CN202879810U - High-speed full-automatic packing machine - Google Patents
High-speed full-automatic packing machine Download PDFInfo
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- CN202879810U CN202879810U CN 201220560163 CN201220560163U CN202879810U CN 202879810 U CN202879810 U CN 202879810U CN 201220560163 CN201220560163 CN 201220560163 CN 201220560163 U CN201220560163 U CN 201220560163U CN 202879810 U CN202879810 U CN 202879810U
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Abstract
Disclosed is a high-speed full-automatic packing machine. The high-speed full-automatic packing machine is characterized by comprising a machine frame, a film feeding device, a packing bag molding device, a longitudinal sealing device, a filling device, an opening sealing device, a cutting device, a bag conveying device and a finished product output device, wherein the film feeding device, the packing bag molding device, the longitudinal sealing device, the filling device, the opening sealing device, the cutting device, the bag conveying device and the finished product output device are respectively arranged on the machine frame. The film feeding device, the packing bag molding device, the longitudinal sealing device, the opening sealing device, the bag conveying device and the finished product output device are sequentially arranged along the conveying direction of packing materials, the filling device is arranged above the longitudinal sealing device, and the finished product output device is arranged below the bag conveying device. A packing film can be manufactured into a packing bag by the high-speed full-automatic packing machine, and the packing bag can be filled and packed, and therefore high-speed full-automatic packing is achieved, packing cost and labor intensity are reduced, and production efficiency is improved.
Description
Technical field
The utility model relates to a kind of wrapping machine, and more particularly, the utility model relates to a kind of Automatic and High-speed Roll Packing Machine.
Background technology
Existing wrapping machine is generally semi-automatic packer, and, filling and packing is carried out in the packaging bag that the general employing of existing wrapping machine has been made, and therefore, there are the shortcomings such as technical merit is low, packing cost is high, labour intensity is large, production efficiency is low in existing wrapping machine.
The utility model content
Technical problem to be solved in the utility model provides a kind of Automatic and High-speed Roll Packing Machine, this Automatic and High-speed Roll Packing Machine can be made packaging film to be become packaging bag and filling and packing is carried out in packaging bag, thereby realized the high-speed full-automatic packing, reduced packing cost and labour intensity, improved production efficiency.
In order to solve the problems of the technologies described above, the technical solution adopted in the utility model is as follows:
A kind of Automatic and High-speed Roll Packing Machine is characterized in that: comprise frame and be located at respectively and put film device, equipment for forming package bag, longitudinal sealing device, device for filling, closing device, shear, bag delivering device and finished product output device on the frame; Above-mentioned film device, equipment for forming package bag, longitudinal sealing device, closing device, bag delivering device and the finished product output device put sets gradually along the throughput direction of packing, above-mentioned device for filling is positioned at the top of longitudinal sealing device, and above-mentioned finished product output device is positioned at the below of bag delivering device.
When carrying out filling and packing, after the above-mentioned packaging film process doubling moulding of equipment for forming package bag of putting on the film device, carry out vertical edge sealing by the longitudinal sealing device again and be fed forward, thereby form the top opening, the Conjoined package bag that side links to each other, then, above-mentioned device for filling is again to the top opening, attal in the Conjoined package bag that side links to each other, Conjoined package bag behind the attal carries out across seal by closing device again, be packaged with material thereby make, the Conjoined package bag that side links to each other, the above-mentioned material that is packaged with, the Conjoined package bag that side links to each other is fed forward by bag delivering device again, in the course of conveying of bag delivering device, above-mentioned shear will be packaged with material, the Conjoined package bag that side links to each other is sheared becomes the individual packaging bag, above-mentioned individual packaging bag flows to finished product output device by bag delivering device again, above-mentioned finished product output device is exported finished product again, like this, this Automatic and High-speed Roll Packing Machine is just made packaging film becomes packaging bag, and packaging bag carried out filling and packing, thereby realized the high-speed full-automatic packing, reduced packing cost and labour intensity, improved production efficiency.
Above-mentioned packing refer to packaging film or packaging bag, and the throughput direction of above-mentioned packing is " front " side.
As optimal technical scheme of the present utility model:
The described film device of putting comprises unreeling shaft and Duo Gen idler roller, and above-mentioned unreeling shaft and idler roller are installed in respectively on the frame, and above-mentioned idler roller is between unreeling shaft and equipment for forming package bag.
Above-mentioned unreeling shaft is mainly used in placing the film volume, and above-mentioned idler roller is mainly used in the tensioning packaging film, thereby is convenient to the conveying of packaging film.
Described equipment for forming package bag comprises molding seat and chevron pointing forming tank, and above-mentioned molding seat is located on the frame, and above-mentioned molding seat is being put between film device and the longitudinal sealing device, and above-mentioned chevron pointing forming tank is located on the molding seat.
Chevron pointing forming tank on the above-mentioned molding seat is mainly used in the doubling moulding of packaging film, thereby is convenient to the making of packaging film.
