Automatic disinfecting and drying line for suspended penguin package
Technical field
The present invention relates to a kind of manufacturing line, relate in particular to the apparatus for production line of a kind of sterilization that is used for finishing penguin bag packaged beverage, cooling, stoving process flow process.
Background technology
Traditional sterilization, cooling, drying line are that the man power encasement carries or load-transfer device is carried, this mode of operation has many shortcomings: penguin wraps in the course of conveying can be subjected to multiple impact, pilfer band is often impaired, the penguin bag is yielding or stay cut, and in sterilization pool, the penguin bag floats on the sterilization pool water surface, cause the sterilization of suction pipe place unreliable, the sterilization fraction defective reaches 3 ‰, can't dry up the ponding of penguin bag bottom when oven dry, needs with artificial auxiliary drying.
Summary of the invention
At the deficiency that prior art exists, the purpose of this invention is to provide a kind ofly realize automatic guidance, manually get involved less, production efficiency height, good product quality and the little automatic disinfecting and drying line for suspended penguin package of energy consumption.
For achieving the above object, automatic disinfecting and drying line for suspended penguin package of the present invention comprises bottle placer successively along the jelly throughput direction, rotary chain, feeder, sterilizing machine, cooler and dryer, also comprise support, suspension conveyer chain, actuating device and control system, sterilizing machine, cooler, be provided with the chain guide liner plate between the dryer, supported and suspended conveyer chain heave and set is worn around respectively advancing, go out the interruption-forming circulation loop, many automatic disinfecting and drying line for suspended penguin package can be arranged side by side, running simultaneously, feeder is arranged on the input end of this circulation loop, to suspension conveyer chain transmission jelly, the mouth of rotary chain docks with the input end of feeder, to feeder transmission jelly, the mouth of bottle placer docks with the input end of rotary chain, to rotary chain transmission jelly, control system control feeder, actuating device work, and adjusting sterilizing machine, cooler, the time of dryer, temperature parameter, actuating device comprises motor, driving wheel and flower wheel, suspension conveyer chain is at driving wheel, the support of flower wheel and chain guide liner plate forms circulation loop down, corresponding flower wheel is coaxial fixing, the coaxial driving wheel that is fixed with on one group wherein, motor drives flower wheel and suspension conveyer chain running by driving wheel.
Further, the input end of the described circulation loop that is formed by suspension conveyer chain is under the support of flower wheel
Shape, the anticlockwise direction running, feeder is arranged on the lateral transfer place of its afterbody, to suspension conveyer chain transmission jelly, suspension conveyer chain is after feeder gripping jelly, earlier jelly is stood upside down operation a period of time, output to sterilization pool again, have at least one group of flower wheel to be provided with the control apparatus of scalable suspension conveyer chain tensile force, control apparatus is mainly by locating plate, sliding bolt constitutes, the flower wheel rotating shaft is installed on the locating plate by axle bed, locating plate is provided with the axle bed slide rail, slides bolt and slide rail be arranged in parallel, and an end and axle bed fix, the other end is fixed by nut and locating plate, and adjusting bolt stroke can be realized the adjusting to the flower wheel position.
Further, described rotary chain comprises support, chain, chain guide liner plate, the chain guide liner plate is horizontally fixed on the support, chain is in the determined plane of guide rail liner plate, the support lower edge of driving wheel and flower wheel cycle operation, at interval suitably apart from the jig that is provided with clamping jelly equably, the jig of described clamping jelly can be gusset on the chain link of chain, and this gusset one side and chain link fix, opposite side is outwards turned up horizontal, is processed with the open slot perpendicular to chain link on it.
Further, described driving wheel and flower wheel are at least three, the chain that supports rotary chain is along roughly leg-of-mutton in obtuse angle revolution route running, an obtuse angle edge of this revolution route is corresponding with feeder, open slot on the gusset can be connected with the input track of last bag machine, the blanking orbital docking of another obtuse angle edge and automatic filling machine, between automatic filling machine and rotary chain, be provided with cylinder and the push rod that transmits jelly between the input track of rotary chain and last bag machine, the penguin bag that the push rod of air cylinder driven and bottle placer finish can synchronously is pushed on the rotary chain, with the jelly on the rotary chain from open slot, push the bag machine the input track, the obtuse angle of described obtuse-angled triangle can be 150 °.
