CN108725865A - A kind of textile fabric continous way automatic collating unit - Google Patents

Abstract

The present invention relates to a kind of textile fabric continous way automatic collating units, including：Pump mechanism, pump mechanism include rack, refine component, cut component surely and be slidably arranged on the anvil pressing plate for cutting component surely and with the aggregation component slided along rack width direction；Dressing mechanism, dressing mechanism is arranged in the end of anvil pressing plate and positioned at refining component side comprising is vertically arranged with aggregation component and ties up component along what rack length direction slide, the press mold component, the molding assembly for being arranged in rack and sliding up and down along vertical direction and the liftout component for interlocking setting with molding assembly and being located at right over press mold component tying up above component and with tying up component and interlocking setting is arranged；And discharging mechanism, discharging mechanism include the discharge component being arranged in rack and coordinate with discharge component and control assembly is arranged on molding assembly；The present invention solves the technical issues of staple fiber being sized out is not recovered arrangement, waste of resource.

Description

A kind of textile fabric continous way automatic collating unit

Technical field

The present invention relates to fibre finish technical field more particularly to a kind of textile fabric continous way automatic collating units.

Background technology

When the fibre bundle of textile fabric carries out fibre finish or when selection is especially combed, staple fiber, hair can be adulterated Knot, dust etc. are equipped at least one withdrawing device that element is formed with item, drawing-off to remove the fibrous material combed System is located at the downstream of the withdrawing device.

The patent document of Patent No. CN101333698 is disclosed fine for being carried out to the fibre bundle including textile fabric In the equipment that dimension arranges or selection is especially combed, fibre bundle is supplied to fibre finish device by feeding mechanism, especially Carding apparatus is equipped with clamping device and mechanical device in a device, and fibre bundle is clamped in certain away from its free end by clamping device At distance, which generates from bite to the combing effect of fibre bundle free end, with from free end loosely and removal not Ingredient is clamped, wherein to remove the fibrous material combed, at least one withdrawing device for forming element with item is equipped with, extremely The downstream of a few withdrawing device is drafting system, in order to make productivity be significantly increased in a simple manner and obtain improved comb Manage bar is equipped at least one rotatable mounted roller that the arranged downstream of feeding mechanism quickly uninterruptedly rotates and is used for fiber The clamping device of beam, clamping device are distributed in the region on roller periphery, and the ribbon formed is arranged to direct supply to Drafting system.

But in actual use, inventor has found that the staple fiber being sized out is not recovered arrangement, waste money The technical issues of source.

Invention content

The purpose of the present invention is in view of the deficiencies of the prior art, pump mechanism by setting, complete to staple fiber Equal length is carried out after screening again to cut, recycling ties up component and U-shaped collect of staple fiber progress cut is positioned and tied up, together When by press mold component realize it is existing automatic moulding is U-shaped collects iron wire, output is finally tied up automatically by discharging mechanism again, to solve The technical issues of staple fiber being sized out of having determined is not recovered arrangement, waste of resource has using staple fiber is usually stored, saves Material saving, waste utilization, while whole device high degree of automation is also achieved, the strong effect of continuity.

It is as follows using technical solution for the above technical problem：A kind of textile fabric continous way automatic collating unit, packet It includes：

Pump mechanism, the mechanism of pumping includes rack, the refinement component that is arranged in the rack, is arranged in the machine On frame and cooperation it is described refine that component slides up and down along vertical direction determine to cut component and be slidably arranged in and described cut component surely Anvil pressing plate on and with the aggregation component slided along the rack width direction；

Dressing mechanism, the dressing mechanism are arranged in the end of the anvil pressing plate and are located at the refinement component side, Include being vertically arranged with the aggregation component and tying up component along what rack length direction slided, be arranged and described tie up component Top and the press mold component of setting is interlocked, it is arranged and slides up and down in the rack and along vertical direction with the component of tying up Molding assembly and interlock setting and the liftout component right over the press mold component with the molding assembly；And

Discharging mechanism, the discharging mechanism include the discharge component being arranged in rack and with the discharge component cooperation and Control assembly is set on the molding assembly.

Preferably, the component of tying up includes：

Horizontal sliding cylinder a, the horizontal sliding cylinder a are fixed on the anvil pressing plate by mounting bracket and its telescopic end direction The molding assembly direction setting；

Connecting rod a, one end of the connecting rod a are fixedly connected with the horizontal sliding cylinder a telescopic ends；

Pallet, the pallet are fixedly connected with the other end of the connecting rod a；And

Mounting groove, the U-shaped setting of the mounting groove and is opened on the pallet, the notch of the mounting groove towards it is described at Type component direction is arranged.

Preferably, the press mold component includes：

Part is delivered, the delivering part includes bearing, the delivering rod being vertically and symmetrically arranged on the bearing, for driving The driving unit that delivering rod rotates in opposite directions and the iron wire transmitted between two delivering rods；And

Rolled-up stock, the rolled-up stock include the connecting rod b being fixedly connected with the connecting rod a, are fixed with the connecting rod b Connection U-shaped module, be symmetricly set on the push type broach at the U-shaped module both ends and be fixed on the anvil pressing plate and with it is described The U-type groove of U-shaped module cooperation compacting, the U-type groove both ends symmetrically offer limiting slot, and the iron wire is passed along the limiting slot It send, the push type broach edge of a knife is arranged towards the U-type groove.