Described longitudinal sealing device comprises circular orbit seat, rotating disk, rotary tray motor and a plurality of boiling hot cutter mechanism;
Above-mentioned circular orbit seat is located at regularly on the frame and is positioned at the place ahead of equipment for forming package bag, the inside face of above-mentioned circular orbit seat is provided with the longitudinal sealing circular orbit, and above-mentioned longitudinal sealing circular orbit comprises low orbit part, rising rail portion, high orbit part and decline rail portion;
Above-mentioned rotating disk is located in the circular orbit seat rotationally, and above-mentioned rotary tray motor is located on the frame regularly, and above-mentioned rotary tray motor and rotating disk are in transmission connection;
Above-mentioned boiling hot cutter mechanism is arranged on the periphery of rotating disk equably, and above-mentioned boiling hot cutter mechanism comprises boiling hot tool rest, fixing cutter, rotation boiling hot cutter, wheel shaft and the roller of scalding; Above-mentioned boiling hot tool rest is fixedly mounted on the periphery of rotating disk, and the above-mentioned lower end of scalding cutter of fixing is fixedly mounted on the boiling hot tool rest vertically, and the lower end that cutter is scalded in above-mentioned rotation is installed in rotation on the boiling hot tool rest, and the boiling hot cutter of above-mentioned rotation separates or closes with fixing boiling hot cutter and cooperates; One end of above-mentioned wheel shaft is fixedly mounted on the lower end of rotate scalding cutter, above-mentioned wheel shaft with rotate that boiling hot cutter is vertical arranges, above-mentioned rollers rollably is installed in the longitudinal sealing circular orbit, above-mentioned rollers is captiveed joint with an end of wheel shaft.
When rotary tray motor started, rotary tray motor drove dial rotation, and driven by rotary disc scalds cutter mechanism and rotates together, like this, the roller of boiling hot cutter mechanism just rolls in the longitudinal sealing circular orbit, and roller rotates boiling hot swivel by the wheel shaft driving and moves, and cooperates thereby make the boiling hot cutter of rotation separate or close with fixing boiling hot cutter;
When roller is rolled to the low orbit part of longitudinal sealing circular orbit, rotate the angle maximum that boiling hot cutter and fixing boiling hot cutter separate, rotate boiling hot cutter and almost be in horizontality, like this, rotate boiling hot cutter and just can waltz through from the below of packaging film;
When roller was rolled to the rising rail portion of longitudinal sealing circular orbit, roller scalded swivel by wheel shaft driving rotation and moves, thereby the boiling hot cutter of rotation and fixing boiling hot cutter are closed up gradually;
When roller was rolled to the high orbit part of longitudinal sealing circular orbit, rotation was scalded cutter and is closed with the fixing cutter that scalds, and like this, cutter is scalded in rotation and the fixing cutter that scalds just carries out longitudinal sealing to the packaging film of process, thereby produces top opening, the continuous Conjoined package bag of side;
When roller was rolled to the decline rail portion of longitudinal sealing circular orbit, roller rotated boiling hot swivel by the wheel shaft driving and moves, thereby the boiling hot cutter of rotation and fixing boiling hot cutter are separated gradually.
Described device for filling comprises charging basket, blanking reaction plate, blanking rotating disc, cylindrical shape mount pad, cylindrical track seat and a plurality of filling funnel;
Above-mentioned charging basket fixedly is located on the frame, and the discharging opening of above-mentioned charging basket is corresponding with the high orbit part of longitudinal sealing circular orbit;
Above-mentioned blanking reaction plate fixedly is located on the frame, above-mentioned blanking reaction plate is positioned at the below of charging basket, the central authorities of above-mentioned blanking reaction plate are provided with a centre hole, and the periphery of above-mentioned blanking reaction plate is provided with a blanking hole, and the position of above-mentioned blanking hole is corresponding with the discharging opening of charging basket;
Above-mentioned blanking rotating disc is installed in rotation on the blanking reaction plate, the centre of blanking rotating disc is provided with a transmission shaft, above-mentioned transmission shaft passes the centre hole of blanking reaction plate, the lower end of transmission shaft is fixedly mounted on the rotating disk, and above-mentioned blanking rotating disc is in transmission connection by rotating disk, transmission shaft and rotary tray motor; Be provided with equably a plurality of through holes on the periphery of above-mentioned blanking rotating disc, above-mentioned through hole is corresponding with the blanking hole on the blanking reaction plate;
Above-mentioned cylindrical shape mount pad is fixedly mounted on the rotating disk of longitudinal sealing device, is provided with equably a plurality of bar shaped chutes on the above-mentioned cylindrical shape mount pad, and above-mentioned bar shaped chute vertically arranges;
The upper end of above-mentioned cylindrical track seat is fixedly mounted on the lower surface of blanking reaction plate, the side of above-mentioned cylindrical track seat is provided with the blanking circular orbit, above-mentioned blanking circular orbit comprises low orbit part, rising rail portion, high orbit part and decline rail portion, and the high orbit part of above-mentioned blanking circular orbit, decline rail portion, low orbit part, rising rail portion are corresponding with low orbit part, rising rail portion, high orbit part, the decline rail portion of longitudinal sealing circular orbit respectively;
Above-mentioned filling funnel can slide up and down to be installed in the bar shaped chute of cylindrical shape mount pad by slide block, and the number of through hole equates that the inlet point of above-mentioned filling funnel is corresponding with the through hole on the blanking rotating disc on the number of above-mentioned filling funnel and the blanking rotating disc; Above-mentioned slide block is provided with runner, and above-mentioned runner rollably is installed in the blanking circular orbit.
