A kind of shoemaking cloth preprocess methodTechnical field
The present invention relates to shoe making apparatus technical fields, more particularly, to a kind of shoemaking cloth preprocess method.
Background technique
Shoemaking cloth needs inevitably to will lead to by the series of steps such as transporting, storing and be infected with ash on cloth before useDirt, or even cloth makes moist in storage, dampness and the cloth for being infected with dust can make cloth be easy to happen deformation when in use andAnd viscose glue also can be insecure, reduces the quality of product, so, added using shoemaking cloth man-hour requirement to shoemaking cloth atReason, is being processed after being dried dedusting by cloth processing equipment.
Patent one, China Patent No. disclose a kind of shoemaking cloth processing equipment for CN201510101128.1, includingRack, conveying device, drying unit, dust-extraction unit；Conveying device includes two pairs of conveying roller groups, and each pair of conveying roller group includes upper defeatedRoller group and lower roller group are sent, the two edges of shoemaking cloth are clamped in upper roller group and lower roller in two pairs of conveying roller groupsBetween group；Drying unit includes electric boiling plate；Dust-extraction unit includes two rotating brushes setting up and down, by conveying device conveyingShoemaking cloth passes through between two rotating brushes, and the rotating brush being located above removes the dust and dirt of shoemaking cloth upper surface, positionRotating brush in lower section removes the dust and dirt of shoemaking cloth lower surface；The electric boiling plate is located at the side of two rotating brushes.SystemCloth for shoes material is first oven-dried under the conveying of conveying device, after by dedusting so that the upper and lower surfaces of shoemaking clothDust and dirt is removed, to improve the quality of product.Patent two, China Patent No. are that CN201510382028.0 discloses one kindTilting shoemaking cloth processing equipment, including rack, heating board assembly, motor, transfer assembly.Heating board assembly inclination is setIt sets, including upper heating plate and lower heating plate, in the L shaped plate of upper heating plate insertion rack, two of lower heating plate insertion rack are perpendicularBetween straight panel；The transfer roller and intermediate calender rolls of transfer assembly are installed, rotating brush is installed in heating board assembly rear end between heating board assemblyWith rotating brush axis, the gear of rotating brush axis is engaged with the gear of motor output shaft.Transfer assembly and heating board group is arranged in the present inventionPart is tilting, and such setting can be such that cloth is transmitted downwards automatically by transfer roller by gravity factor, is not necessarily to loading motor,Electric power can effectively be saved and mitigate the weight of structure.Above-mentioned two patent has the following problems when in use, first, it is above-mentionedPatent directly by the cloth of dampness by processing between heating plate, does not carry out the pre-heat treatment before heat drying, makes moistCloth when reaching between heating plate, temperature shock increases, be easy to cause cloth to deform, second, the cloth after heat drying does not haveThere is timely radiating treatment, can liquefy as the hot-air that cloth comes out together encounters vapor therein after cool ambient air,And cloth provides good attachment, and dry cloth is easy to cause to get damp, third, it is clear that above-mentioned two patent passes through hairbrushClean design on fabric surface, still, fabric construction is complicated and inner void is more, causes many dusts to be embedded in hole, therefore, makesIt is poor with hairbrush cleaning effect, in addition, the cleaning of practical hairbrush is also easy to cause design on fabric surface to damage.
Summary of the invention
The purpose of the present invention is to provide a kind of shoemaking cloth preprocess methods, to solve shoemaking cloth in the prior artThe technical issues of poor processing effect.