Further, described suspension conveyer chain is two, be symmetrical arranged along throughput direction, the corresponding company between the joint is provided with clamp device, this clamp device comprises gusset, slide bar, suspension clamp and spring, gusset is fixed with chain link on one side, another side is outwards turned up relative in twos, be processed with slide opening on its opposite face, slide bar one end is equipped with roller, be provided with the positive stop lug boss that prevents cunning outside it near the roller place, the slide bar other end is a polished rod, two slide bars oppositely are arranged between the gusset by slide opening is parallel, along direction of slip spring is installed between slide bar, both ends of the spring is fixed with two slide bars respectively, positive stop lug boss on the effect drop shot of spring keeps pressured state with gusset all the time, apply external force at the plunger roller end, two slide bars can slide dislocation in opposite direction in slide opening, the separate both sides of suspension clamp are separately fixed on two slide bars, which is provided with relative jelly bayonet socket, and suspension clamp is realized folding with the dislocation of sliding of two slide bars, material loading at described suspension conveyer chain, blanking place is provided with corresponding with two plunger roller ends and has the block on inclined-plane, in suspension conveyer chain advanced process, the inclined-plane of block pushed the dislocation of two slide bars by roller, control suspension clamp flange splint, put jelly.
Further, described sterilizing machine comprises support, sterilization groove and cover plate, the both sides inwall of sterilization groove is provided with the chain guide liner plate, the sterilization channel opening is covered by cover plate, its two ends are left suspension conveyer chain and are advanced, outlet, the sterilization groove is that medium carries out disinfection to jelly with water, be provided with at least one group of water circulation system in the sterilization groove, this water circulation system comprises the water outlet that is arranged on the sterilization cell wall, water return outlet and coolant outlet pipe, coolant outlet pipe is connected with water outlet, be horizontally installed in the sterilization groove, it is provided with the aperture that is equally spaced, and water outlet and water return outlet are connected by being arranged on sterilization groove outer water pump and heat exchanger, form circulation loop, be provided with the monitor temperature meter respectively at coolant outlet pipe and water return outlet place, be provided with the control heat indicator between the monitor temperature meter, the control heat indicator is by the work of temperature control valve control heat exchanger.
Further, described cooler comprises support, cooling pond and insulation cover plate, the both sides inwall of cooling pond is provided with the chain guide liner plate, the cooling pond opening is covered by warming plate, its two ends are left suspension conveyer chain and are advanced, outlet, cooler is that medium cools off jelly with water, be provided with at least one group of water circulation system in the cooling pond, this water circulation system comprises the water outlet that is arranged on the cooling pool wall, water return outlet and coolant outlet pipe, coolant outlet pipe is connected with water outlet, be horizontally installed in the cooling pond, it is provided with the aperture that is equally spaced, water outlet and water return outlet are connected by being arranged on cooling pond outer water pump and heat exchanger, form circulation loop, be provided with the monitor temperature meter respectively at coolant outlet pipe and water return outlet place, be provided with the control heat indicator between the monitor temperature meter, the control heat indicator is by the work of temperature control valve control heat exchanger.
Further, described dryer comprises support, drying baker and cooling blower, the both sides inwall of drying baker is provided with the chain guide liner plate, the suspension conveyer chain import and export is left at the drying baker two ends, be provided with the plenum chamber that matches with cooling blower in the drying baker, this plenum chamber is provided with air current spray nozzle towards suspension conveyer chain one side.
Further, the described bag machine of going up comprises frame, divides strake, multistage propulsion cylinder and cylinder block, the apportion plate level is arranged on the frame, be processed with sliding mouthful of entire body that matches with penguin bag top annular suspension groove and the slide rail that parallels with sliding mouth on it, the outstanding branch strake top that is fixed in of cylinder block keeps suitable spacing with a minute strake; Propulsion cylinders at different levels are between cylinder block and branch strake, and by level apportion, staggered being installed on the cylinder block, the quantity of propulsion cylinders at different levels is suitable with the quantity of dividing the sliding mouth of entire body on the strake; The expansion link of cylinder by vertical push rod with slide piece and fix, slide and be processed with chute on the piece, can on the slide rail of minute strake, be free to slide, slide the piece both sides and be provided with unidirectional the pawling of passing the penguin bag with dividing the sliding mouthful corresponding section of strake, sliding mouthful is provided with and the suitable backstop of cylinder strokes at different levels.
