CN205555662U - Automatic production line for square toilet paper - Google Patents

Abstract

The utility model relates to a square toilet paper automatic production line, the scroll on the first scroll supporting mechanism and the second scroll supporting mechanism is embossed and overlapped together through the embossing transmission mechanism and then is conveyed to the winding cutting mechanism, the winding cutting mechanism winds the scroll and cuts the scroll after winding, the toilet paper after cutting is conveyed to the fixed conveying line by the movable conveying line, the fixed conveying line conveys the scroll to the first paper cutting mechanism and the second paper cutting mechanism for cutting, then the scroll is conveyed to the packing machine through the filtering conveying line for packing, finally the finished toilet paper after packing is conveyed out by the recovery conveying line, the square toilet paper automatic production line of the utility model has the advantages of convenient operation, automatic completion of toilet paper processing, high production efficiency, high quality of the produced toilet paper, and meeting the development requirements of the market, has higher practicability and popularization value.

Description

A kind of square toilet paper automatic production line

Technical field

This utility model relates to a kind of toilet paper production line, particularly relates to a kind of square toilet paper automatic production line.

Background technology

Toilet paper is requisite the articles for daily use in people's daily life, toilet paper in process of production, is required for being cut into bar, then the paper of strip is cut into block, then square toilet paper is packaged into pouch, is further packaged into sack (being easy to sell, store and transport).At present, relatively advanced cutting device is the technical scheme that Chinese patent " automatic cutting package production line of square toilet paper " (201120155299.X) is used, packaging production line described in this patent includes cutting machine, packer, feature is to be provided with the second delivery chute between cutting machine and packer, described second delivery chute entrance and the rip cutting mechanism outlet of cutting machine, second delivery chute outlet connects with packer entrance, and packer outlet connects with boxing table.Being connected with packer by this delivery chute, the square toilet paper after rip cutting mechanism cuts off is sent directly into packer packaging by the second delivery chute, it is not necessary to man-handling of materials and be manually fed into packer.But due to the defect of technology, causing the ability of these equipment not fully played, production efficiency and production precision all have much room for improvement.And owing to production scene operator is more, add the cost of manufacturing enterprise accordingly, it is impossible to meet actual production and the demand in market.

Utility model content

This utility model purpose is to provide a kind of easy to operate, that working (machining) efficiency is high and product quality is superior square toilet paper automatic production line to overcome the deficiencies in the prior art.

For reaching above-mentioned purpose, the technical solution adopted in the utility model is: a kind of square toilet paper automatic production line, including being sequentially connected the first paper roll supporting mechanism of setting, the second paper roll supporting mechanism, embossing drive mechanism, being wound around cutting mechanism, Mobile Transmission line, fixed transmission lines, the first paper cutting mechanism, the second paper cutting mechanism, filtration transmission line, packer and recovery pipeline；Paper roll on described first paper roll supporting mechanism and the second paper roll supporting mechanism is transported to after being embossed by embossing drive mechanism and be superimposed together be wound around cutting mechanism, it is wound around cutting mechanism paper roll is wound and after winding paper roll is cut, form paper block, paper block after cutting is transported to fixing pipeline by moving pipeline, paper block is transported to fixing pipeline the first paper cutting mechanism and the second paper cutting mechanism cuts, and transmitted line and be sent to packer by filtering and pack, the finished product toilet paper finally packaging completed by recovery pipeline transfers out.

Preferably, described first paper roll supporting mechanism includes being relatively fixed two the first support side plate of setting, the first support base anchor, the first square tube, the second square tube, the first support positioning plates, the first support manual shaking wheel device, the first support mobile ring, the first support hollow axle, the first backup washer, power set, the first support power transmission shaft, the first supporting bearing base, the first support stop device, the first support cushion, the first support cylinder saddle and the first support cylinder；Described first support side plate lower end is provided with the first support base anchor；Between described first support side plate, the first square tube by be arrangeding in parallel is connected with the second square tube；Described first side, support side plate upper end is provided with rotating first support positioning plates；Any one first support positioning plates lower end described is provided with the first support manual shaking wheel device；Described first supports the connection of manual shaking wheel device upper end the first support mobile ring；Described first support side plate upper end is provided through the rotating first support hollow axle of the first support mobile ring；Described first supports hollow axle is provided with two the first backup washers relatively slidably arranged；Described first support side plate bottom is provided with power set；Described power set and first support power transmission shaft and are connected；Described first supports power transmission shaft is connected with the first square tube by multiple first supporting bearing base；Described second square tube side supports cylinders by the first support cylinder saddle and first；Described first supports power transmission shaft is provided with two the first support stop devices that can rotate around it；Described first supports stop device one end leans against in the first support cushion of the first support cylinder saddle upper end, and the other end and first supports the telescopic end of cylinder and is connected；Described first supports cylinder supports drive axis for controlling the first support stop device around first.

Preferably, described second paper roll supporting mechanism includes being relatively fixed two the second support side plate of setting, the second support base anchor, third party's pipe, the 4th square tube, the second support positioning plates, the second support manual shaking wheel device, the second support mobile ring, the second support hollow axle, the second backup washer, power set, the second support power transmission shaft, the second supporting bearing base, the second support stop device, the second support cushion, the second support cylinder saddle, the second support cylinder, the 5th square tube, the 6th square tube, serious pipe and aluminum pipe；Described second support side plate lower end is provided with the second support base anchor；Between described second support side plate, the third party's pipe by be arrangeding in parallel is connected with the 4th square tube；Described second side, support side plate upper end is provided with rotating second support positioning plates；Any one second support positioning plates lower end described is provided with the second support manual shaking wheel device；Described second supports the connection of manual shaking wheel device upper end the second support mobile ring；Described second support side plate upper end is provided through the rotating second support hollow axle of the second support mobile ring；Described second supports hollow axle is provided with two the second backup washers relatively slidably arranged；Described second support side plate lower end is provided with power set；Described power set and second support power transmission shaft and are connected；Described second supports power transmission shaft is managed with third party by multiple second supporting bearing base and is connected；Described 4th square tube side supports cylinders by the second support cylinder saddle and second；Described second supports power transmission shaft is provided with two the second support stop devices that can rotate around it；Described second supports stop device one end leans against in the second support cushion of the second support cylinder saddle upper end, and the other end and second supports the telescopic end of cylinder and is connected；Described second supports cylinder supports drive axis for controlling the second support stop device around second；It is provided with the 5th square tube inside described second support side plate upper end；It is provided with the 6th square tube between described 5th square tube；Described 6th square tube is respectively arranged at two ends with the serious pipe between two the 5th square tubes and aluminum pipe up and down.

Preferably, described embossing drive mechanism embossing base plate, embossing side plate, embossing case, three-in-one motor, embossing motor Double-gear, embossing chain, the first embossing device, the second embossing device, the second support, roller transmission component and the first support；Described embossing base plate is provided with the embossing side plate being relatively fixed setting；Any one embossing side plate one end described is provided with three-in-one motor；Described three-in-one motor is connected with embossing motor Double-gear；Described embossing motor Double-gear by embossing chain respectively with the first embossing device being positioned at embossing side plate upper end and be positioned at the second embossing device of embossing side plate and be connected；The structure of described first embossing device and the second embossing device is identical；Described second embossing device side is provided with two the second supports be arrangeding in parallel；Described second support is provided with roller transmission component；Described first embossing device one end is provided be arranged in parallel two the first supports being connected with embossing side plate；Described first embossing device is respectively provided on two sides with the roller transmission component being positioned on the first support and embossing side plate；Described first embossing device two ends are provided with the embossing case being positioned on embossing side plate；Described first embossing device includes a bearing, the up and down connected embossing drivewheel being arranged in a bearing and embossing driven pulley, embossing bearing block, embossing the first gear, embossing the second gear and embossing regulating wheel；Described embossing drivewheel is connected with a bearing by embossing bearing block with embossing driven pulley two ends；Described embossing motor Double-gear is connected with embossing the first gear on embossing drivewheel by embossing chain；Described embossing drivewheel is connected with embossing driven pulley by embossing the second gear；It is additionally provided with embossing regulating wheel between described embossing motor Double-gear and embossing the first gear；Described embossing drivewheel is arranged over the guard bar between two bearings；Described roller transmission component includes usher to seat embossing bearing, embossing the first aluminum pipe, embossing backing plate, embossing bearing, embossing axle and embossing the second aluminum pipe；Described embossing bearing of usheing to seat is arranged on the first support by embossing backing plate；It is provided with embossing the first aluminum pipe in described embossing bearing of usheing to seat；Described embossing bearing of usheing to seat is respectively arranged at two ends with embossing bearing；Described embossing bearing is provided with embossing axle；Described embossing outer shaft sleeve is provided with embossing the second aluminum pipe；The height of described embossing the first aluminum pipe is more than embossing second aluminum pipe of both sides.