When rotary tray motor starts, rotary tray motor drives dial rotation, driven by rotary disc cylindrical shape mount pad rotates, simultaneously, rotating disk drives the blanking rotating disc by transmission shaft and rotates, so, rotating disk, blanking rotating disc, cylindrical shape mount pad rotate together synchronously, and scald cutter mechanism, the blanking rotating disc is relative with the position of filling funnel fixing, therefore, scald cutter mechanism, blanking rotating disc and filling funnel also to rotate synchronously together;
In the rotation process of cylindrical shape mount pad, the blanking circular orbit on the cylindrical shape mount pad drives slide block by runner and slides up and down in the bar shaped chute, and slide block drives filling funnel up-and-down movement;
When roller is rolled to the low orbit part of longitudinal sealing circular orbit, rotate the angle maximum that boiling hot cutter and fixing boiling hot cutter separate, rotate boiling hot cutter and almost be in horizontality, like this, rotate boiling hot cutter and just can waltz through from the below of packaging film; At this moment, runner is positioned on the high orbit part of blanking circular orbit, and like this, the filling funnel rises to the extreme higher position and successfully passes through from the top of packaging film;
When roller was rolled to the rising rail portion of longitudinal sealing circular orbit, roller scalded swivel by wheel shaft driving rotation and moves, thereby the boiling hot cutter of rotation and fixing boiling hot cutter are closed up gradually; Meanwhile, runner is positioned on the downtakes part of blanking circular orbit, and like this, the blanking circular orbit drives the filling funnel by runner, slide block and bar shaped chute and moves downward, thereby the filling funnel is inserted in the packaging film of doubling moulding;
When roller was rolled to the high orbit part of longitudinal sealing circular orbit, rotation was scalded cutter and is closed with the fixing cutter that scalds, and like this, cutter is scalded in rotation and the fixing cutter that scalds just carries out longitudinal sealing to the packaging film of process, thereby produces top opening, the continuous Conjoined package bag of side; At this moment, runner is positioned on the low orbit part of blanking circular orbit, and like this, the filling funnel drops to extreme lower position and is inserted into the bottom of the Conjoined package bag that top opening, side link to each other, thereby is convenient to the filling of material; Meanwhile, the discharging opening of charging basket is communicated with the filling funnel by the blanking hole on the through hole on the blanking rotating disc, the blanking reaction plate, like this, the material in the charging basket just is filled in the Conjoined package bag that top opening, side link to each other by the discharging opening of charging basket, the through hole on the blanking rotating disc, the blanking hole on the blanking reaction plate, filling funnel;
When roller was rolled to the decline rail portion of longitudinal sealing circular orbit, roller rotated boiling hot swivel by the wheel shaft driving and moves, thereby the boiling hot cutter of rotation and fixing boiling hot cutter are separated gradually; At this moment, runner is positioned on the rising rail portion of blanking circular orbit, and like this, the blanking circular orbit drives filling funnel upward movement by runner, slide block and bar shaped chute, thereby makes the filling funnel leave top opening, the continuous Conjoined package bag of side;
Like this, the packaging film of doubling moulding is made in the process of the Conjoined package bag that top opening, side link to each other at the longitudinal sealing device, device for filling is filled in material in the Conjoined package bag that top opening, side link to each other.
Described closing device comprises pedestal, sealing motor and at least one pair of hot-seal pinch roller, said base is fixedly mounted on the frame and between device for filling and shear, above-mentioned sealing motor and hot-seal pinch roller are installed on the pedestal, and above-mentioned sealing motor is in transmission connection by gear cluster and hot-seal pinch roller.
When the sealing electric machine rotation, the sealing motor drives the hot-seal pinch roller by gear cluster and rotates, when the top opening that is filled with material, when the continuous Conjoined package bag of side passes through the hot-seal pinch roller that rotates, the hot-seal pinch roller that rotates carries out across seal to the top opening of Conjoined package bag, is packaged with material, the continuous Conjoined package bag of side thereby make.
Described bag delivering device comprises erecting frame, send a bag motor, driving wheel, flower wheel, load-transfer device and a plurality of sackholder, above-mentioned erecting frame fixedly is located on the frame and is positioned at the place ahead of closing device, an above-mentioned bag motor, driving wheel and the flower wheel of sending is located at respectively on the erecting frame, said conveyer belt is enclosed within on driving wheel and the flower wheel, and the above-mentioned bag motor that send is in transmission connection by driving wheel and load-transfer device; Above-mentioned sackholder is located on the load-transfer device equably.
When sending bag electric motor starting, send bag motor-driven driving wheel to rotate, the driving wheel driving conveying belt rotates at driving wheel and flower wheel, and like this, sackholder just moves together along with load-transfer device, thereby reaches the purpose of transport package.
Above-mentioned sackholder is prior art, and above-mentioned sackholder adopts the Magnetic Control folding, thereby realizes the folder bag of sackholder and put the bag action.
Described shear comprises shears tool rest, left shear knife, right shear knife and shear motor, above-mentioned shearing tool rest is fixedly mounted on the frame and is positioned at the below of bag delivering device, above-mentioned left shear knife and right shear knife are installed in rotation on respectively to be sheared on the tool rest, above-mentioned left shear knife and right shear knife are in transmission connection by Left Drive gear and right transmission gear, and above-mentioned left shear knife and right shear knife are sheared and cooperated; Above-mentioned shear motor is fixedly mounted on to be sheared on the tool rest, and above-mentioned shear motor and left shear knife are in transmission connection.
When shear motor starts, shear motor drives left shear knife and rotates, left shear knife drives right shear knife by Left Drive gear and right transmission gear and rotates synchronously together, like this, shearing by left shear knife and right shear knife cooperates, and the Conjoined package bag that material, side link to each other of being packaged with on the bag delivering device is sheared and becomes the individual packaging bag.