Further, sliding mouthful on described minute strake along throughput direction indentation gradually, comprise chute, straight way two parts, propulsion cylinders at different levels are along sliding mouthful of line of travel setting that limits, divide sliding mouthful of four roads are arranged on the strake, propulsion cylinder divides Pyatyi, the one-level cylinder has three, wherein the slide block inboard of both sides air cylinder driven is provided with unidirectional pawling, the slide block both sides of middle cylinders are equipped with unidirectional pawling, and secondary cylinder has two, on the throughput direction between three one-level cylinders, its both sides are equipped with unidirectional pawling, three, the set-up mode of level Four cylinder is respectively with one, secondary cylinder is identical, and unidirectional the pushing away on the above-mentioned adjacent cylinder slide block grabbed dislocation up and down, and the Pyatyi cylinder is one, the mouth of this cylinder is provided with four cantilevers that match with sliding mouth, and cantilevered distal end is provided with unidirectional pushing away and grabs.
The present invention is after having adopted a series of mechanical type automation transporting mode, reduced manually-operated intervention to a great extent, operating personal can reduce to 2 people by 10 original people, having solved traditional approach penguin bag effectively floats on the sterilization pool water surface and suction pipe place insecure problem of sterilizing, the sterilization fraction defective reduces to 0.5 ‰ by 3 ‰, the impaired reject rate that causes of pilfer band reduces to 0.1 ‰ by 3 ‰, penguin bag outward appearance keeps good, there are not distortion and cut, can proper alignment case, improved the work efficiency of subsequent packages operation.
Description of drawings
Fig. 1 is an overall schematic of the present invention;
Fig. 2 is the schematic top plan view of Fig. 1;
The scheme drawing that Fig. 3 is arranged side by side for many strip transmission lines;
Fig. 4 is support, the chain guide scheme drawing of rotary chain;
Fig. 5 is the assembling scheme drawing of rotary chain;
Fig. 6 is penguin bag scheme drawing;
Fig. 7 is structure, the assembling scheme drawing of rotary chain upper cylinder, push rod and jig;
Fig. 8 is the scheme drawing that rotary chain docks with last bag machine;
Fig. 9 is the structural representation of suspension conveyer chain;
Figure 10 is the structural representation of clamp device on the suspension conveyer chain;
Figure 11 is the lateral plan of Figure 10 (a);
Figure 12 is the scheme drawing of the whole cycle operation of suspension conveyer chain;
Figure 13 is under the support of flower wheel for suspension conveyer chain circulation loop input end
The scheme drawing of shape;
Figure 14 is the birds-eye view of Figure 13;
Figure 15 is the structural representation of suspension conveyer chain tensile force control apparatus;
Figure 16 is the process scheme drawing of suspension conveyer chain from last bag machine gripping jelly;
Figure 17 is that the supported and suspended conveyer chain heave and set of chain guide liner plate is worn the scheme drawing around each import and export;
Figure 18 is the structural representation of sterilizing machine;
Figure 19 is that the A of Figure 18 is to view;
Figure 20 is the scheme drawing that the sterilizing machine of many conveyer chains is arranged side by side;
Figure 21 is the inner structure scheme drawing of dryer;
Figure 22 is the scheme drawing that the dryer of many conveyer chains is arranged side by side;
Figure 23 is the structural representation of dryer and the terminal actuating device of conveyer chain circulation loop;
Figure 24 is the scheme drawing that the actuating device of actuating device and many conveyer chains is arranged side by side;
Figure 25 is last bag machine support and the structural representation that divides strake;
Figure 26 is a rotary chain and the scheme drawing that docks of last bag machine;
Figure 27 is for dividing the structural representation that the one-level propulsion cylinder is set on the strake;
Figure 28 is for dividing the structural representation that the I and II propulsion cylinder is set on the strake;
Figure 29 is for dividing the structural representation that one, two, three propulsion cylinder is set on the strake;
Figure 30 is for dividing the structural representation that the one, two, three, four propulsion cylinder is set on the strake;
Figure 31 is provided with one, two, three, four for dividing on the strake, the structural representation of Pyatyi propulsion cylinder;
Figure 32 is the structural representation of level V propulsion cylinder and push rod thereof;
Figure 33 is pushed into jelly for the level V propulsion cylinder scheme drawing of gripping position;
Figure 34 is the structural representation of cylinder block;
Figure 35 is provided with the structural representation of pipe link and linear bearing for the push rod of level V propulsion cylinder;
Figure 36 is the whole birds-eye view of last bag machine;
Figure 37 is the structural representation of last bag machine;
Figure 38 is for dividing backstop and the unidirectional equipped scheme drawing of grabbing that pushes away on the strake;
Figure 39,40,41 is the structural representation of cylinder mouth slide block;
Figure 42 passes the process scheme drawing of penguin bag for the air cylinder driven slide block;
Figure 43 is the water circulation system structural representation.
