprise that platform closing bag part, front machine plate cut off falling part, middle flange doubling part, rear machine plate applying glue paper feed part and paper-feeding system, platform closing bag part, front machine plate cut off falling part, middle flange doubling part, rear machine plate applying glue paper feed part and are connected with chain drive successively with paper-feeding system.
The platform closing bag partly comprises closing bag platform 1, whole bag dolly 2, arm-and-hand system 3, distribution box support 4, distribution box 5, send a bag upper axle 6, send bag lower shaft 7, dolly 2 is adjacent with distribution box support 4 is positioned on closing bag platform 1 for whole bag, arm-and-hand system 3 is positioned at the front end of distribution box support 4, distribution box 5 is positioned on distribution box support 4, send bag upper axle 6 and send bag lower shaft 7 to be positioned on arm-and-hand system 3, with a throwing bag lower shaft 8, the upper axle 9 of throwing bag, with belt, be connected, arm-and-hand system 3 is connected with the 2nd bridge shaft 58.
Front machine plate cuts off falling part and comprises and throw a bag lower shaft 8, throw on the upper axle 9 of bag, revolving knife bed plate 10, cross-section cutter upper slitter 11, pulling force lower shaft 12, pulling force on axle 13, main power shaft 14, hilt on axle 15, fracture of wire lower shaft 16, fracture of wire axle 19, little flange axle 20 on axle 17, assistant formation lower shaft 18, assistant formation, walk reel 21, front machine plate the 22, the 2nd bridge shaft the 58, the 1st bridge shaft 59 and frame 60
The 2nd bridge shaft 58 and the 1st bridge shaft 59 are positioned at frame 60, the 2nd bridge shaft 58 is connected with arm-and-hand system 3, main power shaft 14, motor 56, the 4th bridge shaft 55 respectively, the bottom that the 1st bridge shaft 59 is positioned at the upper cover plate of frame 60 is connected with pulling force lower shaft 12, the 3rd bridge shaft 57
Front machine plate 22 is positioned on frame 60, throws a bag lower shaft 8, throws on the upper axle 9 of bag, revolving knife bed plate 10, cross-section cutter upper slitter 11, pulling force lower shaft 12, pulling force on axle 13, main power shaft 14, hilt on axle 15, fracture of wire lower shaft 16, fracture of wire on axle 17, assistant formation lower shaft 18, assistant formation axle 19, little flange axle 20 and walk reel 21 and be positioned on front machine plate 22, throwing bag lower shaft 8 is positioned at a bottom of throwing the upper axle 9 of bag and connects with gear, the bottom that revolving knife bed plate 10 is positioned at cross-section cutter upper slitter 11 is fixed on frame 60, cross-section cutter upper slitter 11 is connected with sprocket wheel with axle on hilt 15, pulling force lower shaft 12 is positioned at the bottom of axle 13 on pulling force, pulling force lower shaft 12 is connected with the 1st bridge shaft 59, pulling force lower shaft 12 is connected with idle wheel with main power shaft 14, main power shaft 14 is positioned at the bottom of axle 15 on hilt, main power shaft 14 is connected with the 2nd bridge shaft 58, fracture of wire lower shaft 16 is positioned at the bottom of axle 17 on fracture of wire, assistant formation lower shaft 18 is positioned at the bottom of axle 19 on assistant formation, little flange axle 20 and walk reel 21 and be staggeredly placed.
Middle flange doubling partly comprises axle 23 on iron wire, iron wire lower shaft 24, iron wire system frame 25, manual handwheel 26, shaped platform 27, large flange system 28, paper feed steering spindle 29, the 4th bridge shaft 55, motor 56, the 3rd bridge shaft 57,
The 4th bridge shaft 55, motor 56 and the 3rd bridge shaft 57 are positioned at frame 60, and on iron wire, axle 23 and iron wire lower shaft 24 are positioned on iron wire system frame 25, by sprocket wheel, with the 3rd bridge shaft 57, are connected; Manually handwheel 26 is connected with the 3rd bridge shaft 57; Shaped platform 27 is connected with large flange system 28, large flange system 28 is connected with paper feed steering spindle 29, paper feed steering spindle 29 and second is walked reel 43 and is connected, and the 4th bridge shaft 55 is connected with outer paper steering spindle 30, outer paper viscose glue axle 37, interior paper steering spindle 38, motor 56 respectively.