Preferably, the molding assembly includes：

Horizontal sliding cylinder b, the horizontal sliding cylinder b is fixed in the rack and its telescopic end is arranged vertically downward；

Connecting rod d, the one end the connecting rod d are fixedly connected with the telescopic end of the horizontal sliding cylinder b；

Pressure roller, the pressure roller are fixedly connected with the other end of the connecting rod d, and bottom surface is semi-cylindrical, the pressure roller side Face is right angled triangle and its inclined edge surfaces is semi-cylindrical；

Hole is collected, the hole that collects is opened on the anvil pressing plate and immediately below the pressure roller；And

Take up part, the part that takes up is located at the pressure roller side and is positioned above setting, including with the horizontal sliding cylinder b Connecting rod c that telescopic end is fixedly connected, the installation axle being fixed on the connecting rod c, it is rotatably arranged on the installation axle On fluted disc and the insertion hole that is opened on the fluted disc, the insertions hole setting two.

Preferably, the liftout component includes：

Fulcrum cells, the fulcrum cells include being fixed at the support base of the anvil pressing plate and being arranged in the support Locating shaft on seat；

Attachment rail, the attachment rail are fixed in the rack；

Mandril, the mandril, which slides up and down, to be arranged on the attachment rail；And

Hinge bar, the hinge bar are mounted on the locating shaft, which is hinged and connected with mandril and it is another One end is hinged and connected with the connecting rod d.

Preferably, the aggregation component includes：

Horizontal sliding cylinder c, the horizontal sliding cylinder c are fixed at anvil pressing plate end by mounting bracket；

Cluster block, the cluster block are fixedly connected with the telescopic end of the horizontal sliding cylinder c；And

Revolving part, the revolving part include the connecting rod e being fixedly connected with the horizontal sliding cylinder c telescopic ends and with the company The driving cog a that extension bar e tail ends are fixedly connected；

The cluster block is located at the rears the driving cog a, and the driving cog a is driven with molding assembly cooperation.

Preferably, the refinement component includes：

Outlet, the outlet are used for horizontal transport fibre bundle；

Actuator, the output end of the actuator are fixedly connected with the outlet；

First driving member, first driving member connect with outlet belt transmission and are fixed at the rack On, which is located above the outlet；

Second driving member, second driving member be located at first driving member back upper place and with the first driving member skin Band transmission connection；

Third driving member, the third driving member be located at second driving member rear and with the second driving member belt Transmission connection；

Air blast part, the air blast part includes the air blower being mounted in the rack, one end and air blower connection and it is another It is connected to the air hose of setting inside one end and first driving member and is opened in the air outlet on the first driving member surface.

Preferably, first driving member, the second driving member and third driving member include：

Drive bucket；

Cam, the cam are fixed in the rack；

Upper pincers part, the upper pincers part include the roller being slidably arranged on the cam, are fixedly connected with the roller Upper clamp and the articulated shaft hinged with the upper clamp；And

Lower pincers part, the lower pincers part includes lower clamp and the installation axle for the lower clamp to be fixedly mounted；

First driving member and the second driving member further include elastic component a, and the one end elastic component a is fixed with the upper pincers part It connects and is fixedly connected with the other end with the driving bucket bottom surface；

The third driving member further includes being rotatably arranged on transmission belt and elastic component b, the elasticity on the driving bucket The one end part b is fixedly connected with the upper pincers part and is fixedly connected with the other end with the transmission belt bottom surface；

The driving bucket is rotatably arranged on by shaft on the cam；

Knife notch is offered on the transmission belt.

Preferably, the component of cutting surely runs through the tail for being arranged in the knife notch and being located at the third driving member End further includes：

Force piece, the force piece include being arranged with half tooth of the driving bucket fixed setting and with half tooth engagement Driving cog b；And

Cut part, it is described cut part include end be fixedly connected with the driving cog b cutter, be fixed at the machine On frame and be located at the guide groove of the cutter both sides and be fixed at vertically in the guide groove and the other end with it is described The Flexible element a that cutter both ends are fixedly connected；The cutter is slidably arranged in the guide groove.

As preferably, the control assembly includes being arranged in a one-to-one correspondence on the jacking block to insert in the hole and the top again Block bottom is fixedly connected with and runs through the sliding bar being plugged in the fluted disc, the bottom plate being fixedly connected with two sliding bars, is arranged Outside the sliding bar and one end is fixedly connected with the bottom plate and the other end is fixedly connected with the fluted disc bottom that elasticity is single First b and half round block a being arranged on the bottom plate；

The discharge component is half round block b, and the plush copper of the half round block b and the half round block b are oppositely arranged.