The present invention provides a kind of shoemaking cloth preprocess method, and the cloth preprocess method is pre-processed based on a clothEquipment realizes, cloth pre-processing device includes pedestal, traction mechanism, heating mechanism, Dan Hui mechanism and inflatable body, described to leadDraw the upper end that mechanism, heating mechanism, Dan Hui mechanism and inflatable body are successively set on pedestal, the traction mechanism is provided with twoA, two traction mechanisms are separately positioned on the both ends of pedestal, and each traction mechanism includes traction component and two adjustingsComponent, two adjusting components are symmetrical set at the both ends of traction component, the heating mechanism include heating shell, heating component andPreheating assembly, the heating shell is interior to be equipped with pre- heat channel, heating tank and the radiating groove being arranged successively, the heating component and preheating groupPart is separately mounted in heating tank and pre- heat channel, and the Dan Hui mechanism includes driving assembly, two transmission components and two bullet ashesComponent, the driving component are mounted on the upper end of pedestal, pass through two transmission components between two bullet ash components and driving assemblyConnection.
Further, the heating component includes electric heating sheets and isolation board, and the electric heating sheets are mounted on the bottom of heating tankPortion, the isolation board are mounted on the lower end of electric heating sheets and four sides of isolation board and are fixedly connected with heating shell, the heating tankSide be equipped with the ventilation opening that communicates therewith, the heating tank is connected to the radiating groove by ventilation opening, the heating tankThe other side is equipped with air outlet, is connected between the heating tank and the pre- heat channel by air outlet.
Further, the preheating assembly is mounted at air outlet, the preheating assembly include fixed frame, fan, connecting shaft,Two rotating wheels and pre- thermoelectric perpetual motion machine, the fixed frame are fixedly connected with the heating shell, and the fan is fixedly mounted on fixed frameMiddle part, one end of the connecting shaft is fixedly connected with fan, and the pre- thermoelectric perpetual motion machine is mounted on the side of heating shell, described in twoRotating wheel is separately mounted on the output end of connecting shaft and pre- thermoelectric perpetual motion machine, is driven and is connected by belt between two rotating wheelsIt connects.
Further, one end of the radiating groove is equipped with air inlet, and the air inlet sets two fixations there are two fixing rollerGuide roller is equipped between roller and the traction mechanism of pedestal end, the lower end of the heating shell is equipped with what several were equally distributedSupport roller.
Further, the traction component includes traction roller, pressing roller, traction electric machine and two support plates, two branchFagging is symmetrical set in the upper end of pedestal, and two adjust the upper end that component is separately mounted to two support plates, the traction rollerBoth ends be rotatablely connected respectively with two support plates, the traction electric machine is fixedly connected with one of support plate and traction electric machineOutput end be fixedly connected with one end of the traction roller, the pressing roller is located at the both ends point of the top of traction roller and pressing rollerIt is not rotatablely connected with two adjusting components.
Further, each adjusting component includes adjustment spring, adjusting block, threaded rod, fixed block and adjusting knob, eachThe upper end of the support plate is provided with regulating tank, and the adjustment spring is in be vertically arranged in the bottom of regulating tank, the adjustingBlock is mounted in regulating tank and adjusting block is slidably matched with the regulating tank, and the lower end of adjusting block and the upper end of adjustment spring are fixedConnection, the fixed block are mounted on the upper end of support plate and the middle part of fixed block and are equipped with threaded hole, and the threaded rod is plugged on spiral shellIn pit and threaded rod is threadedly engaged with threaded hole, and the lower end of the threaded rod and the adjusting block are rotatablely connected, the adjustingButton is fixedly mounted on the upper end of threaded rod.
Further, the upper end of the pedestal sets that there are two the mounting plate that is symmetrical set, the upper ends of each mounting plateIt is equipped with mounting rack, the both ends of the guide roller are rotatablely connected with two mounting racks respectively, and the both ends of two fixing rollers are equalIt is rotatablely connected with mounting plate.
Further, the driving component includes drive shaft, driving motor and two driving plates, two driving plate differenceIt is mounted on two mounting racks, the both ends of the drive shaft are rotated with two driving plates respectively, the driving motor and wherein oneA driving plate is fixedly connected and the output end of driving motor is fixedly connected with one end of the drive shaft.
