CN100398401C

CN100398401C - Induction type equipment for filling package continuously

Info

Publication number: CN100398401C
Application number: CNB2005100256767A
Authority: CN
Inventors: 梁庆华; 王石刚; 陈桂宁; 莫锦秋; 徐威
Original assignee: Shanghai Jiaotong University
Current assignee: Shanghai Jiaotong University
Priority date: 2005-05-08
Filing date: 2005-05-08
Publication date: 2008-07-02
Anticipated expiration: 2025-05-08
Also published as: CN1696018A

Abstract

The present invention relates to an induction-type device for continuously filling packages, which comprises a pressurizing component, a heating component, a main drive component, a volume control drive component, a pattern correction drive component and a pin shaft, wherein the pressurizing component and the heating component which are connected through the pin shaft can rotate round the pin shaft and are convenient to disconnect during maintenance; each of both output shafts of the main drive component is respectively connected with drive input shafts of the pressurizing component and the heating component; each of both output shafts of the volume control drive component is respectively connected to drive input shafts of the pressurizing component and the heating component, and the drive input shafts has a volume control function; an output shaft of the pattern correction driven component is connected with a drive input shaft of the heating component, and the drive input shaft has a pattern correction function. The present invention implements the induction-type device for continuously filling packages with simplified structure and low cost.

Description

Induction type equipment for filling package continuously

Technical field

What the present invention relates to is a kind of packing device of field of mechanical technique, particularly a kind of induction type equipment for filling package continuously.

Background technology

Aseptic packaging (Aseptic Packaging) is present more common a kind of liquid food packing preservation technology. it is meant that packaged liquid food passes through the sterilization of short time before packing, (generally be at packing then by polyethylene, paper, aluminium foil, the packing that sarin resin etc. is composited), packed article, carry out can under all aseptic condition of packaging facilities and pack environment, a kind of packing technique of involution. well-known, the above-mentioned can involution process of introducing can be divided into: packing enter in the sterile sealing storehouse through after disinfecting, be formed by belt-like form and be longitudinally sealed in straight cartridge form by formation system, food liquid is delivered directly in the straight tube by delivery duct through pasteurization or uht (UHT) back, be cut to inner wrapping then at the lateral part of spaced at equal intervals back seal, and at the transverse sealing position.

The bottle placer of the above-mentioned type is known, wherein the lateral part of paper web is by two sealing device sealings of being moved by corresponding arm, thereby clamp with interval so that seal in continuous lateral part, comprise induction heating plant among right one of each jaw, local heat of fusion moulding material when clamping, thereby welding thermoplastic surface, reaching horizontal involution. every pair of jaw is finished a complicated operations circulation, wherein bottle placer top station makes corresponding jaw contact with paper web, the sealing device of firmly clamping this paper web is lowered by with the feeding axis of this paper web along this paper web, so that seal this horizontal involution, a bottom station at bottle placer is opened then. and second sealing device also finished identical circulation, but differ one with bottle placer speed of production time corresponding at interval, the paper web between first sealing that is formed by a sealing device and second sealing being formed by another sealing device has partly just formed each packing like this.

Because above-mentioned canning means speed is limited, canning means is suggested continuously, two chain type motion assemblies, defining corresponding circulating path and many heating members and pressing means to jaw are housed respectively. these two paths comprise relative and parallel individual path, and between feeding packaging material paper web. heating jaw pressurization jaw in the branch in the described individual path of respective paths and another path cooperates, clamps also involution paper web one group of transverse part office in proper order.

Find by prior art documents, provided the overall state of this continuous irrigation assembling device in the Chinese invention patent (application number 98115128), comprise that decide unit frame by two sidewalls and two transverse walls has installed two pairs of general chain exercise group parts in form, the packaging material paper web passes from the middle opening that two pairs of general chain exercise group parts form, comprise heating jaw and the pressurization jaw that cooperatively interacts on two pairs of general chain exercise group parts, by the induction heating plant of heating on the jaw at continuous transverse part office heat-sealing tube. the jaw guiding adopts the cam slave state, the contact front portion of cam a contact angle feature arranged, be convenient to enter by the nip territory when paper web. for guaranteeing that roller contacts with this cam on the jaw, disposed chain tensioning device. designed the cross joggle piece on one-sided limit when pressurization jaw and heating jaw involution. Chinese invention patent (application number 98115120) has provided the realization of the cutting function in this device, cutting is installed realizing with the rear of above-mentioned involution part at this. rotates in opposite directions on the cydariform pedestal at two, one is stretched out outside radially from outer peripheral face one group of blade has been installed, another then stretches out outside radially from outer peripheral face has installed and the cooresponding chopping block of cutter. include a joggle piece for each blade and chopping block, so that clamp the sealing band that forms in the involution, and draw in cutting zone, cutting, be pulled away from cutting zone, two drums are driven by belt-driving by chain group axle drive shaft, so that reach involution and cutting synchronously. the shape that Chinese invention patent (application number 98115121) has provided jaw capacity holder in this device be connected design, and the realization of capacity adjustment (also being volume control) function, drive the eccentric shaft rotating cam by stepping motor, thereby make the cam displacement, change " closure " angle of capacity holder by the cam follower on the jaw, qualification is formed and packs interior product capacity, the realization capacity is adjusted. and Chinese invention patent (application number 98115123) has provided the realization of correcting pattern function in this device, drive movable cam by the correcting pattern motor by strap drive, movable cam drives the variable outline cam unit of hinged parallelogram, thereby drive the actuating mechanism on the heating jaw, synchronously spur packaging material from packaging material paper web both sides, thereby realize the particularity of packaging external appearance. Chinese invention patent (application number 98115124) has provided the realization of pressurization function, be on each pressurization jaw a push rod to be arranged, be installed in by a pair of elasticity coupling assembling on the main body of pressurization jaw, preloading of the main spring in this spring coupling assembling defines the clamping pressure that is applied on the packing.

This device adopts integral frame, in the time will keeping in repair, want integral body to open, very inconvenience. this device has adopted the mode of involution and cutting and separating, twice pressurization of palpus and engagement, make structure complicated, though be to advance by strap drive chain group master driving and cutting driving have been done synchronously, but strap drive poor accuracy, and the involution district is narrower, can produce not cutting in the middle of the involution district, influence product appearance. the jaw guiding adopts the cam slave state, and has disposed chain tensioning device, the chain mode of operation is changed greatly. the pressure that is scattered in each pressurization jaw adjusts that not only adjustment process is long, and conformability is poor. the pressurization jaw meshes with the one-sided limit cross of heating jaw, makes the packaging material paper web monolateral stressed. and the capacity adjustment, correcting pattern is by strap drive, and need configuration tightening device, complex structure, and poor accuracy.

Summary of the invention

The objective of the invention is to overcome deficiency of the prior art, a kind of induction type equipment for filling package continuously is provided. make its designs simplification, realized the continuous filling high-speed packaging of induction heating type device at low cost.

