CN209082169U - A kind of feeding device of forming machine - Google Patents

Abstract

The utility model relates to a kind of feeding devices of forming machine, belong to textile printing and dyeing instrument field, it includes the rack for being steadily placed in ground, it is rotatably dispose in more fabric guide rolls of rack, the dedusting mechanism and starching mechanism for being placed in the upper material frame of rack cloth intlet and being set in turn in rack, be characterized in that: the dedusting mechanism includes the washing component for being set to material frame two sides and the water squeezing component for dehydration, washing component described in two groups include and rack width direction reciprocating screw rod disposed in parallel and by reciprocating screw rod drive spray head, two spray heads slidably connect gag lever post, the gag lever post is arranged in parallel with reciprocating screw rod.The utility model proposes a kind of forming machine feeding device, the batting on cloth is rinsed using spray head water spray by setting dedusting mechanism, so that the cleaning of batting is more thorough, so that the design on fabric surface after starching sizing is more smooth.

Description

A kind of feeding device of forming machine

Technical field

The utility model relates to textile printing and dyeing instrument fields, more particularly, to a kind of feeding device of forming machine.

Background technique

In textile and dyeing industry, during cloth production, it is often necessary to be carried out shaping to cloth, shaping equipment is cloth The main machine for anticipating type is stretched monolith cloth in a manner of physics to reduce the wrinkle on cloth, makes up cloth because of dye Corrugated deficiency is easy after color, cloth needs first starching before sizing, cloth is facilitated to be formed.

How much cloth is immersed in the stock tank for filling slurries by existing sizing process, as patent announcement number is A kind of steam shaping device proposed in the Chinese utility model patent of CN204898319U, it include shaping equipment main body, Shaping equipment entrance frame, starching machine, steam circulation case, exhaust system and outlet device, the shaping equipment entrance frame are fixed on The bottom end of shaping equipment is arranged in the rear side of shaping equipment main body, the exhaust system, and the central control panel setting is fixed Type apparatus main body side, the starching machine are arranged in the upper end of main body, and the central control panel is connected to single-chip microcontroller, in control Pulp grinder, breadth limiter, velocity compensator and steam circulation case, are electrically connected, and the outlet device is arranged in shaping equipment main body Front end.

The device carries the impurity such as batting, the end of a thread due to cloth itself in use, when cloth immerses starching machine Starching is carried out to cloth in interior slurries, the impurity such as part batting, the end of a thread in sizing process on cloth can swim in slurries table Face, when clothes being waited to leave slurries, the cloth partially left can be stained with the objects such as more the end of a thread, batting because of the interfacial tension of slurries Matter, the impurity such as these battings, the end of a thread be attached to design on fabric surface can to the drying and shaping step after cloth generate adverse effect and Influence the quality of cloth.

Utility model content

The purpose of the utility model is to provide a kind of feeding devices of forming machine, are sprayed by setting dedusting mechanism using spray head Water is rinsed the batting on cloth, so that the cleaning of batting is more thorough, so that the design on fabric surface after starching sizing It is more smooth.

The above-mentioned purpose of utility model of the utility model has the technical scheme that

A kind of feeding device of forming machine is led including being steadily placed in the rack on ground, being rotatably dispose in more of rack Cloth rewinder roll, the upper material frame for being placed in rack cloth intlet and the dedusting mechanism and starching mechanism that are set in turn in rack, it is described to remove Dirt mechanism includes the washing component for being set to material frame two sides and the water squeezing component for dehydration, and washing component described in two groups is wrapped It includes and rack width direction reciprocating screw rod disposed in parallel and the spray head driven by reciprocating screw rod, two spray heads company of sliding It is connected to gag lever post, the gag lever post is arranged in parallel with reciprocating screw rod；The starching mechanism include sizing roller set up and down and It is equipped with stock tank and its lateral wall inside lower slurry roller, the sizing roller and lower slurry roller and is spaced apart and is connected equipped with multiple with stock tank Competing storage pulp layer is equipped on the outside of slurry outlet, the sizing roller and lower slurry roller.