Described finished product output device adopts blanking groove, and above-mentioned blanking groove is located on the frame, and above-mentioned blanking groove is positioned at the below of bag delivering device.
When on the bag delivering device be packaged with Conjoined package bag that material, side link to each other be sheared become the individual packaging bag after, bag delivering device is transported to the individual packaging bag in the blanking groove again, blanking groove is exported the individual packaging bag again, thereby is convenient to collection and the vanning of individual packaging bag.
The utility model beneficial effect against existing technologies is:
Because comprising frame and be located at respectively, this Automatic and High-speed Roll Packing Machine puts film device, equipment for forming package bag, longitudinal sealing device, device for filling, closing device, shear, bag delivering device and finished product output device on the frame; Above-mentioned film device, equipment for forming package bag, longitudinal sealing device, closing device, bag delivering device and the finished product output device put sets gradually along the throughput direction of packing, above-mentioned device for filling is positioned at the top of longitudinal sealing device, and above-mentioned finished product output device is positioned at the below of bag delivering device; So this Automatic and High-speed Roll Packing Machine can be made packaging film to be become packaging bag and filling and packing is carried out in packaging bag, thereby has realized the high-speed full-automatic packing, has reduced packing cost and labour intensity, has improved production efficiency.
Description of drawings
Below in conjunction with the drawings and specific embodiments the utility model is described in further detail.
Fig. 1 is the structural representation of the utility model preferred embodiment;
Fig. 2 is the structural representation of longitudinal sealing device and device for filling in the utility model preferred embodiment;
Fig. 3 is the exploded drawings of longitudinal sealing device in the utility model preferred embodiment;
Fig. 4 is the exploded drawings of device for filling in the utility model preferred embodiment;
Fig. 5 is the structural representation of closing device in the utility model preferred embodiment;
Fig. 6 is the structural representation of shear in the utility model preferred embodiment;
Fig. 7 is the inner structure scheme drawing of bag delivering device in the utility model preferred embodiment.
The specific embodiment
Extremely shown in Figure 7 such as Fig. 1, Automatic and High-speed Roll Packing Machine in this preferred embodiment comprises frame 1 and is located at respectively and puts film device 2, equipment for forming package bag 3, longitudinal sealing device 4, device for filling 5, closing device 6, shear 7, bag delivering device 8 and finished product output device 9 on the frame 1;
Above-mentioned film device 2, equipment for forming package bag 3, longitudinal sealing device 4, closing device 6, bag delivering device 8 and the finished product output device 9 put sets gradually along the throughput direction of packing (being packaging film or packaging bag), above-mentioned device for filling 5 is positioned at the top of longitudinal sealing device 4, and above-mentioned finished product output device 9 is positioned at the below of bag delivering device 8;
The above-mentioned film device 2 of putting comprises unreeling shaft 20 and Duo Gen idler roller 21, and unreeling shaft 20 and idler roller 21 are installed in respectively on the frame 1, and idler roller 21 is between unreeling shaft 20 and equipment for forming package bag 3;
Above-mentioned equipment for forming package bag 3 comprises molding seat 30 and chevron pointing forming tank 31, and above-mentioned molding seat 30 is located on the frame 1, and above-mentioned molding seat 30 is being put between film device 2 and the longitudinal sealing device 4, and above-mentioned chevron pointing forming tank 31 is located on the molding seat 30;
Above-mentioned longitudinal sealing device 4 comprises circular orbit seat 40, rotating disk 41, rotary tray motor 42 and a plurality of boiling hot cutter mechanism 43, and above-mentioned boiling hot cutter mechanism 43 comprises boiling hot tool rest 430, fixing cutter 431, rotation boiling hot cutter 432, wheel shaft 433 and the roller 434 of scalding;
Above-mentioned circular orbit seat 40 is located at regularly on the frame 1 and is positioned at the place ahead of equipment for forming package bag 3, the inside face of above-mentioned circular orbit seat 40 is provided with longitudinal sealing circular orbit 400, and above-mentioned longitudinal sealing circular orbit 400 comprises low orbit part 401, rising rail portion, high orbit part 403 and decline rail portion 404;
Above-mentioned rotating disk 41 is located in the circular orbit seat 40 rotationally, and above-mentioned rotary tray motor 42 is located on the frame 1 regularly, and above-mentioned rotary tray motor 42 is in transmission connection with rotating disk 41;
Above-mentioned boiling hot cutter mechanism 43 is arranged on the periphery of rotating disk 41 equably, in above-mentioned boiling hot cutter mechanism 43, scalding tool rest 430 is fixedly mounted on the periphery of rotating disk 41, above-mentioned fixing lower end of scalding cutter 431 is fixedly mounted on vertically scalds on the tool rest 430, the lower end that cutter 432 is scalded in above-mentioned rotation is installed in rotation on the boiling hot tool rest 430, and the boiling hot cutter 432 of above-mentioned rotation separates or closes with fixing boiling hot cutter 431 and cooperates; One end of above-mentioned wheel shaft 433 is fixedly mounted on and rotates on the lower end of scalding cutter 432, and above-mentioned wheel shaft 433 scalds cutter 432 vertical settings with rotation, and above-mentioned rollers 434 rollably is installed in the longitudinal sealing circular orbit 400, and above-mentioned rollers 434 is captiveed joint with an end of wheel shaft 432;