The specific embodiment
As shown in Figure 1 and Figure 2, automatic disinfecting and drying line for suspended penguin package comprises bottle placer 8, rotary chain 7, feeder 2, sterilizing machine 3, cooler 4 and dryer 5 successively along the jelly throughput direction, also comprise support, suspension conveyer chain 1, actuating device 6 and control system, be provided with chain guide liner plate 77 between sterilizing machine 3, cooler 4, the dryer 5, supported and suspended conveyer chain 1 heave and set is worn around each import and export and is formed circulation loop (as shown in figure 17).As shown in Figure 3, many automatic disinfecting and drying line for suspended penguin package can be arranged side by side, running simultaneously, feeder 2 is arranged on the input end of this circulation loop, to suspension conveyer chain 1 transmission jelly, the mouth of rotary chain 7 docks with the input end of feeder 2, to feeder 2 transmission jelly, the mouth of bottle placer 8 docks with the input end of rotary chain 2, to rotary chain 7 transmission jelly, control system control feeder 2, actuating device 6 work, and regulate sterilizing machine 3, cooler 4, the time of dryer 5, temperature parameter.As shown in figure 24, actuating device 6 mainly is made of motor 9, driving wheel 10 and some flower wheels 11, suspension conveyer chain 1 forms circulation loop under the support of driving wheel, flower wheel and chain guide liner plate, corresponding flower wheel is coaxial fixing, the coaxial driving wheel that is fixed with on one group wherein, motor 6 drives flower wheel and suspension conveyer chain running by driving wheel, Figure 24 a, 24b are the driving scheme drawing of wall scroll conveyer chain, Figure 24 b is the birds-eye view of Figure 24 a, Figure 24 c, 24d are the driving scheme drawing that many conveyer chains are arranged side by side, and Figure 24 d is the birds-eye view of Figure 24 c.
As Fig. 4, shown in Figure 5, rotary chain mainly is made of support 12, chain 13, chain guide liner plate 14, chain guide liner plate 14,15,16,17 (as Fig. 4 a, 4b, 4c, 4d) is horizontally fixed on the support 12, chain is in the determined plane of guide rail liner plate, the support lower edge of driving wheel 18 and flower wheel 19 cycle operation, the chain that supports rotary chain is along roughly leg-of-mutton in obtuse angle revolution route running, and the angle of obtuse-angled triangle is 150 °.Suitable at interval distance is provided with the jig of clamping penguin bag equably on the chain link 20 of chain 13, penguin bag shape as shown in Figure 6, this jig is a gusset 21 (shown in Fig. 7 c, 7d), gusset one side and chain link 20 fix, opposite side is outwards turned up horizontal, is processed with the open slot 22 perpendicular to chain link 20 on it.
Shown in Fig. 8 a, an obtuse angle edge of revolution route is corresponding with last bag machine 23, open slot 22 on the gusset 21 can be connected with the input track 24 of last bag machine 23, another obtuse angle edge docks with the blanking track 25 of automatic filling machine, between automatic filling machine and rotary chain, be provided with cylinder 26 and the push rod 27 that transmits jelly between the input track of rotary chain and last bag machine 23, as Fig. 5, Fig. 7 a, Fig. 7 b, shown in Fig. 7 e, as Fig. 8 b, shown in the 8c, the penguin bag that the push rod of air cylinder driven and bottle placer finish can synchronously is pushed on the rotary chain, the jelly on the rotary chain is pushed the input track 24 of bag machine from open slot 22.
