CN201800941U - Full-automatic vacuum package machine - Google Patents
Full-automatic vacuum package machine Download PDFInfo
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- CN201800941U CN201800941U CN2010202931522U CN201020293152U CN201800941U CN 201800941 U CN201800941 U CN 201800941U CN 2010202931522 U CN2010202931522 U CN 2010202931522U CN 201020293152 U CN201020293152 U CN 201020293152U CN 201800941 U CN201800941 U CN 201800941U
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Abstract
The utility model discloses a full-automatic vacuum package machine, which comprises a film-laying device, a printing device, a bag-making device, an unloading device, as well as a vacuuming and closing device all sequentially connected, wherein the vacuuming and closing device comprises a vacuum reciprocating mechanism, a vacuum converting mechanism, a bag-receiving mechanism, a bag-conveying mechanism, a traction mechanism, a closing mechanism, a bag molding and shaping mechanism, a bag clamping and adjusting mechanism, and a conveyer belt separating mechanism. The vacuum reciprocating mechanism comprises a main box body capable of moving left and right and lateral box bodies fixedly positioned on the two sides of the main box body, a vacuum chamber is formed by combining the main box body and one of the lateral box bodies via the left/right movement of the main box body, and the other lateral box body adopts an opened packaging working position. The vacuum converting mechanism is used for vacuumizing and vacuum-unloading the vacuum chamber and the packaging working position; and the bag-receiving mechanism, the bag-conveying mechanism, the traction mechanism, the closing mechanism, the bag molding and shaping mechanism, the bag clamping and adjusting mechanism, and the conveyer belt separating mechanism are respectively positioned on the two sides of the main box body. By adopting the full-automatic vacuum package machine provided by the utility model, the packaging, the input and the output can be simultaneously performed, so that the efficiency is greatly improved.
Description
Technical field
The utility model relates to a kind of packaging facilities, is specifically related to a kind of full-automatic vacuum packaging machine.
Technical background
Vacuum packing machine is widely used in packaged food, and this wrapping machine can prevent that the oxidation of product from going mouldy, anticorrosion protection against the tide, can guarantee the quality, fresh-keeping, shelf life of prolonging product.Vacuum packing machine is with after being pumped into low vacuum in the packaging bag in addition, automatic sealing at once, because degree of vacuum height in the bag, residual air is few, suppresses the breeding of germs such as bacterium, has avoided materials oxidated, has gone mouldy and corruption, simultaneously to some soft article, after the full-automatic vacuum packaging machine packing, can dwindle packaging volume, be convenient to transportation and storage.
At present the vacuum packing machine on the home market all is semi-automatic, manual can earlier, and then put into vacuum chamber and vacuumize by hand.Need more manpower during operation, so work efficiency is lower, and manual operation is difficult to guarantee to reach hygienic requirements.Japan and Korea S have developed a kind of automatic vaccum packager recently, though realized giving automatically bag, all be that the individual packaging bag vacuumizes and seals, thereby package speed are slower, and efficient is lower.
The vacuum chamber of existing vacuum packing machine is made of former and later two half box bodys, and merges by the relatively moving back between them and to form vacuum chamber or unlatching is uncovered.Though can carry out many bags of encapsulation simultaneously in this vacuum chamber, if but have a collection of when encapsulating in the vacuum chamber, next group can only be waited outside, and treats just can enter vacuum chamber after the interior a collection of encapsulation of vacuum chamber is finished and sent, and therefore still exists inefficient problem.
In view of above-mentioned phenomenon, need a kind of real meaning and the full-automatic vacuum packaging machine that efficient is high of development badly.
Summary of the invention
The purpose of this utility model is in order to overcome deficiency of the prior art, a kind of full-automatic vacuum packaging machine is provided, it can carry out the encapsulation of a collection of encapsulation bag simultaneously at vacuum chamber, and carries out the input and output of the encapsulation bag of another batch at the encapsulation station, thereby has improved work efficiency greatly.
