CN204895940U - Full automatic vacuum packaging machine - Google Patents
Full automatic vacuum packaging machine Download PDFInfo
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- CN204895940U CN204895940U CN201520651322.2U CN201520651322U CN204895940U CN 204895940 U CN204895940 U CN 204895940U CN 201520651322 U CN201520651322 U CN 201520651322U CN 204895940 U CN204895940 U CN 204895940U
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Abstract
The utility model discloses a full automatic vacuum packaging machine, including the mainframe box, control device, give the bagging apparatus, drive the bagging apparatus, material strorage device, unloader, play useless device and vacuum and closing device, vacuum and closing device include vacuum mechanism, meet a bag mechanism, defeated bag mechanism, bag plastic mechanism presses, heat sealing machine constructs and power unit, vacuum mechanism includes a main tank body that moves about can and the fixed side box that lies in the main tank body left and right sides, the removal of controlling of the main tank body can merge the real empty room of formation and be open encapsulation station with another box that inclines with a side box while, meet a bag mechanism, defeated bag mechanism, bag plastic mechanism presses, heat sealing machine constructs and power unit is two sets. The utility model discloses a full automatic vacuum packaging machine structure is more reasonable, and degree of automation is high, pack fastly, and the health better can improve work efficiency greatly.
Description
Technical field
The utility model relates to wrapping machine technical field, is specifically related to a kind of full-automatic vacuum packaging machine.
Background technology
Vacuum packing machine is widely used in packaged food, this wrapping machine can prevent the oxidation of product from going mouldy, anticorrosion protection against the tide, can guarantee the quality, fresh-keeping, extend shelf life of product, in addition vacuum packing machine is by after being pumped into low vacuum in packaging bag, automatic sealing at once, because in bag, degree of vacuum is high, residual air is few, the breeding of the germs such as anti-bacteria, avoid materials oxidated, go mouldy and corruption, simultaneously to some soft article, after full-automatic vacuum packaging machine packaging, can packaging volume be reduced, be convenient to transport and storage.
But, vacuum packing machine on domestic market is all semi-automatic, first manual filling, to bag etc., and then put into vacuum chamber and vacuumize by hand, more manpower is needed during operation, therefore work efficiency is lower, and manual operation is difficult to guarantee and reaches hygienic requirements, existing market has occurred some automatic vaccum packagers, although achieve automatic bag feeding, but be all that individual packaging bag carries out vacuumizing and sealing, thus package speed is comparatively slow, and efficiency is lower.
Utility model content
The technical problems to be solved in the utility model is to provide a kind of full-automatic vacuum packaging machine, and this full-automatic vacuum packaging machine structure is more reasonable, and degree of automation is high, and package speed is fast, and health is better, can greatly increase work efficiency.
In order to solve the problem existing for background technology, the utility model have employed following technical scheme: a kind of full-automatic vacuum packaging machine, comprises mainframe box, actuation means, to bagging apparatus, drive bagging apparatus, material storing unit, blanking device, play waste-removing device and vacuum and closing device, described vacuum and closing device comprise vacuum mechanism, body receiving bag, bag transporting body, pressure bag reshaping device, heat sealing mechanism and actuating unit, described vacuum mechanism comprise one can sway main box and be fixed in the side box body of the main box left and right sides, the sway of described main box can merge with a side box body simultaneously and forms vacuum chamber and be unlimited encapsulation station with another side box body, described body receiving bag, bag transporting body, pressure bag reshaping device, heat sealing mechanism and actuating unit are two covers, described body receiving bag and actuating unit are arranged on the two sides of main box front-end and back-end respectively, described bag transporting body is linked in body receiving bag and actuating unit, and described heat sealing mechanism and pressure bag reshaping device are located at outside and the downside of bag transporting body respectively.
By this setting, this full-automatic vacuum packaging machine structure is more reasonable, degree of automation is high, package speed is fast, health is better, can greatly increase work efficiency, when starting wrapping machine, controlled by actuation means, packaging bag will be passed through to bagging apparatus successively, drive bagging apparatus, blanking device, play waste-removing device and vacuum and closing device, when packaging bag is positioned at blanking device, material storing unit can provide material to blanking device automatically, feed in packaging bag to make blanking device, after vacuum and closing device are entered in packaging bag, when vacuum is being carried out to packaging bag in side, during sealing, opposite side can transport bag operate simultaneously, make whole process constantly repeatedly, substantially increase the efficiency of work.
Further setting of the present utility model: described comprising to bagging apparatus puts bag assembly and suction bag assembly, described bag assembly of putting comprises stand-up bag shelf, stand-up bag shelf mount pad, vertical columns and mounting base, described vertical columns is installed on mounting base, described stand-up bag shelf is located at vertical columns upper end by stand-up bag shelf mount pad, described suction bag assembly comprises sucker, sucker bar, sucker bar adapter plate, cylinder and cylinder mount pad, described cylinder is installed on cylinder mount pad, described sucker bar is linked in cylinder by sucker bar adapter plate, described sucker to be installed on sucker bar and to be right against stand-up bag shelf, also include height adjustment assembly and pitch adjustment assembly, described height adjustment assembly comprises lifting shaft, control hand wheel, guiding clip, jam nut, trace, the axis of guide and guiding axle bed, described guiding clip is installed on stand-up bag shelf mount pad by jam nut, the described axis of guide is located on mounting base by guiding axle bed, described trace two ends are connected to the axis of guide and guiding clip, described lifting shaft one end connects control hand wheel, the other end is successively through mounting base, vertical columns and be connected to stand-up bag shelf mount pad, described pitch adjustment assembly comprises pitch adjustment plate and pitch adjustment screw, described pitch adjustment plate is located between stand-up bag shelf and stand-up bag shelf mount pad and pitch adjustment plate is installed on stand-up bag shelf mount pad top by pitch adjustment screw.
By this setting, thus when needing the packaging bag changing differing heights, jam nut on guiding clip is unclamped, turn control hand wheel drives stand-up bag shelf mount pad to move up and down to make lifting shaft, thus makes stand-up bag shelf move up and down to facilitate the packaging bag of placing differing heights, and by being provided with pitch adjustment assembly, the angle of inclination of adjustable stand-up bag shelf, thus can better coordinate sucker more firmly to adsorb packaging bag, make whole more smooth and easy to bag process, be conducive to increasing work efficiency.
Further setting of the present utility model: be provided with the notch corresponding with sucker position on rear side of described stand-up bag shelf, described stand-up bag shelf is provided with packaging bag detection alarm device near the position of notch.
By this setting, thus when the packaging bag in stand-up bag shelf does not have, packaging bag detection alarm device can add packaging bag to remind staff, to ensure to the normal operation of bagging apparatus by automatic alarm in stand-up bag shelf.
