CN103979128A - Double-stacking paper money strapping and plastic-enveloping machine - Google Patents
Double-stacking paper money strapping and plastic-enveloping machine Download PDFInfo
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- CN103979128A CN103979128A CN201410198175.8A CN201410198175A CN103979128A CN 103979128 A CN103979128 A CN 103979128A CN 201410198175 A CN201410198175 A CN 201410198175A CN 103979128 A CN103979128 A CN 103979128A
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Abstract
The invention discloses a double-stacking paper money strapping and plastic-enveloping machine. The double-stacking paper money strapping and plastic-enveloping machine comprises a film roll mechanism A, a money compressing and strapping mechanism, a straight pushing mechanism, a charge conveying unit, a plastic enveloping film mechanism, a shaping mechanism, a discharge conveying unit, a thermal contraction oven mechanism, a printing unit, a film roll mechanism B, a receiving mechanism, a side pushing mechanism, a sealing mechanism, a stacking mechanism A, a stacking mechanism B and a control system, wherein the film roll mechanism A is located at an upper layer of the straight pushing mechanism, the side pushing mechanism is located at an upper layer of the stacking mechanism B, the money compressing and strapping mechanism is located at the left side of the straight pushing mechanism, the sealing mechanism is located between the plastic enveloping film mechanism and the receiving mechanism, and the thermal contraction oven mechanism is located behind the sealing mechanism. The double-stacking paper money strapping and plastic-enveloping machine disclosed by the invention can realize an automated assembly line and can also be used independently, and the condition that an ATM (Automatic Teller Machine) roll can do not enter a plastic-enveloping contraction packer and be subjected to stacking and strapping only and equipment automatically feeds the stacked and strapped circulation roll to the sealing mechanism for plastic enveloping film sealing and then feeds the sealed circulation roll to a contraction oven for contraction can be realized.
Description
Technical field
The present invention relates to a kind of automatic packaging equipment that bank note is carried out to automatic bale packing and automatic plastic packaging, relate to particularly a kind of dicode buttress bank note bale packing plastic packaging machine.
Background technology
At present, the bank note of financial sector paper currency sorting center after to sorting binding, is to lead to volume and ATM involves in row sorting by forced convection, and sorting is good is that a bundle stacking is neat according to every 10 bank note afterwards again, by putting in semiautomatic bank-note bundling machine and tie up by hand.Which adopts pure manual operation, and the automatic stacking function that cannot complete bank note cannot realize pipelining again, and it exists following shortcoming: one, inefficiency, and the amount of labour used is large, and personnel directly contact banknote, have certain potential safety hazard; Two, cannot realize automatic assembly line operation with front end paper currency sorting equipment and rear end packaging facilities; Three, to ATM volume and circulation volume, cannot automatically distinguish piling, automatically enter strapper and carry out enlacement packaging.
Along with national financial sector is to the original packing method of bank note and packaging standard reform, and the higher packing requirements of proposition, therefore sorting processing is carried out to the bank note steaming again in paper currency sorting center, realize that paper money automatic clearing divides, binding, affix one's seal, piling, tie up, and circulation volume and ATM volume banknote are distinguished to packing, except automatic sorting bundling device, also need automatic assembly line and corresponding dicode buttress automatic flexible strapping machine, require this occupation area of equipment little, processing capacity is strong simultaneously.Thereby a kind of to involve in for ATM volume and circulation the dicode buttress automatic flexible strapping machine that row difference piling ties up be the novel product of financial sector paper currency sorting center indispensability.
For the financial services industry that more and more needs automation, intelligent development, providing a kind of ATM of realization volume and circulation to twist in to complete on same packaging facilities automatic stacking is very crucial technical scheme with tying up, and it can rationally avoid manually carrying out the defect that bank note packing exists.Adopt dicode buttress automatic flexible strapping machine directly circulation volume and ATM coil paper coin to be distinguished piling and automatically to be tied up, therefore, need a kind ofly dock with sorting bundling device automatically, can realize ATM volume and twist in the new technique equipment of work such as completing automatic stacking on same packaging facilities and tie up with circulating.
The reform and development that deepen constantly along with financial industry, Yin Chaochangyu bank inside is in order to reduce cost of labor, improve degree of automation, extend the service life of bank note, for promoting the safety of bill handling consolidated storage, the demand of Intelligent processing system is more and more urgent.It is a very crucial technical scheme that a kind of bale packing automatically and automatic plastic seal integrated packaging facilities, because financial sector is more and more higher to the quality of equipment and stability requirement, equipment requirement accomplishes to meet standard-required, for this reason, relevant design personnel also need conscientious research and development further.
To sum up, need a kind of multi-functional paper money binding machine, can realize automatic assembly line, also can independently use, by control system, unit and two kinds of patterns of conveyor line are set, be badly in need of the wider bank note bale packing plastic packaging machine of field of application.
Summary of the invention
In order to solve the technological deficiency existing in prior art, technical matters to be solved by this invention is to provide that a kind of volume is little, degree of automation is high, the dicode buttress bank note bale packing plastic packaging machine of unit and two kinds of patterns of conveyor line.
In order to solve the problems of the technologies described above, the present invention is achieved through the following technical solutions: a kind of dicode buttress bank note bale packing plastic packaging machine, comprises frame, the A of Mo Juan mechanism, press-note banding mechanism, direct pushing machine structure, charging supply unit, plastic packaging film mechanism, reshaping device, discharging supply unit, thermal-shrinkage furnace mechanism, print unit, the B of Mo Juan mechanism, receiving mechanism, thruster mechanism, enclosed mechanism, stacking mechanism A, stacking mechanism B and control system; The described Mo Juan A of mechanism is positioned at the upper strata of described direct pushing machine structure, and described thruster mechanism is positioned at the upper strata of described stacking mechanism B, and with described direct pushing machine structure before and after be arranged in parallel; Described press-note banding mechanism and described direct pushing machine structure are fixed in described frame, described press-note banding mechanism and described direct pushing machine structure be arranged in parallel, and described press-note banding mechanism is positioned at the left side of described direct pushing machine structure, described press-note banding mechanism and described direct pushing machine structure are positioned at the upper strata of described stacking mechanism A; Described stacking mechanism A is all connected with described press-note banding mechanism with stacking mechanism B; Described enclosed mechanism is positioned at the centre of described plastic packaging film mechanism and receiving mechanism, described thermal-shrinkage furnace mechanism be positioned at described enclosed mechanism after; Described enclosed mechanism is fixed in described frame by support, and between reshaping device and receiving mechanism.By upper lower clapboard by plastic packaging film levels separately, bank note just can enter in plastic packaging film described reshaping device, in described reshaping device, be provided with and push away paper money cylinder, described in push away paper money cylinder bank note pushed in enclosed mechanism; Described print unit is thermal transfer printer; The described Mo Juan B of mechanism is positioned at the below of described discharging supply unit, and is fixed on the lower-left side of described frame; Described stacking mechanism A and stacking mechanism B are fixed in described frame by base plate, dock respectively with described charging supply unit, and stacking mechanism A and stacking mechanism B be arranged in parallel and be all positioned at the lower floor of described frame; Described discharging supply unit is positioned at the left side of press-note banding mechanism, and is arranged in described frame by support; Described control system and described direct pushing machine structure, the A of Mo Juan mechanism, press-note banding mechanism, reshaping device, thermal-shrinkage furnace mechanism, print unit, the B of Mo Juan mechanism, receiving mechanism, enclosed mechanism, thruster mechanism, stacking mechanism A and stacking mechanism B are electrically connected.Dicode buttress bank note bale packing plastic packaging machine of the present invention can realize automatic assembly line, also can independently use, and by PLC control system, unit and two kinds of patterns of conveyor line is set, and field of application is wider.The present invention can realize ATM volume can not enter plastic packaging shrink wrapping, only carrying out piling ties up, by control system, control, circulation volume after equipment is tied up piling is automatically sent into enclosed mechanism and is carried out plastic packaging film sealing, send into shrink oven again and shrink, the ATM volume after equipment is tied up piling automatically is directly transported to bench board by conveyer.