Rear machine plate applying glue paper feed partly comprises that outer paper steering spindle 30, outer paper turn to sprocket wheel 31, the thin steering spindle 32 of outer paper, outer paper gluing axle 33, first to walk machine plate 36 after reel 34, crescent moon cutter shaft 35, outer paper, outer paper viscose glue axle 37, interior paper steering spindle 38, interior paper and turns to that machine plate 41 after sprocket wheel 39, the thin steering spindle 40 of interior paper, interior paper, interior paper gluing axle 42, second are walked reel 43, interior paper turns to sprocket wheel 44, the outer paper steering spindle 51 of the outer paper steering spindle 50, second of the interior paper steering spindle 46, first of interior paper viscose glue axle 45, first, print axis 52, sticky black axle 53, wiping axle 54
The outer paper steering spindle 51 of the first outer paper steering spindle 50, second, print axis 52, sticky black axle 53 and wiping axle 54 are positioned at frame 60, the first outer paper steering spindle 50 is connected with outer paper roll 48, the first outer paper steering spindle 50 is connected with print axis 52, print axis 52 is positioned in the middle of the second outer paper steering spindle 51 and sticky black axle 53, and sticky black axle 53 is connected with wiping axle 54; Print axis 52 is connected with interior paper viscose glue axle 45, outer paper steering spindle 30, outer paper viscose glue axle 37;
Outer paper steering spindle 30, outer paper turn to sprocket wheel 31, the thin steering spindle 32 of outer paper, outer paper gluing axle 33, first to walk reel 34, crescent moon cutter shaft 35, outer paper viscose glue axle 37 to be positioned at after outer paper on machine plate 36,
Outer paper turns to sprocket wheel 31 between outer paper steering spindle 30 and the thin steering spindle 32 of outer paper, outer paper turns to sprocket wheel 31 and first to walk reel 34 to be connected, the thin steering spindle 32 of outer paper is connected with outer paper gluing axle 33, first walks reel 34 between outer paper gluing axle 33 and crescent moon cutter shaft 35, outer paper viscose glue axle 37 and outer paper gluing axle 33 are staggeredly placed
Interior paper steering spindle 38, interior paper turn to sprocket wheel 39, the thin steering spindle 40 of interior paper, interior paper gluing axle 42, second to walk reel 43, interior paper to turn to sprocket wheel 44, interior paper viscose glue axle 45 to be positioned at after paper on machine plate 41,
Interior paper turns to sprocket wheel 39 between interior paper steering spindle 38 and the thin steering spindle 40 of interior paper, interior paper steering spindle 38 is connected with interior paper viscose glue axle 45, interior paper gluing axle 42 is walked reel 43 and interior paper turns between sprocket wheel 44 second, interior paper turns to sprocket wheel 44 and interior paper viscose glue axle 45 to be staggeredly placed, and the first interior paper steering spindle 46 is connected with the second interior paper steering spindle 47 with interior paper steering spindle 38 respectively.
Paper-feeding system comprises that the second interior paper steering spindle 47, outer paper roll 48, the interior paper steering spindle 47 of interior paper roll 49, the second are connected with the first interior paper steering spindle 46, interior paper roll 49 respectively, and outer paper roll 48 is connected with the first outer paper steering spindle 50.
Closing bag platform 1 is as arranging the sack bundling, whole bag dolly 2 is as the whole bag of closing bag, arm-and-hand system 3 is used as folder bag, closing bag, put bag, manipulator power passes through sprocket wheel, chain obtains power from the axle of passing a bridge, and rely on the sprocket wheel proportioning to realize the folder bag of arm-and-hand system, put bag, distribution box support 4 is used as power distribution cabinet and supports, distribution box 5 is as controlling whole equipment power supply, speed governing operation, the crawl operation, suddenly stop, send bag upper axle 6 auxiliary manipulator folder bags, by polyurethane tape, with the upper axle 9 of throwing bag, be connected, send bag lower shaft 7 to assist to arm-and-hand system 3 and send bag, by polyurethane tape, with a throwing bag lower shaft 8, be connected, realize finished product throwing the fruit bag together with throwing bag lower shaft 8 and throwing the upper axle 9 of bag, an interlock by gear and the upper axle of throwing bag, power resources axle 15 on hilt of throwing the bag lower shaft transmits by idle wheel.