The present invention is achieved by the following technical solutions, the present invention includes pressure-applying unit, heating component, main driven unit, capacity is adjusted driven unit, the correcting pattern driven unit, bearing pin, pressure-applying unit, heating component connects by bearing pin, can be rotated around bearing pin, so that two assemblies the time are opened in maintenance. two output shafts of main driven unit connect pressure-applying unit respectively, the driving input shaft of heating component. two output shafts that capacity is adjusted driven unit connect pressure-applying unit respectively, the driving input shaft of the capacity adjustment function of heating component. the output shaft of correcting pattern driven unit connects the driving input shaft of the correcting pattern function of heating component.

Described pressure-applying unit comprises the left chain of pressurization, right chain pressurizes, left sprocket wheel pressurizes, right sprocket wheel pressurizes, the left track adjusting wheel of pressurizeing, the right track adjusting wheel of pressurizeing, the pressurization sprocket shaft, the pressurized pilot wheel shaft, left deckle board pressurizes, right deckle board pressurizes, the pressurization adapter plate, left side pressure device, right pressure device, left side pressurization is supported, right pressurization is supported, angular-motion transducer, the pressurization capacity is adjusted assembly, top board, lower platen, free bearing, the left-hand tool cam, the right-cut tool cam, some press jaw. suit angular-motion transducer successively from left to right on the pressurization sprocket shaft, lower platen, left deckle board pressurizes, left sprocket wheel pressurizes, right sprocket wheel pressurizes, right deckle board pressurizes. and the pressurized pilot wheel shaft is the suit left deckle board that pressurizes successively from left to right, the left track adjusting wheel of pressurizeing, the right track adjusting wheel of pressurizeing, right deckle board pressurizes. and left deckle board pressurizes, pressurize about right deckle board thirty years of age in opposite directions, with pressurization sprocket shaft and pressurized pilot wheel shaft, constituting a rigid frame. lower platen is by being bolted to the lower-left side of the left deckle board of pressurization, top board is installed in the upper left side of the left deckle board of pressurization by bolt, free bearing is by downside in the left side that is bolted to the left deckle board of pressurization. and the pressurization adapter plate is positioned at the left deckle board of pressurization, pressurize between right deckle board, connect the left deckle board of pressurization by bolt respectively at left and right sides, right deckle board pressurizes. and the front upper of pressurization adapter plate is from left to right installed left side pressurization successively by bolt and is supported, the pressurization capacity is adjusted assembly, right pressurization is supported. and left side pressurization is supported the bottom and is contacted with the shaft of left pressure device. and right pressurization is supported the bottom and is contacted with the shaft of right pressure device. and the front lower of pressurization adapter plate is from left to right installed left-hand tool cam and right-cut tool cam successively by bolt. and left pressure device serves as to adjust stay bearing plate to install by bolt with the left deckle board that pressurizes, make its pressure regulation partly drop on the left side of the left deckle board of pressurization, be the outside of this device. right pressure device serves as to adjust stay bearing plate to install by bolt with the right deckle board that pressurizes, make its pressure regulation partly drop on the right side of the right deckle board of pressurization, i.e. Zhuan Zhi outside. the left chain that pressurizes is enclosed within on left sprocket wheel of pressurization and the left track adjusting wheel of pressurization. and the right chain that pressurizes is enclosed within on right sprocket wheel of pressurization and the right track adjusting wheel of pressurization. and some press jaw equally spaced distribute on parallel pressurization left side chain and the right chain of pressurization, the annex that stretches out that the passing through of each press jaw pressurizeed on left chain and the right chain of pressurization is connected across on left chain of pressurization and the right chain of pressurization, and the distance between adjacent two press jaw is determined according to the specification of packaging product.

The right sprocket tooth form of the left sprocket wheel of described pressurization, pressurization is synchronous fully.

Described top board and lower platen have formed a guide groove on the left deckle board of pressurization, when unclamping the bolt of rear end plate of free bearing, free bearing can only be along the guide groove sway of top board and lower platen formation. when the adjusting play, unclamp the bolt of rear end plate of free bearing, come the adjusting play by the bolt of rear end plate of adjusting top board and lower platen, adjust the bolt of rear end plate that screws free bearing after finishing again.

Described press jaw comprises the press jaw bearing, the press jaw anchor shaft, the press jaw floating axle, add pressure bar, the holder of press jaw capacity, press jaw left side gear block, the right gear block of press jaw, press jaw promotes roller, a press jaw left side is supported, press jaw is right to be supported, the left-hand tool fork, the right-cut tool fork, the left-hand tool pull back spring, the right-cut tool pull back spring, the left cut cutter shaft, the right cut cutter shaft, last pressure-bearing adhesive tape and following pressure-bearing adhesive tape. the holder of press jaw capacity is fixed on the front upper of press jaw bearing by spring and bearing pin. and press jaw promotes roller is installed in the holder of press jaw capacity by bolt back. and the press jaw anchor shaft is by being bolted to the lower backside of press jaw bearing. and the press jaw floating axle is connected by the upper rear portion of spring leg with the press jaw bearing, stuck to prevent that press jaw from machinery taking place when walking around track adjusting wheel and sprocket wheel. press jaw left side gear block is by being bolted to the preceding left side of press jaw bearing, the right gear block of press jaw is by being bolted to the preceding right side of press jaw bearing. and the back side of press jaw bearing is from left to right installed a press jaw left side by screw thread successively and is supported, the left-hand tool fork, the right-cut tool fork, press jaw is right to be supported. and left-hand tool fork one end is installed in the back side of press jaw bearing by bearing pin, right-cut tool fork one end is installed in the back side of press jaw bearing by bearing pin. and the axle of left-hand tool fork is overcoat left-hand tool pull back spring successively from inside to outside, the left cut cutter shaft, the axle of right-cut tool fork is overcoat right-cut tool pull back spring successively from inside to outside, the right cut cutter shaft. add pressure bar by being bolted on the pressurization jaw bearing, last pressure-bearing adhesive tape and following pressure-bearing adhesive tape add on the pressure bar by being bolted to.

Described press jaw left side gear block and the right gear block of press jaw are first quarter moon matrix gear block.

The two ends of described press jaw anchor shaft are connected with the annex that stretches out on the left chain of pressurization and the right chain that pressurizes by bolt respectively.

The two ends of described press jaw floating axle are connected with the annex that stretches out on the left chain of pressurization and the right chain that pressurizes by bolt respectively.

Described pressurization capacity is adjusted assembly and is comprised that pressurization capacity adjustment bearing, pressurization capacity adjustment guide rail, pressurization capacity adjustment boxed rod, pressurization capacity are adjusted lower link, the pressurization capacity is adjusted eccentric shaft. and pressurization capacity adjustment bearing is by being bolted on the adapter plate that pressurizes, adjust bearing with the pressurization capacity and be moving part not, adjusting guide rail with the pressurization capacity is moving part, and adjusting lower link with pressurization capacity adjustment boxed rod, pressurization capacity is that rod member constitutes a parallel-crank mechanism by hinge. the pressurization capacity is adjusted guide rail and is adjusted eccentric shaft by the hole connection pressurization capacity of lower end.