Realize that the above-mentioned purpose technical scheme is: a kind of full-automatic vacuum packaging machine, comprise that bonded assembly is put film device, type printer, bag making device, blanking device and vacuum and closing device successively, described vacuum and closing device comprise vacuum reciprocator, vacuum switching mechanism, connect bag mechanism, bag transporting body, trailer coupling, enclosed mechanism, pressure bag reshaping device, folder bag regulating mechanism and belt conveyor separating mechanism.Wherein:
Described vacuum reciprocator comprises a main box and is positioned at the side box body of the main box left and right sides that described two side box bodies are separately fixed on the frame; But described main box by an open-and-close mechanism sway be installed on the frame, the sway of described main box can be simultaneously and a side box body merge and form vacuum chamber and be unlimited encapsulation station with another side box body;
Described vacuum switching mechanism comprises a vacuum pump, a threeway and two Three-way rotary valves, and an interface of described threeway is communicated with the vacuum delivery side of pump; Described two first interfaces of Three-way rotary valve are communicated with two other interface of described threeway by pipeline respectively, second interface of described two Three-way rotary valves is communicated with described vacuum chamber and encapsulation station respectively, and the 3rd interface of described two Three-way rotary valves is communicated with atmosphere respectively;
The described bag mechanism that connects has two covers, is installed in the front portion of the two sides of described main box respectively, every socket bag mechanism comprise one connect a bag adapter plate, first connect a bag bar, second connect bag bar and a pair of before tension wheel, the described bag adapter plate that connects is fixed on the described main box; Described first connects bag bar and second connects bag bar and is installed in rotation on described connecing on bag adapter plate respectively, and described first connects bag bar and second connects bag bar and be connected by a switching mechanism; Described a pair of before tension wheel be installed in rotation on first by a wheel shaft respectively and connect bag bar and second and connect on the anterior face of bag bar so that described a pair of before between the tension wheel distance along with the action of described switching mechanism near or away from;
Described bag transporting body has two covers, be installed on the two sides of described main box respectively and be positioned at the middle part of the two sides of described main box, every cover bag transporting body comprises inside and outside support wheel adapter plate, a plurality of support wheel and two synchronous bands, and described inside and outside support wheel adapter plate can be installed in parallel in by the side of described main box with relatively moving; Described a plurality of support wheel is installed in rotation on the upper surface of described inside and outside support wheel adapter plate in mode facing each other; Described two synchronously on the wrapped separately row's support wheel on inside and outside support wheel adapter plate of band, two synchronously band opposite face by described inside and outside support wheel adapter plate move closer to or away from;
Described trailer coupling has two covers, be installed on the two sides of described main box respectively and be positioned at the rear portion of the two sides of described main box, every cover trailer coupling comprises a motor mounting plate, a drive motor, an initiative traction wheel, two transmission shafts, two driven traction wheels, two folder bag traction wheels, a back tension wheel and a two-sided synchronous band, and described adapter plate vertically is installed on the side of main box; Described drive motor vertically is installed in the lower surface of described motor mounting plate; Described initiative traction wheel is installed on the output shaft of described drive motor and is positioned at the upper surface of described motor mounting plate; Described two transmission shafts are inserted on the described motor mounting plate rotationally; Described two driven traction wheels and two folder bag traction wheels are mounted in pairs in two up and down of described transmission shaft respectively, so that described two folder bag traction wheels are head-on relative with described bag transporting body and be on the same horizontal surface; Described back tension wheel is installed in rotation on the upper surface of described motor mounting plate; Described two-sided synchronous band earlier just on described initiative traction wheel, more just on a driven traction wheel, rewind on another driven traction wheel then, at last more just on the tension wheel of described back, so that described two folder bag traction wheels rotate in opposite directions;
Described enclosed mechanism has two covers, be installed on the two sides of described main box respectively and be positioned at the top of described bag transporting body, the described enclosed mechanism of every cover comprises that the four-sided openings frame that depression bar constituted, a heat-sealing base plate, an air bag base plate, an inner sealed board, an air vesicle, that some upper cantilever, a lower link and two that have a footing by a inner are connected to upper cantilever and lower link outer end seal an adhesive tape and a heating steel band; Described some opening frames are along the uniform setting of the length direction of described main box, and the footing of each upper cantilever is fixed on the side of described main box; Described heat-sealing base plate is fixed on the outer end of described upper cantilever; Described air bag base plate is fixed on the outside face of footing of described upper cantilever; Described inner sealed board is connected the outside of described air bag base plate movably, so that the outside face of described inner sealed board is relative with the inside face of described heat-sealing base plate; Described air vesicle is folded between described air bag base plate and the described inner sealed board; The described adhesive tape of sealing is embedded on the outside face of described inner sealed board; Described heating steel band is installed on the inside face of described heat-sealing base plate;
Described pressure bag reshaping device has two covers, be installed in the two sides of described main box respectively and be positioned at the below of described bag transporting body, every casing pressure bag reshaping device comprises forward and backward to stay bearing plate, forward and backward to airbag pressing plate, inside and outside pressing plate and forward and backward to ballonet, described forward and backward two, side that stay bearing plate is separately fixed at described main box; Described forward and backward the airbag pressing plate is fixed on separately described forward and backward on the stay bearing plate; Two of described inside and outside pressing plate forward and backwardly is connected the airbag pressing plate with described respectively movably, so that the parallel sided of inside and outside pressing plate and described main box; Described forward and backward ballonet is folded in respectively described forward and backward between airbag pressing plate and the described inside and outside pressing plate;
Described folder bag regulating mechanism has quadruplet, be mounted in pairs in two, front and back of the two sides of described main box respectively, every cover folder bag regulating mechanism comprises that one regulates adapter plate, an adjust bar, inboard lock sleeve, outside lock sleeve and inner and outer slider, and described adjusting adapter plate is connected on the side of described main box abreast; One end of described adjust bar be installed in rotation on the described adjusting adapter plate and with the lateral vertical of described main box, the medial segment of this adjust bar is provided with sinistral external thread and segmentum laterale is provided with the dextrorotation outside thread; Described inboard lock sleeve rotation set is on the medial segment of described adjust bar; Described outside lock sleeve rotation set is on the segmentum laterale of described adjust bar; Described inner and outer slider is separately fixed at the locking of described inboard lock sleeve and the outside and puts, along with the rotation of described adjust bar make described inside and outside near or separately;
Described belt conveyor separating mechanism has two covers, lay respectively at the both sides of described main box and be connected with described folder bag regulating mechanism, every cover belt conveyor separating mechanism comprises forward and backward cylinder, forward and backward support and forward and backward right angle fagging, and described forward and backward cylinder is installed on the described forward and backward support separately; Described forward and backward support is installed on the described outer slide in a pair of described folder bag regulating mechanism by two stay bearing plates respectively; The vertical surface of described forward and backward right angle fagging is connected with the piston rod end of described forward and backward cylinder respectively, and the horizontal surface of described forward and backward right angle fagging is connected two, front and back of the described outer support wheel adapter plate in the described bag transporting body;
Two of described inside and outside support wheel adapter plate in the described bag transporting body is connected with described inner and outer slider in the described folder bag regulating mechanism by stay bearing plate respectively; Describedly press forward and backward in the bag reshaping device that stay bearing plate is separately fixed on the described inner and outer slider in the described folder bag regulating mechanism.