Preferably, described winding cutting mechanism includes being wound around frame, rolling cage, being wound around motor, winding chain, winding regulating wheel, brake, fixed plate, baffle plate cylinder, sideboard, baffle plate cylinder saddle, case and cutter sweep；Described winding frame upper end is provided with rolling cage；Described winding frame bottom side is provided with winding motor；The rotating shaft of described winding motor is connected with the rotating shaft of rolling cage by being wound around chain；It is additionally provided with winding regulating wheel between the rotating shaft of described winding motor and rolling cage；Rotating shaft one end of described rolling cage is provided with brake；Described winding frame both sides are provided with fixed plate；It is provided with between described fixed plate by baffle plate cylinder sideboard moving up and down；Described baffle plate cylinder is connected with being wound around frame by baffle plate cylinder saddle；Described winding frame side is provided with case；In described winding frame, relative case one end has groove；It is provided with in described case and can move to roll the cutter sweep below cage by groove, the toilet paper being completely wound for cutting.

Preferably, described cutter sweep includes slide rail, Power Component, the first movable floor, the second movable floor, connects assembly, cutter chuck holder adapted, slitter shaft, cutting knife bearing, slitter shaft bearing, cutterhead nut, locking nut, jump ring, pad, the first nut, cutting knife, synchronization wheel, Timing Belt, cutter motor, brake base, brake track, brake cylinder, brake disc, gusset piece and block；Described slide rail drives the first movable floor to slide by Power Component；Described second movable floor one end tilts to be connected by louver and the first movable floor, and the other end is connected by connecting assembly and the first movable floor other end；Described second movable floor is provided with cutter chuck holder adapted；Described cutter chuck holder adapted is provided with the slitter shaft passing its two ends；It is positioned at cutter chuck holder adapted two ends on described slitter shaft and is provided with cutting knife bearing；Described cutting knife bearing is provided with slitter shaft bearing；Described slitter shaft bearing is externally provided with cutterhead nut；It is positioned at slitter shaft on described slitter shaft to hold one end and be provided with locking nut；It is provided with jump ring between described locking nut and cutting knife bearing；Described slitter shaft one end is provided with and is installed in cutting knife thereon by pad and the first nut, and the other end is connected with cutter motor with Timing Belt by synchronizing wheel；It is positioned at cutting knife side on described cutter chuck holder adapted and is provided with brake gear；Described connection assembly includes a bracer, long bolt, nut and pin；A bracer it is installed with on described first movable floor and the second movable floor；Described long bolt one end is connected by the bracer on pin and the second movable floor, and the other end is connected with the bracer on pin and the second movable floor by nut.

Preferably, described Mobile Transmission line includes the first pair of track being relatively fixed setting and the second pair of track, the first planker, the second planker, frame lower, mobile cylinder connector, mobile cylinder, mobile cylinder base plate, free bearing, mobile support saddle, upper rack, transporter, hoisting rack mechanism, fixed support, hoist wheel and play rail lift；Described first pair of track side is by mobile cylinder connector and mobile cylinders；Described mobile cylinder is connected with mobile cylinder base plate；It is respectively equipped with the first supporting plate and the second planker in described first pair of track and second pair of track；Described frame lower two ends are connected with the first supporting plate and the second planker respectively；Described frame lower is positioned at upper end, first pair of track side and is connected with upper rack by free bearing, and opposite side is connected by multiple mobile support saddles are mobilizable with upper rack；Described second pair of track is provided with hoisting rack mechanism；Described hoisting rack mechanism is connected with the wheel that hoists；What the described wheel that hoists was slidably disposed on fixed support rises in rail lift；Described fixed support is fixedly linked with upper rack；Described transporter includes mobile drivewheel, mobile driven pulley, mobile chain, mobile motor, fixed conveyor wheel, adjustable drive and conveyer belt；Described upper rack is respectively arranged at two ends with mobile drivewheel and mobile driven pulley；Described mobile drivewheel is connected with the mobile motor being positioned at upper rack by mobile chain；It is provided with multiple fixed conveyor wheel being positioned at upper rack between described mobile drivewheel and mobile driven pulley and is positioned at the adjustable drive of frame lower；Described conveyer belt is wound on mobile drivewheel, fixed conveyor wheel, mobile driven pulley and adjustable transmission wheel successively.

Preferably, described fixed transmission lines includes fixed frame, foundation bolt, footing, hold-down support, the first adjustable transmission shaft, the second adjustable transmission shaft, motor transmission shaft, fixing motor, fixed bearing block, fixing bearing, the first fixed conveyor axle, the second fixed conveyor axle, fixing chain, fixing regulating wheel and fixing conveyer belt；Described fixed frame lower end is provided with multiple foundation bolt；Described foundation bolt lower end is installed with footing；Described fixed frame two ends are provided with hold-down support；The first adjustable transmission shaft and the second adjustable transmission shaft it is respectively equipped with on described hold-down support；The motor transmission shaft and fixing motor being connected by fixing chain it is provided with in described fixed frame；It is additionally provided with fixing regulating wheel between described fixing motor and motor transmission shaft；Described fixed frame side is provided with fixed bearing block；Described fixed bearing block is provided with fixing bearing；The 3rd adjustable transmission shaft between the first adjustable transmission shaft and motor transmission shaft it is additionally provided with on described fixed frame；Described fixed frame top and bottom are respectively equipped with several the first fixed conveyor axle being equally spaced and the second fixed conveyor axles；It is provided with, between described adjacent first fixed conveyor axle, the cover plate being connected with fixed frame；Described fixing conveyer belt is transmitted by the first adjustable transmission shaft, the 3rd adjustable transmission shaft, motor transmission shaft, fixing bearing, several the second fixed conveyor axles, the second adjustable transmission shaft, multiple cover plate and several the first fixed conveyor axles.

Preferably, the first paper cutting mechanism includes conveyer belt frame, transporter, cut paper air cylinder support, cut paper cylinder, press strip, cut paper slide rail, limited block, power set, saddle, column, upper encloser, lower encioser, cut paper drive pulley, belt, cut paper motor, saw blade, saw blade stop device, left and right adjusting handle and up-down adjustment handle；Described conveyer belt frame is provided with transporter；The two ends of described conveyer belt frame side are provided with cut paper air cylinder support；Described cut paper air cylinder support is provided with cut paper cylinder；Two press strips be arrangeding in parallel it are provided with below described cut paper cylinder；Described conveyer belt frame lower end is provided with cut paper slide rail；The two ends of described cut paper slide rail are provided with limited block；Described cut paper slide rail is provided with by power set slidably saddle；Described saddle is provided with column；Described column side is provided with upper encloser and the lower encioser being positioned at the upper and lower two ends of transporter；Cut paper drive pulley it is provided with in described lower encioser；Described cut paper drive pulley is connected with the cut paper motor of column side by belt；Described cut paper drive pulley is connected with the cut paper driven pulley in upper encloser by saw blade, and saw blade is right through the centre of two press strips；Position corresponding with saw blade on described lower encioser is provided with saw blade stop device；Described upper encloser is additionally provided with left and right adjusting handle and up-down adjustment handle is respectively used to regulate lateral separation and the elasticity of saw blade of saw blade.