As the improvement of technique scheme, the described Mo Juan A Yu Mojuan B of mechanism of mechanism includes film volume adapter plate, film spool, resting barrel, press mold cylinder, press mold cylinder, machine control valve, line slideway, slip cylinder, brake cylinder, stage clip, brake roller, brake facing and fork; Described film spool is arranged on the front side of described film volume adapter plate by bearing seat and bearing, described film spool is mechanical expansion shaft, on described film spool, scale graduation is installed, described resting barrel is arranged on above the side of described film volume adapter plate near film spool, described line slideway is vertically mounted on described film volume adapter plate near a side of resting barrel, described slip cylinder is arranged on the sliding shoe of line slideway, and described slip cylinder can move up and down; Described machine control valve is arranged on the side top of line slideway, and described press mold cylinder and described press mold cylinder are arranged on the side of described line slideway simultaneously, and described press mold cylinder is above described press mold cylinder; Described brake cylinder is arranged on the rear side of described film volume adapter plate, described brake rod is arranged on the projecting shaft of described film spool rear end, and described brake facing is arranged on described fork, and described fork can rotate, one side of fork is provided with stage clip, and the output shaft of opposite side and described brake cylinder is close.
Further, described press-note banding mechanism comprises heat-sealing cylinder, upper hot knife, money pressing plate, press-note cylinder, lower hot knife, lower heat-sealing cylinder, heat-sealing platform and air cylinder support; Described upper hot knife is fixed on described upper heat-sealing cylinder, described money pressing plate is fixed on described press-note cylinder, described upper heat-sealing cylinder and press-note cylinder are fixed on described air cylinder support side by side, described press-note cylinder is positioned at described upper heat-sealing cylinder left side, and described money pressing plate and upper hot knife are in sustained height; Described air cylinder support and described vertical connection of heat-sealing platform, described heat-sealing platform is fixed in described frame, be arranged in parallel, and be positioned at the described left side that is directly bulldozed platform with the described platform that is directly bulldozed; Described lower hot knife is fixed on described lower heat-sealing cylinder, and described lower heat-sealing cylinder is fixed on below described heat-sealing platform by support, and described lower hot knife is heated blade, with described upper hot knife consistency from top to bottom.
Preferably, described direct pushing machine structure comprises drive motor, drive lead screw, driving nut seat, sliding guide, money-pushing plate B and is directly bulldozed platform; Described drive lead screw is fixed on and is describedly directly bulldozed on platform by attaching parts, described driving nut seat is connected with described drive lead screw by T-shaped nut, described sliding guide is arranged on described driving nut seat, and be positioned at the both sides of described drive lead screw, described money-pushing plate B is fixed on described sliding guide; Described drive motor is connected with described drive lead screw by belt, and drives described drive lead screw to rotate, and described drive lead screw drives described driving nut seat sway, and described drive motor is connected with described control system signal.
Improvement as technique scheme, described plastic packaging film mechanism comprises plastic packaging film support, plastic packaging film, punching cylinder, film feeding drive roll, Timing Belt A, tooth bar, motor A, gear, plastic packaging film backing roll and plastic packaging film dancer rools, described plastic packaging film support is fixed in described frame, described punching cylinder is fixed on described plastic packaging film support, on described punching cylinder, perforating needle is installed; Described film feeding drive roll is arranged on described plastic packaging film support by bearing seat; On described gear, rotary drum is installed, described plastic packaging film is wrapped on described rotary drum from bottom to top, and described rotary drum is along with gear moves up and down; Described plastic packaging film backing roll and described plastic packaging film dancer rools are arranged on described plastic packaging film support simultaneously, have certain distance between the two, can freely rotate; Described tooth bar two ends are provided with detection signal device.
Improvement as such scheme, described thermal-shrinkage furnace mechanism is fixed in described frame, and be positioned at described plastic packaging film mechanism below, described thermal-shrinkage furnace mechanism comprises thermal-shrinkage furnace guard shield, heating pipe, chain, conveying drive roll, carries motor, motor B and fan, described heating pipe has two groups, be arranged on respectively in the two side wall panels of described thermal-shrinkage furnace guard shield, described heating pipe is connected with thermal module; Described chain is provided with three rows, is positioned in the middle of described thermal-shrinkage furnace guard shield, and is connected with carrying motor with described conveying drive roll.
In one embodiment of the present invention, described receiving mechanism comprises that rewinding support, motor C, motor D, fork, material receiving roller, rewinding regulate pinch roller and rewinding rolling disc, described rewinding support is fixed in described frame, described motor C, motor D, fork, material receiving roller, rewinding regulate pinch roller, rewinding rolling disc to be all arranged on described rewinding support, described fork is arranged between described material receiving roller and rewinding rolling disc, described motor C drives described material receiving roller, described motor D drives described rewinding rolling disc, and described material receiving roller and rewinding regulate pinch roller suitable.
In another embodiment of the present invention, described thruster mechanism comprises air cylinder fixed plate, thruster cylinder, baffle plate, thruster plate and thruster platform; Described thruster platform is arranged in frame, and be positioned at the upper strata of paper money hurdle, the top basket of described stacking mechanism B, in the middle of it, have the storage tank that is greater than Paper Money Size, its bottom surface is connected with paper money hurdle, described top basket, described thruster cylinder is arranged in described air cylinder fixed plate, described air cylinder fixed plate is arranged in frame, and is positioned at the top of described thruster platform; Described thruster plate is arranged on the slide block of described thruster cylinder, and described baffle plate is arranged on described thruster platform, and is positioned at the both sides of described thruster platform storage tank.
In another embodiment of the present invention, described enclosed mechanism is fixed in described frame by support, described enclosed mechanism comprises motor E, Timing Belt B, T-nut, T shape screw rod, pilot bar, sealing tool rest A, U-shaped sealing cutter, silica gel piece and sealing tool rest B, described motor E is fixed in described frame, and be positioned at described enclosed mechanism above, described motor E is connected with described T shape screw rod by Timing Belt B, described T-nut both sides are provided with pilot bar, described sealing tool rest A and sealing tool rest B adopt U-shaped framed structure, described sealing tool rest A is connected with described T-nut and pilot bar with sealing tool rest B simultaneously, described pilot bar has four, can be with T-nut up-and-down movement, described T shape screw rod when rotated, described sealing tool rest A and sealing tool rest B relative motion all the time, it is upper that described U-shaped sealing cutter is fixed on described sealing tool rest A, is also provided with heating arrangement and U-shaped sealing cutter guard shield on described U-shaped sealing cutter, and described heating arrangement is connected with thermal module, described silica gel piece is fixed on described sealing tool rest B.