Above-mentioned full-automatic vacuum packaging machine, it is characterized in that the described open-and-close mechanism in the described vacuum reciprocator comprises on slide rail on a pair of two longerons that are located at described frame, a pair of bottom surface, both sides, front and back that is located at described main box and is installed in servomotor, on the crossbeam of described frame with the adaptive chute, of described slide rail and is connected screw mandrel and on the servomotor output shaft and is installed in the bottom surface central authorities of described main box and the nut that can screw with described screw mandrel.
Above-mentioned full-automatic vacuum packaging machine, it is characterized in that, the described described switching mechanism that connects in the bag mechanism comprise one be installed in describedly connect bag cylinder of adapter plate bottom surface, head is movably connected in described first respectively with fork, a rotating shaft of captiveing joint with the other end of fork, a pair of two of the flexible connection of the piston rod of cylinder and connects a bag bar, second connecting rod that connects in bag bar and the rotating shaft one by one.
Above-mentioned full-automatic vacuum packaging machine, it is characterized in that, described two driven traction wheels in the described trailer coupling and described back tension wheel extremely far are provided with near from the side of described main box, and the line of centres of described initiative traction wheel, described two driven traction wheels and described back tension wheel is triangular in shape.
Above-mentioned full-automatic vacuum packaging machine is characterized in that, the described inner sealed board in the described enclosed mechanism is to be enclosed within by a shrouding connecting rod and to seal stage clip and described air bag base plate bonded assembly on the shrouding connecting rod.
Above-mentioned full-automatic vacuum packaging machine is characterized in that, described two of pressing the described inside and outside pressing plate in the bag reshaping device forward and backwardly is connected the airbag pressing plate with described by the folder bag stage clip that a folder bag connecting rod and is enclosed within on this folder bag connecting rod respectively.
Above-mentioned full-automatic vacuum packaging machine is characterized in that, the described adjusting adapter plate in the described folder bag regulating mechanism is to be connected on the side of described main box by a lower cantalever.
Above-mentioned full-automatic vacuum packaging machine is characterized in that, the described heat-sealing base plate in the described enclosed mechanism is fixed on the described upper cantilever by a hanging block.
Above-mentioned full-automatic vacuum packaging machine is characterized in that, two of the described heating steel band in the described enclosed mechanism is installed on the described heat-sealing base plate by a fixed block respectively.
Above-mentioned full-automatic vacuum packaging machine is characterized in that, the described drive motor in the described trailer coupling is a servomotor.
The technical scheme of full-automatic vacuum packaging machine of the present utility model, adopt a movably main box and be fixed in the side box body of main box both sides, the sway by main box can be simultaneously and a side box body merge and form vacuum chamber and be unlimited encapsulation station with another side box body; That adopts that a cover vacuum switching mechanism is used for vacuum chamber and encapsulation station vacuumizes and unloads vacuum; Dispose respectively in the both sides of main box and to connect bag mechanism, bag transporting body, trailer coupling, enclosed mechanism, pressure bag reshaping device, folder bag regulating mechanism and belt conveyor separating mechanism.Can carry out the encapsulation of a collection of encapsulation bag simultaneously at vacuum chamber, and carry out the input and output of the encapsulation bag of another batch, thereby improve work efficiency greatly at the encapsulation station.Full-automatic vacuum packaging machine of the present utility model have vacuumize, seal, function that lettering, cooling are once finished, be applicable to the vacuum packaging of products such as food and medicine, aquatic products, chemical, electronic component.
Description of drawings
Fig. 1 is the structural representation of full-automatic vacuum packaging machine of the present utility model;
Fig. 2 is the structural representation of the reciprocal vacuum mechanism in the full-automatic vacuum packaging machine of the present utility model;
Fig. 3 is the structural representation of the vacuum switching mechanism in the full-automatic vacuum packaging machine of the present utility model;
Fig. 4 is the structural representation that connects bag mechanism in the full-automatic vacuum packaging machine of the present utility model;
Fig. 5 is the structural representation of the bag transporting body in the full-automatic vacuum packaging machine of the present utility model;
Fig. 6 is the structural representation of the trailer coupling in the full-automatic vacuum packaging machine of the present utility model;
Fig. 7 is the structural representation of the enclosed mechanism in the full-automatic vacuum packaging machine of the present utility model;
Fig. 8 is the structural representation of the pressure bag reshaping device in the full-automatic vacuum packaging machine of the present utility model;
Fig. 9 is the structural representation of the folder bag regulating mechanism in the full-automatic vacuum packaging machine of the present utility model;
Figure 10 is the structural representation of the belt conveyor separating mechanism in the full-automatic vacuum packaging machine of the present utility model.
The specific embodiment
In order to understand the technical solution of the utility model better, also be described in detail in conjunction with the accompanying drawings below by specific embodiment.
See also Fig. 1, full-automatic vacuum packaging machine of the present utility model comprises that bonded assembly is put film device 1, type printer 2, bag making device 3, blanking device 4 and vacuum and closing device 5 successively.Put film device 1, type printer 2, bag making device 3 and blanking device 4 and be installed on the main frame 10, vacuum and closing device 5 are installed in one and are positioned on main frame 10 frame 50 on one side.Vacuum and closing device 5 comprise vacuum reciprocator 51, vacuum switching mechanism 52, connect bag mechanism 53, bag transporting body 54, trailer coupling 55, enclosed mechanism 56, press a bag reshaping device 57, folder bag regulating mechanism 58 and belt conveyor separating mechanism 59.
