CN209519626U - A kind of impregnated paper production New type agitation tank and system of processing - Google Patents

Abstract

The utility model discloses a kind of impregnated paper production New type agitation tanks, it include: support construction and tank body, lid, driving motor is provided on the lid, lateral rabbling mechanism and longitudinal rabbling mechanism are provided in the tank body, there are gaps between the transverse direction rabbling mechanism and tank body inner sidewall, multiple filling bodies are evenly arranged with along same periphery in gap, the filling body, it include: plectrum, cartridge and spring, grafting frame, L-type plate, when putting into additive in glue, it puts it into cartridge, when transverse direction rabbling mechanism touches plectrum every time, cartridge generates shaking, then entered in glue by open-work, so that addition is uniform, mixing effect is good.

Description

A kind of impregnated paper production New type agitation tank and system of processing

Technical field

The utility model relates to impregnated paper processing technique fields, more particularly to a kind of impregnated paper production New type agitation tank And system of processing.

Background technique

Impregnated paper is a kind of porous material, is formed by fiber interweaving, and there are many gaps between fiber, and inside is filled with sky Gas, the process that paper impregnates in glue are actually the process of the air exchange in glue and paper.

Currently in the production process of impregnated paper, need to be stirred glue using agitator tank, to meet the needs of impregnation, Currently used mixing plant, mixing effect is poor, and efficiency is lower.

Summary of the invention

For above-mentioned the technical problems existing in the prior art, the purpose of this utility model provides a kind of impregnated paper production With New type agitation tank and system of processing.

To realize the purpose of this utility model, the utility model provides a kind of impregnated paper production New type agitation tank, wraps Include: support construction and tank body, lid are provided with driving motor on the lid, lateral blender are provided in the tank body Structure and longitudinal rabbling mechanism, there are gap between the transverse direction rabbling mechanism and tank body inner sidewall, along same periphery in gap It is evenly arranged with multiple filling bodies, the filling body, comprising: plectrum, cartridge and spring, grafting frame, L-type plate, institute The transverse end for stating L-type plate is fixedly connected on the inner wall of tank body, forms hook formation, the grafting frame with the inner sidewall of tank body It is connect by the spring being laterally arranged with cartridge, meanwhile, the grafting frame is caught in hook formation, the outside of the cartridge It is provided with the plectrum being laterally arranged, and the plectrum extends in the radius of turn of longitudinal rabbling mechanism, the grafting frame is frame Type structure, upper and lower both ends open, hollow and four side seals close, and the cartridge is tubular mechanism, uniform intervals on lower end surface It is provided with multiple open-works.

Correspondingly, present invention also provides a kind of impregnated paper production systems of processing, are produced using such as above-mentioned impregnated paper With New type agitation tank.

Compared with prior art, the beneficial effects of the utility model are when putting into additive in glue, to put it into In cartridge, when transverse direction rabbling mechanism touches plectrum every time, cartridge generates shaking, then enters glue by open-work In, so that addition is uniformly, mixing effect is good.

Detailed description of the invention

Fig. 1 show the structural schematic diagram of paper machine in the application；

Fig. 2 show the structural schematic diagram of the application pre-humidification device；

Fig. 3 show the structural schematic diagram of the application gumming device；

Fig. 4 show a kind of example structure schematic diagram of the application glue agitator tank；

Fig. 5 show another example structure schematic diagram of the application glue agitator tank；

Fig. 6 show a kind of structural schematic diagram of embodiment of the application drying unit；

Fig. 7 show the structural schematic diagram of another embodiment of the application drying unit；

Fig. 8 show a kind of the first schematic diagram of structure of embodiment of the application cooling device；

Fig. 9 show a kind of the second schematic diagram of structure of embodiment of the application cooling device；

Figure 10 show the first schematic diagram of structure of another embodiment of the application cooling device；

Figure 11 show the second schematic diagram of structure of another embodiment of the application cooling device；

Figure 12 show the structure third schematic diagram of another embodiment of the application cooling device；

Figure 13 show a kind of the first schematic diagram of structure of embodiment of the application shear；

Figure 14 show a kind of the second schematic diagram of structure of embodiment of the application shear；

Figure 15 show a kind of structure third schematic diagram of embodiment of the application shear；

Figure 16 show the structural schematic diagram of another embodiment of the application shear；

Figure 17 show the first schematic diagram of structure of the application Destaticizing device；