Above-mentioned device for filling 5 comprises charging basket 50, blanking reaction plate 51, blanking rotating disc 52, cylindrical shape mount pad 53, cylindrical track seat 54 and a plurality of filling funnel 55;
Above-mentioned charging basket 50 fixedly is located on the frame 1, and the discharging opening of above-mentioned charging basket 50 is corresponding with the high orbit part 403 of longitudinal sealing circular orbit 400;
Above-mentioned blanking reaction plate 51 fixedly is located on the frame 1, above-mentioned blanking reaction plate 51 is positioned at the below of charging basket 50, the central authorities of above-mentioned blanking reaction plate 51 are provided with a centre hole 510, the periphery of above-mentioned blanking reaction plate 51 is provided with a blanking hole 511, and the position of above-mentioned blanking hole 511 is corresponding with the discharging opening of charging basket 50;
Above-mentioned blanking rotating disc 52 is installed in rotation on the blanking reaction plate 51, the centre of above-mentioned blanking rotating disc 52 is provided with a transmission shaft 520, above-mentioned transmission shaft 520 passes the centre hole 510 of blanking reaction plate 51, the lower end of above-mentioned transmission shaft 520 is fixedly mounted on the rotating disk 41, and above-mentioned blanking rotating disc 52 is in transmission connection with rotary tray motor 42 by rotating disk 41, transmission shaft 520; Be provided with equably a plurality of through holes 521 on the periphery of above-mentioned blanking rotating disc 52, above-mentioned through hole 521 is corresponding with the blanking hole 511 on the blanking reaction plate 51;
Above-mentioned cylindrical shape mount pad 53 is fixedly mounted on the rotating disk 41 of longitudinal sealing device 4, is provided with equably a plurality of bar shaped chutes 530 on the above-mentioned cylindrical shape mount pad 53, and above-mentioned bar shaped chute 530 vertically arranges;
The upper end of above-mentioned cylindrical track seat 54 is fixedly mounted on the lower surface of blanking reaction plate 51, the side of above-mentioned cylindrical track seat 54 is provided with blanking circular orbit 540, above-mentioned blanking circular orbit 540 comprises low orbit part 541, the rising rail portion, high orbit part 543 and decline rail portion 544, the high orbit part 543 of above-mentioned blanking circular orbit 540, decline rail portion 544, low orbit part 541, the rising rail portion respectively with the low orbit part 401 of longitudinal sealing circular orbit 400, the rising rail portion, high orbit part 403, decline rail portion 404 is corresponding;
Above-mentioned filling funnel 55 can slide up and down to be installed in the bar shaped chute 530 of cylindrical shape mount pad 53 by slide block 550, the number of through hole 521 equates that the inlet point of above-mentioned filling funnel 55 is corresponding with the through hole 521 on the blanking rotating disc 52 on the number of above-mentioned filling funnel 55 and the blanking rotating disc 52; Above-mentioned slide block 550 is provided with runner 551, and above-mentioned runner 551 rollably is installed in the blanking circular orbit 540;
Above-mentioned closing device 6 comprises pedestal 60, sealing motor 61 and two pairs of hot-seal pinch rollers 62, said base 60 is fixedly mounted on the frame 1 and between device for filling 5 and shear 7, above-mentioned sealing motor 61 and hot-seal pinch roller 62 are installed on the pedestal 60, and above-mentioned sealing motor 61 is in transmission connection by gear cluster 63 and hot-seal pinch roller 62.
Above-mentioned bag delivering device 8 comprises erecting frame 80, send bag motor 81, driving wheel 82, flower wheel 83, load-transfer device 84 and a plurality of sackholder 85, above-mentioned erecting frame 80 fixedly is located on the frame 1 and is positioned at the place ahead of closing device 6, above-mentioned bag motor 81, driving wheel 82 and the flower wheel 83 of sending is located at respectively on the erecting frame 1, said conveyer belt 84 is enclosed within on driving wheel 28 and the flower wheel 83, and the above-mentioned bag motor 81 that send is in transmission connection by driving wheel 82 and load-transfer device 84; Above-mentioned sackholder 85 is located on the load-transfer device 84 equably, and above-mentioned sackholder 85 is prior art, and above-mentioned sackholder 85 adopts the Magnetic Control folding, thereby realizes the folder bag of sackholder 85 and put the bag action.
Above-mentioned shear 7 comprises shears tool rest 70, left shear knife 71, right shear knife 72 and shear motor 73, above-mentioned shearing tool rest 70 is fixedly mounted on the frame 1 and is positioned at the below of bag delivering device 8, above-mentioned left shear knife 71 and right shear knife 72 are installed in rotation on respectively to be sheared on the tool rest 70, above-mentioned left shear knife 71 and right shear knife 72 are in transmission connection by Left Drive gear 710 and right transmission gear 720, and above-mentioned left shear knife 71 and right shear knife 72 are sheared and cooperated; Above-mentioned shear motor 73 is fixedly mounted on to be sheared on the tool rest 70, and above-mentioned shear motor 73 is in transmission connection with left shear knife 71;
Above-mentioned finished product output 9 devices adopt blanking groove, and above-mentioned blanking groove as finished product output 9 is located on the frame 1, and above-mentioned blanking groove as finished product output 9 is positioned at the below of bag delivering device 8.