See also Fig. 2 again, back and forth vacuum mechanism 51 512,513, two side box bodies 512,513 of side box body of comprising a main box 511 and being positioned at main box 511 left and right sides are separately fixed on the frame 50; But main box 511 by an open-and-close mechanism sway be installed on the frame 50.The sway of main box 511 can merge the formation vacuum chamber and be unlimited encapsulation station with another side box body with a side box body simultaneously.
Open-and-close mechanism comprises on slide rail 514 on a pair of two longerons that are located at frame 50, a pair of bottom surface, both sides, front and back that is located at main box 511 and is installed in servomotor 516, on the crossbeam of frame 50 with the adaptive chute 515, of slide rail 514 and is connected screw mandrel 517 and on servomotor 516 output shafts and is installed in the bottom surface central authorities of main box 511 and the nut 518 that can screw with screw mandrel 517.
See also Fig. 3 more also in conjunction with consulting Fig. 2, vacuum switching mechanism 52 comprises a vacuum pump 521, a threeway 522 and two Three-way rotary valves 523,524, and wherein, vacuum pump 521 is installed in the bottom of frame 50; An interface of threeway 522 is communicated with the outlet of vacuum pump 521; Two Three-way rotary valve 523,524 first interfaces are communicated with two other interface of threeway 521 by pipeline respectively, second interface of two Three-way rotary valves 523,524 passes two side box bodies 512,513 respectively and is communicated with vacuum chamber and encapsulation station, and the 3rd interface of two Three-way rotary valves 523,524 is communicated with atmosphere respectively.
Vacuum switching mechanism can be installed on the frame 50, also can be installed in other position.
Vacuum switching mechanism is in when work, when main box 511 move to merge with side box body 512 that the back forms vacuum chamber 100 and simultaneously and side box body 513 open wide and form the encapsulation stations, Three-way rotary valve 523 moves, and vacuum pump 521 is connected with vacuum chamber 100, vacuumizes; After vacuum reached requirement in the vacuum chamber 100, Three-way rotary valve 523 actions made vacuum chamber 100 communicate with atmosphere, unload vacuum, main box 511 leaves side box body 512 and merges formation vacuum chamber 200 with side box body 513 simultaneously, and this moment, Three-way rotary valve 524 actions vacuumized vacuum chamber 200.And so forth.The action and the action neatly of two Three-way rotary valve 523,524 cooperation vacuum reciprocators.
See also Fig. 4 again and in conjunction with consulting Fig. 2, connecing bag mechanism 53 has two covers, is installed in the front portion of the two sides of main box 511 respectively, be used to receive the encapsulation bag of the need encapsulation of coming from blanking device 4.Every socket bag mechanism 53 comprise one connect bag adapter plate 531, first connect bag bar 532, second connect bag bar 533 and a pair of before tension wheel 534, wherein:
Connecing bag adapter plate 531 is fixed on the main box 511; First connects bag bar 532 and second connects bag bar 533 and is installed in rotation on respectively and connects on bag adapter plate 531, and first connects bag bar 532 and second connects bag bar 533 and be connected by a switching mechanism; Tension wheel 534 is installed in rotation on first by a wheel shaft 5340 respectively and connects bag bar 532 and second and connect on the anterior face of bag bar 533 before a pair of so that before a pair of distance between the tension wheel 534 along with the action of switching mechanism near or away from.
Switching mechanism comprises a cylinder 535, a fork 536, a rotating shaft 537 and pair of links 538, wherein, cylinder 535 is installed in and connects bag adapter plate 531 bottom surfaces, piston rod with cylinder 535 of fork 536 flexibly connects, the other end of fork 536 is fixedly connected in the rotating shaft 537, and two of pair of links 538 is movably connected in first respectively and connects bag bar 532, second and connect in bag bar 533 and the rotating shaft 537.
First connects bag bar 532 and second connects bag bar 533 and is installed on the adapter plate 531 by a pivot shaft 5321,5331 respectively, and the other end of these two bolsters 5321,5331 is inserted in one respectively and is installed on the stay bearing plate 5322,5332 that connects on bag adapter plate 531.
The principle of work that connects bag mechanism 53 is: the flexible of the piston rod of cylinder 535 drives rotating shaft 537 rotations by fork 536 in the switching mechanism, thereby drive two and connect 532,533 foldings of bag bar, make be installed in two connect preceding tension wheel 534 on bag bar 532,533 and then deciliter, and then make the synchronous band of transmission on the preceding tension wheel 534 also follow synchronous deciliter, finish connecing bag and making the encapsulation bag follow synchronous tape travel.
See also Fig. 5 again and in conjunction with consulting Fig. 2, bag transporting body 54 has two covers, is installed in the middle part of the two sides of main box 511 respectively, be used to receive from connecing the encapsulation bag of the need encapsulation that bag mechanism 53 brings.
Every cover bag transporting body 54 comprises that inside and outside support wheel adapter plate 541, more than 542 support wheel 543 and two are with 544 synchronously; Wherein, inside and outside support wheel adapter plate 541,542 can be installed in parallel in by the side of main box with relatively moving; A plurality of support wheels 543 are installed in rotation on the upper surface of inside and outside support wheel adapter plate 541,542 in mode facing each other; Two transmission are synchronously with on the 544 wrapped separately row's support wheels 543 on inside and outside support wheel adapter plate 541,542, along with moving of inside and outside support wheel adapter plate 541,542, make two transmission synchronously with 544 opposite face near or away from.