Further, each transmission component includes driving wheel, drive rod, drive block, driving groove and buffer spring, instituteIt states driving wheel tube to set on the driving shaft, the first limiting tooth and several first driving cogs, the biography is provided on the driving wheelThe lower part of mounting rack is arranged in dynamic slot, and the drive block is located in driving groove and drive block is slidably matched with driving groove, buffering elasticThe top and bottom of spring are fixedly connected with the upper end of the side wall of driving groove and drive block respectively, and the drive rod is mounted on drive blockSide, the lower part of the drive rod is equipped with the second limiting tooth cooperated with the first limiting tooth, and the upper end of the drive rod is equipped withSeveral second driving cogs, several second driving cogs are matched with several first driving cogs.
Further, each bullet ash component includes bullet ash axis, bullet ash roller, two bullet ash-pits and two connecting rods, two bulletsAsh-pit is separately positioned on two mounting plates, and the both ends of the bullet ash axis are separately mounted in two bullet ash-pits and bullet ash axis and twoA bullet ash-pit is slidably matched, and one end of two connecting rods is rotatablely connected with the both ends of bullet ash axis respectively, two connecting rods it is anotherOne end is rotatablely connected with the drive block on two transmission components respectively, and the bullet ash roller is set on bullet ash axis.
The cloth preprocess method includes:
(1) it is worked by traction electric machine and drives traction roller rotation, the cloth material strip of traction roller and pressing roller by clamping therebetweenDynamic to be conveyed, when cloth passes through the lower end of heating shell, electric heating sheets generate heat；
(2) it is worked by pre- thermoelectric perpetual motion machine and passes through two rotating wheels and belt drive fan rotation, fan generates electric heating sheetsHeat blow in pre- heat channel, hot wind blows to the cloth below pre- heat channel with pre- heat channel, by preheating after cloth reach plusThe lower end of heat channel is thermally dried close to electric heating sheets by electric heating sheets, and the cloth after drying is by under radiating grooveEnd, due to the effect of fan, so that the air pressure in heating tank reduces, therefore outside air can be entered by air inlet, ventilation openingIn heating tank, the air-flow of formation can take away the heat distributed on cloth, radiate to cloth；
(3) for cloth again at conveyer belt Dan Hui mechanism, driving motor work drives drive shaft turns, and drive shaft drives transmission rotationDynamic, the first driving cog on driving wheel cooperates with the second driving cog on drive rod pulls down drive rod, when driving wheel is gone toWithout the position of the first driving cog, driving wheel and drive rod are detached from, and drive rod rises rapidly under the action of buffer spring, and twoDrive block by connecting rod pushes two bullet ash axis to move along bullet ash-pits during rising, and bullet ash axis band grey roller of moving impinges uponOn cloth, so that cloth vibrates, the dust on cloth is popped up, and then blown off the dust on cloth by inflatable body.
Compared with prior art, the beneficial effects of the present invention are:
First, drying process of the invention is, when cloth passes through the lower end of heating shell, electric heating sheets generate heat, pass through preheatingMotor works and passes through two rotating wheels and belt drive fan rotation, and the heat that electric heating sheets generate is blowed to pre- heat channel by fanInterior, hot wind blows to the cloth below pre- heat channel with pre- heat channel, and the cloth after preheating reaches the lower end of heating tank, close to electricityHeating sheet is thermally dried by electric heating sheets, it is dry after cloth pass through the lower end of radiating groove, due to the effect of fan,So that the air pressure in heating tank reduces, therefore outside air can be entered in heating tank by air inlet, ventilation opening, the air-flow of formationThe heat distributed on cloth can be taken away, is radiated to cloth；
In the present invention, first preheated before being heated to cloth so that cloth during drying temperature byEdge up height, can not only improve the dry effect of cloth, and can prevent cloth temperature shock leads to cloth during heatingThe case where material deforms, after the drying, the air-flow formed inside heating shell can not only make cloth radiate in time, Er QienengIt is enough to take back cloth remaining heat in heating shell, scattering and disappearing for heat is reduced, the consumption of the energy is reduced.