Throw the upper axle 9 of bag and throw together with bag lower shaft 8 and realize that finished product is to the throwing of fruit bag, by gear and the interlock of throwing bag lower shaft 8, revolving knife bed plate 10 these cuttves are dead knives, and vertical direction forms certain angle, together with cross-section cutter upper slitter 11, paper are cut into to type fruit bag.Cross-section cutter upper slitter 11 by rotation together with revolving knife bed plate 10 paper shear forming fruit bag, by axle 15 on sprocket wheel, chain and hilt, be connected.
Pulling force lower shaft 12 is realized paper operation forward together with axle on pulling force 13, by idle wheel, with main power shaft 14, be connected, realize that by the gear ratio that changes two axles sack length changes, by chain, sprocket wheel, with the 1st bridge shaft 59, link, power is passed to plate backward by the 1st bridge shaft 59, the 3 bridge shaft the 57, the 4th bridge shafts 55.
On pulling force, axle 13 is connected with the pulling force lower shaft by gear, realizes paper operation forward together with the pulling force lower shaft, and main power shaft 14 is realized the power of whole equipment is provided by this axle, with the 2nd bridge shaft 58, by sprocket wheel, chain, links.
On hilt, axle 15 is connected with main power shaft by gear, mainly to cut a hilt in fruit sack section in running, fracture of wire lower shaft 16 is connected with main power shaft by idle wheel, realize the cut-out to fruit bag edge silk together with axle on fracture of wire 17, on fracture of wire, axle 17 is connected with the fracture of wire lower shaft by gear, realizes the cut-out to fruit bag edge silk together with the fracture of wire lower shaft.
Assistant formation lower shaft 18 driven axles, realize that together with axle on assistant formation 19 auxiliary fruit bag forming is smooth, axle 19 driven axles on assistant formation, realize that together with the assistant formation lower shaft auxiliary fruit bag forming is smooth, little flange axle 20 driven axles, by from walk the different of reel 21 positions, realization, to the paper baby hem, is walked reel 21 driven axles, different by from little flange shaft position, the auxiliary realization the paper baby hem, the assembly machine plate of all header board axles of front machine plate 22 part.
Axle 23, iron wire lower shaft 24 on iron wire; The power of fruit bag edge silk operation provides the axle part, and on iron wire, axle is driven axle, and the iron wire lower shaft is driving shaft, and the iron wire lower shaft links with the 2nd bridge shaft 58 by sprocket wheel, chain.
Manually handwheel 26 equipment by hand rotation this to take turns be that the operation of paper reaches normally, by sprocket wheel, chain, with the 2nd bridge shaft 58, link.
Shaped platform 27 reaches twice three-dimensional flanging of fruit bag by the formation system of this platform, paper is stressed very large herein, do not using on all synchro fruit bag machine, very tight to horizontal, vertical requirement of paper, be easy to occur that paper is torn in running, phenomenon of rupture.
The paper doubling that large flange system 28 realizes first, paper is stressed very large herein, is not using on all synchro fruit bag machine, very tight to horizontal, vertical requirement of paper, is easy to occur that paper is torn in running, phenomenon of rupture.
Paper feed steering spindle 29 driven shafts, the traffic direction of change paper.Outer paper steering spindle 30 changes the traffic direction of outer paper, driving shaft, realization is to producing the synchronous paper feeding of different length fruit bag, outer paper turns to sprocket wheel 31 to change the angle of pulling force output chain, thin steering spindle 32 driven shafts of outer paper, change the traffic direction of outer paper, 33 pairs of outer paper of fruit bag of outer paper gluing axle are realized upper sideline glue, primer, so that and inner bag is bonding, power comes the self-adhesive axle to pass through gear, first walks reel 34 passes through chain, sprocket wheel is connected with outer paper steering spindle, realization is to producing the synchronous paper feeding of fruit bag of different length, crescent moon cutter shaft 35 driving shafts, power passes through gear from the gluing axle, realization is cut a half round cut in each fruit sack section, the assembly machine plate of plate axle part after all outer paper of machine plate 36 after outer paper, outer paper viscose glue axle 37 driving shafts, the traffic direction of paper in interior paper steering spindle 38 changes, driving shaft, realization is to producing the synchronous paper feeding of different length fruit bag, interior paper turns to sprocket wheel 39 to change the angle of pulling force output chain, thin steering spindle 40 driven shafts of interior paper, the traffic direction of paper in changing, the assembly machine plate of plate axle part after all interior paper of machine plate 41 after interior paper, in 42 pairs of fruit bags of interior paper gluing axle, paper is realized upper sideline glue, primer, so that and inner bag is bonding, power comes the self-adhesive axle to pass through gear, second walks reel 43 passes through chain, sprocket wheel is connected with interior paper steering spindle, realization is to producing the synchronous paper feeding of fruit bag of different length.Interior paper turns to sprocket wheel 44 to change the angle that pulling force is exported chain, interior paper viscose glue axle 45 driving shafts, the first interior paper steering spindle 46, driven shaft, change the traffic direction of paper, print axis 52 is identification marking on the fruit bag, and power passes through chain, sprocket wheel from outer paper, interior paper viscose glue axle.Sticky black axle 53 is by gear and print axis transmission, and wiping axle 54, by gear and sticky black through-drive, is controlled the inking size, the common 6 grades of 1.5KW motors of motor 56, the power resources of whole equipment.