Utilization due to technique scheme, this utility model compared with prior art has the advantage that the square toilet paper automatic production line of this utility model scheme, it is easy to operate, the processing to toilet paper can be automatically performed, can reach between each structure most preferably to mate, achieve mechanization, continuous prodution, there is production efficiency height, produce the advantage that toilet paper automatic cutting packaging production line scene is in good order, production cost is low, cater to the growth requirement in market, there is higher practicality and promotional value.

Accompanying drawing explanation

Below in conjunction with the accompanying drawings technical solutions of the utility model are described further.

Accompanying drawing 1 is the structural representation of square toilet paper automatic production line of the present utility model.

Accompanying drawing 2 is the structural representation of the first paper roll supporting mechanism.

Accompanying drawing 3 is the side sectional view of accompanying drawing 2.

Accompanying drawing 4 is the structural representation of the second paper roll supporting mechanism.

Accompanying drawing 5 is the side sectional view of accompanying drawing 4.

Accompanying drawing 6 is the structural representation of embossing drive mechanism.

Accompanying drawing 7 is the side view of accompanying drawing 6.

Accompanying drawing 8 is the structural representation being wound around cutting mechanism.

Accompanying drawing 9 is the side view of accompanying drawing 8.

Accompanying drawing 10 is the structural representation of cutter sweep.

Accompanying drawing 11 be in accompanying drawing 10 A to structure sectional view.

Accompanying drawing 12 be in accompanying drawing 10 B to structure sectional view.

Accompanying drawing 13 is the structural representation of mobile pipeline.

Accompanying drawing 14 is the partial enlarged drawing in accompanying drawing 13.

Accompanying drawing 15 is the partial enlarged drawing in accompanying drawing 13.

Accompanying drawing 16 is the structural representation of fixing pipeline.

Accompanying drawing 17 is the partial enlarged drawing in accompanying drawing 16.

Accompanying drawing 18 is the partial enlarged drawing in accompanying drawing 16.

Accompanying drawing 19 is the structural representation of the first paper cutting mechanism.

Accompanying drawing 20 is the side view of accompanying drawing 19.

Wherein: 1, the first paper roll supporting mechanism；2, the second paper roll supporting mechanism；3, embossing drive mechanism；4, it is wound around cutting mechanism；5, Mobile Transmission line；6, fixed transmission lines；7, the first paper cutting mechanism；8, the second paper cutting mechanism；9, transmission line is filtered；10, packer；11, pipeline is reclaimed；20, paper roll；101, the first support side plate；102, the first square tube；103, the second square tube；104, the first support positioning plates；105, first manual shaking wheel device is supported；106, first mobile ring is supported；107, first hollow axle is supported；108, the first backup washer；109, first driven pulley is supported；110, first power transmission shaft is supported；111, the first supporting bearing base；112, first stop device is supported；113, the first support cushion；114, first cylinder saddle is supported；115, first cylinder is supported；116, first motor is supported；117, first motor gear is supported；118, the first support chains；119, first base anchor is supported；201, the second support side plate；202, third party's pipe；203, the 4th square tube；204, the second support positioning plates；205, second manual shaking wheel device is supported；206, second mobile ring is supported；207, second hollow axle is supported；208, the second backup washer；209, second driven pulley is supported；210, second power transmission shaft is supported；211, the second supporting bearing base；212, second stop device is supported；213, the second support cushion；214, second cylinder saddle is supported；215, second cylinder is supported；216, second motor is supported；217, second motor gear is supported；218, the second support chains；219, second base anchor is supported；221, the 5th square tube；222, the 6th square tube；223, serious pipe；224, aluminum pipe；301, embossing base plate；302, embossing side plate；303, embossing case；304, three-in-one motor；305, embossing motor Double-gear；306, embossing chain；307, the second support；308, the first support；309, embossing drivewheel；310, embossing driven pulley；311, embossing bearing block；312, embossing the first gear；313, embossing the second gear；314, embossing regulating wheel；315, usher to seat embossing bearing；316, embossing the first aluminum pipe；317, embossing bearing；318, embossing axle；319, embossing the second aluminum pipe；320, guard bar；321, bearing is propped up；322, embossing backing plate；401, it is wound around frame；402, rolling cage；403, it is wound around motor；404, it is wound around chain；405, it is wound around regulating wheel；406, brake；407, fixed plate；408, baffle plate cylinder；409, sideboard；410, baffle plate cylinder saddle；411, case；412, cutter sweep；413, wheel is synchronized；414, slide rail；415, the first movable floor；416, the second movable floor；417, cutter chuck holder adapted；418, slitter shaft；419, cutting knife bearing；420, slitter shaft bearing；421, cutterhead nut；422, locking nut；423, jump ring；424, pad；425, the first nut；426, cutting knife；427, Timing Belt；428, brake base；429, brake track；430, brake cylinder；431, brake disc；432, gusset piece；433, block；434, motor is driven；435, tooth bar is driven；436, gear is driven；437, bracer is propped up；438, long bolt；439, nut；440, pin；441, cutter motor；442, louver；501, first pair of track；502, second pair of track；503, the first planker；504, the second planker；505, cylinder connector is moved；506, cylinder is moved；507, cylinder base plate is moved；508, free bearing；509, upper rack；510, drivewheel is moved；511, driven pulley is moved；512, chain is moved；513, mobile motor；514, fixed conveyor wheel；515, adjustable drive；516, conveyer belt；517, hoisting rack mechanism；518, fixed support；519, hoist wheel；520, rail lift is played；521, frame lower；522, mobile support saddle；601, fixed frame；602, foundation bolt；603, footing；604, hold-down support；605, the first adjustable transmission shaft；606, the second adjustable transmission shaft；607, motor transmission shaft；608, fixing motor；609, fixed bearing block；610, fixing bearing；611, the first fixed conveyor axle；612, the second fixed conveyor axle；613, fixing chain；614, fixing regulating wheel；615, fixing conveyer belt；616, the 3rd adjustable transmission shaft；617, cover plate；701, cut paper cylinder；702, cut paper air cylinder support；703, left and right adjusting handle；704, press strip；705, transporter；706, conveyer belt frame；707, upper encloser；708, cut paper driven pulley；709, up-down adjustment handle；710, column；711, saw blade；712, saw blade stop device；713, cut paper drive pulley；714, belt；715, cut paper mobile motor；716, cut paper gear；717, cut paper tooth bar；718, cut paper motor；719, saddle；720, cut paper slide rail；721, limited block；723, up-down adjustment handle.

Detailed description of the invention

Below in conjunction with the accompanying drawings and specific embodiment the utility model is described in further detail.

Described in the utility model a kind of square toilet paper automatic production line as shown in accompanying drawing 1-20, including being sequentially connected first paper roll supporting mechanism the 1, second paper roll supporting mechanism 2 of setting, embossing drive mechanism 3, being wound around cutting mechanism 4, Mobile Transmission line 5, fixed transmission lines the 6, first paper cutting mechanism the 7, second paper cutting mechanism 8, filtration transmission line 9, packer 10 and reclaim pipeline 11；Paper roll on described first paper roll supporting mechanism 1 and the second paper roll supporting mechanism 2 is transported to after being embossed by embossing drive mechanism 3 and be superimposed together be wound around cutting mechanism 4, it is wound around cutting mechanism 4 paper roll is wound and after winding paper roll is cut, and form paper block, paper block after cutting is transported to fixing pipeline 6 by moving pipeline 5, paper block is transported to fixing pipeline 6 first paper cutting mechanism 7 and the second paper cutting mechanism 8 cuts, and be sent at packer 10 pack via filtering transmission line 9, the finished product toilet paper finally packaging completed by recovery pipeline 11 transfers out.