As Fig. 9, Figure 10, shown in Figure 11, suspension conveyer chain 30 is two, be symmetrical arranged along throughput direction, the corresponding company between the joint is provided with clamp device, this clamp device is by gusset 31, slide bar 32, suspension clamp 33 and spring 34 constitute, gusset 31 is fixed with chain link on one side, another side is outwards turned up relative in twos, be processed with slide opening 35 on its opposite face, slide bar 32 1 ends are equipped with roller 36, be provided with the positive stop lug boss 37 that prevents cunning outside it near roller 36 places, slide bar 32 other ends are polished rod, two slide bars 32 are by slide opening 35 parallel oppositely being arranged between the gusset 31, along direction of slip spring 34 is installed between slide bar, spring 34 two ends are fixed with two slide bars respectively, positive stop lug boss 37 on the effect drop shot 32 of spring 34 keeps pressured state with gusset 31 all the time, apply external force at slide bar 32 roller ends, two slide bars can slide dislocation in opposite direction in slide opening 35, suspension clamp 33 separate both sides are separately fixed on two slide bars, can adopt a as Figure 10, structure shown in the 10b, two separate sides is provided with relative jelly bayonet socket 38 mutually, suspension clamp 33 is realized folding with the dislocation of sliding of two slide bars, material loading at suspension conveyer chain, blanking place is provided with corresponding with two plunger roller ends and has the block 39 on inclined-plane, in suspension conveyer chain advances process, the inclined-plane of block 39 is by the dislocation of roller 36 extruding two slide bars, control suspension clamp 33 flange splints, put jelly.
Shown in Figure 12,13,14, the input end of the circulation loop that suspension conveyer chain forms is under the support of flower wheel
Shape, the anticlockwise direction running,
last bag machine 24 is arranged on the lateral transfer place of its afterbody, to suspension conveyer chain transmission jelly, suspension conveyer chain is after
last bag machine 24 gripping jelly, earlier jelly is stood upside down operation a period of time, output to sterilization pool again, there be at least one group of flower wheel to be provided with the control apparatus 40 of scalable suspension conveyer chain tensile force, control apparatus 40 is mainly by locating plate 41, sliding bolt 42 constitutes, flower wheel rotating shaft 43 is installed on the locating plate 41 by axle bed 44, locating plate 41 is provided with axle bed slide rail 45, slides bolt 42 and be arranged in parallel with slide rail 45, and an end and axle bed 44 fix, the other end is fixing with locating plate 41 by nut 46, regulates the stroke that slides bolt 42 and can realize adjusting to the flower wheel position.Suspension conveyer chain from the process of last bag machine gripping jelly as shown in figure 16.
As Figure 18, shown in 19, sterilizing machine is mainly by support 50, sterilization groove 51 and cover plate 52 constitute, the both sides inwall of sterilization groove 51 is provided with chain guide liner plate 53, the opening of sterilization groove 51 is covered by cover plate 52, its two ends are left suspension conveyer chain and are advanced, outlet, sterilization groove 52 is that medium carries out disinfection to jelly with water, be provided with at least one group of water circulation system in the sterilization groove, as shown in figure 43, this water circulation system comprises the water outlet 54 that is arranged on the sterilization cell wall, water return outlet 55 and coolant outlet pipe 56, coolant outlet pipe 56 is connected with water outlet 54, be horizontally installed in the sterilization groove 51, it is provided with the aperture that is equally spaced, water outlet 54 and water return outlet 55 are connected by being arranged on sterilization groove 51 outer water pump 57 and heat exchangers 58, form circulation loop, be provided with monitor temperature meter 59 respectively at coolant outlet pipe 56 and water return outlet 55 places, be provided with control heat indicator 60 between the monitor temperature meter, control heat indicator 60 is by 58 work of temperature control valve 61 control heat exchangers.As shown in figure 20, the multiple tracks sterilizing machine can be arranged side by side, simultaneously running.
Similar with sterilizing machine, cooler is also mainly by support, cooling pond and insulation cover plate, the both sides inwall of cooling pond is provided with the chain guide liner plate, the cooling pond opening is covered by warming plate, its two ends are left suspension conveyer chain and are advanced, outlet, cooler is that medium cools off jelly with water, be provided with at least one group of water circulation system in the cooling pond, this water circulation system comprises the water outlet that is arranged on the cooling pool wall, water return outlet and coolant outlet pipe, coolant outlet pipe is connected with water outlet, be horizontally installed in the cooling pond, it is provided with the aperture that is equally spaced, water outlet and water return outlet are connected by being arranged on cooling pond outer water pump and heat exchanger, form circulation loop, be provided with the monitor temperature meter respectively at coolant outlet pipe and water return outlet place, be provided with the control heat indicator between the monitor temperature meter, the control heat indicator is by the work of temperature control valve control heat exchanger.
