CN204734070U - Automatic divide chi machine - Google Patents
Automatic divide chi machine Download PDFInfo
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- CN204734070U CN204734070U CN201520331412.3U CN201520331412U CN204734070U CN 204734070 U CN204734070 U CN 204734070U CN 201520331412 U CN201520331412 U CN 201520331412U CN 204734070 U CN204734070 U CN 204734070U
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Abstract
(B, ) the utility model relates to an autofilter equipment field, in particular to automatic divide chi machine. This automatic divide chi machine includes the frame, lift feedway, the mobile device, dish and branch chi device gather materials, the lift feed is put including feeding platform and elevating platform, suitable position is raised to feeding platform to the elevating platform, the mobile device motion drives and divides the chi device in feeding platform top removal, establish the also and then mobile device removal of dish of gathering materials on the mobile device equally, divide the chi alignment clip to get woolen cloth to the pan chu that gathers materials on the feeding platform, it makes the woolen cloth fall into in the dish that gathers materials to divide the chi device to loosen again, moving platform continues the motion, drive and divide the chi device to continue in woolen cloth to the dish that gathers materials of overlength is got to the regional clamp of feeding platform, it is unanimous to make the woollen length in the feeding platform, thereby select the woolen cloth that length is unanimous, the present invention alleviates labor intensity, and a work efficiency is increased, the utility model discloses each mechanism combines compactly, simple structure, convenient operation is automatic high, efficient. (B, )
Description
Technical field
the utility model relates to automatic screening equipment field, particularly the automatic length classifying machine of one.
Background technology
at present in the foreign trade field of China, raw-material outlet accounts for the very large ratio of the export volume of China, China is raw material big producing countries, such as in woollen, the outlet of woollen is also classified, the length of woollen or other classify like this, be convenient to be applied to each production industry better, in woollen, bristles outlet occupies the quite heavy ratio of China's export of raw material, bristles refer to the bristle of more than 5 centimetres of pig neck and the growth of ridge portion, bristles have not yielding, not easily curling, be wound around, fracture, the feature of humidity, not catch a cold heat affecting, strong and unyielding high resilience, energy and iron and steel strong friction can not fracture or be out of shape, pressurized stretches after removing immediately, top layer has flakey fiber, can absorption paint, it is the primary raw material of industry and military supplies brush.
in bristles industry market, the bristles that just purchase comes are different in size, disorderly and unsystematic, need to make it in order rear just may be used for according to length classification and produce hairbrush.For the classification of bristles, prior art is put in order down by bristles root with vibratory sieve, by the artificial length according to bristles, carry out sort, this sorting technique needs to take a large amount of labours, and labour intensity is large, manually can not continuous operations, efficiency is low, and it is inaccurate to classify.
chinese utility model patent name is called that a kind of full-automatic bristle indicating machine (notification number is CN203016174U) discloses a kind of full-automatic bristle indicating machine and comprises feeding mechanism, along root conveying mechanism and sorting mechanism; Described feeding mechanism comprises feed bin, be located at funnel below the discharging opening of feed bin and blower fan, and the air inlet of blower fan and air outlet are connected respectively by the outlet of pipeline and funnel, entrance; Described suitable root conveying mechanism comprises grip belts, conveyer belt power set and conveyer belt transmission device; Described sorting mechanism comprises several sorting roller groups, sorting roller power set and sorting roller transmission device, each sorting roller group by two in relative rotation sorting roller form; Distance between described each sorting roller group and grip belts, successively decreases from front to back successively; The outside correspondence of each sorting roller group is provided with the collecting box collecting bristles.The screening precision of this bristle indicating machine to bristles different in size is inadequate, the bristles that normal appearance is different in size in collecting box, need manually to carry out a dynamic screening of people again, thus impact is produced, make production efficiency low, if do not carry out artificial screening, the bristles different in size in collecting box are put into production, in the production of next flow process, often there are substandard products, have a strong impact on yield rate.