Further setting of the present utility model: described in drive bagging apparatus and comprise out bag assembly and auxiliary open bag assembly, described in open bag assembly and comprise first and open bag parts, second opens bag parts, first opens a bag strut bar, second opens a bag strut bar, sole piece is installed, top guide bar, lower guide rod, top guide bar linked block and lower guide rod linked block, described installation sole piece two ends are respectively equipped with lower guide rod linked block, described lower guide rod is arranged between two lower guide rod linked blocks, described first open bag strut bar and second open bag post upper respectively interlock have top guide bar linked block, described top guide bar is arranged between two top guide bar linked blocks, described first opens bag parts and second opens bag parts and just opens bag strut bar and second open on bag strut bar to being located at first, describedly auxiliaryly opens bag assembly and comprises the first open bag sucker, second open bag sucker, first fixture block, second fixture block, open bag air blowing parts and erecting frame, described first open bag sucker and the second open bag sucker just to being connected on the first fixture block and the second fixture block, described in open bag air blowing parts and be located at directly between the first open bag sucker and the second open bag sucker by erecting frame.
By this setting, when packaging bag is opened bag parts and second by first open after packaging bag opening opens by bag parts through being opened bag assembly, being transported to auxiliary bag assembly of opening makes the opening aperture of packaging bag increase the both sides of being adsorbed packaging bag by the first open bag sucker and the second open bag sucker, the aperture of packaging bag opening can be improved, and by opening bag air blowing parts to the air blowing of packaging bag opening, the aperture of packaging bag can be kept very well simultaneously, be conducive to accelerating follow-up blanking operating speed, to improve whole work efficiency.
Further setting of the present utility model: the both sides of described top guide bar are respectively arranged with top guide bar limiting stopper and spacing guide pin bushing, described top guide bar limiting stopper one end is provided with the installation jacking block parallel with top guide bar, and the both sides of described lower guide rod are respectively arranged with lower guide rod limiting stopper.
By this setting, thus top guide bar and lower guide rod two ends can be avoided to deviate from top guide bar linked block and lower guide rod linked block respectively, first can be made to open bag strut bar and second and to open the better movement of bag strut bar, to ensure that first opens bag parts and second and open bag parts and better opened by packaging bag opening.
Further setting of the present utility model: described blanking device comprises blanking assembly and support bag assembly, and described blanking assembly comprises blanking tube, blanking lifting arm, blanking guide rod, blanking sliding shoe, lifting axle bed, blanking cam, blanking swing arm, blanking pull bar and blanking extension spring, the both sides of described blanking lifting arm are connected to blanking tube and blanking sliding shoe, described lifting shaft seat is positioned at the top of blanking lifting arm and is connected to blanking lifting arm by blanking guide rod, and described blanking swing arm connects blanking cam respectively, blanking pull bar and blanking extension spring and the other end of blanking pull bar connects blanking lifting arm, described support bag assembly comprises support bag shell fragment, the rotating shaft of support bag, support bag cam, support bag linked block, the swing arm of support bag, swing arm bearing pin, roller and returning pull-spring, described support bag cam one end is connected to lifting axle bed, other end both sides are respectively equipped with the swing arm of support bag, by swing arm bearing pin, roller is installed on the upside of the swing arm of described support bag and roller is resisted against the sidewall of support bag cam, described returning pull-spring is connected between two swing arm bearing pins, connect support bag shell fragment respectively by the rotating shaft of support bag and support bag shell fragment on the downside of described two support bag swing arms and be positioned at blanking tube both sides, described support bag linked block is connected to two support bag rotating shafts.
By this setting, when packaging bag is transported to after below blanking tube, the swing arm of support bag cam driven support bag is rotated, support bag shell fragment is driven to be strutted the sack both sides of packaging bag to make the rotating shaft of support bag, then blanking cam drives blanking swing arm, blanking pull bar and drive blanking lifting arm to move down successively, drives blanking tube to move down and aims at packing bag mouth blanking, thus material can be avoided to drop out the phenomenon of packaging bag, be of value to raising blanking velocity simultaneously, and improve whole work efficiency.
Further setting of the present utility model: described body receiving bag comprises picking bag assembly and transmission component, described picking bag assembly comprises installation seat plate, first mount pad, second mount pad, first riser, second riser, first trace, second trace, first Timing Belt wheel shaft, second Timing Belt wheel shaft, first driven folder bag synchronous pulley and the second driven folder bag synchronous pulley, the first described riser and the second riser are individually fixed in the both sides of installation seat plate, described first mount pad is installed between the first riser and installation seat plate by the first trace is rotating, described second mount pad is installed between the second riser and installation seat plate by the second trace is rotating, described first driven folder bag synchronous pulley and the second driven folder bag synchronous pulley are installed on the front end of the first mount pad and the second mount pad respectively by the first Timing Belt wheel shaft and the second Timing Belt wheel shaft, described transmission component comprises thin cylinder, first swing arm, second swing arm, swing arm joint, first swing arm bearing pin and the second swing arm bearing pin, described thin cylinder is installed on installation seat plate front center, described swing arm joint is linked in thin cylinder output shaft, described first swing arm and second swing arm one end is mutual stackedly transfers in swing arm joint, the other end is connected to the first swing arm bearing pin and second swing arm bearing pin one end, described first swing arm bearing pin and the second swing arm bearing pin are connected to the first mount pad and the second mount pad front end.
By this setting, the speed of picking bag assembly picking bag can be improved, the stability of picking bag can be improved simultaneously, be conducive to greatly increasing work efficiency, when packaging bag is sent to transmission body receiving bag by main frame, thin cylinder drives swing arm joint to drive the first swing arm and the second swing arm to move backward, thus make the first swing arm and the second swing arm front end close gradually, the first swing arm bearing pin and the second swing arm bearing pin is made to drive the front end of the first mount pad and the second mount pad close gradually respectively, the first driven folder bag synchronous pulley and the second driven folder bag synchronous pulley is finally made to tighten up to realize picking bag, otherwise, when thin cylinder drives swing arm joint to move forward, the first driven folder bag synchronous pulley and the second driven folder bag synchronous pulley will be made to open, the reciprocal picking bag operation of final realization.