Beneficial effects of the present invention：

(1) mechanism is pumped by setting in the present invention, completion is cut to carrying out equal length after the screening of staple fiber again, then profit With tie up component to the staple fiber cut carry out it is U-shaped collect positioning and tie up, while passing through press mold component and realizing automatic moulding U Type collects iron wire, finally ties up output automatically by discharging mechanism again, has using staple fiber is usually stored, saves material, waste It utilizes, while also achieving whole device high degree of automation, the strong effect of continuity；

(2) delivering part is coordinated to realize iron while iron wire is rolled straight by delivering part by the way that rolled-up stock is arranged in the present invention Silk pushes forward, and horizontal sliding cylinder a recycles U-shaped module when resetting work, is connected by connecting rod b and connecting rod a Dynamic, iron wire is pressed while utilizing push type broach in realization, is cut to iron wire, and gearing property is high, and work efficiency is high, production It can improve, reduce output cost；

(3) coordinating discharge component by the way that control assembly is arranged in the present invention so that horizontal sliding cylinder b is when resetting work, and half Round block a is ejected both ends and is fastened on outward by the active force of half round block b, elasticity of compression unit b, the jacking block of sliding bar drive at this time The iron wire to insert in the hole；When half round block a and half round block b non-contact, Flexible element b automatically resets, and realizes that new iron wire end is inserted It is located at and inserts in the hole, it is simple in structure, ingenious；

(4) it on the one hand plays a supporting role to iron wire by opening up mounting groove on pallet in the present invention, prevents iron wire from existing It is gone out forward during push, carries out turning round stubborn work convenient for the later stage；On the other hand the U-shaped iron wire fallen downwards under the action of thimble It can will not shift along mounting groove to whereabouts, further ensure the precision that work is twisted in later stage torsion；

(5) it is hinged and connected with mandril by setting hinge bar one end in the present invention and its other end is cut with scissors with the connecting rod d It connects connected so that connecting rod d drives mandril to fall automatically in lifting process, and then realizes that thimble will complete molding U-shaped iron Silk ejection, makes it be fallen into pallet along mounting groove automatically, and high degree of automation, continuity are strong, saves electric power output, improves Working efficiency.

The advantages of continuity is high in conclusion the equipment has, high degree of automation, is particularly suitable for fibre finish technology Field.

Description of the drawings

For the clearer technical solution for illustrating the embodiment of the present invention, required use in being described below to embodiment Attached drawing be briefly described, it should be apparent that, drawings discussed below is only some embodiments of the present invention, for ability For the those of ordinary skill in domain, without creative efforts, it is attached to can also be obtained according to these attached drawings other Figure.

Fig. 1 is the structural schematic diagram of the automatic staple fiber collating unit of continous way.

Fig. 2 is the structural schematic diagram of dressing mechanism.

Fig. 3 is close-up schematic views of the Fig. 2 at A.

Fig. 4 is the working state schematic representation of molding assembly and liftout component.

Fig. 5 is the structural schematic diagram for tying up component.

Fig. 6 is the schematic top plan view of press mold component.

The structural schematic diagram of Fig. 7 components in order to control.

The working state schematic representation of Fig. 8 component and discharge component in order to control.

Fig. 9 is the structural schematic diagram for cutting component surely.

Figure 10 is the partial structural diagram of the second driving member and third driving member.

Figure 11 is the structural schematic diagram for refining component.

Specific implementation mode

Technical solution in the embodiment of the present invention is clearly and completely illustrated below in conjunction with the accompanying drawings.

Embodiment one

As shown in Figure 1, a kind of textile fabric continous way automatic collating unit, including：

Mechanism 1 is pumped, the mechanism 1 of pumping includes rack 11, the refinement component 12 being arranged in the rack 11, setting In the rack 11 and what the cooperation refinement component 12 slided up and down along vertical direction determines to cut component 13 and sliding setting On the anvil pressing plate 131 for cutting component 13 surely and with the aggregation component 14 slided along 11 width direction of the rack；

Dressing mechanism 2, the dressing mechanism 2 are arranged in the end of the anvil pressing plate 131 and are located at the refinement component 12 Side comprising be vertically arranged with the aggregation component 14 and tie up component 21, setting along what 11 length direction of rack slided It is tied up above component 21 and with the press mold component 22 for tying up the gearing setting of component 21, setting in the rack 11 described And it the molding assembly 23 that slides up and down along vertical direction and interlocks setting with the molding assembly 23 and is located at the press mold group Liftout component 24 right over part 22；And

Discharging mechanism 3, the discharging mechanism 3 include the discharge component 31 that is arranged in rack 11 and with the discharge component 31 cooperations and the control assembly 32 being arranged on the molding assembly 23.

In the present embodiment, mechanism 1 is pumped by setting, completion is cut to carrying out equal length after the screening of staple fiber again, Recycling ties up component 21 and U-shaped collect of staple fiber progress cut is positioned and tied up, while passing through press mold component 22 and realizing Automatic moulding is U-shaped to collect iron wire, finally ties up output automatically by discharging mechanism 3 again, has using staple fiber is usually stored, saves Material, waste utilization, while whole device high degree of automation is also achieved, the strong effect of continuity.

Further, as shown in figure 5, the component 21 of tying up includes：

Horizontal sliding cylinder a211, the horizontal sliding cylinder a211 are fixed on the anvil pressing plate 131 by mounting bracket and it Telescopic end is arranged towards 23 direction of the molding assembly；

Connecting rod a212, one end of the connecting rod a212 are fixedly connected with the horizontal sliding cylinder a211 telescopic ends；

Pallet 213, the pallet 213 are fixedly connected with the other end of the connecting rod a212；And

Mounting groove 214, the mounting groove 214 is U-shaped to be arranged and is opened on the pallet 213, the slot of the mounting groove 214 Mouth is arranged towards 23 direction of the molding assembly.