Described first paper roll supporting mechanism includes two the first support side plate 101 being relatively fixed setting, first supports base anchor 119, first square tube 102, second square tube 103, first support positioning plates 104, first supports manual shaking wheel device 105, first supports mobile ring 106, first supports hollow axle 107, first backup washer 108, power set, first supports power transmission shaft 110, first supporting bearing base 111, first supports stop device 112, first support cushion 113, first supports cylinder saddle 114 and first supports cylinder 115；Described first support side plate 101 lower end is provided with the first support base anchor 119；Between described first support side plate 101, the first square tube 102 by be arrangeding in parallel is connected with the second square tube 103；Described first side, support side plate 101 upper end is provided with rotating first support positioning plates 104；Any one first support positioning plates 104 lower end described is provided with the first support manual shaking wheel device 105；Described first supports the connection of manual shaking wheel device 105 upper end the first support mobile ring 106；Described first support side plate 101 upper end is provided through the rotating first support hollow axle 107 of the first support mobile ring 106；Described first supports hollow axle 107 is provided with two the first backup washers 108 relatively slidably arranged；Described first support side plate 101 bottom is provided with power set；Described power set and first support power transmission shaft 110 and are connected；Described first supports power transmission shaft 110 is connected with the first square tube 102 by multiple first supporting bearing base 111；Described second square tube 103 side supports cylinder 115 by the first support cylinder saddle 114 with first and is connected；Described first supports power transmission shaft 110 is provided with two the first support stop devices 112 that can rotate around it；Described first supports stop device 112 one end leans against in the first support cushion 113 of the first support cylinder saddle 114 upper end, and the other end and first supports the telescopic end of cylinder 115 and is connected；Described first supports cylinder 115 rotates around the first support power transmission shaft 110 for controlling the first support stop device 112；Described power set include that the first support motor 116, first supports motor gear the 117, first support chains 118 and first and supports driven pulley 109；Described first supports motor 116 is connected with the first support motor gear 117；Described first supports motor gear 117 is connected with the first support driven pulley 109 by the first support chains 118；Described first supports driven pulley 109 is connected with the first support power transmission shaft 110.

Described second paper roll supporting mechanism includes two the second support side plate 201 being relatively fixed setting, second supports base anchor 219, third party's pipe 202, 4th square tube 203, second support positioning plates 204, second supports manual shaking wheel device 205, second supports mobile ring 206, second supports hollow axle 207, second backup washer 208, power set, second supports power transmission shaft 210, second supporting bearing base 211, second supports stop device 212, second support cushion 213, second supports cylinder saddle 214 and second supports cylinder 215；Described second support side plate 201 lower end is provided with the second support base anchor 219；It is provided with third party's pipe 202 and the 4th square tube 203 between described second support side plate 201；Described second side, support side plate 201 upper end is provided with rotating second support positioning plates 204；Any one second support positioning plates 204 lower end described is provided with the second support manual shaking wheel device 205；Described second supports the connection of manual shaking wheel device 205 upper end the second support mobile ring 206；Described second support side plate 201 upper end is provided through the rotating second support hollow axle 207 of the second support mobile ring 206；Described second supports hollow axle 207 is provided with two the second backup washers 208 relatively slidably arranged；Described second support side plate 201 bottom is provided with power set；Described power set and second support power transmission shaft 210 and are connected；Described second supports power transmission shaft 210 is connected with third party's pipe 202 by multiple second supporting bearing base 211；Described 4th square tube 203 side supports cylinder 215 by the second support cylinder saddle 214 with second and is connected；Described second supports power transmission shaft 210 is provided with two the second support stop devices 212 that can rotate around it；Described second supports stop device 212 one end leans against in the second support cushion 213 of the second support cylinder saddle 214 upper end, and the other end and second supports the telescopic end of cylinder 215 and is connected；Described second supports cylinder 215 rotates around the second support power transmission shaft 210 for controlling the second support stop device 212；It is provided with the 5th square tube 221 inside described second support side plate 201 upper end；It is provided with the 6th square tube 222 between described 5th square tube 221；Described 6th square tube about 222 is respectively arranged at two ends with the serious pipe 223 between two the 5th square tubes 221 and aluminum pipe 224；Described power set include that the second support motor 216, second supports motor gear the 217, second support chains 218 and second and supports driven pulley 209；Described second supports motor 216 is connected with the second support motor gear 217；Described second supports motor gear 217 is connected with the second support driven pulley 209 by the second support chains 218；Described second supports driven pulley 209 is connected with the second support power transmission shaft 210.

Described embossing drive mechanism includes embossing base plate 301, embossing side plate 302, embossing case 303, three-in-one motor 304, embossing motor Double-gear 305, embossing chain the 306, first embossing device, the second embossing device, the second support 307, roller transmission component and the first support 308；Described embossing base plate 301 is provided with the embossing side plate 302 being relatively fixed setting；Any one embossing side plate one end described is provided with three-in-one motor 304；Described three-in-one motor 304 is connected with embossing motor Double-gear 305；Described embossing motor Double-gear 305 by embossing chain 306 respectively with the first embossing device being positioned at embossing side plate 302 upper end and be positioned at the second embossing device of embossing side plate 302 and be connected；The structure of described first embossing device and the second embossing device is identical；Described second embossing device side is provided with two the second supports 307 be arrangeding in parallel；Described second support 307 is provided with roller transmission component；Described first embossing device one end is provided be arranged in parallel two the first supports 308 being connected with embossing side plate 302；Described first embossing device is respectively provided on two sides with the roller transmission component being positioned on the first support 308 and embossing side plate 302；Described first embossing device two ends are provided with the embossing case 303 being positioned on embossing side plate 302；Described first embossing device includes a bearing 321, the up and down connected embossing drivewheel 309 being arranged in a bearing 321 and embossing driven pulley 310, embossing bearing block 311, embossing the first gear 312, embossing the second gear 313 and embossing regulating wheel 314；Described embossing drivewheel 309 is connected with a bearing 321 by embossing bearing block 311 with embossing driven pulley 310 two ends；Described embossing motor Double-gear 305 is connected with embossing the first gear 312 on embossing drivewheel 309 by embossing chain 306；Described embossing drivewheel 309 is connected with embossing driven pulley 310 by embossing the second gear 313；It is additionally provided with embossing regulating wheel 314 between described embossing motor Double-gear 305 and embossing the first gear 312；Described embossing drivewheel 309 is arranged over the guard bar 320 between two bearings 321；Described roller transmission component includes usher to seat embossing bearing 315, embossing the first aluminum pipe 316, embossing backing plate 322, embossing bearing 317, embossing axle 318 and embossing the second aluminum pipe 319；Described embossing bearing 315 of usheing to seat is arranged on the first support 308 by embossing backing plate 322；It is provided with embossing the first aluminum pipe 316 in described embossing bearing 315 of usheing to seat；Described embossing bearing 315 of usheing to seat is respectively arranged at two ends with embossing bearing 317；Described embossing bearing 317 is provided with embossing axle 318；Embossing the second aluminum pipe 319 it is arranged with outside described embossing axle 318；The height of described embossing the first aluminum pipe 316 is more than embossing second aluminum pipe 319 of both sides.