In another embodiment of the present invention, stacking mechanism A and stacking mechanism B are symmetrical, and all comprise into paper money baffle plate, rotating disc, are positioned at pushing away paper money cylinder, piling hurdle basket, the banknote receiving board that is positioned at basket upper end, described piling hurdle, optical fiber transducer, limit valve, rebound, arrangement cylinder, be arranged on finishing plate, rotary cylinder, six rib lifting bars, servo drive motor, base plate on described arrangement cylinder, be positioned at top paper money cylinder, connecting panel, top paper money hurdle basket and money-pushing plate A before described rotating disc after described rotating disc; Describedly enter paper money baffle plate and be installed on one end that automatic stacking mechanism docks with described charging supply unit, and be positioned at described piling hurdle basket directly over, describedly enter on paper money baffle plate described in being arranged on for detection of material and the optical fiber transducer that signal is sent to control system; Described rotating disc is round turntable, by bearing and bearing seat, be arranged on the base plate of automatic stacking mechanism, described rotating disc center offers for the six rib holes through described six rib lifting bars, and described six rib lifting bars can move up and down in described rotating disc, and can drive described rotating disc to rotate; The described limit valve for spacing described rotating disc is arranged between described rotating disc and base plate, and described piling hurdle basket is fixed on described rotating disc, and rotates with described rotating disc; Described banknote receiving board is fixed on described six rib lifting bar upper ends, and the output shaft of described rotary cylinder is connected with the lower end of described six rib lifting bars by coupler, and described rotary cylinder is connected with the Timing Belt being arranged on described servo drive motor by support; The described paper money cylinder that pushes away is fixed on described base plate by support, described in push away described money-pushing plate A be installed on paper money cylinder; Described rebound is positioned in the middle of described top paper money cylinder and rotating disc, and described rebound is lower than the height of described rotating disc, and higher than the contiguous block of described top paper money cylinder; Described top paper money cylinder is fixed on described base plate below by connecting panel, and paper money hurdle, described top basket is arranged on described base plate top, and described arrangement cylinder is fixed on the both sides of paper money hurdle, described top basket.
With respect to prior art, beneficial effect of the present invention is: dicode of the present invention buttress bank note bale packing plastic packaging machine has adopted two stacking mechanisms, and each stacking mechanism all can complete independently piling, and floor area is little, and degree of automation is high; Dicode buttress bank note bale packing plastic packaging machine of the present invention can realize automatic assembly line, also can independently use, and by control system, unit and two kinds of patterns of conveyor line is set, and field of application is wider.The present invention can realize ATM volume can not enter plastic packaging shrink wrapping, only carrying out piling ties up, by control system, control, circulation volume after equipment is tied up piling is automatically sent into enclosed mechanism and is carried out plastic packaging film sealing, send into thermal-shrinkage furnace mechanism again and shrink, the ATM volume after equipment is tied up piling automatically is directly transported to bench board by conveyer; Dicode buttress bank note bale packing plastic packaging machine of the present invention is also provided with thermal transfer printer structure, realizes and is tying up automatic printing bank information on film.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme of the embodiment of the present invention, below the accompanying drawing to embodiment is briefly described.
Fig. 1 is the dicode buttress bank note bale packing structure of plastic sealing apparatus schematic diagram of the preferred embodiment of the present invention.
Fig. 2 is the right TV structure schematic diagram of Fig. 1.
Fig. 3 is the structural representation of the Mo Juan mechanism of the preferred embodiment of the present invention.
Fig. 4 is the backsight structural representation of Fig. 3.
Fig. 5 is the direct pushing machine structure of the preferred embodiment of the present invention and the structural representation of press-note banding mechanism.
Fig. 6 is the structural representation of the plastic packaging film mechanism of the preferred embodiment of the present invention.
Fig. 7 is the structural representation of the thermal-shrinkage furnace mechanism of the preferred embodiment of the present invention.
Fig. 8 is the structural representation of the receiving mechanism of the preferred embodiment of the present invention.
Fig. 9 is the structural representation of the thruster mechanism of the preferred embodiment of the present invention.
Figure 10 is the structural representation of the enclosed mechanism of the preferred embodiment of the present invention.
Figure 11 is the side-looking structural representation of Figure 10.
Figure 12 is the structural representation of two stacking mechanisms of the preferred embodiment of the present invention.
Figure 13 is the plan structure schematic diagram of Figure 12.
The specific embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is only the present invention's part embodiment, rather than whole embodiment.Embodiment based in the present invention, those of ordinary skills, not making the every other embodiment obtaining under creative work prerequisite, belong to the scope of protection of the invention.
As depicted in figs. 1 and 2, be front elevation and the right elevation of dicode buttress bank note bale packing plastic packaging machine preferred embodiment of the present invention, comprise frame 100, the A400 of Mo Juan mechanism, press-note banding mechanism 500, direct pushing machine structure 300, charging supply unit 200, plastic packaging film mechanism 20, reshaping device 10, discharging supply unit 600, thermal-shrinkage furnace mechanism 40, print unit 30, the B410 of Mo Juan mechanism, receiving mechanism 60, thruster mechanism 700, enclosed mechanism 80, stacking mechanism A800, stacking mechanism B810 and control system;
Wherein, the described Mo Juan A400 of mechanism is positioned at the upper strata of described direct pushing machine structure 300, and described thruster mechanism 700 is positioned at the upper strata of described stacking mechanism B810, and be arranged in parallel with described direct pushing machine structure 300 front and back;
Press-note banding mechanism 500 is fixed in described frame 100 with described direct pushing machine structure 300, described press-note banding mechanism 500 be arranged in parallel with described direct pushing machine structure 300, and described press-note banding mechanism 500 is positioned at the left side of described direct pushing machine structure 300, described press-note banding mechanism 500 and described direct pushing machine structure 300 are positioned at the upper strata of described stacking mechanism A800; Described stacking mechanism A800 is all connected with described press-note banding mechanism 500 with stacking mechanism B810;
Enclosed mechanism 80 is positioned at the centre of described plastic packaging film mechanism 20 and receiving mechanism 60, described thermal-shrinkage furnace mechanism 40 be positioned at described enclosed mechanism 80 after; Described enclosed mechanism 80 is fixed in frame 100 by support, and between reshaping device 10 and receiving mechanism 60, reshaping device 10 by upper lower clapboard by plastic packaging film levels separately, bank note just can enter in plastic packaging film, in described reshaping device 10, be provided with and push away paper money cylinder, described in push away paper money cylinder bank note pushed in enclosed mechanism 80;
Print unit 30 is thermal transfer printer; The described Mo Juan B410 of mechanism is positioned at the below of described discharging supply unit 600, and is fixed on the lower-left side of described frame 100;
Stacking mechanism A800 and stacking mechanism B810 are fixed in described frame 100 by base plate, dock respectively with described charging supply unit 200, and stacking mechanism A800 and stacking mechanism B810 be arranged in parallel and be all positioned at the lower floor of described frame 100;
Discharging supply unit 600 is positioned at the left side of press-note banding mechanism 500, and is arranged in described frame 100 by support;
Control system and described direct pushing machine structure 300, the A400 of Mo Juan mechanism, press-note banding mechanism 500, reshaping device 10, thermal-shrinkage furnace mechanism 40, print unit 30, the B410 of Mo Juan mechanism, receiving mechanism 60, enclosed mechanism 80, thruster mechanism 700, stacking mechanism A800 and stacking mechanism B810 are electrically connected.