In the present embodiment, by opening up mounting groove 214 on pallet 213, support on the one hand is played to iron wire 2214 and is made With, prevent iron wire 2214 push during go out forward, carry out turning round stubborn work convenient for the later stage；On the other hand in thimble 245 The U-shaped iron wire fallen downwards under effect can will not shift along mounting groove 214 to whereabouts, further ensure later stage torsion and twist The precision of work.

Further, as shown in fig. 6, the press mold component 22 includes：

Part 221 is delivered, the delivering part 221 includes bearing 2211, is vertically and symmetrically arranged on the bearing 2211 Delivering rod 2212, for drive the driving unit 2213 that rotates in opposite directions of delivering rod 2212 and positioned at two delivering rods 2212 it Between the iron wire 2214 that transmits；And

Rolled-up stock 222, the rolled-up stock 222 include and the connecting rod a212 connecting rod b2221 being fixedly connected and institute State the U-shaped module 2222 that connecting rod b2221 is fixedly connected, 2223 and of push type broach for being symmetricly set on 2222 both ends of U-shaped module The U-type groove 2224 for being fixed on the anvil pressing plate 131 and being suppressed with the U-shaped module 2222 cooperation, the U-type groove 2224 Both ends symmetrically offer limiting slot, and the iron wire 2214 is delivered along limiting slot, and 2223 edge of a knife of the push type broach is towards the U-type groove 2224 settings.

Coordinate delivering part 221, delivering part 221 that iron wire 2214 is rolled pen by the way that rolled-up stock 222 is arranged in the present embodiment While straight, realize that iron wire 2214 pushes forward, horizontal sliding cylinder a211 recycles U-shaped module 2222 to pass through when resetting work Connecting rod b2221 is interlocked with connecting rod a212, and the iron wire 2214 being driven along limiting slot is pressed together in realization Shi Liyong push type broach 2223 cuts iron wire 2214 in pushing work, and gearing property is high, and work efficiency is high, and production capacity carries Height reduces output cost.

Further, as shown in Fig. 2, the molding assembly 23 includes：

Horizontal sliding cylinder b231, the horizontal sliding cylinder b231 be fixed in the rack 11 and its telescopic end vertically downward Setting；

Connecting rod d232, the one end the connecting rod d232 are fixedly connected with the telescopic end of the horizontal sliding cylinder b231；

Pressure roller 233, the pressure roller 233 are fixedly connected with the other end of the connecting rod d232, and bottom surface is semi-cylindrical, 233 side of pressure roller is right angled triangle and its inclined edge surfaces is semi-cylindrical；

Hole 234 is collected, the hole 234 that collects is opened on the anvil pressing plate 131 and immediately below the pressure roller 233； And

Take up part 235, the part 235 that takes up is located at 233 side of the pressure roller and is positioned above setting, including with it is described Connecting rod c2351 that horizontal sliding cylinder b231 telescopic ends are fixedly connected, the installation axle being fixed on the connecting rod c2351 2352, the fluted disc 2353 being rotatably arranged in the installation axle 2352 and the insertion hole 2354 being opened on the fluted disc 2353, The insertion hole 2354 is arranged two.

It is noted that by the way that pressure roller 233 is arranged, pressure roller 233 pushes, under cutting in the middle part of the staple fiber beam after concentrating Pressure, makes its U-shaped shape, while driving and taking up part 235 and move down, and aggregation component 14 resets at this time, at the same tie up component 21 to It is pushed forward into the both ends of iron wire 2214, which correspond to, to be inserted into hole 2354, then the driving cog a1432 and fluted disc of revolving part 143 2353 cooperation rotations, the realization of fluted disc 2353 tighten work to iron wire 2214.

In addition, being semi-cylindrical by the way that 233 bottom surface of pressure roller is arranged so that be on the one hand conducive to so that cutting collection when pushing work In after staple fiber beam be molded rapidly, as U-shaped shape；On the other hand it avoids contact with face during pushing and sharply causes staple fiber Damage, influence the quality of product.

By the way that pressure roller 233 is arranged so that pressure roller can be utilized by being turned round the iron wire 2214 of stubborn work by the completion that jacking block 321 is pushed out Automatic whereabouts effect is realized on 233 inclined-plane, while being semi-cylindrical using its inclined edge surfaces, is accelerated the falling speed of fibre bundle, is carried High working efficiency.

Further, as shown in figure 5, the aggregation component 14 includes：

Horizontal sliding cylinder c141, the horizontal sliding cylinder c141 are fixed at 131 end of anvil pressing plate by mounting bracket；

Cluster block 142, the cluster block 142 are fixedly connected with the telescopic end of the horizontal sliding cylinder c141；And

Revolving part 143, the revolving part 143 include the connecting rod being fixedly connected with the horizontal sliding cylinder c141 telescopic ends The e1431 and driving cog a1432 being fixedly connected with the connecting rod e1431 tail ends；

The cluster block 142 is located at the rears the driving cog a1432, the driving cog a1432 and the molding assembly 23 Cooperation transmission.