Described winding cutting mechanism includes being wound around frame 401, rolling cage 402, being wound around motor 403, winding chain 404, winding regulating wheel 405, brake 406, fixed plate 407, baffle plate cylinder 408, sideboard 409, baffle plate cylinder saddle 410, case 411 and cutter sweep 412；Described winding frame 401 upper end is provided with rolling cage 402;Described winding frame 401 bottom side is provided with winding motor 403；The rotating shaft of described winding motor 403 is connected with the rotating shaft of rolling cage 402 by being wound around chain 404；Winding regulating wheel 405 it is additionally provided with between the rotating shaft of described winding motor 403 and rolling cage 402；Rotating shaft one end of described rolling cage 402 is provided with brake 406；Described winding frame 401 both sides are provided with fixed plate 407；It is provided with by baffle plate cylinder 408 sideboard moving up and down 409 between described fixed plate 407；Described baffle plate cylinder 408 is connected with being wound around frame 401 by baffle plate cylinder saddle 410；Described winding frame 401 side is provided with case 411；In described winding frame 401, relative case 411 one end has groove；It is provided with in described case 411 and can move to roll the cutter sweep 412 below cage 402 by groove, the toilet paper being completely wound for cutting；Described cutter sweep includes slide rail 414, Power Component, first movable floor the 415, second movable floor 416, connects assembly, cutter chuck holder adapted 417, slitter shaft 418, cutting knife bearing 419, slitter shaft bearing 420, cutterhead nut 421, locking nut 422, jump ring 423, pad the 424, first nut 425, cutting knife 426, synchronization wheel 413, Timing Belt 427, cutter motor 441, brake base 428, brake track 429, brake cylinder 430, brake disc 431, gusset piece 432 and block 433；Described slide rail 414 drives the first movable floor 415 to slide by Power Component；Described second movable floor 416 one end tilts to be connected with the first movable floor 415 by louver 442, and the other end is connected by connecting assembly and first movable floor 415 other end；Described second movable floor 416 is provided with cutter chuck holder adapted 417；Described cutter chuck holder adapted 417 is provided with the slitter shaft 418 passing its two ends；It is positioned at cutter chuck holder adapted 417 two ends on described slitter shaft 418 and is provided with cutting knife bearing 419；Described cutting knife bearing 419 is provided with slitter shaft bearing 420；Described slitter shaft bearing 420 is externally provided with cutterhead nut 421；It is positioned at slitter shaft on described slitter shaft 418 to hold 419 one end and be provided with locking nut 422；It is provided with jump ring 423 between described locking nut 422 and cutting knife bearing 419；Described slitter shaft 418 one end is provided with and is installed in cutting knife 426 thereon by pad 424 and the first nut 425, and the other end is connected with cutter motor 441 with Timing Belt 427 by synchronizing wheel 413；It is positioned at cutting knife 426 side on described cutter chuck holder adapted 417 and is provided with brake gear；Described brake gear includes brake base 428, brake track 429, brake cylinder 430, brake disc 431, gusset piece 432 and block 433；Described brake base 428 is provided with two the brake tracks 429 being relatively fixed setting；Described brake track 429 is provided with slidably brake cylinder 430；The telescopic end of described brake cylinder 430 connects brake disc 431；It is connected by gusset piece 432 bottom said two brake cylinder 430；Described brake base 428 is provided with the block 433 being positioned at gusset piece 432 side；Described Power Component includes driving motor 434, driving tooth bar 435 and drive gear 436；Described driving motor 434 is arranged on the first movable floor 415 side；Described driving motor 434 is connected with slide rail 414 with driving tooth bar 435 by driving gear 436；Described connection assembly includes a bracer 437, long bolt 438, nut 439 and pin 440；A bracer 437 it is installed with on described first movable floor 415 and the second movable floor 416；Described long spiral shell 438 bar one end is connected with the bracer 437 on the first movable floor 415 by pin 440, and the other end is connected with the bracer on the second movable floor 416 with pin 440 by nut 439.

Described mobile output lead includes the first pair of track 501 being relatively fixed setting and second pair of track the 502, first planker the 503, second planker 504, frame lower 521, mobile cylinder connector 505, mobile cylinder 506, mobile cylinder base plate 507, free bearing 508, mobile support saddle 522, upper rack 509, transporter, hoisting rack mechanism 517, fixed support 518, hoist wheel 519 and play rail lift 520；Described first pair of track 501 side is connected with mobile cylinder 506 by mobile cylinder connector 505；Described mobile cylinder 506 is connected with mobile cylinder base plate 507；The first supporting plate 503 and the second planker 504 it is respectively equipped with in described first pair of track 501 and second pair of track 502；Described frame lower 521 two ends are connected with the first supporting plate 503 and the second planker 504 respectively；Described frame lower 521 is positioned at upper end, first pair of track 501 side and is connected with upper rack 509 by free bearing 508, and opposite side is connected by multiple mobile support saddles 522 are mobilizable with upper rack 509；Described second pair of track 502 is provided with hoisting rack mechanism 517；Described hoisting rack mechanism 517 is connected with the wheel 519 that hoists；What the described wheel 519 that hoists was slidably disposed on fixed support 518 rises in rail lift 520；Described fixed support 518 is fixedly linked with upper rack 509；Described transporter includes mobile drivewheel 510, mobile driven pulley 511, mobile chain 512, mobile motor 513, fixed conveyor wheel 514, adjustable drive 515 and conveyer belt 516；Described upper rack 509 is respectively arranged at two ends with mobile drivewheel 510 and mobile driven pulley 511；Described mobile drivewheel 510 is connected with the mobile motor 513 being positioned at upper rack 509 by mobile chain 512；It is provided with multiple fixed conveyor wheel 514 being positioned at upper rack 509 between described mobile drivewheel 510 and mobile driven pulley 511 and is positioned at the adjustable drive 515 of frame lower 521；Described conveyer belt 516 is wound on mobile drivewheel 510, fixed conveyor wheel 514, mobile driven pulley 511 and adjustable transmission successively and takes turns on 515.

Described fixing output lead includes fixed frame 601, foundation bolt 602, footing 603, hold-down support the 604, first adjustable transmission shaft the 605, second adjustable transmission shaft 606, motor transmission shaft 607, fixing motor 608, fixed bearing block 609, fixing bearing the 610, the 3rd adjustable transmission shaft the 616, first fixed conveyor axle the 611, second fixed conveyor axle 612, fixing chain 613, fixing regulating wheel 614 and fixing conveyer belt 615；Described fixed frame 601 lower end is provided with multiple foundation bolt 602；Described foundation bolt 602 lower end is installed with footing 603；Described fixed frame 601 two ends are provided with hold-down support 604；The first adjustable transmission shaft 605 and the second adjustable transmission shaft 606 it is respectively equipped with on described hold-down support 604；The motor transmission shaft 607 and fixing motor 608 being connected by fixing chain 613 it is provided with in described fixed frame 601；Fixing regulating wheel 614 it is additionally provided with between described fixing motor 608 and motor transmission shaft 607；Described fixed frame 601 side is provided with fixed bearing block 609；Described fixed bearing block 609 is provided with fixing click 608；The 3rd adjustable transmission shaft 616 between the first adjustable transmission shaft 605 and motor transmission shaft 607 it is additionally provided with on described fixed frame 601；Described fixed frame 601 top and bottom are respectively equipped with several the first fixed conveyor axle 611 and the second fixed conveyor axles 612 being equally spaced；It is provided with, between described adjacent first fixed conveyor axle 611, the cover plate 617 being connected with fixed frame 601；Described fixing conveyer belt 615 is transmitted by the first adjustable transmission shaft the 605, the 3rd adjustable transmission shaft 616, motor transmission shaft 607, fixing bearing 610, several the second fixed conveyor axle 612, second adjustable transmission shafts 606, multiple cover plate 617 and several the first fixed conveyor axles 611.