Shown in Figure 21,22, dryer comprises support 71, drying baker 72 and cooling blower 73, the both sides inwall of drying baker 72 is provided with chain guide liner plate 74, the suspension conveyer chain import and export is left at the drying baker two ends, be provided with the plenum chamber 75 that matches with cooling blower 73 in the drying baker 72, this plenum chamber is provided with some air current spray nozzles 76 towards suspension conveyer chain one side.The structural representation that Figure 22 a, 22b are arranged side by side for the multiple tracks dryer.Figure 23 is the assembling scheme drawing of dryer and the terminal actuating device of conveyer chain circulation loop.
As Figure 25, shown in 26, last bag machine comprises frame 81, divide strake 82, multistage propulsion cylinder 83 and cylinder block 84, divide strake 82 to be horizontally set on the frame 81, be processed with sliding mouthful 85 of entire body that matches with penguin bag top annular suspension groove and the slide rail 86 that parallels with sliding mouth on it, divide sliding mouthful 85 of strake 82 to be provided with and the suitable backstop 92 of cylinder strokes at different levels, wherein Figure 25 c is for dividing the cutaway sectional view of strake 82, Figure 25 d is the partial enlarged drawing of Figure 25 c, Figure 25 e is for dividing the partial enlarged drawing of backstop 92 on the strake, Figure 26 a is a rotary chain and the scheme drawing that docks of last bag machine, and Figure 26 b is the partial enlarged drawing of Figure 25 a; Shown in Figure 27 to 31, cylinder block 84 outstanding branch strake 82 tops that are fixed in keep suitable spacing with minute strake 82; Propulsion cylinders at different levels are between cylinder block 84 and branch strake 82, and by level apportion, staggered being installed on the cylinder block 84, the quantity of propulsion cylinders at different levels is suitable with the quantity of dividing the sliding mouth 85 of entire body on the strake; The expansion link 87 of cylinder by vertical push rod 88 with slide piece 89 and fix, as Figure 39,40, shown in 41, sliding piece 89 is fixedly formed by inner core 93 and outrigger 94 two parts hasps, be processed with chute 90 (Figure 39 a on the inner core 93, b, c is respectively the master of inner core 93, bow, lateral plan), can on the slide rail 86 of minute strake, be free to slide, outrigger 94 both sides are provided with unidirectional 91 (Figure 40 a that pawl that pass the penguin bag with dividing sliding mouthful 85 corresponding sections of strake, b, c is respectively the master of outrigger 94, bow, lateral plan), Figure 41 is fastening scheme drawing (Figure 40 a of inner core 93 and outrigger 94, b, it is main that c is respectively, bow, lateral plan).
Shown in Figure 27 to 31, sliding mouthful 85 on the branch strake along throughput direction indentation gradually, comprise chute, straight way two parts, propulsion cylinders at different levels are along sliding mouthful 85 line of travel setting that limits, divide sliding mouthful of four roads are arranged on the strake, propulsion cylinder divides Pyatyi, one-level cylinder 101 has three, wherein the slide block inboard of both sides air cylinder driven is provided with unidirectional pawling, the slide block both sides of middle cylinders are equipped with unidirectional pawling, secondary cylinder 102 has two, on the throughput direction between three one-level cylinders, its both sides are equipped with unidirectional pawling, three, level Four cylinder 103,104 set-up mode is respectively with one, secondary cylinder is identical, and unidirectional the pushing away on the above-mentioned adjacent cylinder slide block grabbed dislocation up and down (as shown in figure 38, Figure 38 b is the partial enlarged drawing of Figure 38 a), Pyatyi cylinder 105 is one, and the mouth of this cylinder is provided with four cantilevers 106 that match with sliding mouth, and cantilever 106 ends are provided with unidirectional pushing away and grab 107.In manufacturing line when running,, the cylinder on the rotary chain pushes product in sliding mouthful of bag machine, and cylinder 101,102 pushes the buffer zone of bag machine with product, and cylinder 103,104 is equidistantly arranged product, and cylinder 105 is pushed into the gripping position with product.
Among Figure 27 to 31, b figure is a cross-sectional schematic, the birds-eye view when a figure is b figure removal cylinder block; Among Figure 32, figure a is the birds-eye view of figure b, and figure c, figure d are unidirectional local enlarged diagram of pawling; Constitution diagram when Figure 33 is Pyatyi cylinder straight end; Among Figure 34, figure a is the birds-eye view of figure b; Among Figure 37, figure a when the Pyatyi cylinder is not installed perpendicular to the cross-sectional schematic on the throughput direction, the scheme drawing of figure b after for figure a clamping jelly, figure c is figure b partial enlarged drawing, figure d installs scheme drawing behind the Pyatyi cylinder for figure a.