Further setting of the present utility model: described pressure bag reshaping device comprises pressure bag shaping component and supporting guide assembly, and described pressure bag shaping component comprises the first shaping pressing plate, second shaping pressing plate, first air bag, second air bag, first air bag admission piece, second air bag admission piece, first air bag adapter plate, second air bag adapter plate, first air bag mounting seat, second air bag mounting seat, first shaping guide pillar, second shaping guide pillar and retracing spring, described supporting guide assembly comprises the first guide rail axle bed, second guide rail axle bed, guide rod, cylinder, cylinder mounting plate and cylinder connector, described first air bag is located between the first shaping pressing plate and the first air bag adapter plate, described second air bag is located between the second shaping pressing plate and the second air bag adapter plate, described first air bag admission piece and the second air bag admission piece are installed on outside the first air bag adapter plate and the second air bag adapter plate respectively, described first air bag mounting seat and the second air bag mounting seat lower end are fixed with the first guide rail axle bed and the second guide rail axle bed respectively, described guide rod to be linked between the first guide rail axle bed and the second guide rail axle bed and to be fixed on cylinder mounting plate, described cylinder to be installed on cylinder mounting plate and to be linked in the first guide rail axle bed by cylinder connector, described first shaping guide pillar and second shaping guide pillar one end are each passed through the first air bag adapter plate and the second air bag adapter plate, the other end is arranged with retracing spring respectively.
By this setting, when needing the packaging bag of sealing to be in vacuum environment, because ambient pressure is higher than the pressure of the first air bag and the second air bag that are arranged in vacuum chamber, can mineralization pressure difference and the first air bag and the second air bag are expanded and promotes the first shaping pressing plate and the second shaping pressing plate moves until close up in opposite directions, thus shaping is carried out in the bottom pushing down packaging bag, when two Timing Belts clamping packaging bag top separate, packaging bag is jammed and remains on original position, can be good at avoiding falling down, sealing operation is carried out so that follow-up, cylinder drives the first shaping pressing plate to move by driving first guide rail axle bed simultaneously, the first shaping pressing plate and the second shaping pressing plate can be made to press bag more in time, simultaneously thrust is larger and the operation of pressure bag is more stable.
Further setting of the present utility model: described heat sealing mechanism comprises heat-sealing assembly and installation component, described heat-sealing assembly comprises heat-sealing silica gel frame, heat-sealing silica gel, heat-sealing air bag, air bag inlet suction port, air bag channel-section steel, air bag upper cover plate, bearing pin is installed, fixed angle plate, nickel chromium triangle band mount pad, nickel chromium triangle band, nickel chromium triangle band mounting head, heat-sealing guide pillar, heat-sealing guide pin bushing, sealing stage clip and banking stop, described installation component comprises heat-sealing permanent seat, heat-sealing pull bar, heat-sealing adapter plate, post heat-seal fixed support, fixed link and front heat-sealing fixed support, described heat-sealing air bag is located between air bag channel-section steel and air bag upper cover plate, and described air bag inlet suction port is installed on outside air bag channel-section steel, and described nickel chromium triangle band mount pad passes through fixed angle plate, installing bearing pin is fixed on air bag upper cover plate, described nickel chromium triangle band mount pad two ends are respectively equipped with nickel chromium triangle band mounting head and nickel chromium triangle band is fixed at nickel chromium triangle band mount pad surface by nickel chromium triangle band mounting head, described air bag channel-section steel is evenly equipped with some heat-sealing permanent seats, described heat-sealing pull bar is transferred in heat-sealing permanent seat upper end, described heat-sealing adapter plate is transferred in heat-sealing back end of tie rod, described heat-sealing silica gel frame is installed on heat-sealing adapter plate, described heat-sealing silica gel is installed on heat-sealing silica gel frame also just to nickel chromium triangle band, before described, heat-sealing fixed support is fixed on heat-sealing permanent seat lower end, heat-sealing fixed support before described post heat-seal fixed support is connected to by fixed link, described heat-sealing guide pin bushing is fixed on air bag upper cover plate, described heat-sealing guide pillar is installed in heat-sealing guide pin bushing also through air bag upper cover plate, described sealing stage clip be placed on heat-sealing guide pillar on and spacing by banking stop.
By this setting, after packaging bag sends into vacuum chamber by Timing Belt, when needing sealing, inflated in heat-sealing air bag by air bag inlet suction port, heat-sealing air bag expands and promotes backward, nickel chromium triangle band mount pad will be made to drive nickel chromium triangle band to promote backward, thus the sealing part of packaging bag is installed with between heat-sealing silica gel and nickel chromium triangle band to complete sealing.
Further setting of the present utility model: described actuating unit comprises adapter plate, servomotor, first folder bag synchronous pulley, second folder bag synchronous pulley, driving gear, first driven gear, second driven gear, first transmission shaft, second driving shaft, First Transition gear and the second transition gear, described servomotor is installed vertically on adapter plate side, described driving gear is installed on servo motor output shaft and is positioned at adapter plate opposite side, the first described transmission shaft and second driving shaft are rotating to be respectively plugged on adapter plate, described first folder bag synchronous pulley and the second folder bag synchronous pulley are installed on one end of the first transmission shaft and second driving shaft and servomotor the same side respectively, described first driven gear and the second driven gear are installed on one end of the first transmission shaft and second driving shaft and driving gear the same side respectively, being installed on adapter plate and being engaged between driving gear and the first driven gear of described First Transition gear being rotatable, described second transition gear is rotating to be installed on adapter plate and to be engaged between First Transition gear and the second driven gear.
By this setting, thus avoid belt conveyor and delivery wheel in original technology easily to produce loosening, and easily produce the phenomenon of wearing and tearing, thus the service life of whole actuating unit can be improved, reduce maintenance cost, First Transition gear and the second transition gear have the effect of tensioning simultaneously, are conducive to improve the stability transmitted packaging bag, and increase work efficiency.
The beneficial effects of the utility model are: a kind of full-automatic vacuum packaging machine structure of the present utility model is more reasonable, and degree of automation is high, and package speed is fast, and health is better, can greatly increase work efficiency.
Accompanying drawing explanation
Fig. 1 is the front view of a kind of full-automatic vacuum packaging machine of the utility model;
Fig. 2 is the birds-eye view of a kind of full-automatic vacuum packaging machine of the utility model;
Fig. 3 be a kind of full-automatic vacuum packaging machine of the utility model to the front view of bagging apparatus;
Fig. 4 be a kind of full-automatic vacuum packaging machine of the utility model to the lateral plan of bagging apparatus;
Fig. 5 is the perspective view driving bagging apparatus of a kind of full-automatic vacuum packaging machine of the utility model;
Fig. 6 is the blanking device lateral plan of a kind of full-automatic vacuum packaging machine of the utility model;
Fig. 7 is the perspective view of the body receiving bag of a kind of full-automatic vacuum packaging machine of the utility model;
Fig. 8 is the front view of the pressure bag reshaping device of a kind of full-automatic vacuum packaging machine of the utility model;
Fig. 9 is the B-B cutaway view of the utility model Fig. 8;
Figure 10 is the birds-eye view of the heat sealing mechanism of a kind of full-automatic vacuum packaging machine of the utility model;
Figure 11 is the A-A cutaway view of the utility model Figure 10;
Figure 12 is the perspective view of the actuating unit of a kind of full-automatic vacuum packaging machine of the utility model.