Described first paper cutting mechanism includes conveyer belt frame 706, transporter 705, cut paper air cylinder support 702, cut paper cylinder 701, press strip 704, cut paper slide rail 720, limited block 721, power set, saddle 719, column 710, upper encloser 707, cut paper drive pulley 713, belt 714, cut paper motor 718, saw blade 711, cut paper driven pulley 708, saw blade stop device 712, left and right adjusting handle 703 and up-down adjustment handle 723；Described conveyer belt frame 706 is provided with transporter 705；The two ends of described conveyer belt frame 706 side are provided with cut paper air cylinder support 702；Described cut paper air cylinder support 702 is provided with cut paper cylinder 701；Two press strips 704 be arrangeding in parallel it are provided with below described cut paper cylinder 701；Described conveyer belt frame 706 lower end is provided with cut paper slide rail 720；The two ends of described cut paper slide rail 720 are provided with limited block 721；Described cut paper slide rail 720 is provided with by power set slidably saddle 719；Described saddle 719 is provided with column 710；Described column 710 side is provided with upper encloser 707 and the lower encioser (not shown) being positioned at transporter about 705 two ends；Cut paper drive pulley 713 it is provided with in described lower encioser；Described cut paper drive pulley 713 is connected with the cut paper motor 718 of column 710 side by belt 714；Described cut paper drive pulley 713 is connected with the cut paper driven pulley 708 in upper encloser 707 by saw blade 711, and saw blade 711 is right through the centre of two press strips 704；Position corresponding with saw blade 711 on described lower encioser is provided with saw blade stop device 712；Described power set include cut paper mobile motor 715, cut paper gear 716 and cut paper tooth bar 717；Described cut paper mobile motor 715 is connected with cut paper tooth bar 717 by cut paper gear 716；Described cut paper tooth bar 717 is connected with saddle 719；Described upper encloser 707 is additionally provided with left and right adjusting handle 703 and up-down adjustment handle 723, is respectively used to regulate lateral separation and the elasticity of saw blade 711 of saw blade 711.

Described in the utility model a kind of square toilet paper automatic production line as shown in accompanying drawing 1-20, when toilet paper starts to produce, paper roll 20 is fixed on the first support hollow axle by the first backup washer first with both sides, and utilizes the first support manual shaking wheel device laterally to finely tune the first position supporting hollow axle；First support cylinder unlatching afterwards, the first support stop device is promoted to rotate, paper roll is corrected for 20 times and leans against on the first support stop device, then first motor unlatching is supported, first supports stop device starts working, so that paper roll 20 lower end can support first carries out transmission on stop device；When the thickness of paper roll 20 reduces, the first support cylinder can be controlled and allow the first support stop device continue up to rotate, it is ensured that the first bottom connection supporting stop device and paper roll touches, and is then sent in the second paper roll supporting mechanism by first group of paper roll；Second group of paper roll 20 is fixed on the second support hollow axle, and by the second support manual shaking wheel device, the second position supporting hollow axle is laterally finely tuned；Second support Telescopic-cylinder bar promotion the second support stop device rotation afterwards, make to correct under paper roll and lean against on the second support stop device, then second supporting motor unlatching, second supports stop device starts working so that paper roll lower end can support second and rotate on stop device；When the thickness of paper roll 20 reduces, the second support cylinder can be controlled and make the second support stop device continue up to rotate, it is ensured that the second bottom connection supporting stop device and paper roll 20 touches；Second group of paper roll 20 front end being wrapped on aluminum pipe and be transferred in embossing mechanism, is also wound with first group of paper roll simultaneously on the serious pipe above the 6th square tube, such aluminum pipe is transferred to forward in embossing mechanism together with two groups of paper rolls on serious pipe；Wherein the effect of the 6th square tube is to separate the paper roll on serious pipe and aluminum pipe.It is additionally provided with the first support positioning plates and the second support positioning plates in the both sides of the first support side plate and the second support side plate, is used for preventing the first support hollow axle and second from supporting hollow axle deviation position when rotating；nullWhen the coil paper of two groups of toilet papers sends，It is wound around the second support and the roller transfer assembly being arranged on embossing side plate successively，Then during the coil paper of two groups of toilet papers enters into the first embossing device and the second embossing device，When three-in-one motor is opened，Embossing motor Double-gear on three-in-one motor drives the first embossing device and the second embossing device to be embossed toilet paper by embossing chain respectively，In the first embossing device，Three-in-one driven by motor embossing the second pinion rotation，Embossing the second gear drives embossing drivewheel to rotate，Embossing drivewheel is rotated by embossing the first gear driven embossing driven pulley，Thus the paper roll of toilet paper is embossed，The use process of the second embossing device is identical with the first embossing device，After the paper roll embossing of two groups of toilet papers completes，First group of toilet paper passes sequentially through embossing the second aluminum pipe、Embossing the first aluminum pipe and embossing the second aluminum pipe are transmitted，Second group of toilet paper passes sequentially through embossing the first aluminum pipe and embossing the second aluminum pipe is transmitted，Two groups of toilet papers are superimposed together when by embossing the first aluminum pipe，Finally from the transmission of embossing the second aluminum pipe to being wound around cutting mechanism；Wherein the effect of roller transmission component is primarily to the paper roll elasticity when transmitting of toilet paper and camber front and back can be adjusted；Toilet paper enters after being wound around cutting mechanism, and the rotating shaft on winding motor is rotated by chain drive rolling cage, carries out toilet paper rotating winding, after reaching the winding number of turns set, baffle plate cylinder is opened, and drives sideboard to rise, rolling cage bottom portion toilet paper is held, cutter sweep cuts；During cutting, cutter motor is opened, the rotating shaft of cutter motor drives slitter shaft to rotate by synchronizing wheel, slitter shaft rotates and drives cutting knife to rotate, and then drives motor to open, and drives motor to drive slide rail to carry out transverse shifting, make cutter sweep can roll cage lower end transverse shifting by groove, cutting toilet paper, after having cut, cutting knife stops operating and resets；First movable floor and the second movable floor are obliquely installed, so that cutting knife forms certain angle of inclination when cutting toilet paper, reduce the gradient of the facet of toilet paper, reduce waste material；Angle of inclination between first movable floor and the second movable floor can be finely adjusted by nut simultaneously；nullThe toilet paper cut away is positioned on rolling cage，Then the mobile cylinder moving pipeline is opened，The expansion link of mobile cylinder drives the first track and the second track to move，Upper rack is made to move to rolling cage and reach setting position together with frame lower，Now，Lifting mechanism rises，Drive hoists to take turns and slides in playing rail lift，Owing to the wheel that hoists is arranged in support bracket fastened rail lift，Fixed support is installed in upper rack，And upper rack one end is connected by free bearing with frame lower，The other end is movably connected with frame lower，Make upper rack with free bearing for fulcrum at the uniform velocity upper shifting，When one end of upper rack is in tangency location with the cylindrical of rolling cage，Lifting mechanism quits work，Manually toilet paper one end of well cutting is placed on mobile pipeline，Utilize transporter and the gravity of toilet paper and in addition human assistance make toilet paper move on mobile pipeline，Move pipeline afterwards to reset according to the most contrary action，Drive toilet paper to continue to be transferred at fixing output lead simultaneously；When toilet paper enters into fixing output lead, power is sent on motor transmission shaft by fixing motor by fixing chain, power is sent on the first adjustable transmission shaft by so motor transmission shaft by the 3rd adjustable transmission shaft, and conveyer belt can be by transmitting on the first adjustable transmission shaft, the 3rd adjustable transmission shaft, motor transmission shaft, fixing bearing, several the second fixed conveyor axles, the second adjustable transmission shaft, cover plate and several the first fixed conveyor axles；It is provided with the first fixed conveyor axle and the second fixed conveyor axle is that being provided with the cover plate being connected with fixed frame between adjacent first fixed conveyor axle is the holding capacity in order to increase conveyer belt, it is ensured that stablizing of transmission is carried out in order to make transmission more stable effectively；Then horizontal cutting is carried out during toilet paper is transferred to the first paper cutting mechanism, the deckle-edged one end of toilet paper is first transferred on the transporter in conveyer belt frame, then cut paper motor is opened, cut paper motor is rotated by belt drives cut paper drive pulley, cut paper drive pulley and the mutual transmission of cut paper driven pulley drive saw blade to rotate, cut paper mobile motor is opened, cut paper mobile motor drives saddle transverse shifting on cut paper slide rail, thus drive saw blade transverse shifting, one end of sanitary-paper strip burr is cut away as waste material, continue afterwards forward toilet paper transport on transporter, also with saw blade by toilet paper transverse cuts；Then carry out second time during the toilet paper after transverse cuts enters into the second paper cutting mechanism to cut, and longitudinally cutting so that toilet paper molding, then entered in packer by filtration transmission line and pack, transfer out finally by reclaiming pipeline.