By using above-mentioned technical proposal, cloth is on the rack in transmit process, by setting washing component to cloth into Row rinses, and spray head is mounted on reciprocating screw rod, and reciprocating screw rod rotates driven by the motor, and spray head is limited by gag lever post can only Axial direction along reciprocating screw rod moves back and forth, will be attached when the drive lower nozzle of reciprocating screw rod moves back and forth, and water is dripped from cloth Batting band in cloth towards ground side fall, to have the function that batting, two washing components are set, and cloth is in machine During being transmitted on frame by selvage guide roller guide make two washing components respectively correspond two different faces of cloth into Row rinses, so that it is more thorough to reach cloth dedusting；Cloth after washing component cleans dedusting passes through water squeezing component for cloth Expect that the moisture contained squeezes out, slurries outflow out of upper and lower slurry roller slurry outlet, which is lain in, when passing through starching mechanism stores in pulp layer, cloth Expect that slurries when passing through between sizing roller and lower slurry roller in storage pulp layer are squeezed to be applied on cloth, cloth is avoided to be immersed in Slurries are caused to waste in slurries.

The utility model is further arranged to: two spray heads are sealedly connected with away from one end of apopore into water Pipe, two water inlet pipes are connected with water tank jointly, and the water inlet pipe is equipped with water pump, the water inlet pipe and water tank bottom end seal Connection；Two water inlet pipes are arranged with rolling-up mechanism, and two rolling-up mechanisms include fixed plate and are fixed at Fixing axle and rotation in fixed plate are set in the rotating cylinder in fixing axle, and scrollwork bullet is equipped between the rotating cylinder and fixing axle Spring.

By using above-mentioned technical proposal, water inlet pipe connects water tank and provides water outlet for spray head, and water pump is arranged to water in water tank Spray head can be transmitted to by water inlet pipe；Since spray head is moved back and forth with the movement of screw rod, spray head deviates from one end of apopore It is connected with water inlet pipe, to avoid spray head in the process of movement, water inlet pipe, which stacks, influences water inlet pipe water outlet, by the way that winder is arranged Structure connects rotating cylinder and fixing axle by setting scroll spring, so that spray so that water inlet pipe is stretched or shunk with the movement of spray head When head is moved to rolling-up mechanism, rotating cylinder can rotate so that water inlet pipe can be wound automatically under the drive of scroll spring On rotating cylinder.

The utility model is further arranged to: the water inlet pipe includes hose of the coiling on rotating cylinder, connect with water tank Plastic rigid pipe and the metal tube for connecting hose and plastic rigid pipe, one end and the rotating cylinder of the metal tube fix, the metal tube and Oil sealing is equipped between plastic rigid pipe, the metal tube is Z-shaped, one end axis and fixation that the metal tube is connect with plastic rigid pipe The axis collinear of axis.

By using above-mentioned technical proposal, water inlet pipe more demand is made to carry out different settings by the way that water inlet pipe is arranged, from And making hose when winding or unreeling on rotating cylinder, the plastic rigid pipe connecting with water tank is the effect of oil sealing between metal tube Under be kept fixed, metal tube is fixedly connected with rotating cylinder, guarantee hose normally can wind or unreel on rotating cylinder；Metal tube with One end axis of plastic tube connection and the axis collinear of fixing axle, avoid metal tube rotate with metal tube when drum rotation and So that its position changes, so that plastic rigid pipe be driven to move.

The utility model is further arranged to: one end of the sizing roller and lower slurry roller is sealedly connected with slurry bucket jointly, institute It states slurry bucket and is equipped with the grout outlet being connected with stock tank, the slurry bucket is set to above sizing roller, and the grout outlet is set to slurry bucket Bottom end.

By using above-mentioned technical proposal, slurry bucket is connected with stock tank by grout outlet and enables slurry outlet continuous Have slurries outflow, slurry bucket be arranged above sizing roller, grout outlet be arranged in slurry bucket bottom end enable slurries in slurry bucket by Gravity influences nature outflow.