Figure 18 show the second schematic diagram of structure of the application Destaticizing device；

Figure 19 show a kind of the first schematic diagram of structure of embodiment of the application stacking mechanism；

Figure 20 show a kind of the second schematic diagram of structure of embodiment of the application stacking mechanism；

Figure 21 show a kind of structure third schematic diagram of embodiment of the application stacking mechanism；

Figure 22 show the first schematic diagram of structure of another embodiment of the application stacking mechanism；

Figure 23 show the second schematic diagram of structure of another embodiment of the application stacking mechanism；

Figure 24 show the structure third schematic diagram of another embodiment of the application stacking mechanism；

Figure 25 show the first schematic diagram of structure of the application impregnated paper workshop air purification device；

Figure 26 show the second schematic diagram of structure of the application impregnated paper workshop air purification device；

Fig. 1: 101 longitudinal rods, 102 link blocks, 103 pressure zones, 104 paper roll a, 105 locking motors, 106 rotation boxes, 107 Fixing clip, 108 paper roll b, 109 mobile fixture blocks, 110 sliding bars, 111 rotating threaded shafts, the chassis 112-, 113 side fixed links, 114- Oblique reinforcing rod, 115 leading trucks.

Fig. 2: 101 arc blocks, 102 directive wheels, 103 skewbacks, 104 water outlets, 105 chassis, 106 precipitation plates, 107 first Guide roller, 108 second guide rollers, 109 cabinets, the upper fog inlet of 110-, 111 water receiving tanks, 112 lower fog inlets, 113 filter screens, 114 Water outlet, 115 chassis.

Fig. 3: 101 chassis, 102 glue inlet tubes, 103 float switches, 104 send rubber roller, 105 glue spreaders, 106 cabinets, 107 liftings Motor, 108 rotating threaded shafts, 109 guide rollers, 110 sliding grooves, 111 guiding sliding bars, 112 mounting blocks, 113 spreading rollers, 114- glue Slot.

Fig. 4: 101 longitudinally fixed bars, 102 lateral fixed links, 103 rotating electric machines, 104 lead screws, 105 sliding bars, 106 stirrings Motor, 107 tank bodies, 108n type frame, 109 arc frames, 110 propulsion tubes, 111 feeder pipes, 112 propulsion cylinders, 113 chassis.

Fig. 5: 101 plectrums, 102 cartridges, 103 springs, 104 grafting frames, 105L template.

Fig. 6: 101 chassis, 102 drying cavities, 103 directive wheels, 104 cabinets, 105 heating chambers, 106 rotating vanes, 107 spiral shells Bolt, 108 driving motors, 109 metal blocks, 110 polytetrafluoroethylene (PTFE) heat insulations, 111 blowholes.

Fig. 7: 101 chassis, 102 drying cabinets, directive wheel roller in 103 first, 104 outer directive wheels, 105 rotating threaded shafts, 106 Driving motor, 107 oblique fixed plates, 108 infrared heating fluorescent tubes, 109 are transversely mounted beam, 110 sliding bars, 111 second interior guiding Roller, 112- sliding groove, guide roller in 113 thirds.

In Fig. 8 and Fig. 9,101 directive wheels, 102 cooler bins, 103 cold wind air holes, 104 paper delivery directive wheels, 105 discharge pipes, 106 air-out chambers, 107 cooling chambers, 108 blast pipes, 109 blowers, 110 fins, 111 cooling liquid box.

In Figure 10,11,12,101- water pump, 102 outlet pipes, 103 cooling chambers, 104 paper feed directive wheels, the cooling of 105- spiral Water pipe, 106 drip trays, 107 paper delivery directive wheels, 108 discharge outlet, 109 toe board panels, 110 water inlet pipes, 111 chassis, 112 drainings Pipe, 113- tank for coolant, 114- open slot, 115- driving motor, 116 mounting blocks, 117 rotating threaded shafts, 118 polished rods.

In Figure 13,14,15,101 chassis, 102 support rods, 103 directive wheels, 104 drive rolls, 105 longitudinal rods, 106 springs, 107 compression bars, 108 pressure rollers, 109 cutters, 110 cutting rollers, 111 rotary transfer bands, 112 driven vollers, 113 driving motors, 114 supports Frame.

In Figure 16,101 first drive rolls, 102 first driven vollers, 103 second drive rolls, 104 second driven vollers, 105 pads Block.