Square toilet paper automatic production line of the present utility model, it is easy to operate, the processing to toilet paper can be automatically performed, can reach between each structure most preferably to mate, achieve mechanization, continuous prodution, there is production efficiency height, produce the advantage that toilet paper automatic cutting packaging production line scene is in good order, production cost is low, catered to the growth requirement in market, there is higher practicality and promotional value.

Below it is only concrete exemplary applications of the present utility model, protection domain of the present utility model is not constituted any limitation.The technical scheme that all employing equivalents or equivalence are replaced and formed, within the scope of all falling within this utility model rights protection.

Claims (9)

1. a square toilet paper automatic production line, it is characterised in that: include being sequentially connected the first paper roll supporting mechanism of setting, the second paper roll supporting mechanism, embossing drive mechanism, being wound around cutting mechanism, Mobile Transmission line, fixed transmission lines, the first paper cutting mechanism, the second paper cutting mechanism, filtration transmission line, packer and recovery pipeline；Paper roll on described first paper roll supporting mechanism and the second paper roll supporting mechanism is transported to after being embossed by embossing drive mechanism and be superimposed together be wound around cutting mechanism, it is wound around cutting mechanism paper roll is wound and after winding paper roll is cut, form paper block, paper block after cutting is transported to fixing pipeline by moving pipeline, paper block is transported to fixing pipeline the first paper cutting mechanism and the second paper cutting mechanism cuts, and transmitted line and be sent to packer by filtering and pack, the finished product toilet paper finally packaging completed by recovery pipeline transfers out.

Square toilet paper automatic production line the most according to claim 1, it is characterised in that: described first paper roll supporting mechanism includes being relatively fixed two the first support side plate of setting, the first support base anchor, the first square tube, the second square tube, the first support positioning plates, the first support manual shaking wheel device, the first support mobile ring, the first support hollow axle, the first backup washer, power set, the first support power transmission shaft, the first supporting bearing base, the first support stop device, the first support cushion, the first support cylinder saddle and the first support cylinder；Described first support side plate lower end is provided with the first support base anchor；Between described first support side plate, the first square tube by be arrangeding in parallel is connected with the second square tube；Described first side, support side plate upper end is provided with rotating first support positioning plates；Any one first support positioning plates lower end described is provided with the first support manual shaking wheel device；Described first supports the connection of manual shaking wheel device upper end the first support mobile ring；Described first support side plate upper end is provided through the rotating first support hollow axle of the first support mobile ring；Described first supports hollow axle is provided with two the first backup washers relatively slidably arranged；Described first support side plate bottom is provided with power set；Described power set and first support power transmission shaft and are connected；Described first supports power transmission shaft is connected with the first square tube by multiple first supporting bearing base；Described second square tube side supports cylinders by the first support cylinder saddle and first；Described first supports power transmission shaft is provided with two the first support stop devices that can rotate around it；Described first supports stop device one end leans against in the first support cushion of the first support cylinder saddle upper end, and the other end and first supports the telescopic end of cylinder and is connected；Described first supports cylinder supports drive axis for controlling the first support stop device around first.

Square toilet paper automatic production line the most according to claim 2, it is characterized in that: described second paper roll supporting mechanism includes being relatively fixed two the second support side plate of setting, second supports base anchor, third party manages, 4th square tube, second support positioning plates, second supports manual shaking wheel device, second supports mobile ring, second supports hollow axle, second backup washer, power set, second supports power transmission shaft, second supporting bearing base, second supports stop device, second support cushion, second supports cylinder saddle, second supports cylinder, 5th square tube, 6th square tube, serious pipe and aluminum pipe；Described second support side plate lower end is provided with the second support base anchor；Between described second support side plate, the third party's pipe by be arrangeding in parallel is connected with the 4th square tube；Described second side, support side plate upper end is provided with rotating second support positioning plates；Any one second support positioning plates lower end described is provided with the second support manual shaking wheel device；Described second supports the connection of manual shaking wheel device upper end the second support mobile ring；Described second support side plate upper end is provided through the rotating second support hollow axle of the second support mobile ring；Described second supports hollow axle is provided with two the second backup washers relatively slidably arranged；Described second support side plate lower end is provided with power set；Described power set and second support power transmission shaft and are connected；Described second supports power transmission shaft is managed with third party by multiple second supporting bearing base and is connected；Described 4th square tube side supports cylinders by the second support cylinder saddle and second；Described second supports power transmission shaft is provided with two the second support stop devices that can rotate around it；Described second supports stop device one end leans against in the second support cushion of the second support cylinder saddle upper end, and the other end and second supports the telescopic end of cylinder and is connected；Described second supports cylinder supports drive axis for controlling the second support stop device around second；It is provided with the 5th square tube inside described second support side plate upper end；It is provided with the 6th square tube between described 5th square tube；Described 6th square tube is respectively arranged at two ends with the serious pipe between two the 5th square tubes and aluminum pipe up and down.

Square toilet paper automatic production line the most according to claim 3, it is characterised in that: described embossing drive mechanism embossing base plate, embossing side plate, embossing case, three-in-one motor, embossing motor Double-gear, embossing chain, the first embossing device, the second embossing device, the second support, roller transmission component and the first support；Described embossing base plate is provided with the embossing side plate being relatively fixed setting；Any one embossing side plate one end described is provided with three-in-one motor；Described three-in-one motor is connected with embossing motor Double-gear；Described embossing motor Double-gear by embossing chain respectively with the first embossing device being positioned at embossing side plate upper end and be positioned at the second embossing device of embossing side plate and be connected；The structure of described first embossing device and the second embossing device is identical；Described second embossing device side is provided with two the second supports be arrangeding in parallel；Described second support is provided with roller transmission component；Described first embossing device one end is provided be arranged in parallel two the first supports being connected with embossing side plate；Described first embossing device is respectively provided on two sides with the roller transmission component being positioned on the first support and embossing side plate；Described first embossing device two ends are provided with the embossing case being positioned on embossing side plate；Described first embossing device includes a bearing, the up and down connected embossing drivewheel being arranged in a bearing and embossing driven pulley, embossing bearing block, embossing the first gear, embossing the second gear and embossing regulating wheel；Described embossing drivewheel is connected with a bearing by embossing bearing block with embossing driven pulley two ends；Described embossing motor Double-gear is connected with embossing the first gear on embossing drivewheel by embossing chain；Described embossing drivewheel is connected with embossing driven pulley by embossing the second gear；It is additionally provided with embossing regulating wheel between described embossing motor Double-gear and embossing the first gear；Described embossing drivewheel is arranged over the guard bar between two bearings；Described roller transmission component includes usher to seat embossing bearing, embossing the first aluminum pipe, embossing backing plate, embossing bearing, embossing axle and embossing the second aluminum pipe；Described embossing bearing of usheing to seat is arranged on the first support by embossing backing plate；It is provided with embossing the first aluminum pipe in described embossing bearing of usheing to seat；Described embossing bearing of usheing to seat is respectively arranged at two ends with embossing bearing；Described embossing bearing is provided with embossing axle；Described embossing outer shaft sleeve is provided with embossing the second aluminum pipe；The height of described embossing the first aluminum pipe is more than embossing second aluminum pipe of both sides.