The utility model is further arranged to: the sizing roller is coaxially fixed with driving gear away from one end of grout outlet, The lower slurry roller correspondence is coaxially fixed with the driven gear engaged with driving gear, and the sizing roller is close to one end of driving gear End is equipped with motor.

By using above-mentioned technical proposal, sizing roller rotation is driven by setting motor, sizing roller by driving gear and Driven gear is intermeshed so that sizing roller rotates so that drive lower slurry roller rotation, avoid cloth when passing through from upper and lower slurry roller due to Slurries are lubricated and are skidded so that smearing of the slurries on cloth is uneven.

The utility model is further arranged to: being equipped with water receiving tank below two reciprocating screw rods, is connect described in two The bottom end of sink is equipped with the outlet pipe being connected with water tank, and one end that the outlet pipe is connected to water receiving tank is equipped with strainer.

By using above-mentioned technical proposal, the water after flushing is recycled by the way that water receiving tank is arranged, is discharged by setting Water receiving tank and water tank are attached by pipe, and are filtered in one end of outlet pipe setting strainer to the batting in water receiving tank；By The water surface is easily swum in water in batting, and the bottom end that water receiving tank is arranged in outlet pipe can be reduced into tiny batting and led to from strainer It crosses.

The utility model is further arranged to: the water squeezing component includes multiple groups dehydration roll and is arranged in below dehydration roll Accumulator tank；The dehydration roll includes two lateral walls by the competing roll shaft of cloth, and the accumulator tank is connected with water tank.

By using above-mentioned technical proposal, cloth is squeezed by the way that multiple groups dehydration roll is arranged so that cloth is water washed Moisture absorbed in journey can by more extrusion, on cloth carry out dehydration avoid due to cloth water content is excessive and after influencing It is continuous that processing is carried out shaping to cloth；The water squeezed out is recycled by the way that accumulator tank is arranged.

The utility model is further arranged to: one end end of the rack towards rolling-up mechanism be fixed with can wear into The hanging ring of water pipe, the fixing axle are vertical with spray head moving direction.

By using above-mentioned technical proposal, it is kept fixed, is hung by the way that the position that hanging ring makes water inlet pipe enter rack is arranged Ring is defined when avoiding spray head far from rolling-up mechanism that water inlet pipe is sagging to be contacted with cloth with position of the spray head to water inlet pipe；It is fixed The axis winding for facilitating water inlet pipe vertical with the moving direction of spray head with unreel.

The utility model is further arranged to: the both ends of the upper material frame slidably connect limit plate, two pieces of limits Plate is equipped with clamping component, and the clamping component includes clamping the folder frame of material frame frame and limit plate and connecting with folder frame screw thread The bolt connect.

By using above-mentioned technical proposal, since the width of the cloth of different model and type is different, limited by setting Plate is adjusted according to the width of cloth, reduces the offset of the cloth in transmit process.

In conclusion the advantageous effects of the utility model are as follows:

1. clearing up by the way that two washing components are arranged the batting on the tow sides of cloth, batting is avoided to remain in It sticks batting on cloth in cloth sizing process by slurries, while being arranged after water receiving tank makes again Water, which is able to carry out, to be recycled, and water resource waste is avoided；

2. squeeze to the moisture on cloth by setting water squeezing component avoids excessive residual moisture on cloth Subsequent setting treatment is had an impact；

3. storage pulp layer is arranged by setting sizing roller and lower slurry roller and on sizing roller and lower slurry roller, when slurries are from slurry outlet Slurries can be equably applied on cloth by storing the savings ability of pulp layer when interior outflow, avoid the waste of slurries.

Detailed description of the invention

Fig. 1 is the overall structure diagram of the utility model；

Fig. 2 is the partial structure diagram of the utility model, mainly shows that the connection between washing component and rack is closed System；

Fig. 3 is the portion A enlarged drawing in Fig. 2；

Fig. 4 is the portion B enlarged drawing in Fig. 2；

Fig. 5 is the partial structure diagram of the utility model, mainly shows the composed structure of rolling-up mechanism；

Fig. 6 is the portion C enlarged drawing in Fig. 5；

Fig. 7 is the partial structure diagram of the utility model, mainly shows the connection relationship of water squeezing component and rack；

Fig. 8 is the partial structure diagram of the utility model, mainly shows the composed structure of starching mechanism；

Fig. 9 is the partial structure diagram of the utility model, mainly shows the internal structure of slurry roller.