In the present embodiment, by the way that cluster block 142 is arranged, the staple fiber at random cut is pushed to and collects hole 234 Place is concentrated, convenient for subsequently improving the working efficiency collected.

Further, as shown in Figure 1, the refinement component 12 includes：

Outlet 121, the outlet 121 are used for horizontal transport fibre bundle；

Actuator 122, the output end of the actuator 122 are fixedly connected with the outlet 121；

First driving member 123, first driving member 123 and 121 belt of outlet transmission connection and fixed setting In the rack 11, which is located at 121 top of the outlet；

Second driving member 124, second driving member 124 are located at 123 back upper place of the first driving member and with described The transmission connection of one driving member, 123 belt；

Third driving member 125, the third driving member 125 are located at 124 rear of the second driving member and with described second The transmission connection of 124 belt of driving member；And

Air blast part 126, the air blast part 126 include air blower 1261, one end and the air blast being mounted in the rack 11 Machine 1261 connects and its other end is connected to the air hose 1262 of setting with first driving member, 123 inside and is opened in first biography The air outlet 1263 on 123 surface of moving part.

In the present embodiment, wind is blown out outward from air outlet 1263 by the way that air blower 1261 is arranged, and then by fibre bundle In staple fiber blow afloat, be quickly found out the end of a thread of staple fiber convenient for the first driving member 124, improve working efficiency, when saving work Between.

Further, as shown in Figure 10, Figure 11, first driving member 123, the second driving member 124 and third driving member 125 Include：

It is in hollow setting to drive bucket 1231, the driving bucket 1231；

Cam 1232, the cam 1232 are fixed in the rack 11；

Upper pincers part 1233, the upper pincers part 1233 includes roller 1237 and the institute being slidably arranged on the cam 1232 State the upper clamp 1238 and the articulated shaft 1239 hinged with the upper clamp 1238 that roller 1237 is fixedly connected；And

Lower pincers part 1234, the lower pincers part 1234 is including lower clamp 1235 and for the lower clamp 1235 to be fixedly mounted Circular shaft 1236；

First driving member, 123 and second driving member 124 further includes elastic component a1241, the one end elastic component a1241 with The upper pincers part 1233 is fixedly connected and is fixedly connected with the other end with 1231 bottom surface of driving bucket；

The third driving member 125 further includes the transmission belt 1251 being rotatably arranged on the driving bucket 1231 and elasticity Part b1252, the one end the elastic component b1252 be fixedly connected with the upper pincers part 1233 and with the other end and the transmission belt 1251 bottom surfaces are fixedly connected；

The driving bucket 1231 is rotatably arranged on by shaft on the cam 1232；

Knife notch 1253 is offered on the transmission belt 1251.

In the present embodiment, upper pincers part 1233 and lower pincers part 1234 are in pairs along 1251 circumferential direction of the transmission belt etc. Spacing is arranged, when staple fiber is turned to specified position by pincers part 1233 and lower 1234 clamping of pincers part around cam 1232 on first group, Upper pincers part 1233 and lower pincers part 1234 are become less severe, and driving cog b1322 rises to extreme higher position at this time, and cutter 1331, which resets, realizes sanction Cut, whole process by previous experiments, by the first driving member 123, the second driving member 124 and third driving member 125 etc. adjust to Best matches speed ratio.

Upper pincers part 1233, upper pincers part 1233 and elastic component a1241 on first driving member 123 and the second driving member 124 are One group, the end of the group is extended each along high line on 1231 side wall of driving bucket and at combination along the driving bucket 1231 four groups of base circumference direction spaced sets；Upper pincers part 1233, upper pincers part 1233 on third driving member 125 and elastic component A1241 is one group, and the end of the group is extended each along high line on 1251 side wall of the transmission belt and at combination along institute State driving 1,231 two groups of base circumference direction spaced set of bucket.

The first driving member 123, the second driving member 124 are identical with the operation principle of third driving member 125 in the present embodiment, I.e. cam 1232 be irregular shape, upper pincers part 1233 and upper pincers part 1234 drawing staple fiber push during, utilize salient angle Active force, be at overlap joint, occlusive state so that realize material folding work；It is in non-in upper pincers part 1233 and upper pincers part 1234 When working condition, and utilize salient angle so that above clamp part 1233 and upper pincers part 1234 is not contacted with cam 1232, respectively in elastic component Under the action of a1241 and elastic component b1252, upper pincers part 1233 resets, and upper clamp 1238 is detached with 1235 end of lower clamp, in turn Realize blowing work, clever structure, effect are good.

Further, as shown in figure 9, described cut component 13 through setting in the knife notch 1253 and positioned at described the surely The tail end of three driving members 125 further includes：

Force piece 132, the force piece 132 include with it is described driving bucket 1231 be fixedly installed half tooth 1321 and with it is described The driving cog b1322 of half tooth 1321 engagement setting；And

Cut part 133, it is described cut part 133 include end be fixedly connected with the driving cog b1322 cutter 1331, consolidate It is arranged in the rack 11 and is located at the guide groove 1332 of 1331 both sides of the cutter calmly and is fixed at institute vertically State the Flexible element a1333 that in guide groove 1332 and the other end is fixedly connected with 1331 both ends of the cutter；The cutter 1331 are slidably arranged in the guide groove 1332.