Summary of the invention
in order to overcome deficiency described above, the purpose of this utility model be to provide a kind of can the long woollen of automatic clamping, filter out the automatic length classifying machine of the consistent woollen of length.
the technical scheme in the invention for solving the technical problem is:
a kind of length classifying machine automatically, wherein, includes: frame, lifting feeding device, mobile device; Described lifting feeding device and mobile device are installed in frame, described lifting feeding device includes for the feeding platform of feed and the lifting platform for making described feeding platform be elevated, and described mobile device is provided with point chi device on the material collecting disc for collecting woollen and the woollen on feeding platform described in gripping to described material collecting disc and drives described material collecting disc and a point chi device to move on described feeding platform.
as of the present utility model one improve, described point of chi device includes: on feeding platform described in gripping woollen holding frame, for compress woollen on described feeding platform hold-down mechanism, for drive described holding frame move lifting the first cam interlinked mechanism and for driving the second cam interlinked mechanism of described holding frame gripping woollen.
improve as one of the present utility model, described holding frame comprises L shape drag hook shelf, fork, fork axle, drag hook crossbearer and the first flat spring, described fork is fixed in described frame by bearing, described fork is connected with described fork axle, described fork one end is provided with the first roller, described first roller is connected with described L shape drag hook shelf, described L shape drag hook shelf one end is provided with the second roller, described second roller is connected with described drag hook crossbearer, described drag hook crossbearer is provided with drag hook, and described drag hook is connected with described first flat spring.
improve as one of the present utility model, described holding frame comprises chain wheel assembly, wedge shape assembly and the second flat spring, described chain wheel assembly comprises sprocket wheel, the first chain and pull bar, described wedge shape assembly comprises wedge and is located at the three rollers in described wedge, described first chain is connected with described sprocket engagement, described first chain one end is connected with described pull bar, and described pull bar is connected with described three rollers by the second flat spring.
improve as another kind of the present utility model, described holding frame comprises short connecting rod, long connecting rod, the first gear, the first tooth bar and the second tooth bar, one end of described short connecting rod is connected with described long connecting rod, the other end of described short connecting rod is connected with described first gear, described first gear is connected with a joggle with described first tooth bar, the second tooth bar respectively, described first tooth bar one end is provided with the first rack bar, described second tooth bar one end is provided with the second rack bar, is provided with the 3rd flat spring between described first rack bar and described second rack bar.
as another improvement of the present utility model, described first cam interlinked mechanism comprises the first cam, first connecting rod, second connecting rod, described first cam is provided with the 4th roller, described 4th roller is connected with first connecting rod, and described first connecting rod is connected with described second connecting rod by described holding frame; Described second cam interlinked mechanism comprises the second cam, the first motor and bracing wire, described second cam is fixed on described mobile platform, described second cam is connected with described first motor, described second cam is provided with the 5th roller, described 5th roller is connected with described bracing wire, and described bracing wire is connected with described holding frame; Described hold-down mechanism comprises the second motor, cylindrical cam, sector gear, the 3rd tooth bar, described second motor is connected with described cylindrical cam, described cylindrical cam is connected with described sector gear, and described sector gear and described 3rd tooth bar are connected with a joggle, and described 3rd tooth bar is provided with contact pin.
as further improvement of the utility model, described mobile device comprises mobile platform and transmission mechanism, described mobile platform is provided with the first gear shaft and roller, and described first gear shaft two ends are provided with the second gear, and described second gear and the 4th tooth bar be located in described frame are connected with a joggle; Described transmission mechanism comprises the 3rd motor, decelerator, the 3rd gear and the 4th gear, described 3rd motor is connected with described decelerator, described decelerator is connected with described 3rd gear, and described 3rd gear is connected with described 4th gears meshing, and the 3rd gear is fixed on described first gear shaft; Described 4th gear is connected with the 5th gear, and described 5th gear is fixed on the second gear shaft, and described second gear shaft is fixed in described frame, and described second gear shaft is connected with described first cam.
further improve as of the present utility model, described lifting platform comprises the first handwheel, first worm-and-wheel gear, sprocket shaft, linear bearing and optical axis, described linear bearing is fixed on described feeding platform, described linear bearing is actively socketed on described optical axis, described optical axis is fixed in described frame, described first worm-and-wheel gear comprises the first worm gear and the first worm screw that are connected, described first handwheel is connected with described first worm screw, described first worm gear is fixed on described sprocket shaft, described sprocket shaft is provided with the first drive sprocket and the second drive sprocket, described sprocket shaft is located in described frame, described first drive sprocket is provided with the second chain, described second chain one end connects one end of described feeding platform, described first drive sprocket pulls described feeding platform by described second chain-driving first driven sprocket, described first driven sprocket is fixed in described frame, described second drive sprocket is provided with the 3rd chain, one end of described 3rd chain connects the other end of described feeding platform, described second drive sprocket pulls described feeding platform by described 3rd chain-driving second driven sprocket, described second driven sprocket is fixed in described frame.