See also Fig. 6 more also in conjunction with consulting Fig. 2, trailer coupling 55 has two covers, lays respectively at the rear portion of the two sides of main box 511, is used to draw the synchronous band that connects on bag mechanism 53 and the bag transporting body 54.
Every cover trailer coupling 55 comprises that a motor mounting plate 551, a drive motor 552, an initiative traction wheel 553, two transmission shafts 554, two driven traction wheels 555,555 ', two folder bag traction wheel 556, two bearing carrier rings 557, a back tension wheel 558 and one two-sidedly be with 559 synchronously.Wherein:
The driven traction wheel of initiative traction wheel 553, two 555,555 ' and the arrangement mode of back tension wheel 558 be: two driven traction wheels 555,555 ' and back tension wheel 558 from the side of main box 511 near to far being provided with, and the driven traction wheel of initiative traction wheel 553, two 555,555 ' and the line of centres of back tension wheel 558 be a triangle.
Two-sided be with synchronously 559 earlier just on initiative traction wheel 553, more just on a driven traction wheel 555, then rewind go up at another driven traction wheel 555 ', at last more just on the tension wheel 558 of back, so that two folder bag traction wheels 556 rotate in opposite directions.
The course of action that connects bag mechanism 53, bag transporting body 54 and trailer coupling 55 transmits synchronously by two that band links together, and promptly two are transmitted synchronously band respectively on a preceding tension wheel, row's support wheel and folder bag traction wheel.
When drive motor 552 rotates, drive two driven traction wheels 555,555 ' and rotate in opposite directions; Owing to connect by transmission shaft 554 between each initiative traction wheel 555,555 ' and folder bag traction wheel 556, rotates in opposite directions thereby drive two folder bag traction wheels 556, transmit band motion synchronously thereby drive two, finish the conveying of encapsulation bag.Transmit synchronously and under the support of support wheel 543, relatively rotate with 544, when two transmission synchronously with 544 opposite face near the time can clamp the encapsulation bag, and the encapsulation station is sent into or left to the encapsulation bag successively reposefully.
See also Fig. 7 again and in conjunction with consulting Fig. 2, enclosed mechanism 56 has two covers, be installed on the two sides of main box 511 respectively and be positioned at the top of bag transporting body 54.Every cover enclosed mechanism comprises that some four-sided openings frames, a heat-sealing base plate 565, an air bag base plate 566, an inner sealed board 567, an air vesicle 568, seal an adhesive tape 5670 and a heating steel band 5650, wherein:
The pressing plate 563 that upper cantilever 561, a lower link 564 and two that each opening frame has a footing 562 by a inner is connected to upper cantilever 561 and lower link 564 outer ends constitutes; Some opening frames are along the uniform setting of the length direction of main box 511, and the footing 562 of each upper cantilever 561 is fixed on the side of main box 511; The hanging block 569 that passes through of heat-sealing base plate 565 is fixed on upper cantilever 561 outer ends; Air bag base plate 566 is fixed on the outside face of footing 562 of upper cantilever 561; Inner sealed board 567 connects the outside of air bag base plate 566 movably, so that the outside face of inner sealed board 567 is relative with the inside face of heat-sealing base plate 565, has a groove on the outside face of this inner sealed board 567 along its length; Air vesicle 568 is folded between air bag base plate 566 and the inner sealed board 567; The cross section of sealing adhesive tape 5670 is T-shaped, and it is inlaid in the groove of inner sealed board 567; Two of heating steel band 5650 is installed on the inside face of heat-sealing base plate 565 by a fixed block 5651 respectively.
Inner sealed board 567 is to be enclosed within by a shrouding connecting rod 5671 and to seal stage clip 5672 and air bag base plate 566 bonded assemblys on the shrouding connecting rod 5671.
The principle of work of enclosed mechanism is: after the encapsulation bag is sent into vacuum chamber by bag transporting body 54, in the time of need sealing, inflation in air vesicle 568, air vesicle 568 expands and promotes inner sealed board 567 backward, make inner sealed board 567 be close to heat-sealing base plate 565, the sack that seals 5670 encapsulation bags of adhesive tape on the inner sealed board 567 is pressed in to finish on the heating steel band 5650 and seals, and lays down the gas in the air vesicle 568 subsequently, makes inner sealed board 567 leave heat-sealing base plate 565 under the effect of sealing stage clip 5672.
See also Fig. 8 again and, press a bag reshaping device 57 that two covers are arranged, be installed on the two sides of main box 511 respectively and be positioned at the below of bag transporting body 54 in conjunction with consulting Fig. 2.Every casing pressure bag reshaping device 57 comprises forward and backward to stay bearing plate 571,572, forward and backward to airbag pressing plate 573,574, inside and outside pressing plate 575,576 and forward and backward to ballonet 577,578.Wherein:
Forward and backward two, side that stay bearing plate 571,572 is separately fixed at main box 511; Forward and backward airbag pressing plate 573,574 is fixed on separately forward and backward on the stay bearing plate 571,572; Two of inside and outside pressing plate 575,576 is connected airbag pressing plate 573,574 with forward and backward respectively movably, so that the parallel sided of inside and outside pressing plate 575,576 and main box 511; Forward and backwardly ballonet 577,578 is folded in forward and backward between airbag pressing plate 573,574 and the inside and outside pressing plate 575,576 respectively, these ballonets 577,578 and atmosphere are communicated with.