Stacking mechanism A800 and stacking mechanism B810 are arranged on the lower floor of frame 100, and stacking mechanism A800 and stacking mechanism B810 be arranged in parallel, each docks a charging supply unit 200, charging supply unit 200 is positioned at one end of described frame 100, ATM volume enters respectively the automatic stacking mechanism of docking with circulation volume through charging supply unit 200, and stacking mechanism A800 and stacking mechanism B810 involve in row automatic stacking to ATM volume with circulation respectively.
Plastic packaging film mechanism 20, enclosed mechanism 80,40 pairs of bank note of receiving mechanism 60Ji thermal-shrinkage furnace mechanism carry out plastic packaging, described enclosed mechanism 80 is positioned at the centre of described plastic packaging film mechanism 20 and receiving mechanism 60, and bank note enters thermal-shrinkage furnace mechanism 40 again and carries out shrink process after enclosed mechanism 80 sealings; Described print unit 30 is thermal transfer printer, by control system, control, before bank note bale packing, print What can be set in man-machine interface, when print unit 30 is received after control system instruction, automatically on bale packing film, print and comprise the effective informations such as bank's line number, Currency Type, operator, quantity, date, after printing, again bank note is carried out to bale packing.
Thruster mechanism 700 is arranged on the upper strata of stacking mechanism B810, and be arranged in parallel with direct pushing machine structure 300 front and back, thruster mechanism 700 for the bank note that stacking mechanism B810 piling is completed push direct pushing machine structure 300 before, then by direct pushing machine structure 300, bank note is pushed to press-note banding mechanism 500 and carries out film and tie up; Direct pushing machine structure 300 is arranged on the upper strata of stacking mechanism A800 and is fixedly connected with frame 100, and be arranged in parallel with thruster mechanism 700 front and back, and the A400 of Mo Juan mechanism is arranged on the upper strata of direct pushing machine structure 300, for installing, ties up film; On press-note banding mechanism 500 fixed frames 100 and be arranged on the left side of direct pushing machine structure 300, and press-note banding mechanism 500 and direct pushing machine structure 300 be arranged in parallel, and keep line of centers consistent, press-note banding mechanism 500 is positioned at the upper strata of described stacking mechanism A800, direct pushing machine structure 300 pushes press-note banding mechanism 500 by the good bank note of piling and ties up, and this is tied up and adopts the film of certain width and intensity to wrap up in bag to 10 bank note.Discharging supply unit 600 is arranged in described frame 100 by support, discharging supply unit 600 is arranged on the left side of press-note banding mechanism 500, wherein dock with press-note banding mechanism 500 one end, the height of discharging supply unit 600 is lower than the heat-sealing platform 570 of press-note banding mechanism 500, after bank note has been tied up in press-note banding mechanism 500, by direct pushing machine structure 300, bank note is pushed on discharging supply unit 600.The lower-left layer of the B410 of Mo Juan mechanism installation frame 100, is positioned at the below of discharging supply unit 600, for installing, ties up film.Stacking mechanism A800 and the equal complete independently bank note of stacking mechanism B810 piling, and share a press-note banding mechanism 500, by the control of control system, send into the good bank note of piling sequentially press-note banding mechanism 500 and carry out film and tie up.
In an enforcement of the present invention, as shown in Figure 3 and Figure 4, each structure of the A400 Yu Mojuan B410 of mechanism of Mo Juan mechanism is all the same, include film volume adapter plate 411, film spool 420, resting barrel 430, press mold cylinder 480, press mold cylinder 440, machine control valve 450, line slideway 460, slip cylinder 470, brake cylinder 490, stage clip 421, brake roller, brake facing 431, fork 442, film spool 420 is arranged on the front side of film volume adapter plate 411 by bearing seat and bearing, film spool 420 is mechanical expansion shaft, by rotary handle, can make the expanding block that is arranged on main axis of dilatation inside stretch out, thereby play the effect of fixedly tying up film.On film spool 420, scale graduation is installed, for measuring, the position of tying up film is installed.Resting barrel 430 is arranged on above the side of film volume adapter plate 411 near film spool 420, for leading film.Line slideway 460 is vertically mounted on film volume adapter plate 411 near a side of resting barrel 430, and slip cylinder 470 is arranged on the sliding shoe of line slideway 460, ties up film and drive slip cylinder 470 to move up and down while tying up.Machine control valve 450 is arranged on the side top of line slideway 460, trigger unit control valve 450 switches while moving up for the cylinder 470 that slides, and machine control valve 450 is controlled brake cylinder 490 ventilation work, thereby plays the effect of checking film spool 420.Press mold cylinder 440 and press mold cylinder 480 are arranged on the side of line slideway 460 simultaneously, and press mold cylinder 440, above press mold cylinder 480, is lived mould when tying up, and makes bill binding firm.Brake cylinder 490 is arranged on the rear side of film volume adapter plate 411, by machine control valve 450, control, for propping up fork 442, brake facing 431 tightly check brake rod, thereby film spool 420 cannot be rotated.Brake rod is arranged on film spool 420 rear end projecting shafts, and brake facing 431 is arranged on fork 442, and fork 442 can rotate, and a side of fork 442 is provided with stage clip 421, and the output shaft axle of opposite side and brake cylinder 490 is close.