Detailed description of the invention
In order to make content of the present utility model more clear, below in conjunction with embodiment, the utility model is described in further detail.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
As Fig. 1, shown in Fig. 2, a kind of full-automatic vacuum packaging machine of the utility model embodiment, comprises mainframe box 1, actuation means 2, to bagging apparatus 3, drive bagging apparatus 4, material storing unit 5, blanking device 6, play waste-removing device 7 and vacuum and closing device 8, its vacuum and closing device 8 comprise vacuum mechanism 81, body receiving bag 82, bag transporting body 83, pressure bag reshaping device 84, heat sealing mechanism 85 and actuating unit 86, and vacuum mechanism 81 comprise one can sway main box 811 and be fixed in the side box body 812 of main box 811 left and right sides, the sway of main box 811 can merge with a side box body 812 simultaneously and forms vacuum chamber and be unlimited encapsulation station with another side box body 812, wherein, body receiving bag 82, bag transporting body 83, pressure bag reshaping device 84, heat sealing mechanism 85 and actuating unit 86 are two covers, body receiving bag 82 and actuating unit 86 are arranged on the two sides of main box 811 front-end and back-end respectively, bag transporting body 83 is linked in body receiving bag 82 and actuating unit 86, heat sealing mechanism 85 and pressure bag reshaping device 84 are located at outside and the downside of bag transporting body 83 respectively, this full-automatic vacuum packaging machine structure is more reasonable, degree of automation is high, package speed is fast, health is better, can greatly increase work efficiency, when starting wrapping machine, controlled by actuation means 2, packaging bag will be passed through to bagging apparatus 3 successively, drive bagging apparatus 4, blanking device 6, play waste-removing device 7 and vacuum and closing device 8, when packaging bag is positioned at blanking device 6, material storing unit 5 can provide material to blanking device 6 automatically, feeds in packaging bag to make blanking device 6, after vacuum and closing device 8 are entered in packaging bag, when vacuum is being carried out to packaging bag in side, during sealing, opposite side can transport bag operate simultaneously, makes whole process constantly repeatedly, substantially increases the efficiency of work.
As Fig. 3 in the present embodiment, shown in Fig. 4, comprise to bagging apparatus 3 and put bag assembly 31 and suction bag assembly 32, put bag assembly 31 and comprise stand-up bag shelf 311, stand-up bag shelf mount pad 312, vertical columns 313 and mounting base 314, vertical columns 313 is installed on mounting base 314, stand-up bag shelf 311 is located at vertical columns 313 upper end by stand-up bag shelf mount pad 312, suction bag assembly 32 comprises sucker 321, sucker bar 322, sucker bar adapter plate 323, cylinder 324 and cylinder mount pad 325, cylinder 324 is installed on cylinder mount pad 325, sucker bar 322 is linked in cylinder 324 by sucker bar adapter plate 323, sucker 321 to be installed on sucker bar 322 and to be right against stand-up bag shelf 311, also include height adjustment assembly 33 and pitch adjustment assembly 34, height adjustment assembly 33 comprises lifting shaft 331, control hand wheel 332, guiding clip 333, jam nut 334, trace 335, the axis of guide 336 and guiding axle bed 337, guiding clip 333 is installed on stand-up bag shelf mount pad 312 by jam nut 334, the axis of guide 336 is located on mounting base 314 by guiding axle bed 337, trace 335 two ends are connected to the axis of guide 336 and guiding clip 333, lifting shaft 331 one end connects control hand wheel 332, the other end is successively through mounting base 314, vertical columns 313 and be connected to stand-up bag shelf mount pad 312, and pitch adjustment assembly 34 comprises pitch adjustment plate 341 and pitch adjustment screw 342, pitch adjustment plate 341 is located between stand-up bag shelf 311 and stand-up bag shelf mount pad 312 and pitch adjustment plate 341 is installed on stand-up bag shelf mount pad 312 top by pitch adjustment screw 342, thus when needing the packaging bag changing differing heights, jam nut 334 on guiding clip 333 is unclamped, turn control hand wheel 332 drives stand-up bag shelf mount pad 312 to move up and down to make lifting shaft 331, thus make stand-up bag shelf 311 move up and down to facilitate the packaging bag of placing differing heights, and by being provided with pitch adjustment assembly 34, the angle of inclination of adjustable stand-up bag shelf 311, thus can better coordinate sucker 321 more firmly to adsorb packaging bag, make whole more smooth and easy to bag process, be conducive to increasing work efficiency, further, the notch 3111 corresponding with sucker 321 position is provided with on rear side of stand-up bag shelf 311, stand-up bag shelf 311 is provided with packaging bag detection alarm device 35 near the position of notch 3111, thus when the packaging bag in stand-up bag shelf 311 does not have, packaging bag detection alarm device 35 can add packaging bag to remind staff by automatic alarm in stand-up bag shelf 311, to ensure to the normal operation of bagging apparatus 3.
In the present embodiment as shown in Figure 5, drive bagging apparatus 4 comprise out bag assembly 41 and auxiliaryly open bag assembly 43, open bag assembly 41 to comprise first and open bag parts 411, second opens bag parts 412, first opens bag strut bar 413, second opens bag strut bar 414, sole piece 415 is installed, top guide bar 416, lower guide rod 417, top guide bar linked block 418 and lower guide rod linked block 419, sole piece 415 two ends are installed and are respectively equipped with lower guide rod linked block 419, lower guide rod 417 is arranged between two lower guide rod linked blocks 419, first open bag strut bar 413 and second open bag strut bar 414 upper end respectively interlock have top guide bar linked block 418, top guide bar 416 is arranged between two top guide bar linked blocks 418, first opens bag parts 411 and second opens bag parts 412 and just opens bag strut bar 413 and second open on bag strut bar 414 to being located at first, auxiliary open bag assembly 43 and comprise the first open bag sucker 431, second open bag sucker 432, first fixture block 433, second fixture block 434, open bag air blowing parts 435 and erecting frame 436, first open bag sucker 431 and the second open bag sucker 432 are just to being connected on the first fixture block 433 and the second fixture block 434, open bag air blowing parts 435 to be located at directly between the first open bag sucker 431 and the second open bag sucker 432 by erecting frame 436, when packaging bag is opened bag parts 411 and second by first open after packaging bag opening opens by bag parts 412 through being opened bag assembly 41, be transported to and auxiliary open bag assembly 43 and the opening aperture of packaging bag is increased the both sides of being adsorbed packaging bag by the first open bag sucker 431 and the second open bag sucker 432, the aperture of packaging bag opening can be improved, and by opening the air blowing of bag air blowing parts 435 pairs of packaging bag openings, the aperture of packaging bag can be kept very well simultaneously, be conducive to accelerating follow-up blanking operating speed, to improve whole work efficiency, further, the both sides of top guide bar 416 are respectively arranged with top guide bar limiting stopper 420 and spacing guide pin bushing 421, top guide bar limiting stopper 420 one end is provided with the installation jacking block 422 parallel with top guide bar 416, the both sides of lower guide rod 417 are respectively arranged with lower guide rod limiting stopper 423, thus top guide bar 416 and lower guide rod 417 two ends can be avoided to deviate from top guide bar linked block 418 and lower guide rod linked block 419 respectively, first can be made to open bag strut bar 413 and second and to open bag strut bar 414 better movement, to ensure that first opens bag parts 411 and second and open bag parts 412 and better opened by packaging bag opening.