Two of inside and outside pressing plate 575,576 is connected airbag pressing plate 573,574 with forward and backward by the folder bag stage clip 579 ' that a folder bag connecting rod 579 and is enclosed within on this folder bag connecting rod 579 respectively.
Press the principle of work of bag reshaping device to be: when the encapsulation bag on the bag transporting body 54 needs shaping, the interior air pressure of vacuum chamber this moment is negative pressure, be higher than the forward and backward pressure that is arranged in vacuum chamber to ballonet 577,578 because of ambient pressure, can make and forward and backward ballonet 577,578 is expanded and promotes inside and outside pressing plate 575,576 and move in opposite directions up to closing up, thereby the bottom of pushing down the encapsulation bag encapsulates the shaping of bag.Guarantee also under the effect of load-transfer device separating device simultaneously that two are transmitted when band separates synchronously, the encapsulation bag is clamped remains on original position, can not fall down.When vacuum chamber recovers normal pressure, forward and backward pressure in the ballonet 577,578 are reduced, inside and outside pressing plate 575,576 is separated under folder bag stage clip 579 ' application force, finish shaping.
See also Fig. 9 more also in conjunction with consulting Fig. 2, folder bag regulating mechanism 58 has quadruplet, is mounted in pairs in two, front and back of the two sides of main box 511 respectively, and is connected with bag transporting body 54 with pressing a bag reshaping device 57.Every cover folder bag regulating mechanism comprises that one regulates adapter plate 581, an adjust bar 582, inboard lock sleeve 583, outside lock sleeve 584 and inner and outer slider 585,586, wherein:
Regulate on adapter plate 581 is connected main box 511 by a lower cantalever 587 the side and with the parallel sided of main box 511; One end of adjust bar 582 be installed in rotation on regulate on the adapter plate 581 and with the lateral vertical of main box 511, the medial segment of the close main box 511 of this adjust bar 582 is provided with sinistral external thread, and is provided with the dextrorotation outside thread away from the segmentum laterale of main box 511; Inboard lock sleeve 583 rotation sets are on the medial segment of adjust bar 582; Outside lock sleeve 584 rotation sets are on the segmentum laterale of adjust bar 582; Inner and outer slider 585,586 is fixed on inboard lock sleeve 583 and the outside lock sleeve 584 by some screws 588 respectively.Along with the rotation of adjust bar 582 make inner and outer slider 585,586 near or separately.
Inner and outer slider 585,586 in the folder bag regulating mechanism 58 is connected with forward and backward two to the inside and outside support wheel adapter plate 541,542 in stay bearing plate 571,572 and the bag transporting body 54 in pressing bag reshaping device 57 by support respectively, is used for regulating the distance between the inside and outside support wheel adapter plate 541,542 in the distance of pressing between bag reshaping device 57 inside and outside pressing plates 575,576 and the bag transporting body 54.Unclamp the fixing screw of slide block and lock sleeve in addition, the rotational lock cover, just the scalable slide block is to the distance between the side of main box 511, and then the scalable distance of pressing bag reshaping device 57 and bag transporting body 54 to arrive between the side of main box.
See also Figure 10 again and in conjunction with consulting Fig. 2, belt conveyor separating mechanism 59 has two covers, lay respectively at the both sides of main box 511 and be installed on the folder bag regulating mechanism 58, and a cover belt conveyor separating mechanism 59 and overlaps bag transporting body 54 and is connected.
Every cover belt conveyor separating mechanism comprises forward and backward cylinder 591,592, forward and backward support 593,594 and forward and backward right angle fagging 595,596, wherein:
Forward and backward cylinder 591,592 is installed on the forward and backward support 593,594 separately; Forward and backward support 593,594 is installed in respectively on a pair of folder bag regulating mechanism 58; The vertical surface of forward and backward right angle fagging 595,596 is connected with the piston rod end of forward and backward cylinder 591,592 respectively, the piston rod end of forward and backward cylinder 591,592 is connected with the vertical surface of forward and backward right angle fagging 595,596 by one dull and stereotyped 597 respectively, and the horizontal surface of forward and backward right angle fagging 595,596 is connected two, front and back of outer support wheel adapter plate 542.
The principle of work of belt conveyor separating mechanism is: when the inside and outside support wheel adapter plate 541,542 of needs clamps, the piston rod of forward and backward cylinder 591,592 stretches out simultaneously, drive moves inward from the outer support wheel adapter plate 542 of main box 511, and clamps with interior support wheel adapter plate 541; When the inside and outside support wheel adapter plate of needs was opened in 541,542 minutes, the piston rod of forward and backward cylinder 591,592 is withdrawn simultaneously, inside and outside support wheel adapter plate was opened in 541,542 minutes, thereby make the synchronous band of transmission on the support wheel 543 not reclamp the encapsulation bag, discharge fully to guarantee the gas in the encapsulation sack.
Above embodiment has been described in detail the utility model, and those skilled in the art can make the many variations example to the utility model according to the above description.Thereby some details in the embodiment should not constitute qualification of the present utility model, and the scope that the utility model will define with appended claims is as protection domain of the present utility model.