In figure, 1, rack；11, fabric guide roll；12, hanging ring；2, upper material frame；21, limit plate；22, clamping component；221, it presss from both sides Frame；222, bolt；223, threaded hole；3, dedusting mechanism；31, washing component；311, reciprocating screw rod；312, gag lever post；313, it sprays Head；3131, nut；3132, sliding sleeve；314, water inlet pipe；3141, hose；3142, metal tube；3143, plastic rigid pipe；3144, water Pump；315, driving machine；316, water tank；317, water receiving tank；318, outlet pipe；319, strainer；32, water squeezing component；321, dehydration roll； 322, accumulator tank；4, starching mechanism；41, sizing roller；42, lower slurry roller；43, stock tank；44, slurry outlet；45, pulp layer is stored；46, it starches Bucket；461, grout outlet；462, valve；47, wide mouthed Erlenmeyer slot；5, rolling-up mechanism；51, fixed plate；52, fixing axle；53, rotating cylinder； 54, scroll spring；61, motor；62, driving gear；63, driven gear.

Specific embodiment

The utility model is described in further detail below in conjunction with attached drawing.

Embodiment:

It referring to Fig.1, is a kind of feeding device of forming machine disclosed by the utility model, the machine including being steadily placed in ground Frame 1, is placed in the upper material frame 2 of 1 cloth intlet of rack and is set in turn in machine more fabric guide rolls 11 for being rotatably dispose in rack 1 Dedusting mechanism 3 and starching mechanism 4 on frame 1.Since cloth has front and back sides to need to clear up, dedusting mechanism 3 includes being set to The washing component 31 of the two sides of upper material frame 2 and water squeezing component 32 for dehydration, cloth on fabric guide roll 11 when transmitting by selvage guide The guiding role of roller 11 enables washing component 31 to be rinsed two faces of cloth, enables batting on cloth It is cleaned removing with water flow, its surface after starching sizing of the cloth after dedusting is more smooth.

Referring to Fig. 2 and Fig. 3, since the width of the cloth of different model and type is inconsistent, transmitted to reduce cloth The offset that cloth occurs in journey, the both ends of upper material frame 2 slidably connect limit plate 21, and the two sides of two pieces of limit plates 21 are equipped with Clamping component 22, clamping component 22 include clamping the folder frame 221 of upper material frame 2 and limit plate 21 and being threadedly coupled with folder frame 221 Bolt 222.Frame 221 is pressed from both sides in door type when clamping the edge and limit plate 21 of upper material frame 2, by the way that the opening of frame 221 will be pressed from both sides Material frame 2 and limit plate 21 and make the edge of material frame 2 and limit plate 21 is connected in folder frame 221 in alignment, folder frame 221 is open The two sides at place correspond to bolt 222 and offer threaded hole 223, bolt 222 contradicted by threaded hole 223 and limit plate 21 so that The position of limit plate 21 and upper material frame 2 is relatively fixed.

Referring to Fig. 2 and Fig. 4, two of them washing component 31 includes and 1 width direction of rack past multifilament disposed in parallel Bar 311 and the spray head 313 driven by reciprocating screw rod 311, reciprocating screw rod 311 and rack 1 are rotatablely connected and its one end is equipped with and drives Motivation 315 drives its rotation by driving machine 315；The side of spray head 313 is fixed with the nut being threadedly coupled with reciprocating screw rod 311 3131, to avoid spray head 313 from rotating on reciprocating screw rod 311, spray head 313 is fixed with cunning away from one end of nut 3131 Set 3132, for sliding sleeve 3132 through having gag lever post 312 and being slidably connected with gag lever post 312, gag lever post 312 and reciprocating screw rod 311 are flat Row is arranged and gag lever post 312 is fixedly connected with rack 1.The apopore of two spray heads 313 is towards ground, and spray head 313 is away from out The one end in water hole is sealedly connected with water inlet pipe 314, and two spray heads 313 are connected with water tank 316 by water inlet pipe 314 jointly, past The drive lower nozzle 313 of multifilament bar 311 moves back and forth, and hair of the cloth towards ground side will be attached to when water is dripped from cloth Wadding band is fallen, to have the function that batting.