Second, being worked in the present invention by driving motor drives drive shaft turns, drive shaft drives driving wheel rotation, transmissionThe first driving cog on wheel cooperates with the second driving cog on drive rod pulls down drive rod, when driving wheel is gone to without firstThe position of driving cog, driving wheel and drive rod are detached from, and drive rod rises rapidly under the action of buffer spring, on two drive blocksTwo bullet ash axis are pushed to move along bullet ash-pits by connecting rod during rising, bullet ash axis band grey roller of moving impinges upon on cloth,So that cloth vibrates, the dust on cloth is popped up, and then blown off the dust on cloth by inflatable body, entirely removedDirt process its effect compared with hairbrush dedusting in the prior art is more preferable, can will be embedded in the dust in cloth hole and pop up, andCloth will not be caused to damage.
Detailed description of the invention
It, below will be to specific in order to illustrate more clearly of the specific embodiment of the invention or technical solution in the prior artEmbodiment or attached drawing needed to be used in the description of the prior art be briefly described, it should be apparent that, it is described belowAttached drawing is some embodiments of the present invention, for those of ordinary skill in the art, before not making the creative laborIt puts, is also possible to obtain other drawings based on these drawings.
Fig. 1 is schematic diagram of the three-dimensional structure；
Fig. 2 is top view of the invention；
Fig. 3 is cross-sectional view of the Fig. 2 along line A-A；
Fig. 4 is the enlarged drawing in Fig. 3 at B；
Fig. 5 is the schematic perspective view of traction mechanism in the present invention；
Fig. 6 is partial sectional view of the invention；
Fig. 7 is sectional perspective structural schematic diagram of the invention；
Fig. 8 is the enlarged drawing in Fig. 7 at C
Fig. 9 is partial elevation view of the invention.
Appended drawing reference:
Pedestal 1, traction mechanism 2, traction component 2a, traction roller 2a1, pressing roller 2a2, traction electric machine 2a3, support plate 2a4 are adjustedComponent 2b, adjustment spring 2b1, adjusting block 2b2, threaded rod 2b3, fixed block 2b4, adjusting knob 2b5, heating mechanism 3 heat shell3a, heating component 3b, electric heating sheets 3b1, isolation board 3b2, preheating assembly 3c, fixed frame 3c1, fan 3c2, connecting shaft 3c3 turnDriving wheel 3c4, pre- thermoelectric perpetual motion machine 3c5, Dan Hui mechanism 4, driving assembly 4a, drive shaft 4a1, driving motor 4a2, driving plate 4a3 are drivenComponent 4b, driving wheel 4b1, drive rod 4b2, drive block 4b3, buffer spring 4b5, the first driving cog 4b6, the first limiting tooth 4b7,Second driving cog 4b8, the second limiting tooth 4b9, bullet ash component 4c, bullet ash axis 4c1, bullet ash roller 4c2 plays ash-pit 4c3, connecting rod4c4, inflatable body 5, pre- heat channel 6, heating tank 7, ventilation opening 7a, air outlet 7b, radiating groove 8, air inlet 8a, fixing roller 9, guidingRoller 10, support roller 11, mounting plate 12, mounting rack 13.
Specific embodiment
Technical solution of the present invention is clearly and completely described below in conjunction with attached drawing, it is clear that described implementationExample is a part of the embodiment of the present invention, instead of all the embodiments.
The component for the embodiment of the present invention for usually describing and showing in attached drawing here can be with a variety of different configurationsTo arrange and design.Therefore, the detailed description of the embodiment of the present invention provided in the accompanying drawings is not intended to limit below and is wantedThe scope of the present invention of protection is sought, but is merely representative of selected embodiment of the invention.
Based on the embodiments of the present invention, those of ordinary skill in the art are obtained without making creative workThe every other embodiment obtained, shall fall within the protection scope of the present invention.