further improve as the utility model, described automatic length classifying machine also comprises the clip arrangement for clamping woollen on described feeding platform, described clip arrangement comprises clamp, second handwheel, second worm-and-wheel gear, 6th gear, 5th tooth bar, 6th tooth bar, described second worm-and-wheel gear comprises the second worm gear and the second worm screw that are connected, described second handwheel is connected with described second worm screw, described second worm gear is coaxially connected with described 6th gear, described 6th gear respectively with the 5th tooth bar, 6th tooth bar connects, described 5th tooth bar is connected with described clamp respectively by spring with the 6th tooth bar.
a kind of length classifying machine automatically comprises frame, lifting feeding device and mobile device; Lifting feeding device and mobile device are installed in frame, lifting feeding device includes for the feeding platform of feed and the lifting platform for making feeding platform be elevated, mobile device is provided with and drives material collecting disc for collecting the material collecting disc of woollen and the woollen on feeding platform described in gripping to point chi device on material collecting disc and divide a chi device to move on feeding platform.In the utility model, woollen is put in feeding platform, lifting platform is lifted to correct position feeding platform, mobile device moves, a point chi device is driven to move above feeding platform, material collecting disc is on the mobile device established also to follow mobile device to move equally, divide the woollen on chi device gripping feeding platform, to material collecting disc place, chi device is divided to unclamp, woollen is made to fall in material collecting disc, mobile platform continues motion, point chi device is driven to continue at the long woollen of feeding platform region gripping, to in material collecting disc, make the woollen length in feeding platform consistent, thus filter out the consistent woollen of length, alleviate labour intensity, improve operating efficiency, the each mechanism of the utility model is in conjunction with compact, structure is simple, easy to operate, automation is high, efficiency is high.
Accompanying drawing explanation
for ease of illustrating, the utility model is described in detail by following preferred embodiment and accompanying drawing.
fig. 1 is structural representation of the present utility model;
fig. 2 is the front view of a kind of embodiment of the present utility model;
fig. 3 is the left view of embodiment in Fig. 2;
fig. 4 is the top view of embodiment in Fig. 2;
fig. 5 is that the motion A of first embodiment of holding frame in the utility model schemes;
fig. 6 is that the motion B of embodiment in Fig. 5 schemes;
fig. 7 is second embodiment of holding frame in the utility model;
fig. 8 is the structural representation of gauge mechanism of the present utility model;
fig. 9 is the structural representation of contact pin of the present utility model;
reference numeral: 1-frame, 2-mobile device, 21-mobile platform, 22-transmission mechanism, 23-first gear shaft, 24-second gear, 25-the 4th tooth bar, 26-the 3rd motor, 27-decelerator, 28-the 3rd gear, 29-the 4th gear, 210-the 5th gear, 211-second gear shaft, 3-is elevated feeding device, 31-feeding platform, 32-lifting platform, 33-first handwheel, 34-first worm-and-wheel gear, 35-sprocket shaft, 36-linear bearing, 37-optical axis, 38-first worm gear, 39-first worm screw, 310-first drive sprocket, 311-second drive sprocket, 312-second chain, 313-the 3rd chain, 314-first driven sprocket, 315-second driven sprocket, 4-divides chi device, 41-holding frame, 411-L shape drag hook shelf, 412-fork, 413-fork axle, 414-drag hook crossbearer, 415-first flat spring, 416-second roller, 417-first roller, 418-drag hook, 419-chain wheel assembly, 420-sprocket wheel, 421-first chain, 422-pull bar, 423-wedge shape assembly, 424-wedge, 425-three rollers, 426-second flat spring, 427-short connecting rod, 428-long connecting rod, 429-first gear, 430-first tooth bar, 431-second tooth bar, 432-first rack bar, 433-second rack bar, 434-the 3rd flat spring, 42-first cam interlinked mechanism, 421-first cam, 422-first connecting rod, 423-second connecting rod, 424-the 4th roller, 43-second cam interlinked mechanism, 431-second cam, 432-first motor, 433-bracing wire, 44-hold-down mechanism, 441-second motor, 442-roller gear, 443-sector gear, 444-the 3rd tooth bar, 445-contact pin, 5-material collecting disc, 6-clip arrangement, 61-clamp, 62-second handwheel, 63-second worm-and-wheel gear, 64-the 6th gear, 65-the 5th tooth bar, 66-the 6th tooth bar, 67-spring, 68-second worm gear, 69-second worm screw, 7-woollen.