Referring to Fig. 2 and Fig. 5, to avoid spray head 313, water inlet pipe 314 moves back and forth and it is stacked on during the motion Water outlet is influenced on cloth, two water inlet pipes 314 are arranged with rolling-up mechanism 5, and two rolling-up mechanisms 5 include fixed plate 51 and solid The rotating cylinder 53 that the fixing axle 52 and rotation being arranged in fixed plate 51 calmly are set in fixing axle 52.To save rolling-up mechanism 5 Occupied space, two rolling-up mechanisms 5 are disposed in parallel in 316 top of water tank, and fixing axle 52 and the moving direction of spray head 313 are mutual It is vertically arranged；To guarantee that water inlet pipe 314 can be preferably wound around on rotating cylinder 53, the section of rotating cylinder 53 is in I-shaped.

Referring to Fig. 2 and Fig. 5, to enable 314 automatic winding of water inlet pipe on rotating cylinder 53, rotating cylinder 53 and fixing axle 52 it Between be equipped with scroll spring 54, the inner sidewall of the lateral wall of one end of scroll spring 54 and the fixing axle 52 fixed other end and rotating cylinder 53 It is fixed, and 54 forced contraction of scroll spring when water inlet pipe 314 stretches debatching.Water inlet pipe 314 is wound on rotating cylinder 53 or debatching When can rotate, influence to be discharged to avoid water inlet pipe 314 rotating, water inlet pipe 314 includes coiling on rotating cylinder 53 Hose 3141, the plastic rigid pipe 3143 that is connect with water tank 316 and the metal tube for connecting hose 3141 and plastic rigid pipe 3143 3142.Metal tube 3142 is fixedly connected in Z-shaped and one end with rotating cylinder 53, to avoid metal tube 3142 and plastic rigid pipe 3143 Connecting pin rotate, the axis collinear of one end axis that metal tube 3142 is connect with plastic rigid pipe 3143 and fixing axle 52, And oil sealing is equipped between metal tube 3142 and plastic rigid pipe 3143, the one of metal tube 3142 and the fixed guarantee hose 3141 of rotating cylinder 53 End rotates on rotating cylinder 53.

Referring to figure 5 and figure 6, hose 3141 is connect away from one end of metal tube 3142 with spray head 313, and rack 1 is towards winding One end end of mechanism 5 is fixed with the hanging ring 12 that can wear water inlet pipe 314, due to 313 height-limited bars of spray head 312 with it is past The effect of multifilament bar 311 remains unchanged, and the both ends of water inlet pipe 314 are limited with hanging ring 12 by spray head 313 and intake simultaneously in rack 1 Pipe 314 is arranged in parallel in water inlet pipe 314 in rack 1 by the pulling force of rolling-up mechanism 5.For the waste for avoiding water resource, two The lower section of root reciprocating screw rod 311 is equipped with water receiving tank 317, and the opening of water receiving tank 317 is towards cloth, and the opening of water receiving tank 317 Width is greater than the water that bottom width enables water receiving tank 317 more to receive drippage.