Described heating component comprises the left chain of heating, heat right chain, heat left sprocket wheel, heat right sprocket wheel, heat left track adjusting wheel, heat right track adjusting wheel, the Heating Chain wheel shaft, the heating guide wheel shaft, heat left deckle board, heat right deckle board, the heating adapter plate, left side heating is supported, right heating is supported, add heat absorption capacity and adjust assembly, correcting pattern left side cam, the right cam of correcting pattern, and several the heating pawls. on the Heating Chain wheel shaft from left to right successively suit heat left deckle board, heat left sprocket wheel, heat right sprocket wheel, heat right deckle board. the heating guide wheel shaft from left to right successively suit heat left deckle board, heat left track adjusting wheel, heat right jockey sprocket, heat right deckle board. heat left deckle board, heat right deckle board thirty years of age in opposite directions, with Heating Chain wheel shaft and heating guide wheel shaft, constitute a rigid frame.

The heating adapter plate is positioned between the right deckle board of heating left deckle board, heating, connects the left deckle board of heating, the right deckle board of heating by bolt respectively at left and right sides. and install successively from left to right that left side heating is supported, correcting pattern left side cam, add heat absorption capacity and adjust assembly, the right cam of correcting pattern, right heating and support by bolt in the front of heating adapter plate. heat left chain and be enclosed within on left sprocket wheel of heating and the left track adjusting wheel of heating; Heating right chain is enclosed within on right sprocket wheel of heating and the right track adjusting wheel of heating. parallel heating left side chain and the right chain of heating some heating pawls that equally spaced distribute, the annex that stretches out that passes through to heat on left chain and the right chain of heating of each heating pawl is connected across on left chain of heating and the right chain of heating, and the distance between adjacent two heating pawls is determined according to the specification of packaging product.

The right sprocket tooth form of the left sprocket wheel of described heating, heating is synchronous fully.

There is a hinge seat feature the left deckle board of described heating inboard.

The right chain of the left chain of described pressurization, pressurization, heat left chain, the right chain type selecting of heating is identical, chain number is identical.

Described heating pawl quantity is identical with press jaw quantity, places in pairs.

As shown in the figure, described heating pawl comprises heating pawl bearing, heating pawl anchor shaft, heating pawl floating axle, contact rod, the holder of heating pawl capacity, heating pawl left side gear block, the right gear block heating of heating pawl pawl promotes roller, a heating pawl left side is supported, the heating pawl is right to be supported, anodal carbon brush, the negative pole carbon brush, left side correcting pattern fork, right correcting pattern fork, left side correcting pattern pull back spring, right correcting pattern pull back spring, left side correcting pattern actr, right correcting pattern actr, last heating electrode and following heating electrode. the holder of heating pawl capacity is fixed on the front upper of heating pawl bearing by spring and bearing pin. and the heating pawl promotes roller is installed in the holder of pressurized heat pawl capacity by bolt back. and heating pawl anchor shaft is by being bolted to the lower backside of heating pawl bearing, heating pawl floating axle is connected by the upper rear portion of spring leg with heating pawl bearing, to prevent that heating pawl takes place mechanical stuck when walking around track adjusting wheel and sprocket wheel. the right gear block of heating pawl is by being bolted to the preceding right side of heating pawl bearing, heating pawl left side gear block is by being bolted to the preceding left side of heating pawl bearing. anodal carbon brush, the negative pole carbon brush is installed in the right flank of heating pawl bearing by bolt. and the back side of heating pawl bearing is from left to right installed a heating pawl left side successively and is supported, left side correcting pattern fork, right correcting pattern fork, the heating pawl is right to be supported. the outer shaft sleeve left side correcting pattern pull back spring of left correcting pattern fork, and be connected with left correcting pattern actr, the right correcting pattern pull back spring of the outer shaft sleeve of right correcting pattern fork, and being connected with right correcting pattern actr. contact rod is by being bolted on the heating jaw bearing, and heating electrode and following heating electrode are by being bolted on the contact rod.

Described heating pawl left side gear block and the right gear block of heating pawl are first quarter moon convex gear block.

The two ends of described heating pawl anchor shaft are connected by bolt and the left chain of heating and the annex that stretches out that heats on the right chain respectively.

The two ends of described press jaw floating axle are connected by bolt and the left chain of heating and the annex that stretches out that heats on the right chain respectively.

The described heat absorption capacity that adds is adjusted assembly and is comprised that adding heat absorption capacity adjusts bearing, adds heat absorption capacity and adjust guide rail, add heat absorption capacity and adjust boxed rod, add heat absorption capacity and adjust lower link, add heat absorption capacity and adjust eccentric shaft. and add heat absorption capacity and adjust bearing by being bolted on the heating adapter plate, adjust bearing and be moving part not to add heat absorption capacity, to adjust guide rail is moving part to add heat absorption capacity, adjusts boxed rod to add heat absorption capacity, adding heat absorption capacity, to adjust lower link be that the bar bar constitutes a parallel-crank mechanism by hinge. add heat absorption capacity and adjust the hole of guide rail by the lower end and connect and add heat absorption capacity and adjust eccentric shaft.

Described main driven unit comprises that main drive motor, main driving first drive coupling, main driving first retarder, master drive second drive coupling, the master drives second retarder. master's driving first drive coupling connects the shaft of main drive motor and the axle of going into of main driving first retarder, main second drive coupling that drives connects main do not slow down shaft and the main axle of going into that drives second retarder that drives first retarder. and the main deceleration shaft that drives first retarder is connected the Heating Chain wheel shaft, and the main deceleration shaft that drives second retarder connects the pressurization sprocket shaft.

Described main driving first retarder is a worm type of reduction gearing, and do not slow down a shaft and a deceleration shaft are arranged.

Described main driving second retarder is a worm type of reduction gearing, and a deceleration shaft is arranged.

Described master drives first retarder, the main driving second retarder rotation direction is opposite.

Described capacity is adjusted driven unit and is comprised capacity adjustment motor, capacity is adjusted first drive coupling, capacity is adjusted first retarder, capacity is adjusted second drive coupling, capacity is adjusted second retarder. and capacity is adjusted the axle of going into that shaft that the first drive coupling connection capacity adjusts motor and capacity are adjusted first retarder. and capacity is adjusted the second drive coupling connection capacity and is adjusted the axle of going into that do not slow down shaft and the capacity of first retarder are adjusted second retarder. and the deceleration shaft that capacity is adjusted first retarder is connected and adds heat absorption capacity and adjust eccentric shaft, and the deceleration shaft that capacity is adjusted second retarder connects pressurization capacity adjustment eccentric shaft.

It is worm type of reduction gearing that described capacity is adjusted first retarder, and do not slow down a shaft and a deceleration shaft are arranged.

It is worm type of reduction gearing that described capacity is adjusted second retarder, and a deceleration shaft is arranged.