The variation of fruit bag specification, be mainly the variation of fruit bag length, and width is that the raw material wide cut determines, raw material width is large, and the fruit bag width of producing is just large, as long as the enough wide fruit bags that just can produce any width commonly used that equipment is done, the variation of length is to cut off paper by the different disconnected paper cuttves that cut off sack of lower shaft operating rate on front machine plate pulling force under given pace to realize, under different fruit bag lengths, the reel of walking due to rear plate, steering spindle and pulling force are synchronous, needs according to the header board pulling force, the paper of operation respective length, so just from paper part to header board, cut off and falling part, paper vertically, lateral stressed effective decomposition, make paper by walking reel, steering spindle, and be difficult for tearing during large flange moulding section, fracture, machine is stable, instantly the fruit paper bag of domestic any different quality can move production well, thereby produce the fruit bag of all size that more high-quality is qualified.Our equipment can be produced fruit bag length scope 150mm-450mm, width 100mm-320mm, and the production (except the banana bag) of almost including domestic any fruit bag, really realized one-machine-multi-function, a machine is all-round.Both reduced problem that the user produces different fruit bag overlapping investment purchase of equipment, and had to have reduced and need to buy the problem that many machines could meet the various fruit bags of production, also reduce many limited problems of machine place usable floor area of buying, with relatively few fund input, just can increase client's income.And the like product of other producers, only have disconnected paper cutter lower shaft (main power shaft) backward the machine plate by chain drive, the location applying glue is achieved, but walk reel, steering spindle is consistent with driving shaft speed, the operating rate of unit fruit paper bag and walk reel, the operating rate of steering spindle is different, fruit paper bag is repeatedly turning to through long distance, the doubling moulding is in service, can be subject to very large resistance and frictional force, just usually can there be fracture in paper in running like this, tear phenomenon, fruit bag length and the width produced generally change between the 20mm scope, just surpassed and can not normally move, excessive or too smallly all can not normally produce, or just can't produce at all.If produce by force, just there will be defect rate high, the phenomenon that operating efficiency is extremely low.
The utility model has solved the problem that the domestic market long-term existence is urgently to be resolved hurrily and can't resolve for a long time.Front machine plate pulling force lower shaft is walked reel, steering spindle by chain drive to rear machine plate, realizes synchronous paper feeding to producing different size fruit bag, thereby has improved stabilization of equipment performance, production efficiency, operability.
The above-mentioned description to embodiment is can understand and apply the utility model for ease of those skilled in the art.The person skilled in the art obviously can easily make various modifications to these embodiment, and General Principle described herein is applied in other embodiment and needn't passes through performing creative labour.Therefore, the utility model is not limited to the embodiment here, and those skilled in the art are according to announcement of the present utility model, and not breaking away from the improvement that the utility model category makes and revise all should be within protection domain of the present utility model.
Claims (6)
1. a multi-functional fruit bag machine, it is characterized in that, comprise that platform closing bag part, front machine plate cut off falling part, middle flange doubling part, rear machine plate applying glue paper feed part and paper-feeding system, platform closing bag part, front machine plate cut off falling part, middle flange doubling part, rear machine plate applying glue paper feed part and are connected with chain drive successively with paper-feeding system.