When carrying out filling and packing, film volume 10 is placed on the unreeling shaft 20 of film device 2, the upper packaging film 11 of film volume 10 flows to equipment for forming package bag 3 through after the tensionings of idler roller 21, and the chevron pointing forming tank 31 of equipment for forming package bag 3 is with the doubling moulding of packaging film 10 and flow to longitudinal sealing device 4;
When the packaging film 10 of doubling moulding passes through longitudinal sealing device 4, the rotary tray motor 42 of above-mentioned longitudinal sealing device 4 drives rotating disk 41 and rotates, rotating disk 41 drives cylindrical shape mount pad 53 and rotates, simultaneously, rotating disk 41 drives blanking rotating disc 52 by transmission shaft 520 and rotates, so, rotating disk 41, blanking rotating disc 52, cylindrical shape mount pad 53 rotate together synchronously, and scald cutter mechanism 43, blanking rotating disc 52 is relative with the position of filling funnel 55 fixing, therefore, scalding cutter mechanism 43, blanking rotating disc 52 and filling funnel 55 also rotates together synchronously; Like this, the roller 434 of boiling hot cutter mechanism 43 is just in the 400 interior rollings of longitudinal sealing circular orbit, and roller 434 passes through wheel shaft 433 drivings and rotates boiling hot cutter 432 rotations, cooperates thereby make the boiling hot cutter 432 of rotation separate or close with fixing boiling hot cutter 431; Meanwhile, the runner 551 of device for filling 5 is just in the 540 interior rollings of blanking circular orbit, and blanking circular orbit 540 drives filling funnel 55 up-and-down movements by runner 551, slide block 550, bar shaped chute 530;
When roller 434 is rolled to the low orbit part 401 of longitudinal sealing circular orbit 400, it is maximum with the angle that fixing boiling hot cutter 431 separates to rotate boiling hot cutter 432, rotate boiling hot cutter 432 and almost be in horizontality, like this, rotate boiling hot cutter 432 and just can waltz through from the below of packaging film 11; At this moment, runner 551 is positioned on the high orbit part 541 of blanking circular orbit 550, and like this, filling funnel 55 rises to the extreme higher position and successfully passes through from the top of packaging film 11;
When roller 434 was rolled to the rising rail portion of longitudinal sealing circular orbit 400, roller 434 passed through wheel shaft 433 driving rotations and scalds cutter 432 rotations, thereby the boiling hot cutter 432 of rotation and fixing boiling hot cutter 431 are closed up gradually; Meanwhile, runner 551 is positioned on the downtakes part 542 of blanking circular orbit 550, like this, blanking circular orbit 550 drives filling funnel 55 and moves downward, thereby filling funnel 55 is inserted in the packaging film 11 of doubling moulding by runner 551, slide block 550, bar shaped chute 530;
When roller 434 is rolled to the high orbit part 403 of longitudinal sealing circular orbit 400, rotating boiling hot cutter 432 closes with the fixing cutter 431 that scalds, like this, cutter 432 is scalded in rotation and the fixing cutter 431 that scalds just carries out longitudinal sealing to the packaging film 11 of process, thereby produces top opening, the continuous Conjoined package bag 12 of side; At this moment, runner 551 is positioned on the low orbit part 543 of blanking circular orbit 550, and like this, filling funnel 55 drops to extreme lower position and is inserted into the bottom of the Conjoined package bag 12 that top opening, side link to each other, thereby is convenient to the filling of material; Meanwhile, the discharging opening of charging basket 50 is communicated with filling funnel 55 by the through hole 521 on the blanking rotating disc 52, blanking hole 511 on the blanking reaction plate 51, like this, the material in the charging basket 50 just is filled in the Conjoined package bag 12 that top opening, side link to each other by the discharging opening of charging basket 50, the through hole 521 on the blanking rotating disc 52, the blanking hole 511 on the blanking reaction plate 51, filling funnel 55;
When roller 434 was rolled to the decline rail portion 404 of longitudinal sealing circular orbit 400, roller 434 passed through wheel shaft 433 drivings and rotates boiling hot cutter 432 rotations, thereby the boiling hot cutter 432 of rotation and fixing boiling hot cutter 431 are separated gradually; At this moment, runner 551 is positioned on the rising rail portion of blanking circular orbit 550, like this, blanking circular orbit 550 drives filling funnel 55 upward movements by runner 551, slide block 550, bar shaped chute 530, thereby makes filling funnel 55 leave top opening, the continuous Conjoined package bag 12 of side;
Like this, the packaging film 11 of doubling moulding is made in the process of the Conjoined package bag 12 that top opening, side link to each other at longitudinal sealing device 4, device for filling 5 is filled in material in the Conjoined package bag 12 that top opening, side link to each other, and the Conjoined package bag 12 behind the attal continues to be fed forward again and arrives closing device 6;
When the Conjoined package bag 12 process closing device 6 behind the attal, the sealing motor 61 of closing device 6 drives hot-seal pinch roller 62 by gear cluster 63 and rotates, the top opening of the 62 pairs of Conjoined package bags 12 of hot-seal pinch roller that rotate carries out across seal, be packaged with the Conjoined package bag 13 that material, side link to each other thereby make, be packaged with Conjoined package bag 13 that material, side link to each other and continue again to be fed forward and arrive bag delivering device 8;
Carry in the process that is packaged with the Conjoined package bag 13 that material, side link to each other at bag delivering device 8, the shear motor 73 of above-mentioned shear 7 drives left shear knife 71 and rotates, left shear knife 71 drives right shear knife 72 by Left Drive gear 710 and right transmission gear 720 and rotates synchronously together, like this, shearing by left shear knife 71 and right shear knife 72 cooperates, thereby the Conjoined package bag 13 that material, side link to each other of being packaged with on the bag delivering device 8 is sheared and becomes individual packaging bag 14;
When on the bag delivering device 8 be packaged with Conjoined package bag 13 that material, side link to each other be sheared become individual packaging bag 14 after, bag delivering device 8 is transported to individual packaging bag 14 in the blanking groove as finished product output 9 again, blanking groove as finished product output 9 is exported individual packaging bag 14 again, thereby is convenient to collection and the vanning of individual packaging bag 14.