Square toilet paper automatic production line the most according to claim 4, it is characterised in that: described winding cutting mechanism includes being wound around frame, rolling cage, being wound around motor, winding chain, winding regulating wheel, brake, fixed plate, baffle plate cylinder, sideboard, baffle plate cylinder saddle, case and cutter sweep；Described winding frame upper end is provided with rolling cage；Described winding frame bottom side is provided with winding motor；The rotating shaft of described winding motor is connected with the rotating shaft of rolling cage by being wound around chain；It is additionally provided with winding regulating wheel between the rotating shaft of described winding motor and rolling cage；Rotating shaft one end of described rolling cage is provided with brake；Described winding frame both sides are provided with fixed plate；It is provided with between described fixed plate by baffle plate cylinder sideboard moving up and down；Described baffle plate cylinder is connected with being wound around frame by baffle plate cylinder saddle；Described winding frame side is provided with case；In described winding frame, relative case one end has groove；It is provided with in described case and can move to roll the cutter sweep below cage by groove, the toilet paper being completely wound for cutting.

Square toilet paper automatic production line the most according to claim 5, it is characterised in that: described cutter sweep includes slide rail, Power Component, the first movable floor, the second movable floor, connects assembly, cutter chuck holder adapted, slitter shaft, cutting knife bearing, slitter shaft bearing, cutterhead nut, locking nut, jump ring, pad, the first nut, cutting knife, synchronization wheel, Timing Belt, cutter motor, brake base, brake track, brake cylinder, brake disc, gusset piece and block；Described slide rail drives the first movable floor to slide by Power Component；Described second movable floor one end tilts to be connected by louver and the first movable floor, and the other end is connected by connecting assembly and the first movable floor other end；Described second movable floor is provided with cutter chuck holder adapted；Described cutter chuck holder adapted is provided with the slitter shaft passing its two ends；It is positioned at cutter chuck holder adapted two ends on described slitter shaft and is provided with cutting knife bearing；Described cutting knife bearing is provided with slitter shaft bearing；Described slitter shaft bearing is externally provided with cutterhead nut；It is positioned at slitter shaft on described slitter shaft to hold one end and be provided with locking nut；It is provided with jump ring between described locking nut and cutting knife bearing；Described slitter shaft one end is provided with and is installed in cutting knife thereon by pad and the first nut, and the other end is connected with cutter motor with Timing Belt by synchronizing wheel；It is positioned at cutting knife side on described cutter chuck holder adapted and is provided with brake gear；Described connection assembly includes a bracer, long bolt, nut and pin；A bracer it is installed with on described first movable floor and the second movable floor；Described long bolt one end is connected by the bracer on pin and the second movable floor, and the other end is connected with the bracer on pin and the second movable floor by nut.

Square toilet paper automatic production line the most according to claim 6, it is characterised in that: described Mobile Transmission line includes the first pair of track being relatively fixed setting and the second pair of track, the first planker, the second planker, frame lower, mobile cylinder connector, mobile cylinder, mobile cylinder base plate, free bearing, mobile support saddle, upper rack, transporter, hoisting rack mechanism, fixed support, hoist wheel and play rail lift；Described first pair of track side is by mobile cylinder connector and mobile cylinders；Described mobile cylinder is connected with mobile cylinder base plate；It is respectively equipped with the first supporting plate and the second planker in described first pair of track and second pair of track；Described frame lower two ends are connected with the first supporting plate and the second planker respectively；Described frame lower is positioned at upper end, first pair of track side and is connected with upper rack by free bearing, and opposite side is connected by multiple mobile support saddles are mobilizable with upper rack；Described second pair of track is provided with hoisting rack mechanism；Described hoisting rack mechanism is connected with the wheel that hoists；What the described wheel that hoists was slidably disposed on fixed support rises in rail lift；Described fixed support is fixedly linked with upper rack；Described transporter includes mobile drivewheel, mobile driven pulley, mobile chain, mobile motor, fixed conveyor wheel, adjustable drive and conveyer belt；Described upper rack is respectively arranged at two ends with mobile drivewheel and mobile driven pulley；Described mobile drivewheel is connected with the mobile motor being positioned at upper rack by mobile chain；It is provided with multiple fixed conveyor wheel being positioned at upper rack between described mobile drivewheel and mobile driven pulley and is positioned at the adjustable drive of frame lower；Described conveyer belt is wound on mobile drivewheel, fixed conveyor wheel, mobile driven pulley and adjustable transmission wheel successively.

Square toilet paper automatic production line the most according to claim 7, it is characterised in that: described fixed transmission lines includes fixed frame, foundation bolt, footing, hold-down support, the first adjustable transmission shaft, the second adjustable transmission shaft, motor transmission shaft, fixing motor, fixed bearing block, fixing bearing, the first fixed conveyor axle, the second fixed conveyor axle, fixing chain, fixing regulating wheel and fixing conveyer belt；Described fixed frame lower end is provided with multiple foundation bolt；Described foundation bolt lower end is installed with footing；Described fixed frame two ends are provided with hold-down support；The first adjustable transmission shaft and the second adjustable transmission shaft it is respectively equipped with on described hold-down support；The motor transmission shaft and fixing motor being connected by fixing chain it is provided with in described fixed frame；It is additionally provided with fixing regulating wheel between described fixing motor and motor transmission shaft；Described fixed frame side is provided with fixed bearing block；Described fixed bearing block is provided with fixing bearing；The 3rd adjustable transmission shaft between the first adjustable transmission shaft and motor transmission shaft it is additionally provided with on described fixed frame；Described fixed frame top and bottom are respectively equipped with several the first fixed conveyor axle being equally spaced and the second fixed conveyor axles；It is provided with, between described adjacent first fixed conveyor axle, the cover plate being connected with fixed frame；Described fixing conveyer belt is transmitted by the first adjustable transmission shaft, the 3rd adjustable transmission shaft, motor transmission shaft, fixing bearing, several the second fixed conveyor axles, the second adjustable transmission shaft, multiple cover plate and several the first fixed conveyor axles.

Square toilet paper automatic production line the most according to claim 8, it is characterised in that: the first paper cutting mechanism includes conveyer belt frame, transporter, cut paper air cylinder support, cut paper cylinder, press strip, cut paper slide rail, limited block, power set, saddle, column, upper encloser, lower encioser, cut paper drive pulley, belt, cut paper motor, saw blade, saw blade stop device, left and right adjusting handle and up-down adjustment handle；Described conveyer belt frame is provided with transporter；The two ends of described conveyer belt frame side are provided with cut paper air cylinder support；Described cut paper air cylinder support is provided with cut paper cylinder；Two press strips be arrangeding in parallel it are provided with below described cut paper cylinder；Described conveyer belt frame lower end is provided with cut paper slide rail；The two ends of described cut paper slide rail are provided with limited block；Described cut paper slide rail is provided with by power set slidably saddle；Described saddle is provided with column；Described column side is provided with upper encloser and the lower encioser being positioned at the upper and lower two ends of transporter；Cut paper drive pulley it is provided with in described lower encioser；Described cut paper drive pulley is connected with the cut paper motor of column side by belt；Described cut paper drive pulley is connected with the cut paper driven pulley in upper encloser by saw blade, and saw blade is right through the centre of two press strips；Position corresponding with saw blade on described lower encioser is provided with saw blade stop device；Described upper encloser is additionally provided with left and right adjusting handle and up-down adjustment handle is respectively used to regulate lateral separation and the elasticity of saw blade of saw blade.