2. multi-functional fruit bag machine according to claim 1, it is characterized in that, described platform closing bag partly comprises closing bag platform (1), whole bag dolly (2), arm-and-hand system (3), distribution box support (4), distribution box (5), send a bag upper axle (6), send a bag lower shaft (7), dolly (2) is adjacent with distribution box support (4) is positioned on closing bag platform (1) for whole bag, arm-and-hand system (3) is positioned at the front end of distribution box support (4), distribution box (5) is positioned on distribution box support (4), send bag upper axle (6) and send a bag lower shaft (7) to be positioned on arm-and-hand system (3), with a throwing bag lower shaft (8), throwing the upper axle (9) of bag connects with belt, arm-and-hand system (3) is connected with the 2nd bridge shaft (58).
3. multi-functional fruit bag machine according to claim 1, it is characterized in that, described front machine plate cuts off falling part and comprises a throwing bag lower shaft (8), throw the upper axle (9) of bag, revolving knife bed plate (10), cross-section cutter upper slitter (11), pulling force lower shaft (12), axle on pulling force (13), main power shaft (14), axle on hilt (15), fracture of wire lower shaft (16), axle on fracture of wire (17), assistant formation lower shaft (18), axle on assistant formation (19), little flange axle (20), walk reel (21), front machine plate (22), the 2nd bridge shaft (58), the 1st bridge shaft (59) and frame (60)
The 2nd bridge shaft (58) and the 1st bridge shaft (59) are positioned at frame (60), the 2nd bridge shaft (58) is connected with arm-and-hand system (3), main power shaft (14), motor (56), the 4th bridge shaft (55) respectively, the bottom that the 1st bridge shaft (59) is positioned at the upper cover plate of frame (60) is connected with pulling force lower shaft (12), the 3rd bridge shaft (57)
It is upper that front machine plate (22) is positioned at frame (60), throws a bag lower shaft (8), throws on the upper axle (9) of bag, revolving knife bed plate (10), cross-section cutter upper slitter (11), pulling force lower shaft (12), pulling force on axle (13), main power shaft (14), hilt on axle (15), fracture of wire lower shaft (16), fracture of wire on axle (17), assistant formation lower shaft (18), assistant formation axle (19), little flange axle (20) and walk reel (21) and be positioned on front machine plate (22), a throwing bag lower shaft (8) is positioned at a bottom of throwing the upper axle (9) of bag and connects with gear, the bottom that revolving knife bed plate (10) is positioned at cross-section cutter upper slitter (11) is fixed on frame (60), cross-section cutter upper slitter (11) is connected with sprocket wheel with axle on hilt (15), pulling force lower shaft (12) is positioned at the bottom of axle on pulling force (13), pulling force lower shaft (12) is connected with the 1st bridge shaft (59), pulling force lower shaft (12) is connected with idle wheel with main power shaft (14), main power shaft (14) is positioned at the bottom of axle on hilt (15), main power shaft (14) is connected with the 2nd bridge shaft (58), fracture of wire lower shaft (16) is positioned at the bottom of axle on fracture of wire (17), assistant formation lower shaft (18) is positioned at the bottom of axle on assistant formation (19), little flange axle (20) and walk reel (21) and be staggeredly placed.
4. multi-functional fruit bag machine according to claim 1, it is characterized in that, in the middle of described the flange doubling partly comprise axle on iron wire (23), iron wire lower shaft (24), iron wire system frame (25), manually handwheel (26), shaped platform (27), large flange system (28), paper feed steering spindle (29), the 4th bridge shaft (55, motor (56), the 3rd bridge shaft (57)
The 4th bridge shaft (55), motor (56) and the 3rd bridge shaft (57) are positioned at frame (60), it is upper that axle on iron wire (23) and iron wire lower shaft (24) are positioned at iron wire system frame (25), by sprocket wheel, with the 3rd bridge shaft (57), is connected; Manually handwheel (26) is connected with the 3rd bridge shaft (57); Shaped platform (27) is connected with large flange system (28), large flange system (28) is connected with paper feed steering spindle (29), paper feed steering spindle (29) and second is walked reel (43) and is connected, and the 4th bridge shaft (55) is connected with outer paper steering spindle (30), outer paper viscose glue axle (37), interior paper steering spindle (38), motor (56) respectively.