Figure 17, in 18,101 chassis, 102 shears, 103 copper posts, 104 telescopic rods, 105 clamping screws, 106 sleeves, 107- tabletting, 108 fixed links, 109 ground lines, 110- protective shell.

In Figure 19,20,21,101 cylinders, 102L type sliding rack, 103 sucker fixed frames, 104 suckers, 105 conveying mechanisms, 106 sliding shoes, 107 guide rails, 108 lateral cylinders.

In Figure 22,23,24,101 lifting cylinders, 102L type bracket, 103 vacuum chuck framves, 104 vacuum chucks, 106 is sliding Block, 107 pedestals, 108 guide and limit slots, 109 movable frames, 110 longitudinal movement cylinders, 111- transverse shifting cylinder, 112- bracket, 113- movable frame pedestal.

Figure 25, Tu26Zhong, 101 control valves, 102 dust hoods, 103 exhaust fans, 104 filter screen blocks, 105 Rose Boxes, 106 cloth Hydrophone, 107 packing layers, 108 water inlet pipes, 110 drainpipes, 111 demisting plates, 112 active carbon layers, 1041 card slots, 1042 elasticity are convex Edge.

Specific embodiment

The utility model is described in further detail below in conjunction with the drawings and specific embodiments.It should be appreciated that this place The specific embodiment of description is only used to explain the utility model, is not used to limit the utility model.

It should be noted that " connection " described herein and the word for expressing " connection ", as " being connected ", " connected " etc. had both included that a certain component is directly connected to another component, and had also included that a certain component passes through other component and another portion Part is connected.

It should be noted that term used herein above is merely to describe specific embodiment, and be not intended to restricted root According to the illustrative embodiments of the application.As used herein, unless the context clearly indicates otherwise, otherwise singular Also be intended to include plural form, additionally, it should be understood that, when in the present specification using belong to "comprising" and/or " packet Include " when, indicate existing characteristics, step, operation, component or module, component and/or their combination.

It should be noted that in the absence of conflict, the features in the embodiments and the embodiments of the present application can phase Mutually combination.

The embodiment of the present application provides a kind of impregnated paper production New type agitation tank and system of processing, specifically includes:

As shown in Figure 1, upper paper machine, specifically includes: two side fixed links are arranged on the chassis for chassis, and two sides are fixed It is provided between bar and is hingedly connected with rotation box, the rotation box two sides are hinged by the side fixed link of articulated shaft and two sides The rear and front end of connection, the rotation box is mounted on the identical paper roll fixed mechanism of structure, the paper roll fixed mechanism, packet Include the identical sub- fixed mechanism of structure for being mounted on rotation box two sides, the sub- fixed mechanism, comprising: be fixed on rotation box On fixing clip and the mobile fixture block that is used cooperatively with fixing clip, be fixedly installed sliding bar and rotation on the rotation box Turn to be connected with rotating threaded shaft, the sliding bar and rotating threaded shaft both pass through mobile fixture block, and are slidably connected with mobile fixture block respectively And threaded connection, by rotating rotating threaded shaft, mobile fixture block can be moved；It is provided with locking motor on the rotation box, institute It states and is provided with the first taper cone pulley on the output shaft of locking motor, being fixed with to match with the first taper cone pulley on the rotating threaded shaft makes Second taper cone pulley, locking motor rotation drive rotating threaded shaft rotation.

When use, two paper rolls are used alternatingly, and are improved work efficiency.

Wherein, it is provided with driving motor in the side fixed link, the end of the driving motor is provided with first gear, institute The articulated shaft for stating rotation box is provided with second gear across the part of side fixed link, and first gear and second gear transmission connect It connects, thus, driving motor driving rotation box rotation.

Wherein, it is provided with open-work fixation hole in the side fixed link, is again provided on the articulated shaft of the rotation box Articulated shaft fixation hole, the operating position of two paper rolls be it is fixed, it is solid by two by pin shaft after rotating to suitable position Determine hole to fix, thus, the position of fixed rotation box.

Wherein, it is provided with leading truck on the chassis, the paper come out from paper roll is bypassed from leading truck.