Wherein, as shown in Figure 5, press-note banding mechanism 500 comprises heat-sealing cylinder 510, upper hot knife 520, money pressing plate 530, press-note cylinder 540, lower hot knife 560, lower heat-sealing cylinder 550, heat-sealing platform 570 and air cylinder support 580, upper hot knife 520 is fixed on heat-sealing cylinder 510, money pressing plate 530 is fixed on press-note cylinder 540, upper heat-sealing cylinder 510 is fixed on air cylinder support 580 side by side with press-note cylinder 540, press-note cylinder 540 is positioned at heat-sealing cylinder 510 left sides, money pressing plate 530 and upper hot knife 520 are in sustained height, all over 10 the height of bank note.Press-note cylinder 540, for 10 bank note being pressed on to heat-sealing platform 570, is convenient to film and is tied up sealing.Air cylinder support 580 and heat-sealing platform 570 vertical connections of platform, heat-sealing platform 570 is fixed in frame 100, be arranged in parallel with being directly bulldozed platform 360, and in being directly bulldozed the left side of platform 360.Lower hot knife 560 is fixed on lower heat-sealing cylinder 550, lower heat-sealing cylinder 550 by support be fixed on heat-sealing platform 570 below, preferably, lower hot knife 560 is heated blade, with upper hot knife 520 consistencies from top to bottom.When direct pushing machine structure 300 is shifted onto below money pressing plate 530 by bank note, press-note cylinder 540 drives money pressing plate 530 that bank note is compressed, money-pushing plate B350 returns original position, upper heat-sealing cylinder 510 drives upper hot knife 520 to start working, upper hot knife 520 moves from top to bottom, drive film volume to rotate simultaneously, paper money bundle is wrapped up in to film, upper hot knife 520 drops on heat-sealing platform 570, packaging film is compressed simultaneously, lower heat-sealing cylinder 550 drives lower hot knife 560 to start, after being sealed and cut off, packaging film returns, upper heat-sealing cylinder 510 drives upper hot knife 520 to return subsequently, thereby complete, paper money bundle is wrapped up in to film, heat-sealing and bale packing.Money-pushing plate B350 in direct pushing machine structure 300 pushes away paper money for the first time to the sealing part of press-note banding mechanism 500, then returns, and 500 pairs of bank note of press-note banding mechanism are tied up, after, money-pushing plate B350 pushes away paper money for the second time, and the bank note of tying up is pushed to discharging supply unit 600, then returns.
During of the present invention another implemented, direct pushing machine structure 300 comprises drive motor 310, drive lead screw 320, driving nut seat 330, sliding guide 340, money-pushing plate B350 and is directly bulldozed platform 360, wherein, drive lead screw 320 is fixed on and is directly bulldozed on platform 360 by attaching parts, driving nut seat 330 is connected with drive lead screw 320 by T-shaped nut, sliding guide 340 is arranged on driving nut seat 330, is positioned at the both sides of drive lead screw 320, and money-pushing plate B350 is fixed on sliding guide 340.Drive motor 310 is connected by belt with drive lead screw 320, and for driving drive lead screw 320 to rotate, drive lead screw 320 drives driving nut seat 330 sway, thereby drive money-pushing plate B350 that bank note is pushed to press-note banding mechanism 500, ties up.Drive motor 310 can forward and reverse, can control rotating speed and the revolution of its rotation by control system simultaneously, thereby reach money-pushing plate B350, under the stroke of setting, carry out sway.
During of the present invention another implemented, as shown in Figure 6, structural representation for the plastic packaging film mechanism of the preferred embodiment of the present invention, plastic packaging film mechanism 20 is arranged in frame 100, be positioned at reshaping device 10 above, plastic packaging film mechanism 20 comprises plastic packaging film support 201, plastic packaging film 202, punching cylinder 203, film feeding drive roll 204, Timing Belt A205, tooth bar 207, motor A206, gear 208, plastic packaging film backing roll 210 and plastic packaging film dancer rools 209, wherein, plastic packaging film support 201 is fixed in frame 100, punching cylinder 203 is fixed on plastic packaging film support 201, on the cylinder of punching cylinder 203, perforating needle is installed, when plastic packaging film moves through punching cylinder 203, perforating needle punctures on plastic packaging film, form regular a row or multi-row aperture, the object of its punching is when plastic packaging film 202 shrinks, to be convenient to exhaust, be conducive to contractive effect.Film feeding drive roll 204 is arranged on plastic packaging film support 201 by bearing seat, by motor A206, by Timing Belt A205, driven, tooth bar 207 matches with gear 208, on gear 208, be provided with and wear membrane cylinder, plastic packaging film 202 is wrapped in from bottom to top to be worn on membrane cylinder, wears membrane cylinder along with gear 208 moves up and down.Plastic packaging film backing roll 210 is arranged on plastic packaging film support 201 with plastic packaging film dancer rools 209 simultaneously, there is certain distance between the two, both can freely rotate, on it, in order to place plastic packaging film 202, plastic packaging film dancer rools 209 can regulate fixed position, front and back according to plastic packaging film 202 sizes.Wherein, tooth bar 207 two ends are provided with detection signal, and when gear 208 moves upward to upper detection signal, motor A206 starts working, and drive plastic packaging film 202 to rotate, and gear 208 declines; When gear 208 drops to lower detection signal, motor A206 quits work.
During of the present invention another implemented, as shown in Figure 7, structural representation for the thermal-shrinkage furnace mechanism of the preferred embodiment of the present invention, thermal-shrinkage furnace mechanism 40 is fixed in frame 100, and be positioned at below described plastic packaging film mechanism 20, thermal-shrinkage furnace mechanism 40 comprises thermal-shrinkage furnace guard shield 41, heating pipe 42, chain 43, carries drive roll 44, carries motor 45, motor B46 and fan 47.Wherein, above-mentioned heating pipe 42 is two groups, is arranged on respectively in the two side wall panels of thermal-shrinkage furnace guard shield 41, and heating pipe 42 is connected with thermal module simultaneously, and thermal module temperature height is controlled and set by control system.Chain 43 is provided with three rows, be positioned in the middle of thermal-shrinkage furnace guard shield 41, chain 43 is connected with carrying drive roll 44 and conveying motor 45, and by carrying motor 45 to drive, after bank note is by enclosed mechanism 80 plastic packagings, enter chain 43, the bank note after chain 43 drive plastic packagings enters in thermal-shrinkage furnace and heats, and plastic packaging film 202 shrinks, last tightly be wrapped in bank note outside, after by shrink oven outlet output.Fan 47 is driven by motor B46, and it is arranged on below lower chain 43, when fan 47 rotates, can guarantee that in thermal-shrinkage furnace, temperature stabilization is uniformly distributed.
During of the present invention another implemented, as shown in Figure 8, structural representation for the receiving mechanism of the preferred embodiment of the present invention, receiving mechanism 60 is that the plastic packaging film rim charge producing during to enclosed mechanism 80 plastic packaging reclaims rolling-up mechanism, receiving mechanism 60 comprises rewinding support 61, motor C62, motor D 63, fork 64, material receiving roller 65, rewinding regulates pinch roller 66 and rewinding rolling disc 67, wherein, rewinding support 61 is fixed in frame 100, be positioned at the rear side of the A400 of Mo Juan mechanism, before enclosed mechanism 80, wherein, motor C62, motor D 63, fork 64, material receiving roller 65, rewinding regulates pinch roller 66, rewinding rolling disc 67 is all arranged on rewinding support 61.Motor C62 drives material receiving roller 65, motor D 63 drives rewinding rolling disc 67, material receiving roller 65 regulates pinch roller 66 to coordinate with rewinding, and plastic packaging film rim charge passes from centre, and when motor C62 works, material receiving roller 65 regulates pinch roller 66 to drive plastic packaging film to rotate to rewinding rolling disc 67 directions with rewinding.Fork 64 is arranged between material receiving roller 65 and rewinding rolling disc 67, fork 64 can trigger upper and the next detection signal while swinging, control system is controlled 63 operations of motor C62 and motor D and is stopped by detection signal, thereby the plastic packaging film rim charge producing during by plastic packaging reclaims.