Referring to Fig. 4 and Fig. 5, the bottom end of two water receiving tanks 317 is equipped with the outlet pipe 318 being connected with water tank 316 and goes out One end that water pipe 318 is connected to water receiving tank 317 is equipped with strainer 319, and the water in water receiving tank 317 is flowed by the filtering of strainer 319 It is recycled in water tank 316.Since batting is readily suspended in the water surface in water, outlet pipe 318 is arranged in water receiving tank 317 Bottom end, it is possible to reduce tiny batting passes through from strainer 319, so that the batting that the water rinsed contains is less to improve dedusting Effect.Since the lower end of water receiving tank 317 is arranged in outlet pipe 318, water tank is flowed into make the water energy in water receiving tank 317 reach nature In 316, entrance of the outlet pipe 318 in water tank 316 is lower than the bottom of water receiving tank 317；To guarantee that water inlet pipe 314 can be defeated by water It is sent on spray head 313, plastic rigid pipe 3143 is equipped with water pump 3144, and to be further reduced the content of batting in water, plastic rigid pipe 3143 connect with the bottom end seal of water tank 316.

Referring to Fig. 7, due to use washing component 31 to be rinsed the dusts such as batting on cloth so that cloth it is aqueous Amount increases, and to avoid excessively high water content from having an impact later period setting treatment, cloth is rinsing dedusting by washing component 31 It is squeezed afterwards by water squeezing component 32 and removes excessive moisture.Water squeezing component 32 includes being shown as two in multiple groups dehydration roll 321(figure Group) and the accumulator tank 322 that is arranged in below dehydration roll 321, dehydration roll 321 include that two lateral walls are competing by cloth Roll shaft, so that the moisture in cloth is extruded, is taken off by the mutual extrusion between two roll shafts when cloth passes through dehydration roll 321 Damping roller 321 squeezes out water droplet and falls in accumulator tank 322.Accumulator tank 322 is connected with water tank 316, so that be extruded out Water is re-used in water rinses, avoids water resource waste.

It is sent to starching mechanism 4 with Fig. 9, the cloth after 321 extrusion dehydration of dehydration roll referring to Fig.1 and carries out starching, be Avoiding cloth from being immersed in slurries causes slurries to smear excessive and waste slurries, and starching mechanism 4 includes starching set up and down It is equipped with stock tank 43 inside roller 41 and lower slurry roller 42, sizing roller 41 and lower slurry roller 42 and its lateral wall is spaced apart and is equipped with multiple and slurry The slurry outlet 44 that slot 43 is connected.To avoid in sizing roller 41 and lower 42 rotation process of slurry roller, slurries by centrifugal force act on from The flow velocity that slurry outlet 44 splashes away or flows out from slurry outlet 44 is too fast and cause to waste, the outside of sizing roller 41 and lower slurry roller 42 It is equipped with competing storage pulp layer 45, there is good storage slurry ability to guarantee to store pulp layer 45, store pulp layer 45 and use PVA glue Cotton, the PVA collodion after absorbing enough slurries can stop 44 pulp of slurry outlet, when cloth is between sizing roller 41 and lower slurry roller 42 By when, the slurries stored in pulp layer 45 are squeezed and are applied on cloth.

Referring to Fig.1 and Fig. 8, to guarantee that slurries can constantly be flowed out from slurry outlet 44, sizing roller 41 and lower slurry roller 42 One end is sealedly connected with slurry bucket 46 jointly, and slurry bucket 46 is set to 41 top of sizing roller, and the bottom end of slurry bucket 46 is equipped with and stock tank 43 The grout outlet 461 being connected, the slurries in slurry bucket 46 can be flowed out naturally by gravity；To avoid grout outlet 461 with starching The junction of roller 41 and the rotation of lower slurry roller 42, grout outlet 461 and sizing roller 41 or lower slurry roller 42 is equipped with oil sealing.To avoid in non-work When making, slurries, which continuously leak out, to be caused to waste, and slurry bucket 46 is equipped with the valve 462 for controlling 461 pulp of grout outlet, logical when not working The valve closing that reaches a standard door 462 flows out the slurries in slurry bucket 46 no longer.