In addition, loose winding phenomenon occurs since inertia continues to rotate, compacting machine is arranged in order to avoid paper roll is when stopping Structure.The hold-down mechanism includes support rod, link block and pressure zone, clump weight, and the support rod lower end is fixed on chassis, institute It states post upper and is provided with link block, the link block is connected with clump weight by pressure zone, and the pressure zone is pressed on paper roll.

As shown in Fig. 2, pre-humidification device, comprising: chassis is provided with cabinet on the chassis, and the side of the cabinet is set It is equipped with directive wheel, the first guide roller and the second guide roller are provided in cabinet, the box inside top is provided with arc block, institute The junction lower end for stating arc block and cabinet rear and front end is provided with water receiving tank, the wall of the water receiving tank both ends and cabinet there are Gap, the width of the water receiving tank are greater than the width of paper, and the box inside lower part is provided with skewback, and the skewback is lower There are gaps with box inside wall for one end, and inclined-plane front edge of board is provided with filter screen, is arranged on the chassis on the downside of the skewback There is precipitation plate, the cabinet lower end is provided with water outlet, and fog inlet and lower fog inlet are provided on the cabinet.

Wherein, the water receiving tank is L-type slot.

When use, water mist enters in cabinet from upper fog inlet and lower fog inlet, and paper enters cabinet from directive wheel, according to It is secondary to pass through the first guide roller lower end and the second guide roller upper end, then, from cabinet is exported out, in order to avoid water droplet is formed on top, It is dropped on paper, arc roof is set, so that water droplet is fallen from edge, in order to avoid the water droplet of edge is fallen, setting Water receiving tank, water leave from the both ends of water receiving tank, since the width of paper is less than the width of water receiving tank, water droplet can be avoided It falls on paper.In addition, being provided with water flows out structure, skewback is set in cabinet bottom end, so that cabinet is smoothly discharged in water, setting Filter screen and precipitation plate allow the water to be recycled.

As shown in figure 3, gumming device, comprising: chassis is provided with cabinet on the chassis, and the cabinet lower end is provided with Glue groove is provided on the cabinet and send rubber roller, glue spreader and guide roller, spreading roller, and described send is divided on rubber roller and glue spreader It sets, rubber roller lower end is sent to enter in glue groove, upper end is contacted with glue spreader, and the guide roller and spreading roller are setting up and down, and glue spreader Height be higher than the height of guide roller, the both ends of guide roller are slidably connected by roll shaft and box body wall, and the box body wall is provided with The axis of sliding groove, guide roller is stretched out from sliding groove, is slidably connected with mounting blocks, and the mounting blocks both ends are each passed through guiding sliding Bar and rotating threaded shaft, and be slidably connected with guiding sliding bar, it is threadedly coupled with rotating threaded shaft, the guiding sliding bar upper and lower ends It being separately fixed on box body wall, the sliding shoe on the lower end and box body wall of rotating threaded shaft is slidably connected, and upper end is connected with gear, if It sets and is provided with gear on the output shaft of the lifting motor of rotating threaded shaft side, transmit and connect with the gear on rotating threaded shaft.

Send rubber roller that glue is applied on glue spreader, paper, which passes sequentially through, to be sent between rubber roller upper end, guide roller and spreading roller, is led to It crosses spreading roller and carries out frictioning.It is rotated by lifting motor, drives rotating threaded shaft rotation, so that mounting blocks is driven to rise or fall, To adjust the thickness of frictioning, meet user's use demands.

In addition, glue groove is connected with automatic glue injection machine structure, comprising: glue inlet tube, glue inlet tube are inserted into glue groove, and the part of insertion is hung down Straight through float switch open and lock, the float switch includes straight-bar, and the end of the straight-bar is provided with end cap, on straight-bar Portion is provided with open-work, and straight-bar passes through glue inlet tube, can be completely plugged by glue inlet tube, and the lower end of straight-bar is connected with floating ball, into glue One end connection storage glue tank of pipe.

When in glue groove deposit glue amount it is less when, glided by straight-bar so that open-work is in glue inlet tube so that Glue inlet tube connection, glue enters in glue groove, when the amount of glue reaches preset standard, makes straight-bar upward by the buoyancy of floating ball Sliding, so that straight-bar, which blocks glue inlet tube, realizes the automatic control into glue no longer into glue.