In the description of the present invention, it should be noted that term " center ", "upper", "lower", "left", "right", "vertical",The orientation or positional relationship of the instructions such as "horizontal", "inner", "outside" be based on the orientation or positional relationship shown in the drawings, merely toConvenient for description the present invention and simplify description, rather than the device or element of indication or suggestion meaning must have a particular orientation,It is constructed and operated in a specific orientation, therefore is not considered as limiting the invention.In addition, term " first ", " second "," third " is used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " installation ", " phaseEven ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or be integrally connected；It canTo be mechanical connection, it is also possible to be electrically connected；It can be directly connected, can also can be indirectly connected through an intermediaryConnection inside two elements.For the ordinary skill in the art, above-mentioned term can be understood at this with concrete conditionConcrete meaning in invention.
It is described the embodiment of the invention provides a kind of shoemaking cloth preprocess method below with reference to shown in Fig. 1 to Fig. 9Cloth preprocess method realizes that cloth pre-processing device includes pedestal 1, traction mechanism 2, adds based on a cloth pre-processing deviceHeat engine structure 3, Dan Hui mechanism 4 and inflatable body 5, the traction mechanism 2, heating mechanism 3, Dan Hui mechanism 4 and inflatable body 5 are successivelyThe upper end of pedestal 1 is set, there are two the settings of traction mechanism 2, and two traction mechanisms 2 are separately positioned on the both ends of pedestal 1,Each traction mechanism 2 includes traction component 2a and two adjusting component 2b, and two adjusting component 2b are symmetrical setThe both ends of traction component 2a, the heating mechanism 3 include heating shell 3a, heating component 3b and preheating assembly 3c, the heating shellPre- heat channel 6, heating tank 7 and the radiating groove 8 being arranged successively are equipped in 3a, the heating component 3b and preheating assembly 3c are installed respectivelyIn heating tank 7 and pre- heat channel 6, the Dan Hui mechanism 4 includes driving assembly 4a, two transmission component 4b and two bullet ash components4c, the driving component 4a are mounted on the upper end of pedestal 1, pass through two transmissions between two bullets ash component 4c and driving assembly 4aComponent 4b connection；Cloth is driven to be conveyed by two traction component 2a work, cloth successively passes through pre- heat channel 6, heating tank 7With the lower section of radiating groove 8, the process of preheating, heating and heat dissipation is completed, by the moisture drying in cloth, then cloth is by bullet ashAt mechanism 4, is worked by driving assembly 4a and two bullet ash component 4c work is driven to make under the transmission of two transmission component 4bCloth vibration is obtained, the dust on cloth is popped up, finally the dust on cloth is dispelled by inflatable body 5, passes through adjusting groupPart 2b, which works, can adjust the structure of traction component 2a, convey so as to the cloth to different-thickness, wherein air feederStructure 5 is several jet thrusts that several are arranged towards cloth transport path, if shown in specific structure attached drawing, not doing herein superfluousIt states.
Specifically, the heating component 3b includes electric heating sheets 3b1 and isolation board 3b2, and the electric heating sheets 3b1 is mounted onThe bottom of heating tank 7, the isolation board 3b2 be mounted on four sides of the lower end of electric heating sheets 3b1 and isolation board 3b2 with heating shell3a is fixedly connected, and the side of the heating tank 7 is equipped with the ventilation opening 7a communicated therewith, and the heating tank 7 and the radiating groove 8 are logicalVentilation opening 7a connection is crossed, the other side of the heating tank 7 is equipped with air outlet 7b, leads between the heating tank 7 and the pre- heat channel 6Cross air outlet 7b connection；Be powered by electric heating sheets 3b1 and generate heat, between the heat of the lower end electric heating sheets 3b1 to cloth intoThe heat of row drying heating, the upper end electric heating sheets 3b1 can blow to heating tank 7 by pre- heat channel 6 under the work of preheating assembly 3cThe cloth of front end, preheats cloth, improves electric heating sheets 3b1 and generates the utilization rate of heat, and avoids cloth and addThe case where temperature shock is deformed when hot.