Further, as shown in Figure 9, structural representation for the thruster mechanism of the preferred embodiment of the present invention, thruster mechanism 700 comprises air cylinder fixed plate 711, thruster cylinder 710, baffle plate 720, thruster plate 730 and thruster platform 740, thruster platform 740 is arranged in frame 100, be positioned at the upper strata of paper money hurdle, the top basket 816 of stacking mechanism B810, in the middle of it, have the storage tank that is greater than Paper Money Size, Yu Dingchao hurdle, bottom surface basket 816 is connected.Thruster cylinder 710 is arranged in air cylinder fixed plate 711, air cylinder fixed plate 711 is arranged in frame 100, is positioned at the top of thruster platform 740, for bank note being pushed before the money-pushing plate B350 of direct pushing machine structure 300, thruster plate 730 is arranged on the slide block of thruster cylinder 710, for pushing away paper money.Baffle plate 720 is arranged on the top of thruster platform 740, is positioned at the both sides of thruster platform storage tank, for protecting skewing of bank note.Thruster mechanism 9 relative level directions are done cross motion bank note are pushed to reshaping device 10 and returns, reshaping device 10 by upper lower clapboard by plastic packaging film levels separately, bank note just can enter in plastic packaging film, in reshaping device 10, be provided with and push away paper money cylinder, after by pushing away paper money cylinder, bank note is pushed in enclosed mechanism 80.
During of the present invention another implemented, as shown in Figure 10 and 11, structural representation for the enclosed mechanism of the preferred embodiment of the present invention, enclosed mechanism 80 is fixed in frame 100 by support, between reshaping device 10 and receiving mechanism 60, belong to a module in automatic plastic packaging unit, enclosed mechanism 80 is in plastic packaging film the inside by the bank note package of bale packing, plastic packaging film is carried out to closing device, enclosed mechanism 80 comprises motor E81, Timing Belt B82, T-nut 83, T shape screw rod 84, pilot bar 85, sealing tool rest A86, U-shaped sealing cutter guard shield 87, U-shaped sealing cutter 88, silica gel piece 89 and sealing tool rest B90, wherein, above-mentioned upper sealing tool rest A86 and sealing tool rest B90 adopt U-shaped framed structure, and be connected with pilot bar 85 with T-nut 83, pilot bar 85 has four groups, complete compression while guaranteeing sealing tool rest A86 with sealing tool rest B90 up-and-down movement, steadily firmly increase the service life again.
Motor E81 is fixed in frame 100, be positioned at above enclosed mechanism 80, motor E81 is connected with T shape screw rod B49 by Timing Belt B82, T-nut 83 matches with T shape screw rod 84, T-nut 83 both sides are provided with pilot bar 85, pilot bar 85 has four, sealing tool rest A86 is connected with T-nut 83 and pilot bar 85 with sealing tool rest B90 simultaneously, can be with T-nut 83 up-and-down movements, pilot bar 85 can be guaranteed to seal when tool rest A86 carries out sealing to plastic packaging film with sealing tool rest B90 in up-and-down movement and can not be offset.Half is plus thread for T shape screw rod 84, and half is minus thread, and when rotated, sealing tool rest A86 and sealing tool rest B90 remain relative motion to T shape screw rod 84.U-shaped sealing cutter 88 is fixed on sealing tool rest A86, its upper outside U-shaped sealing cutter guard shield 87 that is provided with, between U-shaped sealing cutter 88 and sealing tool rest A86, be provided with heat spacer, between U-shaped sealing cutter guard shield 87 and sealing tool rest A86, be provided with regulating spring, when sealing tool rest A86 moves downward, plastic packaging film and U-shaped sealing cutter 88 no touchs, when sealing, first U-shaped sealing cutter guard shield 87 is pressed in plastic packaging film on the silica gel piece 89 of sealing tool rest B90, then further compress, now U-shaped sealing cutter 88 directly acts on plastic packaging film, and plastic packaging film heat-sealing is cut off.In U-shaped sealing cutter 88, heating arrangement is also installed, heating arrangement is connected with thermal module, and thermal module is controlled by control system, and its temperature height can be set by control system.It is upper that silica gel piece 89 is fixed on sealing tool rest B90, and silica gel piece 89 is the flexible rubber pads for contacting with U-shaped sealing cutter 88, and it can guarantee to seal the damage that firmness is avoided again U-shaped sealing cutter 88.
In this preferred embodiment, as shown in Figure 3 and Figure 4, stacking mechanism A800 and stacking mechanism B810 are symmetrical, each mechanism in stacking mechanism A800 and stacking mechanism B810 is all identical, wherein, one end that automatic stacking mechanism docks with charging supply unit 200 is provided with into paper money baffle plate (not indicating in figure), enter paper money baffle plate be positioned at piling hurdle basket 850 directly over, optical fiber transducer 860 is arranged on paper money baffle plate, for detection of material and signal, be sent to control system, rotating disc 830 is round turntable, by bearing and bearing seat, be arranged on the base plate 813 of automatic stacking mechanism, rotating disc 830 centers have six rib holes, be used for through six rib lifting bars 819, six rib lifting bars 819 can up-and-down movement and non-driven rotary dish 830 rotates, when six rib lifting bar 819 rotations, driven rotary dish 830 rotates together.Limit valve 870 is arranged between the base plate 813 of rotating disc 830Yu automatic stacking mechanism, spacing during for rotating disc 830 rotation.Piling hurdle basket 850 is fixed on rotating disc 830, rotates toppling over when preventing that bank note is rotated with rotating disc 830.Banknote receiving board is fixed on the upper end of six rib lifting bars 819, six rib lifting bar 819 lower ends are connected by coupler with the output shaft of rotary cylinder 809, rotary cylinder 809 is connected with the Timing Belt 811 being arranged on servo drive motor 812 by support, rotary cylinder 809 is 180 degree rotary cylinders, pass through solenoid control, the output shaft of rotary cylinder 809 can rotate by 180 degree, and then drives the rotation of six rib lifting bars 819.Meanwhile, banknote receiving board is also positioned at the upper end of piling hurdle basket 850, for bank note, directly falls banknote receiving board.Push away paper money cylinder 820 and be fixed on the base plate 813 of automatic stacking mechanism by support, and be positioned at rotating disc 830 after, push away paper money cylinder 820 for the cylinder with guide rod, money-pushing plate A818 is installed, for shifting the good bank note of piling onto top paper money cylinder 814 on it.It is middle with rotating disc 830 that rebound 880 is positioned at top paper money cylinder 814, and its aspect ratio rotating disc 830 is highly low 1 millimeter, higher 1 millimeter than the contiguous block of top paper money cylinder 814, the transition while being convenient to bank note from rotating disc 830 to 814 transfer of top paper money cylinder.Top paper money cylinder 814 is fixed on the below of the base plate 813 of automatic stacking mechanism by connecting panel, and be positioned at rotating disc 830 before, paper money hurdle, top basket 816 is arranged on the top of the base plate 813 of automatic stacking mechanism, and during for top paper money cylinder 814 top paper money, bank note does not go over.Finishing plate 817 is arranged on and arranges on cylinder 890, arranges the both sides that cylinder 890 is fixed on paper money hurdle, top basket 816, by cylinder, is moved the good bank note of piling is patted to arrangement.When single bank note when charging supply unit 200 enters automatic stacking mechanism, fall on banknote receiving board, and trigger into optical fiber transducer 860, optical fiber transducer 860 is passed to control system by signal, control system is controlled servo drive motor 812 and is started working, servo drive motor 812 drives six rib lifting bars 819 to decline 15～20 millimeters by the concrete numerical value of setting in control system by the transmission of Timing Belt 811, when continuous 5 fall banknote on banknote receiving board, count 5 times, control system starts to control rotary cylinder 809 and drives six rib lifting bars 819 to be rotated 180 degree, six rib lifting bar 819 driven rotary dishes 830 are Rotate 180 degree also, complete turning to of bank note, when banknote receiving board connects paper money 5 more continuously also declining 5 times continuously, can complete automatic stacking and the counting work of 10 bank note.Described 10 bank note piling is completed after, pushing away paper money cylinder 820 drives money-pushing plate A818 that bank note is shifted onto on top paper money cylinder 814 and corresponding signal and is sent to control system, arrange after cylinder 890 is received the instruction of control system and carry out work, bank note is patted to arrangement, after arrangement, top paper money cylinder 814 is delivered to bank note top to be directly bulldozed on platform 360.