In the present embodiment as shown in Figure 6, blanking device 6 comprises blanking assembly 61 and support bag assembly 62, blanking assembly 61 comprises blanking tube 611, blanking lifting arm 612, blanking guide rod 613, blanking sliding shoe 614, lifting axle bed 615, blanking cam 616, blanking swing arm 617, blanking pull bar 618 and blanking extension spring 619, the both sides of blanking lifting arm 612 are connected to blanking tube 611 and blanking sliding shoe 614, lifting axle bed 615 is positioned at the top of blanking lifting arm 612 and is connected to blanking lifting arm 612 by blanking guide rod 613, blanking swing arm 617 connects blanking cam 616 respectively, blanking pull bar 618 and blanking extension spring 619 and the other end of blanking pull bar 618 connects blanking lifting arm 612, support bag assembly 62 comprises support bag shell fragment 621, support bag rotating shaft 622, support bag cam 623, support bag linked block 624, support bag swing arm 625, swing arm bearing pin 626, roller 627 and returning pull-spring 628, support bag cam 623 one end is connected to lifting axle bed 615, other end both sides are respectively equipped with support bag swing arm 625, by swing arm bearing pin 626, roller 627 is installed on the upside of support bag swing arm 625 and roller 627 is resisted against the sidewall of support bag cam 623, returning pull-spring 628 is connected between two swing arm bearing pins 626, connect support bag shell fragment 621 respectively by the rotating shaft 622 of support bag and support bag shell fragment 621 on the downside of two support bag swing arms 625 and be positioned at blanking tube 611 both sides, support bag linked block 624 is connected to two support bag rotating shafts 622, when packaging bag is transported to after below blanking tube 611, support bag cam 623 drives support bag swing arm 625 to rotate, support bag shell fragment 621 is driven to be strutted the sack both sides of packaging bag to make the rotating shaft 622 of support bag, then blanking cam 616 drives blanking swing arm 617 successively, blanking pull bar 618 and drive blanking lifting arm 612 to move down, drive blanking tube 611 to move down and aim at packing bag mouth blanking, thus material can be avoided to drop out the phenomenon of packaging bag, be of value to raising blanking velocity simultaneously, and improve whole work efficiency.
In the present embodiment as shown in Figure 7, body receiving bag 82 comprises picking bag assembly 821 and transmission component 823, picking bag assembly 821 comprises installation seat plate 8211, first mount pad 8212, second mount pad 8213, first riser 8214, second riser 8215, first trace 8216, second trace 8217, first Timing Belt wheel shaft 8218, second Timing Belt wheel shaft 8219, first driven folder bag synchronous pulley 8220 and the second driven folder bag synchronous pulley 8221, first riser 8214 and the second riser 8215 are individually fixed in the both sides of installation seat plate 8211, first mount pad 8212 is installed between the first riser 8214 and installation seat plate 8211 by the first trace 8216 is rotating, second mount pad 8213 is installed between the second riser 8215 and installation seat plate 8211 by the second trace 8217 is rotating, first driven folder bag synchronous pulley 8220 and the second driven folder bag synchronous pulley 8221 are installed on the front end of the first mount pad 8212 and the second mount pad 8213 respectively by the first Timing Belt wheel shaft 8218 and the second Timing Belt wheel shaft 8219, transmission component 823 comprises thin cylinder 8231, first swing arm 8232, second swing arm 8233, swing arm joint 8234, first swing arm bearing pin 8235 and the second swing arm bearing pin 8236, thin cylinder 8231 is installed on installation seat plate 8211 front center, swing arm joint 8234 is linked in thin cylinder 8231 output shaft, first swing arm 8232 and second swing arm 8233 one end is mutual stackedly transfers in swing arm joint 8234, the other end is connected to first swing arm bearing pin 8235 and second swing arm bearing pin 8236 one end, first swing arm bearing pin 8235 and the second swing arm bearing pin 8236 are connected to the first mount pad 8212 and the second mount pad 8213 front end, the speed of picking bag assembly 821 picking bag can be improved, the stability of picking bag can be improved simultaneously, be conducive to greatly increasing work efficiency, when packaging bag is sent to transmission body receiving bag 82 by main frame, thin cylinder 8231 drives swing arm joint 8234 to drive the first swing arm 8232 and the second swing arm 8233 to move backward, thus make the first swing arm 8232 and the second swing arm 8233 front end close gradually, the first swing arm bearing pin 8235 and the second swing arm bearing pin 8236 is made to drive the front end of the first mount pad 8212 and the second mount pad 8213 close gradually respectively, the first driven folder bag synchronous pulley 8220 and the second driven folder bag synchronous pulley 8221 is finally made to tighten up to realize picking bag, otherwise, when thin cylinder 8231 drives swing arm joint 8234 to move forward, the first driven folder bag synchronous pulley 8220 and the second driven folder bag synchronous pulley 8221 will be made to open, the reciprocal picking bag operation of final realization.