Specifically, the preheating assembly 3c is mounted at air outlet 7b, and the preheating assembly 3c includes fixed frame 3c1, windFan 3c2, connecting shaft 3c3, two rotating wheel 3c4 and the fixed company of pre- thermoelectric perpetual motion machine 3c5, the fixed frame 3c1 and the heating shell 3aIt connecing, the fan 3c2 is fixedly mounted on the middle part of fixed frame 3c1, and one end of the connecting shaft 3c3 is fixedly connected with fan 3c2,The pre- thermoelectric perpetual motion machine 3c5 is mounted on the side of heating shell 3a, and two rotating wheel 3c4 are separately mounted to connecting shaft 3c3 and pre-On the output end of thermoelectric perpetual motion machine 3c5, it is sequentially connected between two rotating wheel 3c4 by belt；Pre- thermoelectric perpetual motion machine 3c5 work drivesOne rotating wheel 3c4 rotation, electronic another rotating wheel 3c4 rotation, rotating wheel 3c4 drive connection under the transmission effect of beltHot gas in the heating tank 7 of its rear end is blowed to pre- heat channel 6 by axis 3c3 and fan 3c2 rotation, fan 3c2 rotation, thermal current alongPre- heat channel 6 blows to cloth and is preheated, and the effect of preheating is that temperature shock is deformed during heating for preventing cloth.
Specifically, one end of the radiating groove 8 is equipped with air inlet 8a, sets at the air inlet 8a there are two fixing roller 9, twoGuide roller 10 is equipped between the traction mechanism 2 of 1 end of a fixing roller 9 and pedestal, the lower end of the heating shell 3a is equipped with severalThe support roller 11 being equally distributed；The setting of air inlet 8a so that during heating and preheating, outside air pass through intoAir port 8a flow into heating tank 7 in, heating shell 3a inside formed air-flow in time cloth can not only be radiated, and can willThe remaining heat of cloth is taken back in heating shell 3a, reduces scattering and disappearing for heat, reduces the consumption of the energy.
Specifically, the traction component 2a includes traction roller 2a1, pressing roller 2a2, traction electric machine 2a3 and two support plates2a4, two support plate 2a4 are symmetrical set in the upper end of pedestal 1, and two adjusting component 2b are separately mounted to two supportsThe upper end of plate 2a4, the both ends of the traction roller 2a1 are rotatablely connected with two support plate 2a4 respectively, the traction electric machine 2a3 withOne of support plate 2a4 is fixedly connected and the output end of traction electric machine 2a3 is fixedly connected with one end of the traction roller 2a1,The pressing roller 2a2 is located at the top of traction roller 2a1 and the both ends of pressing roller 2a2 and connects respectively with two adjusting component 2b rotationsIt connects；It is worked by traction electric machine 2a3 and drives traction roller 2a1 rotation, traction roller 2a1 and pressing roller 2a2 will be clamped therebetweenCloth drive conveyed.
Specifically, each adjusting component 2b includes adjustment spring 2b1, adjusting block 2b2, threaded rod 2b3, fixed block2b4 and adjusting knob 2b5, the upper end of each support plate 2a4 are provided with regulating tank, and the adjustment spring 2b1 is in set verticallyIt setting in the bottom of regulating tank, the adjusting block 2b2 is mounted in regulating tank and adjusting block 2b2 is slidably matched with the regulating tank,The lower end of adjusting block 2b2 is fixedly connected with the upper end of adjustment spring 2b1, and the fixed block 2b4 is mounted on the upper end of support plate 2a4And the middle part of fixed block 2b4 is equipped with threaded hole, the threaded rod 2b3 is plugged in threaded hole and threaded rod 2b3 and threaded hole spiral shellLine cooperation, the lower end of the threaded rod 2b3 and the adjusting block 2b2 are rotatablely connected, and the adjusting knob 2b5 is fixedly mounted on screw threadThe upper end of bar 2b3 drives threaded rod 2b3 rotation by rotation adjusting knob 2b5, and threaded rod 2b3 and being threadedly engaged for threaded hole makeIt obtains threaded rod 2b3 to move along its axis, to drive the adjusting block 2b2 of the lower end threaded rod 2b3 to slide in regulating tank, to adjustThe distance between pressing roller 2a2 and traction roller 2a1 are saved, it is convenient that the cloth of different-thickness is conveyed.