It is opposite that described capacity is adjusted first retarder, capacity is adjusted the second retarder rotation direction

Described correcting pattern driven unit comprises correcting pattern motor, correcting pattern drive coupling, correcting pattern eccentric shaft. the correcting pattern coupler connects the shaft and correcting pattern eccentric shaft of pattern correcting motor. all be connected the correcting pattern eccentric shaft at the reverse side correcting pattern left side of heating adapter plate cam, the right cam of correcting pattern by the hole of bottom.

Pressure-applying unit and pressure-applying unit opposition are placed, main drive motor is through main first drive coupling that drives, main first retarder that drives, main second coupler that drives, main second retarder that drives, be transferred to pressurization sprocket shaft and Heating Chain wheel shaft, thereby the left chain of output pressurization, right chain pressurizes, heat left chain, heat the path of motion of right chain, (chain on the pressure-applying unit pressurizes left chain, right chain pressurizes) (heat left chain with the chain that heats on the supporting component of a pawl left side, heat right chain) move toward one another. the left chain of main pressurization, the right chain movement that pressurizes is synchronous, heat left chain, it is synchronous to heat right chain movement, left sprocket wheel pressurizes, the right sprocket tooth form that pressurizes is synchronous fully, heat left sprocket wheel, it is synchronous fully to heat right sprocket tooth form. between chain link, place heating pawl and press jaw respectively equally spacedly, this spacing is limited by the specification length of packing. and left chain pressurizes, right chain pressurizes, heat left chain, heat the formed common linear section of right chain and be pressurization straight path section, this moment heats pawl and press jaw is in pressurized state, packaging material is applied certain pressure, and this pressure size can be passed through left pressure device, right pressure device is adjusted.

Linear portion in path of motion, heating pawl left side gear block, the right engagement of heating pawl respectively with press jaw left side gear block, the right gear block engagement of press jaw, last heating electrode on the feasible heating pawl, following heating electrode respectively with press jaw on last pressure-bearing adhesive tape, following pressure-bearing adhesive tape position correspondence. the packaging material paper web to the intact food liquid of can pressurizes, and extrude wherein food liquid, make the packaging material inside face the thermoplastic material direct contact and form certain pressure. the transmission of pressure route is left pressure device, right pressure device → left side pressurization is supported, a right pressurization support → press jaw left side is supported, press jaw is right to support → goes up the pressure-bearing adhesive tape, following pressure-bearing adhesive tape → packaging material → last heating electrode, following heating electrode → heating pawl left side is supported, right support → the left side heating of heating pawl is supported, right heating is supported. and left side pressurization is supported, right pressurization is supported, left side heating is supported, right heating is supported and connect the surface is roller guide rail, the segment of curve feature 38 of its leading portion forms a V-type zone, when paper web enters pressurised zone, progressively pressurize from both sides respectively.

The pressurization track is divided into heating region, cooled region, cut off three zones, zone. at heating region, under the state that pressure keeps, anodal carbon brush by the heating pawl, the negative pole carbon brush contacts with exterior electrode, the logical high-frequency electrical of input, form eddy current magnetism by last heating electrode and following heating electrode high-frequency induction, the aluminium foil that packaging material is pressed close to thermoplastic layer produces instantaneous heat under the effect of high frequency magnetic field, melt thermoplastic layer. after entering cooled region, anodal carbon brush, the negative pole carbon brush no longer contacts with exterior electrode, cut off electromagnetic action, melt back thermoplastic layer cooling curing, owing to also be in the situation that pressure keeps, realize reliable involution. before press jaw and heating pawl withdraw from straight path, the left-hand tool cam, the right-cut tool cam promotes the left-hand tool fork and the right-cut tool fork of press jaw respectively, and then promotion left cut cutter shaft and right cut cutter shaft, feasible cutting knife (the outsourcing piece that is installed in left cut cutter shaft and right cut cutter shaft leading portion, not in this patent scope) realize cutting off action, will seal from the centre and cut off. left cut cutter shaft and right cut cutter shaft return under the effect of left-hand tool pull back spring and right-cut tool pull back spring respectively.

Angular-motion transducer is used to measure the angular transposition of pressurization sprocket shaft, other functional module on bottle placer or device as to the radio-frequency generator sender, so that can cooperate in harmony.

Capacity is adjusted motor and is adjusted first drive coupling, capacity through overcapacity and adjust first retarder, capacity and adjust second coupler, capacity and adjust second retarder and be transferred to that the pressurization capacity is adjusted eccentric shaft and the pressurization capacity is adjusted eccentric shaft, the angular adjustment that makes capacity adjust motor changes the pressurization capacity into to be adjusted guide rail and adds the adjusting motion in opposite directions that heat absorption capacity is adjusted guide rail, and and then promote that press jaw promotes roller and press jaw promotes roller, make holder of press jaw capacity and the holder of press jaw capacity around separately rotary pin shaft rotation.

The angular adjustment amount of correcting pattern motor, be transformed into correcting pattern left side cam via correcting pattern drive coupling and correcting pattern eccentric shaft, the move toward one another of the right cam of correcting pattern, promote left correcting pattern fork, right correcting pattern fork, continuous and make left correcting pattern actr, right correcting pattern actr is exported rightabout equal angles swing, from packaging material paper web both sides precise synchronization ground pulling packaging material, thus the particularity of realization packaging external appearance. left correcting pattern pull back spring, right correcting pattern pull back spring makes left correcting pattern actr, right correcting pattern actr return also is in open mode.

Designs simplification of the present invention, but realized the continuous filling high-speed packaging of induction heating type device at low cost. adopted the structure of split, be convenient to safeguard. involution and cutting are integrated, once pressurization engagement, simplified structure, guaranteed the centering cutting of involution district. adopt the centralization pressurization, and utilize the employing roller guide rail realization jaw on the pressure device to lead. the jaw engagement of symmetric double side makes paper web stressed evenly. and parallel-crank mechanism has guaranteed the identical appearance angle of different capabilities. adopt the coupler imput power, the structure of adjustment of simplified structure capacity and correcting pattern.

Description of drawings

Fig. 1 structural representation of the present invention.

Fig. 2 structure top view of the present invention

The structural representation in Fig. 3 pressure-applying unit front

The structural representation of Fig. 4 pressure-applying unit reverse side

The structural representation in Fig. 5 heating component front

The structural representation of Fig. 6 heating component reverse side

The structural representation in Fig. 7 press jaw front

The structural representation of Fig. 8 press jaw reverse side

Fig. 9 heats the structural representation in pawl front

Figure 10 heats the structural representation of pawl reverse side

The specific embodiment

As Fig. 1, shown in 2, the present invention includes pressure-applying unit 1, heating component 2, main driven unit 3, capacity is adjusted driven unit 4, correcting pattern driven unit 5, bearing pin 6, pressure-applying unit 1, heating component 2 connects by bearing pin 6, can be rotated around bearing pin 6, so that two assemblies the time are opened in maintenance. two output shafts of main driven unit 3 connect pressure-applying unit 1 respectively, the driving input shaft of heating component 2. two output shafts that capacity is adjusted driven unit 4 connect pressure-applying unit 1 respectively, the driving input shaft of the capacity adjustment function of heating component 2. the output shaft of correcting pattern driven unit 5 connects the driving input shaft of the correcting pattern function of heating component 2.