Above-mentioned packing refer to packaging film 11 or packaging bag 12,13,14, and the throughput direction of above-mentioned packing is " front " side, direction as shown by the arrows in Figure 1.
The content of the above specific embodiment only is preferred embodiment of the present utility model, and above preferred embodiment is not to limit practical range of the present utility model; Every various equivalents of making according to the protection domain of its claim of the utility model are all covered by the protection domain of its claim of the utility model.
Claims (9)
1. Automatic and High-speed Roll Packing Machine is characterized in that: comprise frame and be located at respectively and put film device, equipment for forming package bag, longitudinal sealing device, device for filling, closing device, shear, bag delivering device and finished product output device on the frame; Above-mentioned film device, equipment for forming package bag, longitudinal sealing device, closing device, bag delivering device and the finished product output device put sets gradually along the throughput direction of packing, above-mentioned device for filling is positioned at the top of longitudinal sealing device, and above-mentioned finished product output device is positioned at the below of bag delivering device.
2. according to Automatic and High-speed Roll Packing Machine claimed in claim 1, it is characterized in that: the described film device of putting comprises unreeling shaft and Duo Gen idler roller, above-mentioned unreeling shaft and idler roller are installed in respectively on the frame, and above-mentioned idler roller is between unreeling shaft and equipment for forming package bag.
3. according to Automatic and High-speed Roll Packing Machine claimed in claim 1, it is characterized in that: described equipment for forming package bag comprises molding seat and chevron pointing forming tank, above-mentioned molding seat is located on the frame, above-mentioned molding seat is being put between film device and the longitudinal sealing device, and above-mentioned chevron pointing forming tank is located on the molding seat.
4. according to Automatic and High-speed Roll Packing Machine claimed in claim 1, it is characterized in that: described longitudinal sealing device comprises circular orbit seat, rotating disk, rotary tray motor and a plurality of boiling hot cutter mechanism;
Above-mentioned circular orbit seat is located at regularly on the frame and is positioned at the place ahead of equipment for forming package bag, the inside face of above-mentioned circular orbit seat is provided with the longitudinal sealing circular orbit, and above-mentioned longitudinal sealing circular orbit comprises low orbit part, rising rail portion, high orbit part and decline rail portion;
Above-mentioned rotating disk is located in the circular orbit seat rotationally, and above-mentioned rotary tray motor is located on the frame regularly, and above-mentioned rotary tray motor and rotating disk are in transmission connection;
Above-mentioned boiling hot cutter mechanism is arranged on the periphery of rotating disk equably, and above-mentioned boiling hot cutter mechanism comprises boiling hot tool rest, fixing cutter, rotation boiling hot cutter, wheel shaft and the roller of scalding; Above-mentioned boiling hot tool rest is fixedly mounted on the periphery of rotating disk, and the above-mentioned lower end of scalding cutter of fixing is fixedly mounted on the boiling hot tool rest vertically, and the lower end that cutter is scalded in above-mentioned rotation is installed in rotation on the boiling hot tool rest, and the boiling hot cutter of above-mentioned rotation separates or closes with fixing boiling hot cutter and cooperates; One end of above-mentioned wheel shaft is fixedly mounted on the lower end of rotate scalding cutter, above-mentioned wheel shaft with rotate that boiling hot cutter is vertical arranges, above-mentioned rollers rollably is installed in the longitudinal sealing circular orbit, above-mentioned rollers is captiveed joint with an end of wheel shaft.
5. according to Automatic and High-speed Roll Packing Machine claimed in claim 4, it is characterized in that: described device for filling comprises charging basket, blanking reaction plate, blanking rotating disc, cylindrical shape mount pad, cylindrical track seat and a plurality of filling funnel;
Above-mentioned charging basket fixedly is located on the frame, and the discharging opening of above-mentioned charging basket is corresponding with the high orbit part of longitudinal sealing circular orbit;
Above-mentioned blanking reaction plate fixedly is located on the frame, above-mentioned blanking reaction plate is positioned at the below of charging basket, the central authorities of above-mentioned blanking reaction plate are provided with a centre hole, and the periphery of above-mentioned blanking reaction plate is provided with a blanking hole, and the position of above-mentioned blanking hole is corresponding with the discharging opening of charging basket;
Above-mentioned blanking rotating disc is installed in rotation on the blanking reaction plate, the centre of blanking rotating disc is provided with a transmission shaft, above-mentioned transmission shaft passes the centre hole of blanking reaction plate, the lower end of transmission shaft is fixedly mounted on the rotating disk, and above-mentioned blanking rotating disc is in transmission connection by rotating disk, transmission shaft and rotary tray motor; Be provided with equably a plurality of through holes on the periphery of above-mentioned blanking rotating disc, above-mentioned through hole is corresponding with the blanking hole on the blanking reaction plate;
Above-mentioned cylindrical shape mount pad is fixedly mounted on the rotating disk of longitudinal sealing device, is provided with equably a plurality of bar shaped chutes on the above-mentioned cylindrical shape mount pad, and above-mentioned bar shaped chute vertically arranges;
The upper end of above-mentioned cylindrical track seat is fixedly mounted on the lower surface of blanking reaction plate, the side of above-mentioned cylindrical track seat is provided with the blanking circular orbit, above-mentioned blanking circular orbit comprises low orbit part, rising rail portion, high orbit part and decline rail portion, and the high orbit part of above-mentioned blanking circular orbit, decline rail portion, low orbit part, rising rail portion are corresponding with low orbit part, rising rail portion, high orbit part, the decline rail portion of longitudinal sealing circular orbit respectively;
Above-mentioned filling funnel can slide up and down to be installed in the bar shaped chute of cylindrical shape mount pad by slide block, and the number of through hole equates that the inlet point of above-mentioned filling funnel is corresponding with the through hole on the blanking rotating disc on the number of above-mentioned filling funnel and the blanking rotating disc; Above-mentioned slide block is provided with runner, and above-mentioned runner rollably is installed in the blanking circular orbit.