Specifically, the upper end of the pedestal 1 is set there are two the mounting plate 12 being symmetrical set, each mounting plate 12Upper end is equipped with mounting rack 13, and the both ends of the guide roller 10 are rotatablely connected with two mounting racks 13 respectively, two fixationsThe both ends of roller 9 are rotatablely connected with mounting plate 12；The setting of mounting plate 12 and mounting rack 13 is used to fixed guide roller 10 and bulletGrey mechanism 4, the setting of guide roller 10 is for changing the conveying direction of cloth, and as described in Figure, cloth forms one at guide roller 10A upper convex portion, so that Dan Hui mechanism 4 is at work, the tension formed on cloth can be reduced by the support of guide roller 10, so thatCloth reduces the pulling force of two sides traction mechanism 2.
Specifically, the driving component 4a includes drive shaft 4a1, driving motor 4a2 and two driving plate 4a3, two institutesIt states driving plate 4a3 to be separately mounted on two mounting racks 13, the both ends of the drive shaft 4a1 turn with two driving plate 4a3 respectivelyDynamic, the driving motor 4a2 is fixedly connected with one of driving plate 4a3 and the output end of driving motor 4a2 and the drivingOne end of axis 4a1 is fixedly connected；Driving motor 4a2 work drives drive shaft 4a1 rotation, passes through two transmission component 4b work beltsDynamic two bullet ash component 4c hit cloth, carry out bullet ash operation.
Specifically, each transmission component 4b include driving wheel 4b1, drive rod 4b2, drive block 4b3, driving groove andBuffer spring 4b5, the driving wheel 4b1 are set on drive shaft 4a1, and the first limiting tooth 4b7 is provided on the driving wheel 4b1With several first driving cogs 4b6, the lower part of mounting rack 13 is arranged in the driving groove, and the drive block 4b3 is located at driving grooveInterior and drive block 4b3 is slidably matched with driving groove, the top and bottom of buffer spring 4b5 respectively with the side wall of driving groove and transmissionThe upper end of block 4b3 is fixedly connected, and the drive rod 4b2 is mounted on the side of drive block 4b3, and the lower part of the drive rod 4b2 is setHave and is equipped with several second driving cogs with the upper end of the second limiting tooth 4b9, the drive rod 4b2 of the first limiting tooth 4b7 cooperation4b8, several the second driving cog 4b8 are matched with several first driving cogs 4b6；This is driven by driving motor 4a2 workDrive shaft 4a1 rotation, drive shaft 4a1 drive driving wheel 4b1 rotation, the first driving cog 4b6 and drive rod on driving wheel 4b1The second driving cog 4b8 cooperation on 4b2 pulls down drive rod 4b2, when driving wheel 4b1 is gone to without the first driving cog 4b6'sPosition, driving wheel 4b1 and drive rod 4b2 are detached from, and drive rod 4b2 rises rapidly under the action of buffer spring 4b5, drive twoBullet ash component 4c carries out bullet ash work, and the effect of the first limiting tooth 4b7 and the second limiting tooth 4b9 are, when driving wheel 4b1 and transmissionBar 4b2 is detached from after a period of work, and driving wheel 4b1 is continued to rotate, and passes through the first limiting tooth 4b7 and the second limiting tooth 4b9Cooperation be engaged herein with gag lever post, make driving wheel during the first limiting tooth 4b7 and the second limiting tooth 4b9 are engaged4b1, which is continued to rotate, allows the first driving cog 4b6 and the second driving cog 4b8 to engage herein, plays the role of positioning.