As Fig. 3, shown in 4, described pressure-applying unit 1 comprises the left chain 7 of pressurization, right chain 8 pressurizes, left sprocket wheel 9 pressurizes, right sprocket wheel 10 pressurizes, the left track adjusting wheel 11 of pressurizeing, the right track adjusting wheel 12 of pressurizeing, pressurization sprocket shaft 13, pressurized pilot wheel shaft 14, left deckle board 15 pressurizes, right deckle board 16 pressurizes, pressurization adapter plate 17, left side pressure device 18, right pressure device 19, left side pressurization supports 20, right pressurization supports 21, angular-motion transducer 22, the pressurization capacity is adjusted assembly 23, top board 24, lower platen 25, free bearing 26, left-hand tool cam 27, right-cut tool cam 28, suit angular-motion transducer 22 successively from left to right on the some press jaw 29. pressurization sprocket shafts 13, lower platen 25, left deckle board 15 pressurizes, left sprocket wheel 9 pressurizes, right sprocket wheel 10 pressurizes, the from left to right suit left deckle board 15 that pressurizes successively of right deckle board 16. pressurized pilot wheel shafts 14 pressurizes, the left track adjusting wheel 11 of pressurizeing, the right track adjusting wheel 12 of pressurizeing, the left deckle board 15 of right deckle board 16. pressurizations pressurizes, right deckle board about 16 thirty years of age in opposite directions pressurizes, with pressurization sprocket shaft 13 and pressurized pilot wheel shaft 14, constituting a rigid frame. lower platen 25 is by being bolted to the lower-left side of the left deckle board 15 of pressurization, top board 24 is installed in the upper left side of the left deckle board 15 of pressurization by bolt, free bearing 26 is by downside in the left side that is bolted to the left deckle board 15 of pressurization. and pressurization adapter plate 17 is positioned at the left deckle board 15 of pressurization, 16 of right deckle boards pressurize, connect the left deckle board 15 of pressurization by bolt respectively at left and right sides, the front upper of right deckle board 16. pressurization adapter plates 17 of pressurizeing is from left to right installed left side pressurization successively by bolt and is supported 20, the pressurization capacity is adjusted assembly 23, right pressurization support 21. left pressurizations are supported 20 bottoms and are contacted with the shaft of left pressure device 18. and right support 21 bottoms of pressurizeing contact with the shaft of right pressure device 19. and the front lower of pressurization adapter plate 17 by bolt left-hand tool cam 27 is installed successively from left to right and right-cut tool cam 28. left pressure devices 18 serve as to adjust stay bearing plate to install by bolt with the left deckle board 15 that pressurizes, make its pressure regulation partly drop on the left side of the left deckle board 15 of pressurization, be the outside of this device. right pressure device 19 serves as to adjust stay bearing plate to install by bolt with the right deckle board 16 that pressurizes, make its pressure regulation partly drop on the right side of the right deckle board 16 of pressurization, i.e. Zhuan Zhi outside. the left chain 7 that pressurizes is enclosed within on left sprocket wheel 9 of pressurization and the left track adjusting wheel 11 of pressurization. and the right chain 8 that pressurizes is enclosed within on right sprocket wheel 10 of pressurization and the right track adjusting wheel 12 of pressurization. and some press jaw 29 equally spaced distribute on parallel pressurization left side chain 7 and the right chain 8 of pressurization, the annex that stretches out that the passing through of each press jaw 29 pressurizeed on left chain 7 and the right chain 8 of pressurization is connected across on left chain 7 of pressurization and the right chain 8 of pressurization, and the distance between adjacent two press jaw 29 is determined according to the specification of packaging product.

The left sprocket wheel 9 of described pressurization, the pressurization right sprocket wheel 10 profiles of tooth synchronous fully.

Described top board 24 and lower platen 25 have formed a guide groove on the left deckle board 15 of pressurization, when unclamping the bolt of rear end plate of free bearing 26, free bearing 26 can only be along the guide groove sway of top board 24 and lower platen 25 formations.

As Fig. 7, shown in 8, described press jaw 29 comprises press jaw bearing 30, press jaw anchor shaft 31, press jaw floating axle 32, add pressure bar 33, press jaw capacity holder 34, press jaw left side gear block 35, the right gear block 36 of press jaw, press jaw promotes roller 37, a press jaw left side supports 38, press jaw is right to support 39, left-hand tool fork 40, right-cut tool fork 41, left-hand tool pull back spring 42, right-cut tool pull back spring 43, left cut cutter shaft 44, right cut cutter shaft 45, last pressure-bearing adhesive tape 46 and following pressure-bearing adhesive tape 47. press jaw capacity holders 34 are fixed on the front upper of press jaw bearing 30 by spring and bearing pin. and press jaw promotes roller 37 is installed in press jaw capacity holder 34 by bolt back. and press jaw anchor shaft 31 is by being bolted to the lower backside of press jaw bearing 30, press jaw floating axle 32 is connected by the upper rear portion of spring leg with press jaw bearing 30. and press jaw left side gear block 35 is by being bolted to the preceding left side of press jaw bearing 30, the right gear block 36 of press jaw is by being bolted to the preceding right side of press jaw bearing 30. and the back side of press jaw bearing 30 is from left to right installed a press jaw left side by screw thread successively and is supported 38, left-hand tool fork 40, right-cut tool fork 41, the right support of press jaw 39. left-hand tool forks 40 1 ends are installed in the back side of press jaw bearing 30 by bearing pin, right-cut tool fork 41 1 ends are installed in the back side of press jaw bearing 30 by bearing pin. and the axle of left-hand tool fork 40 is overcoat left-hand tool pull back spring 42 successively from inside to outside, left cut cutter shaft 44, the axle of right-cut tool fork 41 is overcoat right-cut tool pull back spring 43 successively from inside to outside, right cut cutter shaft 45. adds pressure bar 33 by being bolted on the pressurization jaw bearing, and last pressure-bearing adhesive tape 46 and following pressure-bearing adhesive tape 47 add on the pressure bar 33 by being bolted to.

Described press jaw left side gear block 35 and the right gear block 36 of press jaw are first quarter moon matrix gear block.

The two ends of described press jaw anchor shaft 31 are connected with the annex that stretches out on the left chain 7 of pressurization and the right chain 8 that pressurizes by bolt respectively.

The two ends of described press jaw floating axle 32 are connected with the annex that stretches out on the left chain 7 of pressurization and the right chain 8 that pressurizes by bolt respectively.