It is worth noting that by the way that force piece 132 is arranged, half tooth of coaxial arrangement is driven using the driving of driving bucket 1231 1321 rotations, drive the cutter 1331 being fixedly connected with driving cog b1322 along 1332 upward sliding of guide groove, work as transmission at this time When tooth b1322 and half tooth 1321 are in non-engagement state, half tooth 1321 resets downwards under the action of Flexible element a1333, into And realize that putting down the staple fiber on anvil pressing plate 131 by third driving member 125 cuts work.

Further, as shown in Figure 7 and Figure 8, the control assembly 32 includes being arranged in a one-to-one correspondence in the insertion hole 2354 Interior jacking block 321, be fixedly connected with 321 bottom of the jacking block and through the sliding bar 322 being plugged in the fluted disc 2353, with Bottom plate 323 that two sliding bars 322 are fixedly connected is set in that the sliding bar 322 is outer and one end is fixed with the bottom plate 323 and connected It connects and the Flexible element b324 that the other end is fixedly connected with 2353 bottom of the fluted disc and the semicircle being arranged on the bottom plate 323 Block a325；

The discharge component 31 is half round block b311, and the plush copper of the half round block b311 and the half round block a325 are set in opposite directions It sets.

In the present embodiment, coordinate discharge component 31 by the way that control assembly 32 is arranged so that horizontal sliding cylinder b23 is resetting work When making, by the active force of half round block b311, elasticity of compression unit b324 is fixedly connected with bottom plate 323 half round block a325 at this time Sliding bar 322 drive jacking block 321 outward ejection both ends be fastened on be inserted into hole 2354 in iron wire 2214, half round block a325 with When half round block b311 is non-contact, Flexible element b324 automatically resets, and realizes that new 2214 end of iron wire is plugged in and is inserted into hole 2354 It is interior.

Embodiment two

As shown in figure 4, wherein identical with embodiment one or corresponding component uses attached drawing mark corresponding with embodiment one Note hereafter only describes the distinctive points with embodiment one for simplicity.The difference of the embodiment two and embodiment one exists In：

Further, as shown in figure 4, the liftout component 24 includes：

Fulcrum cells 241, the fulcrum cells 241 include being fixed at 2411 He of support base of the anvil pressing plate 131 The locating shaft 2412 being arranged on the support base 2411；

Attachment rail 242, the attachment rail 242 are fixed in the rack 11；

Mandril 243, the mandril 243 slide up and down setting and are arranged on the attachment rail 242 and below the mandril 243 Several thimbles 245；And

Hinge bar 244, the hinge bar 244 are mounted on the locating shaft 2412,244 one end of hinge bar and mandril 243 are hinged and connected and its other end is hinged and connected with the connecting rod d232.

Herein it is noted that being preferably provided with 3 thimbles 245, it is in triangle relation to make it.

In the present embodiment, it is hinged and connected by the way that 244 one end of hinge bar and mandril 243 is arranged and its other end and the company Extension bar d232 is hinged and connected so that connecting rod d232 drives mandril 243 to fall automatically in lifting process, and then realizes thimble 245 will complete molding U-shaped iron wire ejection, it is made to be fallen into pallet 213 along mounting groove 214 automatically, high degree of automation, Continuity is strong, saves electric power output, improves working efficiency.

The course of work：

Start actuator 122 first, fibre bundle starts air blower 1261 from 121 horizontal transport of outlet, and wind is by fibre bundle In staple fiber blow afloat and then picked up using the first driving member 123 and be transmitted to the second driving member 124, then pass through the second driving member Staple fiber pull-up is transmitted to third driving member 125 by 124, and staple fiber is transmitted to prespecified position, 125 pine of third driving member Staple fiber is opened, component 13 is cut surely at this time and realizes shearing work, staple fiber equal length is cut, after the completion of cutting, starts flat-pushing gas The staple fiber at random cut is pushed to collect and be concentrated at hole 234 by cylinder c141, aggregation component 14, starts horizontal sliding cylinder Staple fiber molding is in shape by b231, pressure roller 233, starts horizontal sliding cylinder a211, and iron wire 2214 coats molding in the staple fiber of shape Gather, horizontal sliding cylinder c141 resets, and revolving part 143 and 2353 engaged transmission of fluted disc, iron wire 2214 is turned round in the rotation of fluted disc 2353 twists Completion collects work, and then horizontal sliding cylinder a211 resets, and U-shaped module 2222 is interlocked with it, and compacting delivering part 221 passes over Iron wire 333, while being sheared, then horizontal sliding cylinder b231 resets, and drives mandril 243 to move down in reseting procedure, The iron wire 333 sheared is pushed out on pallet 213 by thimble 245, in addition, horizontal sliding cylinder b231 continues to reset, half round block a325 It is pressed with half round block b311 cooperations, jacking block 321 is ejected the iron wire in hole 2354 is inserted into, and the staple fiber beam after the completion of bundling is fallen On pressure roller 322, its inclined side is recycled, it is automatic to export.