As shown in figure 4, agitator tank, comprising: chassis and stirring can body, the longitudinally fixed bar being fixed on chassis are and vertical The lateral fixed link connected to fixed link top, the stirring can body, comprising: tank body and lid, the tank body pass through fixation Plate is connected on longitudinally fixed bar, and the cover cap closes on tank body, and stirring motor, the stirring electricity are provided on the lid The motor shaft of machine passes through the lid, is connect by shaft coupling with auger bar, is connected with transverse direction on the auger bar Rabbling mechanism, the transverse direction rabbling mechanism, comprising: N-shaped frame and the arc frame with the closure connection of N-shaped frame lower end, the tank body Lower end is arcwall face, and the bottom end of arcwall face is connected with feeder pipe.

Wherein, the lateral rabbling mechanism is slidably connected with the inner tank wall.

Wherein, the lid upper end is connected with lead screw and sliding bar, and lead screw and sliding bar pass through lateral fixed link, and slide Bar is slidably connected with lateral fixed link, and lead screw is threadedly coupled with lateral fixed link, is provided with electric rotating in the transverse direction fixed link Machine, the motor shaft of the rotating electric machine are provided with gear, and the gear is connect with lead screw transmission, and rotating electric machine band moving gear revolves Turn, so that lead screw rotates, thus, so that lid rises or falls.

Since glue mobility is poor, propulsive mechanism is set, is injected glue in glue groove by propulsive mechanism, effect It is good.

Feeder pipe lower end is connected with the propulsion tube being laterally arranged, and described propulsion tube one end is provided with gum outlet, and the other end is set It is equipped with propulsion cylinder, the piston of the propulsion cylinder is located in the propulsion tube.Propulsive mechanism is set, on the one hand convenient for release glue Water avoids condensing on wall on the other hand convenient for all releasing the glue of propulsion tube.

As shown in figure 5, another structure of agitator tank, comprising: agitator tank, comprising: support construction and tank body, lid Body is provided with driving motor on the lid, and lateral rabbling mechanism and longitudinal rabbling mechanism, the cross are provided in the tank body To there are gap, being evenly arranged with multiple filling bodies along same periphery in gap between rabbling mechanism and tank body inner sidewall, The filling body, comprising: the transverse end of plectrum, cartridge and spring, grafting frame, L-type plate, the L-type plate is fixedly connected On the inner wall of tank body, hook formation is formed with the inner sidewall of tank body, the grafting frame passes through the spring and dress being laterally arranged Barrel connection, meanwhile, the grafting frame is caught in hook formation, the plectrum being laterally arranged is provided on the outside of the cartridge, And the plectrum extends in the radius of turn of longitudinal rabbling mechanism, the grafting frame be frame-type structure, upper and lower both ends open, Hollow and four side seals close, and the cartridge is tubular mechanism, and uniform intervals are provided with multiple open-works on lower end surface.

It when putting into additive in glue, puts it into cartridge, transverse direction rabbling mechanism touches plectrum every time When, cartridge generates shaking, is then entered in glue by open-work, so that addition is uniformly, mixing effect is good.

In addition, the other structures of this structure are identical as the above-mentioned structure such as Fig. 4.

As shown in fig. 6, drying unit, comprising: chassis and cabinet, the box inside top and with paper direction of travel hang down Straight two sides are divided into two cavitys, heating chamber and drying cavity between passing through inner casing, are provided with heating device in the heating chamber, institute It states and is evenly arranged with multiple blowholes on the two sidewalls of inner casing, hot wind enters drying cavity, the upper end of the inner casing by blowhole It is provided with wind inlet, the wind inlet is provided with rotating vane, and on the rotary shaft, the rotary shaft is worn for the rotating vane setting After crossing cabinet upper end, by the output axis connection of heat-shield mechanism and driving motor, the heat-shield mechanism include polytetrafluoroethylene (PTFE) every Heat block, metal block and bolt, the driving motor output shaft and new ro-tational axis setting, the two sides of the two install one respectively Polytetrafluoroethylene (PTFE) heat insulation, a metal block is installed in two polytetrafluoroethylene (PTFE) blocks outsides respectively, in the driving motor output shaft In the space of new ro-tational axis, bolt fixes metal block and polytetrafluoroethylene (PTFE) block, thus by the driving motor output shaft It is fixed with rotary shaft.

Due to driving motor output shaft and rotary shaft indirect connection, and polytetrafluoroethylene (PTFE) block has heat-blocking action, because This, the intracorporal heat of case will not be transmitted on motor, extend the service life of motor.In addition, hot wind is in drying cavity and heating chamber Between recycle, drying effect is preferable.The directive wheel and enter box inside that paper is arranged by two sides.