Shown in Fig. 3,4, described pressurization capacity is adjusted assembly 23 and is comprised that pressurization capacity adjustment bearing 48, pressurization capacity adjustment guide rail 49, pressurization capacity adjustment boxed rod 50, pressurization capacity are adjusted lower link 51, the pressurization capacity is adjusted eccentric shaft 52.The pressurization capacity is adjusted bearing 48 by being bolted on the pressurization adapter plate 17, adjust bearing 48 with the pressurization capacity and be moving part not, adjusting guide rail 49 with the pressurization capacity is moving part, and adjusting lower link 51 with pressurization capacity adjustment boxed rod 50, pressurization capacity is that rod member constitutes a parallel-crank mechanism by hinge. the pressurization capacity is adjusted guide rail 49 and is adjusted eccentric shaft 52. by the hole connection pressurization capacity of lower end

As Fig. 5, shown in 6, described heating component 2 comprises the left chain 53 of heating, heat right chain 54, heat left sprocket wheel 55, heat right sprocket wheel 56, heat left track adjusting wheel 57, heat right track adjusting wheel 58, Heating Chain wheel shaft 59, heating guide wheel shaft 60, heat left deckle board 61, heat right deckle board 62, heating adapter plate 63, left side heating supports 64, right heating supports 65, adds heat absorption capacity and adjusts assembly 66, correcting pattern left side cam 67, the right cam 68 of correcting pattern, and on several heating pawl 69. Heating Chain wheel shafts 59 from left to right successively suit heat left deckle board 61, heat left sprocket wheel 55, heat right sprocket wheel 56, heat right deckle board 62.Heating guide wheel shaft 60 from left to right successively suit heat left deckle board 61, the left track adjusting wheel 57 of heating, heat the left deckle board 61 of right deckle board 62. heating of right jockey sprocket, heating, the right deckle board 62 of heating thirty years of age in opposite directions, with Heating Chain wheel shaft 59 and heating guide wheel shaft 60, constitute a rigid frame.Heating adapter plate 63 is positioned at the left deckle board 61 of heating, 62 of right deckle boards of heating, connects the left deckle board 61 of heating, the right deckle board 62. of heating by bolt respectively at left and right sides and installs successively from left to right that left side heating supports 64, correcting pattern left side cam 67, adds heat absorption capacity and adjust assembly 66, the right cam 68 of correcting pattern, right heating and support the left chain 53 of 65. heating and be enclosed within the left sprocket wheel 55 of heating and heat on the left track adjusting wheel 57 by bolt in the front of heating adapter plate 63; Heating right chain 54 is enclosed within on right sprocket wheel of heating 56 and the right track adjusting wheel 58 of heating. parallel heating left side chain 53 and the right chain 53 of heating some heating pawls 69 that equally spaced distribute, the annex that stretches out that passes through to heat on left chain 53 and the right chain 54 of heating of each heating pawl 69 is connected across on left chain 53 of heating and the right chain 54 of heating, and the distance between adjacent two heating pawls 69 is determined according to the specification of packaging product.

The left sprocket wheel 53 of described heating, the heating right sprocket wheel 54 profiles of tooth synchronous fully.

There is a hinge seat feature 70. the left deckle board of described heating 61 inboards

The left chain 7 of described pressurization, the pressurization right chain 8, the heating left chain 53, the heating right chain 54 type selectings identical, chain number is identical.

As Fig. 9, shown in 10, described heating pawl 69 comprises heating pawl bearing 71, heating pawl anchor shaft 72, heating pawl floating axle 73, contact rod 74, heating pawl capacity holder 75, heating pawl left side gear block 76, the right gear block 77 of heating pawl, the heating pawl promotes roller 78, a heating pawl left side supports 79, the heating pawl is right to support 80, anodal carbon brush 81, negative pole carbon brush 82, left side correcting pattern fork 83, right correcting pattern fork 84, left side correcting pattern pull back spring 85, right correcting pattern pull back spring 86, left side correcting pattern actr 87, right correcting pattern actr 88, last heating electrode 89 and the 90. heating pawl capacity holders 75 of following heating electrode are fixed on the front upper of heating pawl bearing 71 by spring and bearing pin. and the heating pawl promotes roller 78 is installed in the holder of pressurized heat pawl capacity by bolt back. and heating pawl anchor shaft 72 is by being bolted to the lower backside of heating pawl bearing 71, heating pawl floating axle 73 is connected by the upper rear portion of spring leg with heating pawl bearing 71. and the right gear block 77 of heating pawl is by being bolted to the preceding right side of heating pawl bearing 71, heating pawl left side gear block 76 is by being bolted to the preceding left side of heating pawl bearing 71. anodal carbon brush 81, negative pole carbon brush 82 is installed in the right flank of heating pawl bearing 71 by bolt,. the back side of heating pawl bearing 71 is from left to right installed a heating pawl left side successively and is supported 79, left side correcting pattern fork 83, right correcting pattern fork 84, the right outer shaft sleeve left side correcting pattern pull back spring 85 that supports 80. left correcting pattern forks 83 of heating pawl, and be connected with left correcting pattern actr 87, the right correcting pattern pull back spring 86 of the outer shaft sleeve of right correcting pattern fork 84, and being connected with right correcting pattern actr 88. contact rod 74 is by being bolted on the heating jaw bearing, and heating electrode 89 and following heating electrode 90 are by being bolted on the contact rod 74.

Described heating pawl left side gear block 76 and the right gear block 77 of heating pawl are first quarter moon convex gear block.

The two ends of described heating pawl anchor shaft 72 are connected by bolt and the left chain 53 of heating and the annex that stretches out that heats on the right chain 54 respectively.

The two ends of described press jaw floating axle 73 are connected by bolt and the left chain 53 of heating and the annex that stretches out that heats on the right chain 54 respectively.

Described heating pawl 69 quantity are identical with press jaw 29 quantity, place in pairs.

As Fig. 5, shown in 6, the described heat absorption capacity adjustment assembly 66 that adds comprises that adding heat absorption capacity adjusts bearing 91, add heat absorption capacity and adjust guide rail 92, add heat absorption capacity and adjust boxed rod 93, add heat absorption capacity and adjust lower link 94, add heat absorption capacity adjustment eccentric shaft 95. and add heat absorption capacity adjustment bearing 91 by being bolted on the heating adapter plate 63, adjust bearing 91 and be moving part not to add heat absorption capacity, to add heat absorption capacity adjustment guide rail 92 is moving part, adjusts boxed rod 93 to add heat absorption capacity, adding heat absorption capacity adjusts lower link 94 and constitutes a parallel-crank mechanism for the bar bar by hinge. and add heat absorption capacity and adjust the hole of guide rail 92 by the lower end and connect and add heat absorption capacity and adjust eccentric shaft 95.

As shown in Figure 2, described main driven unit 3 comprises main drive motor 96, main first drive coupling 97 that drives, main first retarder 98 that drives, main second drive coupling 99 that drives, main second retarder, 100. main shaft and the main axles of going into that drive first retarder 98 that drive first drive coupling, 97 connection main drive motors 96 that drive, main second drive coupling 99 that drives connects main do not slow down shaft and the main axle of going into that drives second retarder 100 that drives first retarder 98. and the main deceleration shaft that drives first retarder 98 is connected Heating Chain wheel shaft 59, and the main deceleration shaft that drives second retarder 100 connects pressurization sprocket shaft 13.