In the description of the present invention, it is to be understood that, the orientation or positional relationship of the instructions such as term " front and back ", " left and right " To be based on the orientation or positional relationship shown in the drawings, be merely for convenience of description of the present invention and simplification of the description, rather than indicate or It implies that signified equipment or component must have a particular orientation, with specific azimuth configuration and operation, therefore should not be understood as Limitation to invention.

Certainly in the technical scheme, those skilled in the art is it should be understood that term " one " is interpreted as " at least One " or " one or more ", i.e., in one embodiment, the quantity of an element can be one, and in other implementation In example, the quantity of the element can be multiple, and term " one " should not be understood as the limitation to quantity.

The foregoing is only a preferred embodiment of the present invention, but scope of protection of the present invention is not limited thereto, The change or replacement that any one skilled in the art can readily occur under the technical clarification of the present invention, should all contain Lid is within protection scope of the present invention.Therefore, the scope of protection of the invention shall be subject to the scope of protection specified in the patent claim.

Claims (10)

1. a kind of textile fabric continous way automatic collating unit, which is characterized in that including：

Pump mechanism (1), the refinement component for pumping mechanism (1) and including rack (11), being arranged in the rack (11) (12), it is arranged in the rack (11) and described component (12) the determining of sliding up and down along vertical direction that refine of cooperation cuts component (13) it and is slidably arranged on the anvil pressing plate (131) for cutting component (13) surely and is slided with along the rack (11) width direction Dynamic aggregation component (14)；

Dressing mechanism (2), dressing mechanism (2) setting is in the end of the anvil pressing plate (131) and is located at the refinement component (12) side comprising be vertically arranged with the aggregation component (14) and tie up component along what rack (11) length direction slided (21), setting ties up above component (21) described and interlocks the press mold component (22) of setting with the component (21) of tying up, sets Set in the rack (11) and the molding assembly (23) that slides up and down along vertical direction and with the molding assembly (23) even Dynamic setting and the liftout component (24) right over the press mold component (22)；And

Discharging mechanism (3), the discharging mechanism (3) include be arranged discharge component (31) in rack (11) and with the discharging The control assembly (32) that component (31) coordinates and is arranged on the molding assembly (23).

2. a kind of textile fabric continous way automatic collating unit according to claim 1, which is characterized in that described to tie up group Part (21) includes：

Horizontal sliding cylinder a (211), the horizontal sliding cylinder a (211) be fixed on the anvil pressing plate (131) by mounting bracket and Its telescopic end is arranged towards the molding assembly (23) direction；

Connecting rod a (212), one end of the connecting rod a (212) are fixedly connected with horizontal sliding cylinder a (211) telescopic end；

Pallet (213), the pallet (213) are fixedly connected with the other end of the connecting rod a (212)；And

Mounting groove (214), the mounting groove (214) is U-shaped to be arranged and is opened on the pallet (213), the mounting groove (214) Notch towards the molding assembly (23) direction be arranged.

3. a kind of textile fabric continous way automatic collating unit according to claim 2, which is characterized in that the press mold group Part (22) includes：

Part (221) is delivered, the delivering part (221) includes bearing (2211), is vertically and symmetrically arranged in the bearing (2211) On delivering rod (2212), for driving delivering rod (2212) driving unit (2213) that rotates in opposite directions and positioned at being passed described in two Send the iron wire (2214) transmitted between rod (2212)；And

Rolled-up stock (222), the rolled-up stock (222) include the connecting rod b (2221) being fixedly connected with the connecting rod a (212), The U-shaped module (2222) that is fixedly connected with the connecting rod b (2221) is symmetricly set on U-shaped module (2222) both ends Push type broach (2223) and the U-type groove for being fixed on the anvil pressing plate (131) and being suppressed with U-shaped module (2222) cooperation (2224), U-type groove (2224) both ends symmetrically offer limiting slot, and the iron wire (2214) delivers along limiting slot, described Push type broach (2223) edge of a knife is arranged towards the U-type groove (2224).

4. a kind of textile fabric continous way automatic collating unit according to claim 1, which is characterized in that the molding group Part (23) includes：

Horizontal sliding cylinder b (231), the horizontal sliding cylinder b (231) be fixed in the rack (11) and its telescopic end vertically to Lower setting；

Connecting rod d (232), described (232) one end connecting rod d are fixedly connected with the telescopic end of the horizontal sliding cylinder b (231)；

Pressure roller (233), the pressure roller (233) are fixedly connected with the other end of the connecting rod d (232), and bottom surface is semicolumn Shape, which is right angled triangle and its inclined edge surfaces is semi-cylindrical；

Collect hole (234), it is described collect hole (234) be opened on the anvil pressing plate (131) and positioned at the pressure roller (233) just under Side；And

Take up part (235), the part (235) that takes up is located at the pressure roller (233) side and is positioned above setting, including with institute It states connecting rod c (2351) that horizontal sliding cylinder b (231) telescopic end is fixedly connected, be fixed on the connecting rod c (2351) It installation axle (2352), the fluted disc (2353) being rotatably arranged in the installation axle (2352) and is opened on the fluted disc (2353) Insertion hole (2354), the insertion hole (2354) is arranged two.