Detailed description of the invention
in order to make the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
as Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, shown in Fig. 8 and Fig. 9, the automatic length classifying machine of one of the present utility model comprises frame 1, lifting feeding device 3 and mobile device 2, mobile device 2 is connected with frame 1 respectively with lifting feeding device 3, lifting feeding device 3 comprises the feeding platform 31 for depositing woollen and the lifting platform 32 for making feeding platform 31 be elevated, mobile device 2 be provided with material collecting disc 5 for collecting woollen and for size woollen long on gripping feeding platform 31 to point chi device 4 on material collecting disc 5, mobile device 2 moves above feeding platform 31 for making point chi device 4 and material collecting disc 5.In the utility model, woollen is put in feeding platform 31, lifting platform 32 is lifted to correct position feeding platform 31, mobile device 2 moves, a point chi device 4 is driven to move above feeding platform 31, being located at material collecting disc 5 on mobile device 2 equally also follows mobile device 2 to move, divide the woollen on chi device 4 gripping feeding platform 31, to material collecting disc 5 place, chi device 4 is divided to unclamp, woollen is made to fall in material collecting disc 5, mobile platform 2 continues motion, a point chi device 4 is driven to continue at the long bristles of feeding platform 31 region gripping, to in material collecting disc 5, make the woollen length in feeding platform 31 consistent, thus filter out the consistent woollen of length, alleviate labour intensity, improve operating efficiency.
in order to make point chi device 4 gripping woollen better, of the present utility model point of chi device 4 comprise for woollen on gripping feeding platform 31 holding frame 41, for compress woollen on feeding platform 31 hold-down mechanism 44, for drive holding frame 41 move lifting the first cam interlinked mechanism 42 and for driving the second cam interlinked mechanism 43 of holding frame 41 gripping woollen.Hold-down mechanism 44, mainly in order to compress the woollen on feeding platform 31, makes woollen better by holding frame 41, just as haircut, clamp with comb, convenience scissors is had hair cut; Because woollen is in feeding platform 31, but material collecting disc 5 is on mobile platform 2, material collecting disc 5 is in above feed flat 31, there is difference in height, then the first cam interlinked mechanism 42 mainly makes holding frame 41 be elevated, solve the problem of this difference in height, make holding frame 41 gripping that declines be in woollen in feeding platform 31, collect on material collecting disc 5; Second cam interlinked mechanism 43 mainly makes holding frame 41 clamp and unclamp woollen, from feeding platform 31 gripping woollen, and unclamps woollen to material collecting disc 5 place.
in order to make holding frame 41 gripping and unclamp woollen better, holding frame 41 of the present utility model comprises L shape drag hook shelf 411, fork 412, fork axle 413, drag hook crossbearer 414, drag hook 418 and the first flat spring 415, fork 412 is fixed in frame 1 by bearing, fork 412 is connected with fork axle 413, fork 412 one end is provided with the first roller 417, first roller 417 acts on L shape drag hook shelf 411, L shape drag hook shelf 411 one end is provided with the second roller 416, second roller 416 acts on drag hook crossbearer 414, drag hook crossbearer 414 is provided with drag hook 418, 418 drag hooks are connected with the first flat spring 415.First cam interlinked mechanism 42 comprises the first cam 421, first connecting rod 422, second connecting rod 423, first cam 421 is provided with the 4th roller 424,4th roller 424 is connected with first connecting rod 422, and first connecting rod 422 is connected with second connecting rod 423 by holding frame 41; Second cam interlinked mechanism 43 comprises the second cam 431, first motor 432 and bracing wire 433, second cam 431 is fixed on mobile platform 2, second cam 431 is connected with the first motor 432, second cam 431 is provided with the 5th roller 434,5th roller 434 is connected with bracing wire 433, and bracing wire 433 is connected with holding frame 41; Hold-down mechanism 44 comprises the second motor 441, cylindrical cam 442, sector gear 443, the 3rd tooth bar 444 and contact pin 445, second motor 441 is connected with cylindrical cam 442, cylindrical cam 442 is connected with sector gear 443, sector gear 443 and the 3rd tooth bar 444 are connected, and the 3rd tooth bar 444 is provided with contact pin.