Described main driving first retarder 98 is worm type of reduction gearings, and do not slow down a shaft and a deceleration shaft are arranged.

Described main driving second retarder 100 is worm type of reduction gearings, and a deceleration shaft is arranged.

Described master drives first retarder 98, the main driving second retarder rotation direction is opposite.

As shown in Figure 2, described capacity is adjusted driven unit 4 and is comprised capacity adjustment motor 101, capacity is adjusted first drive coupling 102, capacity is adjusted first retarder 103, capacity is adjusted second drive coupling 104, capacity is adjusted second retarder, 105. capacity and is adjusted the axle of going into that shaft that first drive coupling, 102 connection capacitys adjust motor 101 and capacity are adjusted first retarder 103. and capacity is adjusted second drive coupling, 104 connection capacitys and is adjusted the axle of going into that do not slow down shaft and the capacity of first retarder 103 are adjusted second retarder 105. and the deceleration shaft that capacity is adjusted first retarder 103 is connected and adds heat absorption capacity and adjust eccentric shaft 95, and the deceleration shaft that capacity is adjusted second retarder 105 connects pressurization capacity adjustment eccentric shaft 52.

It is worm type of reduction gearings that described capacity is adjusted first retarder 103, and do not slow down a shaft and a deceleration shaft are arranged.

It is worm type of reduction gearings that described capacity is adjusted second retarder 105, and a deceleration shaft is arranged.

It is opposite that described capacity is adjusted first retarder 103, capacity is adjusted the second retarder rotation direction.

As shown in Figure 2, described correcting pattern driven unit 5 comprises that the shaft of correcting pattern motor 106, correcting pattern drive coupling 107, correcting pattern eccentric shaft 108. correcting pattern coupler 107 connection pattern correcting motors 106 all is connected correcting pattern eccentric shaft 108. by the hole of bottom with correcting pattern eccentric shaft 108. at the reverse side correcting pattern left side of heating adapter plate 63 cam 67, the right cam 68 of correcting pattern

Claims

1. induction type equipment for filling package continuously, comprise pressure-applying unit (1), heating component (2), main driven unit (3), capacity is adjusted driven unit (4), correcting pattern driven unit (5), bearing pin (6), it is characterized in that, pressure-applying unit (1), heating component (2) connects by bearing pin (6), be rotated around bearing pin (6), two output shafts of main driven unit (3) connect pressure-applying unit (1) respectively, the driving input shaft of heating component (2), two output shafts that capacity is adjusted driven unit (4) connect pressure-applying unit (1) respectively, the driving input shaft of the capacity adjustment function of heating component (2), the output shaft of correcting pattern driven unit (5) connects the driving input shaft of the correcting pattern function of heating component (2).

2. induction type equipment for filling package continuously according to claim 1, it is characterized in that, described pressure-applying unit (1) comprising: left chain (7) pressurizes, right chain (8) pressurizes, left sprocket wheel (9) pressurizes, right sprocket wheel (10) pressurizes, the left track adjusting wheel of pressurizeing (11), the right track adjusting wheel of pressurizeing (12), pressurization sprocket shaft (13), pressurized pilot wheel shaft (14), left deckle board (15) pressurizes, right deckle board (16) pressurizes, pressurization adapter plate (17), left side pressure device (18), right pressure device (19), (20) are supported in left side pressurization, (21) are supported in right pressurization, angular-motion transducer (22), the pressurization capacity is adjusted assembly (23), top board (24), lower platen (25), free bearing (26), left-hand tool cam (27), right-cut tool cam (28), some press jaw (29), suit angular-motion transducer (22) successively from left to right in pressurization sprocket shaft (13), lower platen (25), left deckle board (15) pressurizes, left sprocket wheel (9) pressurizes, right sprocket wheel (10) pressurizes, right deckle board (16) pressurizes, pressurized pilot wheel shaft (14) is the suit left deckle board (15) that pressurizes successively from left to right, the left track adjusting wheel of pressurizeing (11), the right track adjusting wheel of pressurizeing (12), right deckle board (16) pressurizes, left deckle board (15) pressurizes, pressurize about right deckle board (16) thirty years of age in opposite directions, constitute a rigid frame with pressurization sprocket shaft (13) and pressurized pilot wheel shaft (14), lower platen (25) is by being bolted to the lower-left side of the left deckle board of pressurization (15), top board (24) is arranged on the upper left side of the left deckle board of pressurization (15) by bolt, free bearing (26) is by downside in the left side that is bolted to the left deckle board of pressurization (15), pressurization adapter plate (17) is positioned at pressurization left deckle board (15), pressurize between right deckle board (16), connect pressurization left deckle board (15) by bolt respectively at left and right sides, right deckle board (16) pressurizes, the front upper of pressurization adapter plate (17) is from left to right installed left side pressurization successively by bolt and is supported (20), the pressurization capacity is adjusted assembly (23), (21) are supported in right pressurization, left side pressurization is supported (20) bottom and is contacted with the shaft of left pressure device (18), right pressurization is supported (21) bottom and is contacted with the shaft of right pressure device (19), the front lower of pressurization adapter plate (17) from left to right sets gradually left-hand tool cam (27) and right-cut tool cam (28) by bolt, left side pressure device (18) serves as to adjust stay bearing plate to be provided with by bolt with the left deckle board (15) that pressurizes, right pressure device (19) serves as to adjust stay bearing plate to be provided with by bolt with the right deckle board (16) that pressurizes, the left chain (7) that pressurizes is enclosed within on pressurization left sprocket wheel (9) and the left track adjusting wheel of pressurization (11), the right chain (8) that pressurizes is enclosed within on pressurization right sprocket wheel (10) and the right track adjusting wheel of pressurization (12), some press jaw (29) equally spaced distribute on parallel pressurization left side chain (7) and the right chain of pressurization (8), the annex that stretches out that passes through on pressurization left chain (7) and the right chain of pressurization (8) of each press jaw (29) is connected across on pressurization left chain (7) and the right chain of pressurization (8), and the distance between adjacent two press jaw (29) is determined according to the specification of packaging product.