Dicode buttress bank note bale packing plastic packaging machine of the present invention can realize automatic assembly line, also can independently use, and by PLC control system, unit and two kinds of patterns of conveyor line is set, and field of application is wider.The present invention can realize ATM volume can not enter plastic packaging shrink wrapping, only carrying out piling ties up, by control system, control, circulation volume after equipment is tied up piling is automatically sent into enclosed mechanism and is carried out plastic packaging film sealing, send into shrink oven again and shrink, the ATM volume after equipment is tied up piling automatically is directly transported to bench board by conveyer; Dicode buttress bank note bale packing plastic packaging machine of the present invention is also provided with thermal transfer printer structure, realizes and is tying up automatic printing bank information on film.The present invention can carry out automation processing to bank note, and its compact conformation is reliable and stable, simple to operate, easy to maintenance, and the little degree of automation of volume is high.
Above disclosed is only preferred embodiment of the present invention, certainly can not limit with this interest field of the present invention, and the equivalent variations of therefore doing according to the claims in the present invention, still belongs to the scope that the present invention is contained.
Claims (10)
1. dicode buttress bank note bale packing plastic packaging machine, is characterized in that: comprise frame, the A of Mo Juan mechanism, press-note banding mechanism, direct pushing machine structure, charging supply unit, plastic packaging film mechanism, reshaping device, discharging supply unit, thermal-shrinkage furnace mechanism, print unit, the B of Mo Juan mechanism, receiving mechanism, thruster mechanism, enclosed mechanism, stacking mechanism A, stacking mechanism B and control system;
The described Mo Juan A of mechanism is positioned at the upper strata of described direct pushing machine structure, and described thruster mechanism is positioned at the upper strata of described stacking mechanism B, and with described direct pushing machine structure before and after be arranged in parallel;
Described press-note banding mechanism and described direct pushing machine structure are fixed in described frame, described press-note banding mechanism and described direct pushing machine structure be arranged in parallel, and described press-note banding mechanism is positioned at the left side of described direct pushing machine structure, described press-note banding mechanism and described direct pushing machine structure are positioned at the upper strata of described stacking mechanism A; Described stacking mechanism A is all connected with described press-note banding mechanism with stacking mechanism B;
Described enclosed mechanism is positioned at the centre of described plastic packaging film mechanism and receiving mechanism, described thermal-shrinkage furnace mechanism be positioned at described enclosed mechanism after; Described enclosed mechanism is fixed in described frame by support, and between reshaping device and receiving mechanism;
By upper lower clapboard by plastic packaging film levels separately, bank note just can enter in plastic packaging film described reshaping device, in described reshaping device, be provided with and push away paper money cylinder, described in push away paper money cylinder bank note pushed in enclosed mechanism;
Described print unit is thermal transfer printer; The described Mo Juan B of mechanism is positioned at the below of described discharging supply unit, and is fixed on the lower-left side of described frame;
Described stacking mechanism A and stacking mechanism B are fixed in described frame by base plate, dock respectively with described charging supply unit, and stacking mechanism A and stacking mechanism B be arranged in parallel and be all positioned at the lower floor of described frame;
Described discharging supply unit is positioned at the left side of press-note banding mechanism, and is arranged in described frame by support;
Described control system and described direct pushing machine structure, the A of Mo Juan mechanism, press-note banding mechanism, reshaping device, thermal-shrinkage furnace mechanism, print unit, the B of Mo Juan mechanism, receiving mechanism, enclosed mechanism, thruster mechanism, stacking mechanism A and stacking mechanism B are electrically connected.
2. dicode buttress bank note bale packing plastic packaging machine as claimed in claim 1, is characterized in that: the described Mo Juan A Yu Mojuan B of mechanism of mechanism includes film volume adapter plate, film spool, resting barrel, press mold cylinder, press mold cylinder, machine control valve, line slideway, slip cylinder, brake cylinder, stage clip, brake roller, brake facing and fork; Described film spool is arranged on the front side of described film volume adapter plate by bearing seat and bearing, described film spool is mechanical expansion shaft, on described film spool, scale graduation is installed, described resting barrel is arranged on above the side of described film volume adapter plate near film spool, described line slideway is vertically mounted on described film volume adapter plate near a side of resting barrel, described slip cylinder is arranged on the sliding shoe of line slideway, and described slip cylinder can move up and down; Described machine control valve is arranged on the side top of line slideway, and described press mold cylinder and described press mold cylinder are arranged on the side of described line slideway simultaneously, and described press mold cylinder is above described press mold cylinder; Described brake cylinder is arranged on the rear side of described film volume adapter plate, described brake rod is arranged on the projecting shaft of described film spool rear end, and described brake facing is arranged on described fork, and described fork can rotate, one side of fork is provided with stage clip, and the output shaft of opposite side and described brake cylinder is close.
3. dicode buttress bank note bale packing plastic packaging machine as claimed in claim 1, is characterized in that: described press-note banding mechanism comprises heat-sealing cylinder, upper hot knife, money pressing plate, press-note cylinder, lower hot knife, lower heat-sealing cylinder, heat-sealing platform and air cylinder support; Described upper hot knife is fixed on described upper heat-sealing cylinder, described money pressing plate is fixed on described press-note cylinder, described upper heat-sealing cylinder and press-note cylinder are fixed on described air cylinder support side by side, described press-note cylinder is positioned at described upper heat-sealing cylinder left side, and described money pressing plate and upper hot knife are in sustained height; Described air cylinder support and described vertical connection of heat-sealing platform, described heat-sealing platform is fixed in described frame, be arranged in parallel, and be positioned at the described left side that is directly bulldozed platform with the described platform that is directly bulldozed; Described lower hot knife is fixed on described lower heat-sealing cylinder, and described lower heat-sealing cylinder is fixed on below described heat-sealing platform by support, and described lower hot knife is heated blade, with described upper hot knife consistency from top to bottom.