Referring to Fig. 9, make cloth by between sizing roller 41 and lower slurry roller 42 in storage pulp layer 45 since slurries are stored When, sizing roller 41 and lower slurry roller 42 are easy to happen mutual slipping phenomenon, to guarantee that slurries can be uniformly applied on cloth, Sizing roller 41 is coaxially fixed with driving gear 62 away from one end of grout outlet 461, and lower slurry roller 42 is corresponding to be coaxially fixed with and active The driven gear 63 that gear 62 engages, sizing roller 41 are equipped with motor 61 close to one end end of driving gear 62.Pass through motor 61 Sizing roller 41 is driven to rotate, since driving gear 62 is engaged with driven gear 63, when sizing roller 41 drives driving gear 62 to rotate, Lower slurry roller 42 is driven to rotate, to guarantee that sizing roller 41 and lower slurry roller 42 constantly rotate on cloth, so that slurries are equal It is applied on cloth evenly.

Referring to Fig. 9, to avoid fraction slurries drippage from causing waste and ground pollution, the lower section of lower slurry roller 42 is bored equipped with wide-mouth Shape slot 47, the opening of wide mouthed Erlenmeyer slot 47 are used to receive the slurries of drippage towards lower slurry roller 42.Have relatively by force due to storing pulp layer 45 Storage starch ability, the slurries amount of drippage is less, and the speed that wide mouthed Erlenmeyer slot 47 is collected during collecting slurries is slower, be arranged Wide mouthed Erlenmeyer slot 47 can reduce the evaporation of slurries.The opening of wide mouthed Erlenmeyer slot 47 is larger simultaneously can be to the front and back of lower slurry roller 42 Into collection, it is collected to the slurries that part is splashed away when squeezing mutual of pulp layer 45 are stored.

The implementation principle of the present embodiment are as follows: adjust clamping component 22 and the width of the more cloth of limit plate 21 is adjusted Cloth is placed in upper material frame 2, and open valve 462 and make slurries by section after the spacing between two pieces of limit plates 21 is fixed It is flowed to out of slurry bucket 46 in stock tank 43, the slurries in stock tank 43 are stored from the outflow of slurry outlet 44 to be stored in pulp layer 45；Then it pulls One end of cloth is connect after wearing fabric guide roll 11, water squeezing component 32 and starching mechanism 4 with shaping equipment, and cloth is in shaping equipment It is transmitted under pulling.

Opening simultaneously driving machine 315, water pump 3144 and motor 61 makes spray head 313 under the drive of reciprocating screw rod 311 Reciprocating motion sprays water to cloth, and water is influenced to drip downwards through cloth so that being attached to cloth towards ground one by gravity The batting of side is pulled away with water flow.Water after rinsing cloth is collected by water receiving tank 317, by the outlet pipe 318 for being equipped with strainer 319 Again it flows in water tank 316, the water in water tank 316 is constantly transmitted on spray head 313 by the effect of water pump 3144 and is recycled It utilizes.

Cloth after flushing by water squeezing component 32 on dehydration roll 321 by the extruding of roll shaft, moisture in cloth by It is dropped onto accumulator tank 322 to extruding, the water of accumulator tank 322 is flowed into water tank 316 and is reused.Then after being dehydrated Cloth conveying into starching mechanism 4, cloth pass through sizing roller 41 and lower slurry roller 42 when, since two layers of storage pulp layer 45 is in rotation Mutual extrusion in the process is applied on cloth in the slurries stored in pulp layer 45 so that storing, and guarantees under the action of motor 61 Slurries can be equably applied on cloth.

The embodiment of present embodiment is the preferred embodiment of the utility model, and not limitation is originally practical new according to this The protection scope of type, therefore: the equivalence changes that all structures, shape, principle according to the utility model are done should all be covered by practical Within novel protection scope.

Claims (9)

1. a kind of feeding device of forming machine, including being steadily placed in the rack (1) on ground, being rotatably dispose in the more of rack (1) Root fabric guide roll (11), the upper material frame (2) for being placed in rack (1) cloth intlet and the dedusting mechanism being set in turn on rack (1) (3) and starching mechanism (4), it is characterised in that: the dedusting mechanism (3) includes the washing component for being set to material frame (2) two sides (31) and for dehydration water squeezing component (32), washing component described in two groups (31) includes parallel with rack (1) width direction The reciprocating screw rod (311) of setting and the spray head (313) driven by reciprocating screw rod (311), two spray heads (313) company of sliding It is connected to gag lever post (312), the gag lever post (312) is arranged in parallel with reciprocating screw rod (311)；The starching mechanism (4) is including being in Stock tank (43) are equipped with inside sizing roller (41) setting up and down and lower slurry roller (42), the sizing roller (41) and lower slurry roller (42) And its lateral wall is spaced apart and is equipped with multiple slurry outlets (44) being connected with stock tank (43), the sizing roller (41) and lower slurry roller (42) outside is equipped with competing storage pulp layer (45).