6. according to Automatic and High-speed Roll Packing Machine claimed in claim 1, it is characterized in that: described closing device comprises pedestal, sealing motor and at least one pair of hot-seal pinch roller, said base is fixedly mounted on the frame and between device for filling and shear, above-mentioned sealing motor and hot-seal pinch roller are installed on the pedestal, and above-mentioned sealing motor is in transmission connection by gear cluster and hot-seal pinch roller.
7. according to Automatic and High-speed Roll Packing Machine claimed in claim 1, it is characterized in that: described bag delivering device comprises erecting frame, send a bag motor, driving wheel, flower wheel, load-transfer device and a plurality of sackholder, above-mentioned erecting frame fixedly is located on the frame and is positioned at the place ahead of closing device, an above-mentioned bag motor, driving wheel and the flower wheel of sending is located at respectively on the erecting frame, said conveyer belt is enclosed within on driving wheel and the flower wheel, and the above-mentioned bag motor that send is in transmission connection by driving wheel and load-transfer device; Above-mentioned sackholder is located on the load-transfer device equably.
8. according to Automatic and High-speed Roll Packing Machine claimed in claim 1, it is characterized in that: described shear comprises shears tool rest, left shear knife, right shear knife and shear motor, above-mentioned shearing tool rest is fixedly mounted on the frame and is positioned at the below of bag delivering device, above-mentioned left shear knife and right shear knife are installed in rotation on respectively to be sheared on the tool rest, above-mentioned left shear knife and right shear knife are in transmission connection by Left Drive gear and right transmission gear, and above-mentioned left shear knife and right shear knife are sheared and cooperated; Above-mentioned shear motor is fixedly mounted on to be sheared on the tool rest, and above-mentioned shear motor and left shear knife are in transmission connection.
9. according to Automatic and High-speed Roll Packing Machine claimed in claim 1, it is characterized in that: described finished product output device adopts blanking groove, and above-mentioned blanking groove is located on the frame, and above-mentioned blanking groove is positioned at the below of bag delivering device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220560163 CN202879810U (en) | 2012-10-25 | 2012-10-25 | High-speed full-automatic packing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220560163 CN202879810U (en) | 2012-10-25 | 2012-10-25 | High-speed full-automatic packing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202879810U true CN202879810U (en) | 2013-04-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220560163 Withdrawn - After Issue CN202879810U (en) | 2012-10-25 | 2012-10-25 | High-speed full-automatic packing machine |
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| CN (1) | CN202879810U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102874423A (en) * | 2012-10-25 | 2013-01-16 | 汕头市宏川工贸有限公司 | High-speed full-automatic packing machine |
| CN104554835A (en) * | 2015-01-13 | 2015-04-29 | 江苏仅一包装技术有限公司 | Canned product rotary filling device |
| CN104670545A (en) * | 2015-02-12 | 2015-06-03 | 台州市黄岩挺进轴承有限公司 | Full-automatic overlapping and packaging processing equipment for bearing retainer |
| CN110979847A (en) * | 2020-01-07 | 2020-04-10 | 姚惠容 | Concrete cutting piece packagine machine |
| CN112810848A (en) * | 2021-03-01 | 2021-05-18 | 广东宏川环宇智能装备有限公司 | High-speed packaging machine for mixing various materials |
-
2012
- 2012-10-25 CN CN 201220560163 patent/CN202879810U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102874423A (en) * | 2012-10-25 | 2013-01-16 | 汕头市宏川工贸有限公司 | High-speed full-automatic packing machine |
| CN104554835A (en) * | 2015-01-13 | 2015-04-29 | 江苏仅一包装技术有限公司 | Canned product rotary filling device |
| CN104670545A (en) * | 2015-02-12 | 2015-06-03 | 台州市黄岩挺进轴承有限公司 | Full-automatic overlapping and packaging processing equipment for bearing retainer |
| CN110979847A (en) * | 2020-01-07 | 2020-04-10 | 姚惠容 | Concrete cutting piece packagine machine |
| CN112810848A (en) * | 2021-03-01 | 2021-05-18 | 广东宏川环宇智能装备有限公司 | High-speed packaging machine for mixing various materials |
| CN112810848B (en) * | 2021-03-01 | 2024-03-26 | 广东宏川环宇智能装备有限公司 | High-speed packaging machine for mixing various materials |
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