4. dicode buttress bank note bale packing plastic packaging machine as claimed in claim 1, is characterized in that: described direct pushing machine structure comprises drive motor, drive lead screw, driving nut seat, sliding guide, money-pushing plate B and is directly bulldozed platform; Described drive lead screw is fixed on and is describedly directly bulldozed on platform by attaching parts, described driving nut seat is connected with described drive lead screw by T-shaped nut, described sliding guide is arranged on described driving nut seat, and be positioned at the both sides of described drive lead screw, described money-pushing plate B is fixed on described sliding guide; Described drive motor is connected with described drive lead screw by belt, and drives described drive lead screw to rotate, and described drive lead screw drives described driving nut seat sway, and described drive motor is connected with described control system signal.
5. dicode as claimed in claim 1 is piled up neatly bank note bale packing plastic packaging machine, it is characterized in that: described plastic packaging film mechanism comprises plastic packaging film support, plastic packaging film, punching cylinder, film feeding drive roll, Timing Belt A, tooth bar, motor A, gear, plastic packaging film backing roll and plastic packaging film dancer rools, described plastic packaging film support is fixed in described frame, described punching cylinder is fixed on described plastic packaging film support, on described punching cylinder, perforating needle is installed; Described film feeding drive roll is arranged on described plastic packaging film support by bearing seat; On described gear, rotary drum is installed, described plastic packaging film is wrapped on described rotary drum from bottom to top, and described rotary drum is along with gear moves up and down; Described plastic packaging film backing roll and described plastic packaging film dancer rools are arranged on described plastic packaging film support simultaneously, have certain distance between the two, can freely rotate; Described tooth bar two ends are provided with detection signal device.
6. dicode as claimed in claim 1 is piled up neatly bank note bale packing plastic packaging machine, it is characterized in that: described thermal-shrinkage furnace mechanism is fixed in described frame, and be positioned at described plastic packaging film mechanism below, described thermal-shrinkage furnace mechanism comprises thermal-shrinkage furnace guard shield, heating pipe, chain, conveying drive roll, carries motor, motor B and fan, described heating pipe has two groups, be arranged on respectively in the two side wall panels of described thermal-shrinkage furnace guard shield, described heating pipe is connected with thermal module; Described chain is provided with three rows, is positioned in the middle of described thermal-shrinkage furnace guard shield, and is connected with carrying motor with described conveying drive roll.
7. dicode as claimed in claim 1 is piled up neatly bank note bale packing plastic packaging machine, it is characterized in that: described receiving mechanism comprises rewinding support, motor C, motor D, fork, material receiving roller, rewinding regulates pinch roller and rewinding rolling disc, described rewinding support is fixed in described frame, described motor C, motor D, fork, material receiving roller, rewinding regulates pinch roller, rewinding rolling disc is all arranged on described rewinding support, described fork is arranged between described material receiving roller and rewinding rolling disc, described motor C drives described material receiving roller, described motor D drives described rewinding rolling disc, described material receiving roller and rewinding regulate pinch roller suitable.
8. dicode as claimed in claim 1 buttress bank note bale packing plastic packaging machine, is characterized in that: described thruster mechanism comprises air cylinder fixed plate, thruster cylinder, baffle plate, thruster plate and thruster platform; Described thruster platform is arranged in frame, and be positioned at the upper strata of paper money hurdle, the top basket of described stacking mechanism B, in the middle of it, have the storage tank that is greater than Paper Money Size, its bottom surface is connected with paper money hurdle, described top basket, described thruster cylinder is arranged in described air cylinder fixed plate, described air cylinder fixed plate is arranged in frame, and is positioned at the top of described thruster platform; Described thruster plate is arranged on the slide block of described thruster cylinder, and described baffle plate is arranged on described thruster platform, and is positioned at the both sides of described thruster platform storage tank.
9. dicode as claimed in claim 1 is piled up neatly bank note bale packing plastic packaging machine, it is characterized in that: described enclosed mechanism is fixed in described frame by support, described enclosed mechanism comprises motor E, Timing Belt B, T-nut, T shape screw rod, pilot bar, sealing tool rest A, U-shaped sealing cutter, silica gel piece and sealing tool rest B, described motor E is fixed in described frame, and be positioned at described enclosed mechanism above, described motor E is connected with described T shape screw rod by Timing Belt B, described T-nut both sides are provided with pilot bar, described sealing tool rest A and sealing tool rest B adopt U-shaped framed structure, described sealing tool rest A is connected with described T-nut and pilot bar with sealing tool rest B simultaneously, described pilot bar has four, can be with T-nut up-and-down movement, described T shape screw rod when rotated, described sealing tool rest A and sealing tool rest B relative motion all the time, it is upper that described U-shaped sealing cutter is fixed on described sealing tool rest A, is also provided with heating arrangement and U-shaped sealing cutter guard shield on described U-shaped sealing cutter, and described heating arrangement is connected with thermal module, described silica gel piece is fixed on described sealing tool rest B.
10. dicode as claimed in claim 1 is piled up neatly bank note bale packing plastic packaging machine, it is characterized in that: stacking mechanism A and stacking mechanism B are symmetrical, and all comprise into paper money baffle plate, rotating disc, be positioned at pushing away paper money cylinder, piling hurdle basket, the banknote receiving board that is positioned at basket upper end, described piling hurdle, optical fiber transducer, limit valve, rebound, arrangement cylinder, be arranged on finishing plate, rotary cylinder, six rib lifting bars, servo drive motor, base plate on described arrangement cylinder, be positioned at top paper money cylinder, connecting panel, top paper money hurdle basket and money-pushing plate A before described rotating disc after described rotating disc; Describedly enter paper money baffle plate and be installed on one end that automatic stacking mechanism docks with described charging supply unit, and be positioned at described piling hurdle basket directly over, describedly enter on paper money baffle plate described in being arranged on for detection of material and the optical fiber transducer that signal is sent to control system; Described rotating disc is round turntable, by bearing and bearing seat, be arranged on the base plate of automatic stacking mechanism, described rotating disc center offers for the six rib holes through described six rib lifting bars, and described six rib lifting bars can move up and down in described rotating disc, and can drive described rotating disc to rotate; The described limit valve for spacing described rotating disc is arranged between described rotating disc and base plate, and described piling hurdle basket is fixed on described rotating disc, and rotates with described rotating disc; Described banknote receiving board is fixed on described six rib lifting bar upper ends, and the output shaft of described rotary cylinder is connected with the lower end of described six rib lifting bars by coupler, and described rotary cylinder is connected with the Timing Belt being arranged on described servo drive motor by support; The described paper money cylinder that pushes away is fixed on described base plate by support, described in push away described money-pushing plate A be installed on paper money cylinder; Described rebound is positioned in the middle of described top paper money cylinder and rotating disc, and described rebound is lower than the height of described rotating disc, and higher than the contiguous block of described top paper money cylinder; Described top paper money cylinder is fixed on described base plate below by connecting panel, and paper money hurdle, described top basket is arranged on described base plate top, and described arrangement cylinder is fixed on the both sides of paper money hurdle, described top basket.
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