Specifically, each bullet ash component 4c includes bullet ash axis 4c1, bullet ash roller 4c2, two bullet ash-pit 4c3 and two companiesExtension bar 4c4, two bullet ash-pit 4c3 are separately positioned on two mounting plates 12, and the both ends of the bullet ash axis 4c1 are separately mounted to twoIn a bullet ash-pit 4c3 and bullet ash axis 4c1 and two bullet ash-pit 4c3 are slidably matched, one end of two connecting rod 4c4 respectively with bulletThe both ends of grey axis 4c1 are rotatablely connected, the other end of two connecting rod 4c4 respectively with the drive block 4b3 on two transmission component 4bRotation connection, the bullet ash roller 4c2 are set on bullet ash axis 4c1；Two drive block 4b3 pass through connecting rod during rising4c4 pushes two bullet ash axis 4c1 to move along ash-pit 4c3 are played, and the bullet ash axis 4c1 band grey roller 4c2 that moves is impinged upon on cloth, so that clothMaterial vibration, the dust on cloth is popped up.
The cloth preprocess method includes:
Both (1) traction roller 2a1 is driven to rotate by traction electric machine 2a3 work, traction roller 2a1 and pressing roller 2a2 will be clamped inBetween cloth drive conveyed, cloth by heating shell 3a lower end when, electric heating sheets 3b1 generate heat；
(2) it is worked by pre- thermoelectric perpetual motion machine 3c5 and passes through two rotating wheel 3c4 and belt drive fan 3c2 rotation, fan 3c2 willThe heat that electric heating sheets 3b1 is generated blows in pre- heat channel 6, and the cloth of hot wind pre- 6 lower section of heat channel as pre- heat channel 6 blows to passes throughThe lower end that cloth after preheating reaches heating tank 7 is thermally dried close to electric heating sheets 3b1 by electric heating sheets 3b1, is doneCloth after dry passes through the lower end of radiating groove 8, due to the effect of fan 3c2, so that the air pressure in heating tank 7 reduces, because furthermorePortion's air can be entered in heating tank 7 by air inlet 8a, ventilation opening 7a, and the air-flow of formation can take away the heat distributed on cloth,It radiates to cloth；
(3) for cloth again at conveyer belt Dan Hui mechanism 4, driving motor 4a2 work drives drive shaft 4a1 rotation, and drive shaft 4a1 drivesDriving wheel 4b1 is rotated, and the second driving cog 4b8 cooperation on the first driving cog 4b6 and drive rod 4b2 on driving wheel 4b1 will passLever 4b2 is pulled down, and when driving wheel 4b1 goes to the position without the first driving cog 4b6, driving wheel 4b1 and drive rod 4b2 are de-From drive rod 4b2 rises rapidly under the action of buffer spring 4b5, and two drive block 4b3 pass through connecting rod during rising4c4 pushes two bullet ash axis 4c1 to move along ash-pit 4c3 are played, and the bullet ash axis 4c1 band grey roller 4c2 that moves is impinged upon on cloth, so that clothMaterial vibration, the dust on cloth is popped up, and then blown off the dust on cloth by inflatable body 5.
Entire dust removal process its effect compared with hairbrush dedusting in the prior art is more preferable, can will be embedded in cloth holeDust pop-up, and cloth will not be caused to damage.
Finally, it should be noted that the above embodiments are only used to illustrate the technical solution of the present invention., rather than its limitations；To the greatest extentPipe present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that: its according toSo be possible to modify the technical solutions described in the foregoing embodiments, or to some or all of the technical features intoRow equivalent replacement；And these are modified or replaceed, various embodiments of the present invention technology that it does not separate the essence of the corresponding technical solutionThe range of scheme.