5. a kind of textile fabric continous way automatic collating unit according to claim 4, which is characterized in that the liftout group Part (24) includes：

Fulcrum cells (241), the fulcrum cells (241) include the support base for being fixed at the anvil pressing plate (131) (2411) and locating shaft (2412) on the support base (2411) is set；

Attachment rail (242), the attachment rail (242) are fixed in the rack (11)；

Mandril (243), the mandril (243), which slides up and down, to be arranged on the attachment rail (242) and below the mandril (243) Several thimbles (245) are set；And

Hinge bar (244), the hinge bar (244) are mounted on the locating shaft (2412), hinge bar (244) one end and top Bar (243) is hinged and connected and its other end is hinged and connected with the connecting rod d (232).

6. a kind of textile fabric continous way automatic collating unit according to claim 1, which is characterized in that the aggregation group Part (14) includes：

Horizontal sliding cylinder c (141), the horizontal sliding cylinder c (141) are fixed at anvil pressing plate (131) end by mounting bracket；

Cluster block (142), the cluster block (142) are fixedly connected with the telescopic end of the horizontal sliding cylinder c (141)；And

Revolving part (143), the revolving part (143) include the connecting rod being fixedly connected with horizontal sliding cylinder c (141) telescopic end E (1431) and the driving cog a (1432) being fixedly connected with connecting rod e (1431) tail end；

The cluster block (142) is located at driving cog a (1432) rear, the driving cog a (1432) and the molding assembly (23) cooperation transmission.

7. a kind of textile fabric continous way automatic collating unit according to claim 1, which is characterized in that the refinement group Part (12) includes：

Outlet (121), the outlet (121) are used for horizontal transport fibre bundle；

The output end of actuator (122), the actuator (122) is fixedly connected with the outlet (121)；

First driving member (123), first driving member (123) transmits connection with the outlet (121) belt and fixation is set It sets in the rack (11), which is located above the outlet (121)；

Second driving member (124), second driving member (124) be located at the first driving member (123) back upper place and with it is described The transmission connection of first driving member (123) belt；

Third driving member (125), the third driving member (125) are located at the second driving member (124) rear and with described The transmission connection of two driving members (124) belt；And

Air blast part (126), the air blast part (126) include be mounted on the rack (11) on air blower (1261), one end with Air blower (1261) connects and is connected to the air hose (1262) of setting inside its other end and first driving member (123) and opens up Air outlet (1263) on the first driving member (123) surface.

8. a kind of textile fabric continous way automatic collating unit according to claim 7, which is characterized in that described first passes Moving part (123), the second driving member (124) and third driving member (125) include：

Drive bucket (1231)；

Cam (1232), the cam (1232) are fixed in the rack (11)；

Upper pincers part (1233), the upper pincers part (1233) include be slidably arranged in roller (1237) on the cam (1232), The upper clamp (1238) being fixedly connected with the roller (1237) and the articulated shaft (1239) hinged with the upper clamp (1238)； And

Lower pincers part (1234), the lower pincers part (1234) include lower clamp (1235) and for the lower clamp to be fixedly mounted (1235) circular shaft (1236)；

First driving member (123) and the second driving member (124) further include (1241) elastic component a, elastic component a (1241) one End is fixedly connected with the upper pincers part (1233) and is fixedly connected with the other end with driving bucket (1231) bottom surface；

The third driving member (125) further includes the transmission belt (1251) and bullet being rotatably arranged on the driving bucket (1231) Property part b (1252), described (1252) one end elastic component b be fixedly connected with the upper pincers part (1233) and with the other end and the biography Defeated belt (1251) bottom surface is fixedly connected；

The driving bucket (1231) is rotatably arranged on by shaft on the cam (1232)；

Knife notch (1253) is offered on the transmission belt (1251).

9. a kind of textile fabric continous way automatic collating unit according to claim 8, which is characterized in that described to cut group surely Part (13) is interior in the knife notch (1253) through setting and is located at the tail end of the third driving member (125), further includes：

Force piece (132), the force piece (132) include with it is described driving bucket (1231) be fixedly installed half tooth (1321) and with The driving cog b (1322) of half tooth (1321) the engagement setting；And

Part (133) is cut, the part (133) that cuts includes the cutter that end is fixedly connected with the driving cog b (1322) (1331), it is fixed in the rack (11) and is located at the guide groove (1332) of the cutter (1331) both sides and erect It is single to be directly fixed at the elasticity that in the guide groove (1332) and the other end is fixedly connected with the cutter (1331) both ends First a (1333)；The cutter (1331) is slidably arranged in the guide groove (1332).

10. a kind of textile fabric continous way automatic collating unit according to claim 4, which is characterized in that the control Component (32) includes the jacking block (321), solid with the jacking block (321) bottom being arranged in a one-to-one correspondence in insertion hole (2354) It is fixed to connect and through the sliding bar (322) being plugged in the fluted disc (2353), the bottom being fixedly connected with two sliding bars (322) Plate (323) is set in the sliding bar (322) outside and one end is fixedly connected with the bottom plate (323) and the other end and the tooth The Flexible element b (324) that disk (2353) bottom is fixedly connected and half round block a (325) being arranged on the bottom plate (323)；

The discharge component (31) is half round block b (311), and half round block b (311) and the plush copper of the half round block a (325) are opposite Setting.