of the present utility model point of chi device 4 adopts parallel-crank mechanism, remains level when holding frame 41 moves, because woollen is on horizontal plane, only having holding frame 41 to be in level all the time effectively could clamp woollen.The power of parallel four limit mechanisms is by fork 412(V shape) provide, fork 41(V shape) side and other connecting rods form parallel-crank mechanism, and opposite side is equipped with the first roller 417, and motor geometry is closed cam and rotated, first roller 417 moves, and drives fork 412 to move.Second cam 421 rotates the 4th roller 424 when near-end and is in nearly not state, when holding frame 41 moves to woollen position, second cam 421 moves to far-end, realize far away stopping, bracing wire 433 is in tension, bracing wire 433 acts on fork 412, the first roller 417 is equipped with in fork 412 one end, first roller 417 acts on L shape and draws on framework 411, L shape draws framework 411 to be also provided with drag hook 418 and drag hook crossbearer 414, drag hook 418 is contained on drag hook crossbearer 414, between it, spring is housed, better can realize the tension of drag hook 418 to the first flat spring 415 like this, if do not add spring, the not clamping woollen phenomenon of the first flat spring 415 may be there is, or step up the problems such as the excessive pinch off woollen of power, make to draw structure crossbearer 414 to move, thus realize drag hook 418 and strain the first flat spring 415, clamping woollen, when holding frame 41 moves to material collecting disc 5 place, second cam 431 gets back to near-end again, bracing wire 433 is unclamped, first flat spring 415 self has elasticity, first flat spring 415 unclamps woollen, woollen falls into material collecting disc 5.Fork 412 drives L shape drag hook shelf 411, L shape drag hook shelf 411 upper end that the second roller 416, L shape drag hook shelf 411 is housed by the first roller 417 and is provided with roller and rolls on U-shaped rack beam, ensure that the not run-off the straight of L shape drag hook shelf 411.The utility model provides a kind of optimal way, and uniform three forks 412 of fork 412 axial location and L shape drag hook shelf mechanism 411, avoid discontinuity to cause drag hook crossbearer 414 run-off the straight.The motion of contact pin 445, the second motor 441 is adopted to drive cylindrical cam 442, sector gear 443 is driven to rotate, sector gear 443 and the 3rd tooth bar 444 engage, the second tooth bar 444 is driven to do horizontal reciprocating movement, thus contact pin 445 carries out horizontal reciprocating movement, thus compress the woollen in feeding platform 31, facilitate the woollen that holding frame 41 gripping is long; This length classifying machine adopts bracing wire 433 to transmit power, simplifies transmission device, reliable operation.In holding frame 41, adopt crude iron silk, realize the guide effect to the first flat spring 415.
the utility model provides a kind of embodiment of holding frame 41, holding frame 41 comprises chain wheel assembly 419, wedge shape assembly 423 and the second flat spring 426, chain wheel assembly 419 comprises sprocket wheel 420, first chain 421 and pull bar 422, the three rollers 425 that wedge shape assembly 423 comprises wedge 424 and is located in wedge 424, first chain 421 and sprocket wheel 420 are connected, first chain 421 one end is connected with pull bar 422, and pull bar 422 is connected with three rollers 425 by the second flat spring 426.Bracing wire 433 is moved, pulling chain wheel assembly 419, thus drives wedge shape assembly 423 to move, thus wedge 424 moves, and drives three rollers 425 to tighten up, thus the second flat spring 426 is shunk, clamping woollen.Structure is simple, and gripping is convenient, and gripping is also more reliable.
the utility model provides the another kind of embodiment of holding frame 41, holding frame 41 comprises short connecting rod 427, long connecting rod 428, first gear 429, first tooth bar 430 and the second tooth bar 431, first gear 429 is connected with the first tooth bar 430, second tooth bar 431 respectively, first tooth bar 430 one end is provided with the first rack bar 432, second tooth bar 431 one end is provided with the second rack bar 433, first rack bar 432 and connects the second rack bar 433 by the 3rd flat spring 434.First gear 429 center, short connecting rod 427, long connecting rod 428 forms parallel-crank mechanism, and short connecting rod 427 is fixed on the first gear 429, bracing wire 433 is moved, drive long connecting rod 428 to move, drive short connecting rod 427(tri-) motion, then the first gear 429(tri-) rotate simultaneously, each first gear 429 engages respectively at the first tooth bar 430 and the second tooth bar 431, first gear 429 rotates, and the first tooth bar 430 and the second tooth bar 431 move towards rightabout, tension the 3rd flat spring 434.Time on material collecting disc 5, when bracing wire 433 is unclamped, the 3rd flat spring 434 is resetted by its own resilient, unloads woollen, and gripping is convenient.