As Fig. 8 in the present embodiment, shown in Fig. 9, pressure bag reshaping device 84 comprises pressure bag shaping component 841 and supporting guide assembly 843, pressure bag shaping component 841 comprises the first shaping pressing plate 8411, second shaping pressing plate 8412, first air bag 8413, second air bag 8414, first air bag admission piece 8415, second air bag admission piece 8416, first air bag adapter plate 8417, second air bag adapter plate 8418, first air bag mounting seat 8419, second air bag mounting seat 8420, first shaping guide pillar 8421, second shaping guide pillar 8422 and retracing spring 8423, supporting guide assembly 843 comprises the first guide rail axle bed 8431, second guide rail axle bed 8432, guide rod 8433, cylinder 8434, cylinder mounting plate 8435 and cylinder connector 8436, first air bag 8413 is located between the first shaping pressing plate 8411 and the first air bag adapter plate 8417, second air bag 8414 is located between the second shaping pressing plate 8412 and the second air bag adapter plate 8418, first air bag admission piece 8415 and the second air bag admission piece 8416 are installed on outside the first air bag adapter plate 8417 and the second air bag adapter plate 8418 respectively, first air bag mounting seat 8419 and the second air bag mounting seat 9420 lower end are fixed with the first guide rail axle bed 8431 and the second guide rail axle bed 8432 respectively, guide rod 8433 to be linked between the first guide rail axle bed 8431 and the second guide rail axle bed 8432 and to be fixed on cylinder mounting plate 8435, cylinder 8434 to be installed on cylinder mounting plate 8435 and to be linked in the first guide rail axle bed 8431 by cylinder connector 8436, first shaping guide pillar 8421 and second shaping guide pillar 8422 one end are each passed through the first air bag adapter plate 8417 and the second air bag adapter plate 8418, the other end is arranged with retracing spring 8423 respectively, when needing the packaging bag of sealing to be in vacuum environment, because ambient pressure is higher than the pressure of the first air bag 8413 and the second air bag 8414 that are arranged in vacuum chamber, can mineralization pressure difference and the first air bag 8413 and the second air bag 8414 are expanded and promotes the first shaping pressing plate 8411 and the second shaping pressing plate 8412 moves until close up in opposite directions, thus shaping is carried out in the bottom pushing down packaging bag, when two Timing Belts clamping packaging bag top separate, packaging bag is jammed and remains on original position, can be good at avoiding falling down, sealing operation is carried out so that follow-up, cylinder drives the first shaping pressing plate 8411 to move by driving first guide rail axle bed 8431 simultaneously, the first shaping pressing plate 8411 and the second shaping pressing plate 8412 can be made to press bag more in time, simultaneously thrust is larger and the operation of pressure bag is more stable.
As Figure 10 in the present embodiment, shown in Figure 11, heat sealing mechanism 85 comprises heat-sealing assembly 851 and installation component 853, heat-sealing assembly 851 comprises heat-sealing silica gel frame 8511, heat-sealing silica gel 8512, heat-sealing air bag 8513, air bag inlet suction port 8514, air bag channel-section steel 8515, air bag upper cover plate 8516, bearing pin 8517 is installed, fixed angle plate 8518, nickel chromium triangle band mount pad 8519, nickel chromium triangle band 8520, nickel chromium triangle band mounting head 8521, heat-sealing guide pillar 8522, heat-sealing guide pin bushing 8523, sealing stage clip 8524 and banking stop 8525, installation component 853 comprises heat-sealing permanent seat 8531, heat-sealing pull bar 8532, heat-sealing adapter plate 8533, post heat-seal fixed support 8534, fixed link 8535 and front heat-sealing fixed support 8536, heat-sealing air bag 8513 is located between air bag channel-section steel 8515 and air bag upper cover plate 8516, air bag inlet suction port 8514 is installed on outside air bag channel-section steel 8515, nickel chromium triangle band mount pad 8519 is by fixed angle plate 8518, installing bearing pin 8517 is fixed on air bag upper cover plate 8516, nickel chromium triangle band mount pad 8519 two ends are respectively equipped with nickel chromium triangle band mounting head 8521 and nickel chromium triangle band 8520 is fixed at nickel chromium triangle band mount pad 8519 surface by nickel chromium triangle band mounting head 8521, air bag channel-section steel 8515 is evenly equipped with some heat-sealing permanent seats 8531, heat-sealing pull bar 8532 is transferred in heat-sealing permanent seat 8531 upper end, heat-sealing adapter plate 8533 is transferred in heat-sealing pull bar 8532 rear end, heat-sealing silica gel frame 8511 is installed on heat-sealing adapter plate 8533, heat-sealing silica gel 8512 is installed on heat-sealing silica gel frame 8511 also just to nickel chromium triangle band 8520, front heat-sealing fixed support 8536 is fixed on heat-sealing permanent seat 8531 lower end, heat-sealing fixed support 8536 before post heat-seal fixed support 8534 is connected to by fixed link 8535, heat-sealing guide pin bushing 8523 is fixed on air bag upper cover plate 8516, heat-sealing guide pillar 8522 is installed in heat-sealing guide pin bushing 8523 also through air bag upper cover plate 8516, sealing stage clip 8524 be placed on heat-sealing guide pillar 8522 on and spacing by banking stop 8525, after packaging bag sends into vacuum chamber by Timing Belt, when needing sealing, by air bag inlet suction port 8514 to inflation in heat-sealing air bag 8513, heat-sealing air bag 8513 expands and promotes backward, nickel chromium triangle band mount pad 8519 will be made to drive nickel chromium triangle band 8520 to promote backward, thus the sealing part of packaging bag is installed with between heat-sealing silica gel 8512 and nickel chromium triangle band 8520 to complete sealing.
In the present embodiment as shown in figure 12, actuating unit 86 comprises adapter plate 861, servomotor 862, first folder bag synchronous pulley 863, second folder bag synchronous pulley 864, driving gear 865, first driven gear 866, second driven gear 867, first transmission shaft 868, second driving shaft 869, First Transition gear 8610 and the second transition gear 8611, servomotor 862 is installed vertically on adapter plate 861 side, driving gear 865 is installed on servomotor 862 output shaft and is positioned at adapter plate 861 opposite side, first transmission shaft 868 and second driving shaft 869 are rotating to be respectively plugged on adapter plate 861, first folder bag synchronous pulley 863 and the second folder bag synchronous pulley 864 are installed on one end of the first transmission shaft 868 and second driving shaft 869 and servomotor 862 the same side respectively, first driven gear 866 and the second driven gear 867 are installed on one end of the first transmission shaft 868 and second driving shaft 869 and driving gear 865 the same side respectively, First Transition gear 8610 is rotating to be installed on adapter plate 861 and to be engaged between driving gear 865 and the first driven gear 866, second transition gear 8611 is rotating to be installed on adapter plate 861 and to be engaged between First Transition gear 8610 and the second driven gear 867, thus avoid belt conveyor and delivery wheel in original technology easily to produce loosening, and easily produce the phenomenon of wearing and tearing, thus the service life of whole actuating unit 86 can be improved, reduce maintenance cost, First Transition gear 8610 and the second transition gear 8611 have the effect of tensioning simultaneously, be conducive to the stability improving packaging bag transmission, and increase work efficiency.
Claims (10)
1. a full-automatic vacuum packaging machine, it is characterized in that: comprise mainframe box, actuation means, to bagging apparatus, drive bagging apparatus, material storing unit, blanking device, play waste-removing device and vacuum and closing device, described vacuum and closing device comprise vacuum mechanism, body receiving bag, bag transporting body, pressure bag reshaping device, heat sealing mechanism and actuating unit, described vacuum mechanism comprise one can sway main box and be fixed in the side box body of the main box left and right sides, the sway of described main box can merge with a side box body simultaneously and forms vacuum chamber and be unlimited encapsulation station with another side box body, described body receiving bag, bag transporting body, pressure bag reshaping device, heat sealing mechanism and actuating unit are two covers, described body receiving bag and actuating unit are arranged on the two sides of main box front-end and back-end respectively, described bag transporting body is linked in body receiving bag and actuating unit, described heat sealing mechanism and pressure bag reshaping device are located at outside and the downside of bag transporting body respectively.