As shown in fig. 7, another drying unit, comprising: chassis and the drying cabinet being arranged on chassis, the drying Cabinet internal upper part is symmetrical arranged there are two oblique plate, and uniform intervals are provided with multiple infrared heating fluorescent tubes, institute on two oblique plates The corresponding slide over side walls of drying box inside two is stated to be provided with directive wheel roller in first, lead in directive wheel roller and third in second To wheel roller, three interior guide rollers surround triangle mechanism, and shape is matched with the shape of two oblique plates, wherein in first Guide roller is separately positioned on the downside of two oblique plate lower ends in guide roller and third, and guide roller setting is oblique at two in second The downside of plate connecting portion, paper feed passes sequentially through directive wheel roller in first, directive wheel roller in directive wheel roller and third in second, Guide roller is mounted on elevating mechanism in described second, the elevating mechanism, comprising: driving motor, rotating threaded shaft and transverse direction Mounting rail, sliding bar are provided with sliding groove on the wall of the cabinet, and the roll shaft at guide roller both ends is stretched from sliding groove in described second Out, it is slidably connected with the beam that is transversely mounted that side outside the enclosure is arranged, the beam two sides that are transversely mounted are respectively with setting on cabinet Sliding bar be slidably connected, be threadedly coupled with the rotating threaded shaft being arranged on cabinet, driving motor, institute be provided on the cabinet The output shaft end for stating driving motor is provided with gear, and the gear and rotating threaded shaft are sequentially connected, are driven by driving motor Gear rotation rises or falls so that the rotating threaded shaft be driven to rotate so that being transversely mounted beam, to drive the The roll shaft of guide roller slides in sliding groove in two.

By adjusting the height of guide roller in second, adjustable paper feed in the intracorporal drying time of case, thus, convenient for control Make the degree of drying, good drying effect.

As shown in Figure 8, Figure 9, cooling device, comprising: cooler bin, in the cooler bin by baffle interval be air-out chamber, Cooling chamber and air-inlet cavity, the air-out chamber are connected with discharge pipe, and the air-inlet cavity is connected with blast pipe, pacifies on the blast pipe Equipped with blower, the blast pipe is connected with discharge pipe by cooling line, and the cooling line is arranged in cooling liquid box, described cold But pipeline is circuitous configuration, is provided with fin in the cooling line, is provided with open-work on the partition, and cooling gas is from air inlet Pipe enters, and after the cooling product of cooling chamber, is discharged from air-out chamber, then, is cooled down into supercooling liquid case.

The cooler bin two sides are provided with directive wheel, and the directive wheel of paper feed side imports paper in cooler bin, paper delivery one Paper is exported cooler bin by the directive wheel of side.

Paper guide rollers are provided in the cooler bin.

As shown in Figure 10,11,12, another cooling device, comprising: cooler bin is provided with cooling in the cooler bin Chamber, the cooling chamber have been externally wrapped with spiral cooling water pipe, water inlet one end of the spiral cooling water pipe by water inlet pipe with Tank for coolant connection, water outlet one end are connected to by outlet pipe with tank for coolant, and water pump, the cooling are provided on the outlet pipe Chamber is angularly disposed, and end face and lower end surface are angularly disposed thereon, thereon below the lower one end in end face, the cooling cavity wall above paper On be provided with drip tray, the width of the drip tray is bigger than the width of paper, stays between drip tray two sides and cooling cavity wall There is gap, is provided with water outlet on the outside of the lower end surface, the lower end of the cooler bin is provided with toe board panel, the toe board panel Drainpipe is provided on the cooling tank wall of side, the drainpipe is connected to tank for coolant.

When use, for paper feed by cooling chamber, cooling chamber temperature is lower, is cooled down by the cooling chamber of low temperature, cold But effect is good, moreover, setting drip tray structure, avoids the dew of condensation from falling on paper, damages paper.