2. a kind of feeding device of forming machine according to claim 1, it is characterised in that: two spray head (313) back The one end for separating out water hole is sealedly connected with water inlet pipe (314), and two water inlet pipes (314) are connected with water tank (316) jointly, The water inlet pipe (314) is equipped with water pump (3144), and the water inlet pipe (314) connect with water tank (316) bottom end seal；Two institutes It states water inlet pipe (314) to be arranged with rolling-up mechanism (5), two rolling-up mechanisms (5) include that fixed plate (51) and fixation are set It sets in the fixing axle (52) on fixed plate (51) and rotates the rotating cylinder (53) being set on fixing axle (52), the rotating cylinder (53) Scroll spring (54) are equipped between fixing axle (52).

3. a kind of feeding device of forming machine according to claim 2, it is characterised in that: the water inlet pipe (314) includes Hose (3141) of the coiling on rotating cylinder (53), the plastic rigid pipe (3143) being connect with water tank (316) and connection hose (3141) With the metal tube (3142) of plastic rigid pipe (3143), one end and rotating cylinder (53) of the metal tube (3142) are fixed, the metal Manage and be equipped with oil sealing between (3142) and plastic rigid pipe (3143), the metal tube (3142) is Z-shaped, the metal tube (3142) and One end axis of plastic rigid pipe (3143) connection and the axis collinear of fixing axle (52).

4. a kind of feeding device of forming machine according to claim 1, it is characterised in that: sizing roller (41) and lower slurry roller (42) one end is sealedly connected with slurry bucket (46) jointly, and the slurry bucket (46) is equipped with the grout outlet being connected with stock tank (43) (461), the slurry bucket (46) is set to above sizing roller (41), and the grout outlet (461) is set to slurry bucket (46) bottom end.

5. a kind of feeding device of forming machine according to claim 4, it is characterised in that: the sizing roller (41) is away from out One end of slurry pipe (461) is coaxially fixed with driving gear (62), and lower slurry roller (42) correspondence is coaxially fixed with and driving gear (62) driven gear (63) engaged, the sizing roller (41) are equipped with motor (61) close to one end end of driving gear (62).

6. a kind of feeding device of forming machine according to claim 2, it is characterised in that: two reciprocating screw rods (311) it is equipped with below water receiving tank (317), the bottom end of two water receiving tanks (317) is equipped with to be connected with water tank (316) Outlet pipe (318), one end that the outlet pipe (318) is connected to water receiving tank (317) be equipped with strainer (319).

7. a kind of feeding device of forming machine according to claim 2, it is characterised in that: the water squeezing component (32) includes Multiple groups dehydration roll (321) and the accumulator tank (322) being arranged below dehydration roll (321)；The dehydration roll (321) includes two outer Side wall is connected by the competing roll shaft of cloth, the accumulator tank (322) with water tank (316).

8. a kind of feeding device of forming machine according to claim 2, it is characterised in that: rack (1) the direction winding One end end of mechanism (5) is fixed with the hanging ring (12) that can wear water inlet pipe (314), the fixing axle (52) and spray head (313) moving direction is vertical.

9. a kind of feeding device of forming machine according to claim 1, it is characterised in that: the both ends of the upper material frame (2) It slidably connects limit plate (21), two pieces of limit plates (21) are equipped with clamping component (22), clamping component (22) packet Include the bolt (222) for clamping the folder frame (221) of upper material frame (2) frame and limit plate (21) and being threadedly coupled with folder frame (221).