2. a kind of full-automatic vacuum packaging machine according to claim 1, it is characterized in that: described comprising to bagging apparatus puts bag assembly and suction bag assembly, described bag assembly of putting comprises stand-up bag shelf, stand-up bag shelf mount pad, vertical columns and mounting base, described vertical columns is installed on mounting base, described stand-up bag shelf is located at vertical columns upper end by stand-up bag shelf mount pad, described suction bag assembly comprises sucker, sucker bar, sucker bar adapter plate, cylinder and cylinder mount pad, described cylinder is installed on cylinder mount pad, described sucker bar is linked in cylinder by sucker bar adapter plate, described sucker to be installed on sucker bar and to be right against stand-up bag shelf, also include height adjustment assembly and pitch adjustment assembly, described height adjustment assembly comprises lifting shaft, control hand wheel, guiding clip, jam nut, trace, the axis of guide and guiding axle bed, described guiding clip is installed on stand-up bag shelf mount pad by jam nut, the described axis of guide is located on mounting base by guiding axle bed, described trace two ends are connected to the axis of guide and guiding clip, described lifting shaft one end connects control hand wheel, the other end is successively through mounting base, vertical columns and be connected to stand-up bag shelf mount pad, described pitch adjustment assembly comprises pitch adjustment plate and pitch adjustment screw, described pitch adjustment plate is located between stand-up bag shelf and stand-up bag shelf mount pad and pitch adjustment plate is installed on stand-up bag shelf mount pad top by pitch adjustment screw.
3. a kind of full-automatic vacuum packaging machine according to claim 2, is characterized in that: be provided with the notch corresponding with sucker position on rear side of described stand-up bag shelf, described stand-up bag shelf is provided with packaging bag detection alarm device near the position of notch.
4. a kind of full-automatic vacuum packaging machine according to claim 1, it is characterized in that: described in drive bagging apparatus and comprise out bag assembly and auxiliary open bag assembly, described bag assembly of opening comprises first and opens bag parts, second opens bag parts, first opens a bag strut bar, second opens a bag strut bar, sole piece is installed, top guide bar, lower guide rod, top guide bar linked block and lower guide rod linked block, described installation sole piece two ends are respectively equipped with lower guide rod linked block, described lower guide rod is arranged between two lower guide rod linked blocks, described first open bag strut bar and second open bag post upper respectively interlock have top guide bar linked block, described top guide bar is arranged between two top guide bar linked blocks, described first opens bag parts and second opens bag parts and just opens bag strut bar and second open on bag strut bar to being located at first, describedly auxiliary open bag assembly and comprise the first open bag sucker, second open bag sucker, first fixture block, second fixture block, open bag air blowing parts and erecting frame, described first open bag sucker and the second open bag sucker are just to being connected on the first fixture block and the second fixture block, described bag air blowing parts of opening are located at directly between the first open bag sucker and the second open bag sucker by erecting frame.
5. a kind of full-automatic vacuum packaging machine according to claim 4, it is characterized in that: the both sides of described top guide bar are respectively arranged with top guide bar limiting stopper and spacing guide pin bushing, described top guide bar limiting stopper one end is provided with the installation jacking block parallel with top guide bar, and the both sides of described lower guide rod are respectively arranged with lower guide rod limiting stopper.
6. a kind of full-automatic vacuum packaging machine according to claim 1, is characterized in that: described blanking device comprises blanking assembly and support bag assembly, and described blanking assembly comprises blanking tube, blanking lifting arm, blanking guide rod, blanking sliding shoe, lifting axle bed, blanking cam, blanking swing arm, blanking pull bar and blanking extension spring, the both sides of described blanking lifting arm are connected to blanking tube and blanking sliding shoe, described lifting shaft seat is positioned at the top of blanking lifting arm and is connected to blanking lifting arm by blanking guide rod, and described blanking swing arm connects blanking cam respectively, blanking pull bar and blanking extension spring and the other end of blanking pull bar connects blanking lifting arm, described support bag assembly comprises support bag shell fragment, the rotating shaft of support bag, support bag cam, support bag linked block, the swing arm of support bag, swing arm bearing pin, roller and returning pull-spring, described support bag cam one end is connected to lifting axle bed, other end both sides are respectively equipped with the swing arm of support bag, by swing arm bearing pin, roller is installed on the upside of the swing arm of described support bag and roller is resisted against the sidewall of support bag cam, described returning pull-spring is connected between two swing arm bearing pins, connect support bag shell fragment respectively by the rotating shaft of support bag and support bag shell fragment on the downside of described two support bag swing arms and be positioned at blanking tube both sides, described support bag linked block is connected to two support bag rotating shafts.
7. a kind of full-automatic vacuum packaging machine according to claim 1, it is characterized in that: described body receiving bag comprises picking bag assembly and transmission component, described picking bag assembly comprises installation seat plate, first mount pad, second mount pad, first riser, second riser, first trace, second trace, first Timing Belt wheel shaft, second Timing Belt wheel shaft, first driven folder bag synchronous pulley and the second driven folder bag synchronous pulley, the first described riser and the second riser are individually fixed in the both sides of installation seat plate, described first mount pad is installed between the first riser and installation seat plate by the first trace is rotating, described second mount pad is installed between the second riser and installation seat plate by the second trace is rotating, described first driven folder bag synchronous pulley and the second driven folder bag synchronous pulley are installed on the front end of the first mount pad and the second mount pad respectively by the first Timing Belt wheel shaft and the second Timing Belt wheel shaft, described transmission component comprises thin cylinder, first swing arm, second swing arm, swing arm joint, first swing arm bearing pin and the second swing arm bearing pin, described thin cylinder is installed on installation seat plate front center, described swing arm joint is linked in thin cylinder output shaft, described first swing arm and second swing arm one end is mutual stackedly transfers in swing arm joint, the other end is connected to the first swing arm bearing pin and second swing arm bearing pin one end, described first swing arm bearing pin and the second swing arm bearing pin are connected to the first mount pad and the second mount pad front end.