There are three the guide rollers of setting triangular in shape, paper feed to pass sequentially through three guide rollers for setting in the cooling chamber, if The roll shaft at intermediate guide roller both ends is set, is connected by the way that the regulating mechanism on the outside of cooler bin is arranged in, the regulating mechanism, packet Include: open slot, driving motor and mounting blocks, rotating threaded shaft, polished rod are provided with open slot on the cooling tank wall, guide roller Roll shaft extends out from open slot, is slidably connected with mounting blocks, and polished rod and rotating threaded shaft, the peace are provided on the cooler bin Dress block is slidably connected with polished rod, is threadedly coupled with rotating threaded shaft, driving motor, the driving motor are provided on the cooler bin Output shaft on be provided with gear, the gear and the rotating threaded shaft are sequentially connected, and are rotated by rotating threaded shaft so that installing Block rises or falls, so that guide roller rises or falls.

As shown in Figure 13,14,15, shear, comprising: chassis and two N-shapeds that the left and right sides on chassis is set Support frame, drive roll and driven voller are slidably connected between two N-shaped support frames, and drive roll and driven voller pass through rotary transfer band The roll shaft of connection, drive roll is connected by motor drive, is passed through above rotary transfer band by the paper that directive wheel enters, A longitudinal rod is respectively set in the two sides of two N-shaped support frames, and the top of two longitudinal rods slidably connects cutting roller, described to cut It is provided with cutter on rotor, driving motor, the roller of the driving motor and the cutter rod are provided on one of longitudinal rod Axis transmission connection, the N-shaped support frame paper feed side of two sides is provided with the consistent hold-down mechanism of structure, the compacting machine Structure, comprising: longitudinal rod, spring and compression bar, pressure roller, the longitudinal rod are arranged in N-shaped support frame upper end, and the upper end is hingedly arranged Compression bar, the compression bar are connect by spring with N-shaped support frame, and the compression bar of two sides is slidably connected with one end of pressure roller respectively, described Pressure roller is by letterweight on rotating conveying belt.

Before shearing, paper is compressed by hold-down mechanism, the effect of shearing can be improved, improves the quality of shearing.

As shown in figure 16, another shear is provided, in the above-described embodiments, cutter connects with rotary transfer band Touching, time have grown the service life for influencing rotary transfer band.It thus provides a kind of new construction, compared with above-described embodiment, It thes improvement is that, it is two conveying mechanisms that conveying mechanism, which has changed, and cushion block is arranged.

Specifically, the conveying mechanism, comprising: the first conveying mechanism and second conveyor structure, the second conveyor structure It is identical with second conveyor structure structure, it include: a drive roll and a driven voller, the drive roll and driven voller pass through biography Defeated V belt translation connection, the drive roll are provided between first conveying mechanism and second conveyor structure by motor drive Cushion block, the cushion block are rectangular blocks, and the cushion block both ends are connect with N-shaped support frame respectively.

As shown in FIG. 17 and 18, the rear side of shear is arranged in Destaticizing device comprising: two support frames, institute Stating support frame includes sleeve and telescopic rod, and the telescopic rod is inserted into the sleeve, and is slidably connected with the sleeve, institute It states and is provided with long hole on sleeve, clamping screw passes through long hole and fixes telescopic rod, and the telescopic rod of two sides is sliding with copper post both ends respectively Dynamic connection, paper after shearing is provided with fixed link on the telescopic rod, below copper post by the upper surface of copper post, described Metal sheeting is fixed in fixed link, the metal sheeting lower end is connected to ground by ground line, and the ground line is socketed with modeling Expect protective shell.

Support frame as described above, fixed link are that insulating materials is made.

The telescopic rod is slidably connected with the sleeve, and the length of insertion can be adjusted.

As shown in Figure 19,20,21, bunching device, be arranged on rear side of blanking conveying mechanism, comprising: guide rail, sliding shoe and It is slidably connected on L-type sliding rack, the sliding shoe and guide rail, L-type sliding rack, the L-type sliding is connected on the sliding shoe Cylinder is provided on frame, the piston rod of the cylinder passes through the L-type sliding rack, and lower end is connected with sucker fixed frame, the suction Connection is equipped with lateral cylinder, the piston rod of the lateral cylinder and sliding on the guide rail there are four sucker on disk fixed frame Block connection drives sliding shoe mobile.

The sucker is vacuum chuck.

The guide rail upper end is provided with convex block, and the sliding shoe lower end setting is fluted, and the convex block is caught in the groove It is interior, and be slidably connected with the groove.

When use, using the sucker by the product after shearing from blanking conveying mechanism, after absorption, be moved to one On the bracket of side, convenient for compiling for product.