Claims (10)
1. full-automatic vacuum packaging machine, comprise that bonded assembly is put film device, type printer, bag making device, blanking device and vacuum and closing device successively, described vacuum and closing device comprise vacuum reciprocator, vacuum switching mechanism, connect bag mechanism, bag transporting body, trailer coupling, enclosed mechanism, pressure bag reshaping device, folder bag regulating mechanism and belt conveyor separating mechanism, it is characterized in that
Described vacuum reciprocator comprises a main box and is positioned at the side box body of the main box left and right sides that described two side box bodies are separately fixed on the frame; But described main box by an open-and-close mechanism sway be installed on the frame, the sway of described main box can be simultaneously and a side box body merge and form vacuum chamber and be unlimited encapsulation station with another side box body;
Described vacuum switching mechanism comprises a vacuum pump, a threeway and two Three-way rotary valves, and an interface of described threeway is communicated with the vacuum delivery side of pump; Described two first interfaces of Three-way rotary valve are communicated with two other interface of described threeway by pipeline respectively, second interface of described two Three-way rotary valves is communicated with described vacuum chamber and encapsulation station respectively, and the 3rd interface of described two Three-way rotary valves is communicated with atmosphere respectively;
The described bag mechanism that connects has two covers, is installed in the front portion of the two sides of described main box respectively, every socket bag mechanism comprise one connect a bag adapter plate, first connect a bag bar, second connect bag bar and a pair of before tension wheel, the described bag adapter plate that connects is fixed on the described main box; Described first connects bag bar and second connects bag bar and is installed in rotation on described connecing on bag adapter plate respectively, and described first connects bag bar and second connects bag bar and be connected by a switching mechanism; Described a pair of before tension wheel be installed in rotation on first by a wheel shaft respectively and connect bag bar and second and connect on the anterior face of bag bar so that described a pair of before between the tension wheel distance along with the action of described switching mechanism near or away from;
Described bag transporting body has two covers, be installed on the two sides of described main box respectively and be positioned at the middle part of the two sides of described main box, every cover bag transporting body comprises inside and outside support wheel adapter plate, a plurality of support wheel and two synchronous bands, and described inside and outside support wheel adapter plate can be installed in parallel in by the side of described main box with relatively moving; Described a plurality of support wheel is installed in rotation on the upper surface of described inside and outside support wheel adapter plate in mode facing each other; Described two synchronously on the wrapped separately row's support wheel on inside and outside support wheel adapter plate of band, two synchronously band opposite face by described inside and outside support wheel adapter plate move closer to or away from;
Described trailer coupling has two covers, be installed on the two sides of described main box respectively and be positioned at the rear portion of the two sides of described main box, every cover trailer coupling comprises a motor mounting plate, a drive motor, an initiative traction wheel, two transmission shafts, two driven traction wheels, two folder bag traction wheels, a back tension wheel and a two-sided synchronous band, and described adapter plate vertically is installed on the side of main box; Described drive motor vertically is installed in the lower surface of described motor mounting plate; Described initiative traction wheel is installed on the output shaft of described drive motor and is positioned at the upper surface of described motor mounting plate; Described two transmission shafts are inserted on the described motor mounting plate rotationally; Described two driven traction wheels and two folder bag traction wheels are mounted in pairs in two up and down of described transmission shaft respectively, so that described two folder bag traction wheels are head-on relative with described bag transporting body and be on the same horizontal surface; Described back tension wheel is installed in rotation on the upper surface of described motor mounting plate; Described two-sided synchronous band earlier just on described initiative traction wheel, more just on a driven traction wheel, rewind on another driven traction wheel then, at last more just on the tension wheel of described back, so that described two folder bag traction wheels rotate in opposite directions;
Described enclosed mechanism has two covers, be installed on the two sides of described main box respectively and be positioned at the top of described bag transporting body, the described enclosed mechanism of every cover comprises that the four-sided openings frame that depression bar constituted, a heat-sealing base plate, an air bag base plate, an inner sealed board, an air vesicle, that some upper cantilever, a lower link and two that have a footing by a inner are connected to upper cantilever and lower link outer end seal an adhesive tape and a heating steel band; Described some opening frames are along the uniform setting of the length direction of described main box, and the footing of each upper cantilever is fixed on the side of described main box; Described heat-sealing base plate is fixed on the outer end of described upper cantilever; Described air bag base plate is fixed on the outside face of footing of described upper cantilever; Described inner sealed board is connected the outside of described air bag base plate movably, so that the outside face of described inner sealed board is relative with the inside face of described heat-sealing base plate; Described air vesicle is folded between described air bag base plate and the described inner sealed board; The described adhesive tape of sealing is embedded on the outside face of described inner sealed board; Described heating steel band is installed on the inside face of described heat-sealing base plate;
Described pressure bag reshaping device has two covers, be installed in the two sides of described main box respectively and be positioned at the below of described bag transporting body, every casing pressure bag reshaping device comprises forward and backward to stay bearing plate, forward and backward to airbag pressing plate, inside and outside pressing plate and forward and backward to ballonet, described forward and backward two, side that stay bearing plate is separately fixed at described main box; Described forward and backward the airbag pressing plate is fixed on separately described forward and backward on the stay bearing plate; Two of described inside and outside pressing plate forward and backwardly is connected the airbag pressing plate with described respectively movably, so that the parallel sided of inside and outside pressing plate and described main box; Described forward and backward ballonet is folded in respectively described forward and backward between airbag pressing plate and the described inside and outside pressing plate;
Described folder bag regulating mechanism has quadruplet, be mounted in pairs in two, front and back of the two sides of described main box respectively, every cover folder bag regulating mechanism comprises that one regulates adapter plate, an adjust bar, inboard lock sleeve, outside lock sleeve and inner and outer slider, and described adjusting adapter plate is connected on the side of described main box abreast; One end of described adjust bar be installed in rotation on the described adjusting adapter plate and with the lateral vertical of described main box, the medial segment of this adjust bar is provided with sinistral external thread and segmentum laterale is provided with the dextrorotation outside thread; Described inboard lock sleeve rotation set is on the medial segment of described adjust bar; Described outside lock sleeve rotation set is on the segmentum laterale of described adjust bar; Described inner and outer slider is separately fixed at the locking of described inboard lock sleeve and the outside and puts, along with the rotation of described adjust bar make described inside and outside near or separately;
Described belt conveyor separating mechanism has two covers, lay respectively at the both sides of described main box and be connected with described folder bag regulating mechanism, every cover belt conveyor separating mechanism comprises forward and backward cylinder, forward and backward support and forward and backward right angle fagging, and described forward and backward cylinder is installed on the described forward and backward support separately; Described forward and backward support is installed on the described outer slide in a pair of described folder bag regulating mechanism by two stay bearing plates respectively; The vertical surface of described forward and backward right angle fagging is connected with the piston rod end of described forward and backward cylinder respectively, and the horizontal surface of described forward and backward right angle fagging is connected two, front and back of the described outer support wheel adapter plate in the described bag transporting body;
Two of described inside and outside support wheel adapter plate in the described bag transporting body is connected with described inner and outer slider in the described folder bag regulating mechanism by stay bearing plate respectively; Describedly press forward and backward in the bag reshaping device that stay bearing plate is separately fixed on the described inner and outer slider in the described folder bag regulating mechanism.