5. multi-functional fruit bag machine according to claim 1, it is characterized in that, described rear machine plate applying glue paper feed partly comprises outer paper steering spindle (30), outer paper turns to sprocket wheel (31), the thin steering spindle of outer paper (32), outer paper gluing axle (33), first walks reel (34), crescent moon cutter shaft (35), machine plate (36) after outer paper, outer paper viscose glue axle (37), interior paper steering spindle (38), interior paper turns to sprocket wheel (39), the thin steering spindle of interior paper (40), machine plate (41) after interior paper, interior paper gluing axle (42), second walks reel (43), interior paper turns to sprocket wheel (44), interior paper viscose glue axle (45), the first interior paper steering spindle (46), the first outer paper steering spindle (50), the second outer paper steering spindle (51), print axis (52), sticky black axle (53), wiping axle (54),
The first outer paper steering spindle (50), the second outer paper steering spindle (51), print axis (52), sticky black axle (53) and wiping axle (54) are positioned at frame (60), the first outer paper steering spindle (50) is connected with outer paper roll (48), the first outer paper steering spindle (50) is connected with print axis (52), print axis (52) is positioned in the middle of the second outer paper steering spindle (51) and sticky black axle (53), and sticky black axle (53) is connected with wiping axle (54); Print axis (52) is connected with interior paper viscose glue axle (45), outer paper steering spindle (30), outer paper viscose glue axle (37);
Outer paper steering spindle (30), outer paper turn to sprocket wheel (31), the thin steering spindle of outer paper (32), outer paper gluing axle (33), first to walk reel (34), crescent moon cutter shaft (35), outer paper viscose glue axle (37) to be positioned at after outer paper on machine plate (36)
Outer paper turns to sprocket wheel (31) to be positioned between outer paper steering spindle (30) and the thin steering spindle of outer paper (32), outer paper turns to sprocket wheel (31) and first to walk reel (34) to be connected, the thin steering spindle of outer paper (32) is connected with outer paper gluing axle (33), first walks reel (34) is positioned between outer paper gluing axle (33) and crescent moon cutter shaft (35), outer paper viscose glue axle (37) and outer paper gluing axle (33) are staggeredly placed
Interior paper steering spindle (38), interior paper turn to sprocket wheel (39), the thin steering spindle of interior paper (40), interior paper gluing axle (42), second to walk reel (43), interior paper to turn to sprocket wheel (44), interior paper viscose glue axle (45) to be positioned at after paper on machine plate (41)
Interior paper turns to sprocket wheel (39) to be positioned between paper steering spindle (38) and the thin steering spindle of paper (40), interior paper steering spindle (38) is connected with interior paper viscose glue axle (45), interior paper gluing axle (42) is positioned at second and walks reel (43) and paper turns between sprocket wheel (44), interior paper turns to sprocket wheel (44) and interior paper viscose glue axle (45) to be staggeredly placed, and the first interior paper steering spindle (46) is connected with the second interior paper steering spindle (47) with interior paper steering spindle (38) respectively.
6. according to the arbitrary described multi-functional fruit bag machine of claim 1 to 5, it is characterized in that, described paper-feeding system comprises the second interior paper steering spindle (47), outer paper roll (48), interior paper roll (49), the second interior paper steering spindle (47) is connected with the first interior paper steering spindle (46), interior paper roll (49) respectively, and outer paper roll (48) is connected with the first outer paper steering spindle (50).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320308236.2U CN203371835U (en) | 2013-05-31 | 2013-05-31 | Multifunctional fruit bag machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320308236.2U CN203371835U (en) | 2013-05-31 | 2013-05-31 | Multifunctional fruit bag machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203371835U true CN203371835U (en) | 2014-01-01 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320308236.2U Expired - Fee Related CN203371835U (en) | 2013-05-31 | 2013-05-31 | Multifunctional fruit bag machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203371835U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105922639A (en) * | 2016-04-27 | 2016-09-07 | 成都豪颖包装材料有限公司 | Preparation method of environment-friendly uncoated adhesive colorized fruit product covering bag for bag replacement |
| CN106042454A (en) * | 2016-07-21 | 2016-10-26 | 南通三威家纺科技有限公司 | Multifunctional automatic bag making all-in-one machine |
-
2013
- 2013-05-31 CN CN201320308236.2U patent/CN203371835U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105922639A (en) * | 2016-04-27 | 2016-09-07 | 成都豪颖包装材料有限公司 | Preparation method of environment-friendly uncoated adhesive colorized fruit product covering bag for bag replacement |
| CN106042454A (en) * | 2016-07-21 | 2016-10-26 | 南通三威家纺科技有限公司 | Multifunctional automatic bag making all-in-one machine |
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