As shown in Figure 22,23,24, another efficient bunching device, comprising: mobile adsorbing mechanism and be used in combination Product absorption is put into double cartridge station mechanism, the double cartridge station machine by double cartridge station mechanism, the mobile adsorbing mechanism Structure, comprising: movable frame is provided with spacing block among the movable frame, the bracket of two same sizes is divided by spacing block Station, bracket are put into bracket station, and the movable frame inner top side is provided with square breach, the movable frame and longitudinal movement Cylinder connection makes movable frame mobile, is provided with movable frame pedestal, the shifting below the movable frame by vertically moving cylinder Dynamic frame lower end setting is fluted, and convex block is provided on the movable frame pedestal, and the convex block is caught in groove, and slides with groove Connection.

When use, two stations are used alternatingly, and after the bracket product of a station is full, can be replaced at once Another bracket, greatly improves working efficiency.

The mobile adsorbing mechanism, comprising: pedestal and sliding block, the sliding block slide on pedestal, are arranged on the pedestal There is transverse shifting cylinder, makes sliding block mobile by transverse shifting cylinder, be provided with L-type support, the L-type branch on the sliding block Lifting cylinder is provided on frame, the end of the piston rod of the lifting cylinder is provided with vacuum chuck frame, the vacuum chuck frame Downside is provided with vacuum chuck, is adsorbed product by vacuum chuck.

Such as Figure 25, shown in 26, impregnated paper workshop air purification device, comprising: by the sequentially connected dust hood of main line, Exhaust fan, Rose Box and spray column, remove fog chamber, active carbon case, the dust hood be it is multiple, multiple dust hoods pass through respectively to be set The sub- pipeline for being equipped with control valve is connected to main line, and the Rose Box is sealing square cabinet, two corresponding side correspondence is set It is equipped with mounting hole, sealing is slidably fitted with filter screen block, the filter screen block, comprising: be used in combination in the mounting hole Left net block and right net block, the left net block and right net block are frame structure, and left net block side corresponding to right net block is set It is equipped with card slot, the right net block side corresponding with left net block is provided with elastic flange, and the elastic flange is caught in card slot, mistake Strainer is placed between card slot and elastic flange, is fixed by card slot and elastic flange structure.

Wherein, increase heater box, the heater box, comprising: metal side on the pipeline between Rose Box and spray column Shape cabinet, the cabinet is interior to be arranged channel, and the outer lateral edge surrounding setting of the cabinet is fluted, and heating is provided in the groove Silk is destroyed by heating some organic exhaust gas that can make.

Wherein, the spray column, comprising: the air inlet and discharge outlet of tower body lower end be set, and setting is filled out tower is intracorporal Layer is filled, water distributor is provided with above described filler layer, the water distributor is connected with water inlet pipe, and gas is by packing layer, with filler Acid-base neutralization reaction occurs.Spray column upper end is provided with outlet pipe, by outlet pipe with except fog chamber, active carbon case are connect, Except fog chamber is used to remove the vapor in gas.

The above is only the preferred embodiment of the utility model, it is noted that for the general of the art For logical technical staff, without departing from the principle of this utility model, several improvements and modifications can also be made, these change It also should be regarded as the protection scope of the utility model into retouching.

Claims (2)

1. a kind of impregnated paper production New type agitation tank characterized by comprising support construction and tank body, lid, the lid It is provided with driving motor on body, lateral rabbling mechanism and longitudinal rabbling mechanism, the transverse direction blender are provided in the tank body There are gap between structure and tank body inner sidewall, multiple filling bodies, the filler are evenly arranged with along same periphery in gap Mechanism, comprising: the transverse end of plectrum, cartridge and spring, grafting frame, L-type plate, the L-type plate is fixedly connected on tank body On inner wall, hook formation is formed with the inner sidewall of tank body, the grafting frame passes through the spring being laterally arranged and connect with cartridge, Meanwhile the grafting frame is caught in hook formation, and the plectrum being laterally arranged, and the plectrum are provided on the outside of the cartridge It extends in the radius of turn of longitudinal rabbling mechanism, the grafting frame is frame-type structure, upper and lower both ends open, hollow and four sides Closing, the cartridge are tubular mechanism, and uniform intervals are provided with multiple open-works on lower end surface.

2. a kind of impregnated paper production system of processing, which is characterized in that used using impregnated paper as described in claim 1 production new Type agitator tank.