3. induction type equipment for filling package continuously according to claim 2, it is characterized in that, described press jaw (29) comprising: press jaw bearing (30), press jaw anchor shaft (31), press jaw floating axle (32), add pressure bar (33), press jaw capacity holder (34), press jaw left side gear block (35), the right gear block (36) of press jaw, press jaw promotes roller (37), (38) are supported on a press jaw left side, right support (39) of press jaw, left-hand tool fork (40), right-cut tool fork (41), left-hand tool pull back spring (42), right-cut tool pull back spring (43), left cut cutter shaft (44), right cut cutter shaft (45), last pressure-bearing adhesive tape (46) and following pressure-bearing adhesive tape (47), press jaw capacity holder (34) is fixed on the front upper of press jaw bearing (30) by spring and bearing pin, press jaw promotes roller (37) is installed in press jaw capacity holder (34) by bolt back, press jaw anchor shaft (31) is by being bolted to the lower backside of press jaw bearing (30), press jaw floating axle (32) is connected by the upper rear portion of spring leg with press jaw bearing (30), press jaw left side gear block (35) is by being bolted to the preceding left side of press jaw bearing (30), the right gear block of press jaw (36) is by being bolted to the preceding right side of press jaw bearing (30), the back side of press jaw bearing (30) from left to right is provided with a press jaw left side by screw thread successively and supports (38), left-hand tool fork (40), right-cut tool fork (41), right support (39) of press jaw, left-hand tool fork (40) one ends are installed in the back side of press jaw bearing (30) by bearing pin, right-cut tool fork (41) one ends are arranged on the back side of press jaw bearing (30) by bearing pin, the axle of left-hand tool fork (40) is overcoat left-hand tool pull back spring (42) successively from inside to outside, left cut cutter shaft (44), the axle of right-cut tool fork (41) is overcoat right-cut tool pull back spring (43) successively from inside to outside, right cut cutter shaft (45), add pressure bar (33) by being bolted on the pressurization jaw bearing, last pressure-bearing adhesive tape (46) and following pressure-bearing adhesive tape (47) add on the pressure bar (33) by being bolted to.

4. induction type equipment for filling package continuously according to claim 3 is characterized in that, described press jaw left side gear block (35) and the right gear block of press jaw (36) are first quarter moon matrix gear block; The two ends of described press jaw anchor shaft (31) are connected with the annex that stretches out on the left chain of pressurization (7) and the right chain (8) that pressurizes by bolt respectively.

5. induction type equipment for filling package continuously according to claim 2, it is characterized in that, described pressurization capacity is adjusted assembly (23) and is comprised pressurization capacity adjustment bearing (48), the pressurization capacity is adjusted guide rail (49), the pressurization capacity is adjusted boxed rod (50), the pressurization capacity is adjusted lower link (51), the pressurization capacity is adjusted eccentric shaft (52), the pressurization capacity is adjusted bearing (48) by being bolted on the pressurization adapter plate (17), adjust bearing (48) with the pressurization capacity and be moving part not, adjusting guide rail (49) with the pressurization capacity is moving part, adjust boxed rod (50) with the pressurization capacity, it is that rod member constitutes a parallel-crank mechanism by hinge that the pressurization capacity is adjusted lower link (51), and the pressurization capacity is adjusted guide rail (49) and adjusted eccentric shaft (52) by the hole connection pressurization capacity of lower end.

6. induction type equipment for filling package continuously according to claim 1, it is characterized in that, described heating component (2) comprising: heat left chain (53), heat right chain (54), heat left sprocket wheel (55), heat right sprocket wheel (56), heat left track adjusting wheel (57), heat right track adjusting wheel (58), Heating Chain wheel shaft (59), heating guide wheel shaft (60), heat left deckle board (61), heat right deckle board (62), heating adapter plate (63), (64) are supported in left side heating, (65) are supported in right heating, add heat absorption capacity and adjust assembly (66), correcting pattern left side cam (67), the right cam (68) of correcting pattern, and several heating pawls (69), on the Heating Chain wheel shaft (59) from left to right successively suit heat left deckle board (61), heat left sprocket wheel (55), heat right sprocket wheel (56), heat right deckle board (62), the heating guide wheel shaft (60) from left to right successively suit heat left deckle board (61), heat left track adjusting wheel (57), heat right jockey sprocket, heat right deckle board (62), heat left deckle board (61), heat right deckle board (62) thirty years of age in opposite directions, with Heating Chain wheel shaft (59) and heating guide wheel shaft (60), constitute a rigid frame, heating adapter plate (63) is positioned at heating left deckle board (61), heat between right deckle board (62), connect heating left deckle board (61) by bolt respectively at left and right sides, heat right deckle board (62), by bolt left side heating is installed successively from left to right in the front of heating adapter plate (63) and supports (64), correcting pattern left side cam (67), add heat absorption capacity and adjust assembly (66), the right cam (68) of correcting pattern, (65) are supported in right heating, heat left chain (53) and are enclosed within on heating left sprocket wheel (55) and the left track adjusting wheel of heating (57); Heating right chain (54) is enclosed within on heating right sprocket wheel (56) and the right track adjusting wheel of heating (58), parallel heating left side chain (53) and heat right chain (53) the some heating pawls (69) that equally spaced distribute, the annex that stretches out that passes through on heating left chain (53) and the right chain of heating (54) of each heating pawl (69) is connected across on heating left chain (53) and the right chain of heating (54), and the distance between adjacent two heating pawls (69) is determined according to the specification of packaging product.

7. induction type equipment for filling package continuously according to claim 1, it is characterized in that, described main driven unit (3) comprising: main drive motor (96), main first drive coupling (97) that drives, main first retarder (98) that drives, main second drive coupling (99) that drives, main second retarder (100) that drives, main first drive coupling (97) that drives connects the shaft of main drive motor (96) and the axle of going into that the master drives first retarder (98), main second drive coupling (99) that drives connects main do not slow down shaft and the main axle of going into that drives second retarder (100) that drives first retarder (98), the main deceleration shaft that drives first retarder (98) connects the Heating Chain wheel shaft (59) in the heating component (2), and the main deceleration shaft that drives second retarder (100) connects the pressurization sprocket shaft (13) in the pressure-applying unit (1).

8. induction type equipment for filling package continuously according to claim 1, it is characterized in that, described capacity is adjusted driven unit (4) and being comprised: capacity is adjusted motor (101), capacity is adjusted first drive coupling (102), capacity is adjusted first retarder (103), capacity is adjusted second drive coupling (104), capacity is adjusted second retarder (105), capacity is adjusted first drive coupling (102) connection capacity and is adjusted the shaft of motor (101) and the axle of going into that capacity is adjusted first retarder (103), capacity is adjusted second drive coupling (104) connection capacity and is adjusted the axle of going into that do not slow down shaft and the capacity of first retarder (103) are adjusted second retarder (105), the heat absorption capacity that adds that the deceleration shaft that capacity is adjusted first retarder (103) connects in the heating component (2) is adjusted the included heat absorption capacity that adds of assembly and is adjusted eccentric shaft (95), and the deceleration shaft that capacity is adjusted second retarder (105) connects pressurization capacity in the pressure-applying unit (1) and adjusts the included pressurization capacity of assembly and adjust eccentric shaft (52).

9. induction type equipment for filling package continuously according to claim 1, it is characterized in that, described correcting pattern driven unit (5) comprising: correcting pattern motor (106), correcting pattern drive coupling (107), correcting pattern eccentric shaft (108), correcting pattern coupler (107) connects the shaft and the correcting pattern eccentric shaft (108) of pattern correcting motor (106), and the reverse side correcting pattern left side cam (67) of the heating adapter plate (63) in heating component (2), the right cam of correcting pattern (68) all connect correcting pattern eccentric shaft (108) by the hole of bottom.