8. a kind of full-automatic vacuum packaging machine according to claim 1, is characterized in that: described pressure bag reshaping device comprises pressure bag shaping component and supporting guide assembly, and described pressure bag shaping component comprises the first shaping pressing plate, second shaping pressing plate, first air bag, second air bag, first air bag admission piece, second air bag admission piece, first air bag adapter plate, second air bag adapter plate, first air bag mounting seat, second air bag mounting seat, first shaping guide pillar, second shaping guide pillar and retracing spring, described supporting guide assembly comprises the first guide rail axle bed, second guide rail axle bed, guide rod, cylinder, cylinder mounting plate and cylinder connector, described first air bag is located between the first shaping pressing plate and the first air bag adapter plate, described second air bag is located between the second shaping pressing plate and the second air bag adapter plate, described first air bag admission piece and the second air bag admission piece are installed on outside the first air bag adapter plate and the second air bag adapter plate respectively, described guide rod to be linked between the first guide rail axle bed and the second guide rail axle bed and to be fixed on cylinder mounting plate, described cylinder to be installed on cylinder mounting plate and to be linked in the first guide rail axle bed by cylinder connector, described first shaping guide pillar and second shaping guide pillar one end are each passed through the first air bag adapter plate and the second air bag adapter plate, and the other end is arranged with retracing spring respectively.
9. a kind of full-automatic vacuum packaging machine according to claim 1, is characterized in that: described heat sealing mechanism comprises heat-sealing assembly and installation component, and described heat-sealing assembly comprises heat-sealing silica gel frame, heat-sealing silica gel, heat-sealing air bag, air bag inlet suction port, air bag channel-section steel, air bag upper cover plate, bearing pin is installed, fixed angle plate, nickel chromium triangle band mount pad, nickel chromium triangle band, nickel chromium triangle band mounting head, heat-sealing guide pillar, heat-sealing guide pin bushing, sealing stage clip and banking stop, described installation component comprises heat-sealing permanent seat, heat-sealing pull bar, heat-sealing adapter plate, post heat-seal fixed support, fixed link and front heat-sealing fixed support, described heat-sealing air bag is located between air bag channel-section steel and air bag upper cover plate, and described air bag inlet suction port is installed on outside air bag channel-section steel, and described nickel chromium triangle band mount pad passes through fixed angle plate, installing bearing pin is fixed on air bag upper cover plate, described nickel chromium triangle band mount pad two ends are respectively equipped with nickel chromium triangle band mounting head and nickel chromium triangle band is fixed at nickel chromium triangle band mount pad surface by nickel chromium triangle band mounting head, described air bag channel-section steel is evenly equipped with some heat-sealing permanent seats, described heat-sealing pull bar is transferred in heat-sealing permanent seat upper end, described heat-sealing adapter plate is transferred in heat-sealing back end of tie rod, described heat-sealing silica gel frame is installed on heat-sealing adapter plate, described heat-sealing silica gel is installed on heat-sealing silica gel frame also just to nickel chromium triangle band, before described, heat-sealing fixed support is fixed on heat-sealing permanent seat lower end, heat-sealing fixed support before described post heat-seal fixed support is connected to by fixed link, described heat-sealing guide pin bushing is fixed on air bag upper cover plate, described heat-sealing guide pillar is installed in heat-sealing guide pin bushing also through air bag upper cover plate, described sealing stage clip be placed on heat-sealing guide pillar on and spacing by banking stop.
10. a kind of full-automatic vacuum packaging machine according to claim 1, it is characterized in that: described actuating unit comprises adapter plate, servomotor, first folder bag synchronous pulley, second folder bag synchronous pulley, driving gear, first driven gear, second driven gear, first transmission shaft, second driving shaft, First Transition gear and the second transition gear, described servomotor is installed vertically on adapter plate side, described driving gear is installed on servo motor output shaft and is positioned at adapter plate opposite side, the first described transmission shaft and second driving shaft are rotating to be respectively plugged on adapter plate, described first folder bag synchronous pulley and the second folder bag synchronous pulley are installed on one end of the first transmission shaft and second driving shaft and servomotor the same side respectively, described first driven gear and the second driven gear are installed on one end of the first transmission shaft and second driving shaft and driving gear the same side respectively, being installed on adapter plate and being engaged between driving gear and the first driven gear of described First Transition gear being rotatable, described second transition gear is rotating to be installed on adapter plate and to be engaged between First Transition gear and the second driven gear.
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| CN201520651322.2U CN204895940U (en) | 2015-08-27 | 2015-08-27 | Full automatic vacuum packaging machine |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520651322.2U CN204895940U (en) | 2015-08-27 | 2015-08-27 | Full automatic vacuum packaging machine |
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| CN204895940U true CN204895940U (en) | 2015-12-23 |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105083614A (en) * | 2015-08-27 | 2015-11-25 | 温州欧南机械有限公司 | Full-automatic vacuum packaging machine |
| CN105752391A (en) * | 2016-04-11 | 2016-07-13 | 武汉理工大学 | Bulk food vacuum packaging machine |
| CN106240921A (en) * | 2016-08-25 | 2016-12-21 | 蓬溪县琪英菌业有限公司 | Automatic bag sheathing loading machine and loading method |
| CN108557174A (en) * | 2018-04-18 | 2018-09-21 | 浙江名瑞机械有限公司 | Bag-feeding food packing device |
| CN109229567A (en) * | 2018-07-19 | 2019-01-18 | 无锡新豪泰智能科技有限公司 | A kind of automatic bagging equipment |
| CN112293387A (en) * | 2020-11-12 | 2021-02-02 | 广东能达高等级公路维护有限公司 | Multi-functional liquid medicine sprinkler of automatically controlled formula |
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2015
- 2015-08-27 CN CN201520651322.2U patent/CN204895940U/en not_active Expired - Fee Related
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105083614A (en) * | 2015-08-27 | 2015-11-25 | 温州欧南机械有限公司 | Full-automatic vacuum packaging machine |
| CN105083614B (en) * | 2015-08-27 | 2018-06-29 | 温州欧南机械有限公司 | A kind of full-automatic vacuum packaging machine |
| CN105752391A (en) * | 2016-04-11 | 2016-07-13 | 武汉理工大学 | Bulk food vacuum packaging machine |
| CN106240921A (en) * | 2016-08-25 | 2016-12-21 | 蓬溪县琪英菌业有限公司 | Automatic bag sheathing loading machine and loading method |
| CN106240921B (en) * | 2016-08-25 | 2018-07-06 | 四川哈贝智能科技有限公司 | Automatic bag sheathing charger and loading method |
| CN108557174A (en) * | 2018-04-18 | 2018-09-21 | 浙江名瑞机械有限公司 | Bag-feeding food packing device |
| CN109229567A (en) * | 2018-07-19 | 2019-01-18 | 无锡新豪泰智能科技有限公司 | A kind of automatic bagging equipment |
| CN112293387A (en) * | 2020-11-12 | 2021-02-02 | 广东能达高等级公路维护有限公司 | Multi-functional liquid medicine sprinkler of automatically controlled formula |
| CN112293387B (en) * | 2020-11-12 | 2021-07-30 | 广东能达高等级公路维护有限公司 | Multi-functional liquid medicine sprinkler of automatically controlled formula |
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