2. full-automatic vacuum packaging machine according to claim 1, it is characterized in that the described open-and-close mechanism in the described vacuum reciprocator comprises on slide rail on a pair of two longerons that are located at described frame, a pair of bottom surface, both sides, front and back that is located at described main box and is installed in servomotor, on the crossbeam of described frame with the adaptive chute, of described slide rail and is connected screw mandrel and on the servomotor output shaft and is installed in the bottom surface central authorities of described main box and the nut that can screw with described screw mandrel.
3. full-automatic vacuum packaging machine according to claim 1, it is characterized in that, the described described switching mechanism that connects in the bag mechanism comprise one be installed in describedly connect bag cylinder of adapter plate bottom surface, head is movably connected in described first respectively with fork, a rotating shaft of captiveing joint with the other end of fork, a pair of two of the flexible connection of the piston rod of cylinder and connects a bag bar, second connecting rod that connects in bag bar and the rotating shaft one by one.
4. full-automatic vacuum packaging machine according to claim 1, it is characterized in that, described two driven traction wheels in the described trailer coupling and described back tension wheel extremely far are provided with near from the side of described main box, and the line of centres of described initiative traction wheel, described two driven traction wheels and described back tension wheel is triangular in shape.
5. full-automatic vacuum packaging machine according to claim 1 is characterized in that, the described inner sealed board in the described enclosed mechanism is to be enclosed within by a shrouding connecting rod and to seal stage clip and described air bag base plate bonded assembly on the shrouding connecting rod.
6. full-automatic vacuum packaging machine according to claim 1, it is characterized in that described two of pressing the described inside and outside pressing plate in the bag reshaping device forward and backwardly is connected the airbag pressing plate with described by the folder bag stage clip that a folder bag connecting rod and is enclosed within on this folder bag connecting rod respectively.
7. full-automatic vacuum packaging machine according to claim 1 is characterized in that, the described adjusting adapter plate in the described folder bag regulating mechanism is to be connected on the side of described main box by a lower cantalever.
8. full-automatic vacuum packaging machine according to claim 1 is characterized in that, the described heat-sealing base plate in the described enclosed mechanism is fixed on the described upper cantilever by a hanging block.
9. full-automatic vacuum packaging machine according to claim 1 is characterized in that, two of the described heating steel band in the described enclosed mechanism is installed on the described heat-sealing base plate by a fixed block respectively.
10. full-automatic vacuum packaging machine according to claim 1 is characterized in that, the described drive motor in the described trailer coupling is a servomotor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202931522U CN201800941U (en) | 2010-08-16 | 2010-08-16 | Full-automatic vacuum package machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202931522U CN201800941U (en) | 2010-08-16 | 2010-08-16 | Full-automatic vacuum package machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201800941U true CN201800941U (en) | 2011-04-20 |
Family
ID=43870459
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010202931522U Expired - Lifetime CN201800941U (en) | 2010-08-16 | 2010-08-16 | Full-automatic vacuum package machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201800941U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101973406A (en) * | 2010-08-16 | 2011-02-16 | 上海嘉迪机械有限公司 | Full-automatic vacuum packaging machine |
| CN102700730A (en) * | 2012-05-18 | 2012-10-03 | 成都海科机械设备制造有限公司 | Full-automatic double-end metering, filling and vacuumizing production line |
-
2010
- 2010-08-16 CN CN2010202931522U patent/CN201800941U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101973406A (en) * | 2010-08-16 | 2011-02-16 | 上海嘉迪机械有限公司 | Full-automatic vacuum packaging machine |
| CN101973406B (en) * | 2010-08-16 | 2011-11-09 | 上海嘉迪机械有限公司 | Full-automatic vacuum packaging machine |
| CN102700730A (en) * | 2012-05-18 | 2012-10-03 | 成都海科机械设备制造有限公司 | Full-automatic double-end metering, filling and vacuumizing production line |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20110420 Effective date of abandoning: 20111109 |