in order to make the utility model holding frame 41 motion on feeding platform 31 better, mobile device 2 comprises mobile platform 21 and transmission mechanism 22, mobile platform 21 is provided with the first gear shaft 23 and roller 24, first gear shaft 23 two ends are provided with the second gear 24, second gear 24 is connected with a joggle with the 4th tooth bar 25 be located in frame 1, roller 212 acts in frame 1, transmission mechanism 22 comprises the 3rd motor 26, decelerator 27, 3rd gear 28 and the 4th gear 29, 3rd motor 26 is connected with decelerator 27, decelerator 27 is connected with the 3rd gear 28, 3rd gear 28 and the 4th gear 29 are connected with a joggle, 3rd gear 28 is fixed on the first gear shaft 23, 4th gear 29 and the 5th gear 210 are connected with a joggle, and the 5th gear 210 is fixed on the second gear shaft 211, and the second gear shaft 211 is fixed in frame 1, and the second gear shaft 211 is connected with the first cam 421.Mobile platform 2 by pinion rotation as initiatively, first gear shaft 23 two ends are all fixed with the second gear 24, engage with the 4th tooth bar 25, avoid the run-off the straight of mobile platform 2 discontinuity, second gear 24 rotates and moves on the 4th tooth bar 25, be mesh form, there is not skidding, avoid conventional wheel because coefficient of friction deficiency produces skidding.Roller 212 driven rolling, plays a supporting role.Mobile platform 2 can more conveniently move better.
make to make the utility model that feed 31 is more convenient to be elevated better, lifting platform 32 comprises the first handwheel 33, first worm-and-wheel gear 34, sprocket shaft 35, linear bearing 36 and optical axis 37, linear bearing 36 is fixed on feeding platform 31, linear bearing 36 slides on optical axis 37, optical axis 37 is fixed in frame 1, first worm-and-wheel gear 34 comprises the first worm gear 38 and the first worm screw 39 be connected, first handwheel 33 is connected with the first worm screw 39, first worm gear 38 is fixed on sprocket shaft 35, sprocket shaft 35 is provided with the first drive sprocket 310 and the second drive sprocket 311, sprocket shaft 35 is located in frame 1, first drive sprocket 310 is provided with the second chain 312, second chain 312 one end connects one end of feeding platform 31, first drive sprocket 310 drives the first driven sprocket 314 by the second chain 312, thus pull feeding platform 31, first driven sprocket 315 is fixed in frame 1, second drive sprocket 311 is provided with the 3rd chain 313, one end of 3rd chain 313 connects the other end of feeding platform 31, second drive sprocket 311 drives the second driven sprocket 315 by the 3rd chain 313, thus pull feeding platform 31, second driven sprocket 315 is fixed in frame 1.Lifting platform 32 adopts the first handwheel 33 to rotate drive first worm screw 39 and rotates, thus drive the first worm gear 38 to rotate, first worm gear 38 is fixed on the first drive sprocket 310, two chains (the second chain 310 and the 3rd chain 313) are individually fixed on the first drive sprocket 310 and the second drive sprocket 311, first drive sprocket 310 and the second drive sprocket 311, rotate, two chain movement directions are contrary, totally four chains in both sides work simultaneously, realize the lifting to feeding platform 31 or let-down, because worm and gear has self-locking action, when adjusting to correct position, unclamp the first handwheel 33, the position being elevated feeding platform 31 no longer changes.Lifting platform 32 can make feeding platform 31 freely be elevated, and facilitate woollen long on holding frame 41 gripping feeding platform 31, lifting platform 32 also has self-locking action, can the position of stable material-supplying platform 31.
the utility model is neatly placed on feeding platform 31 to just make well woollen, automatic length classifying machine also comprises the clip arrangement 6 for clamping woollen on feeding platform 31, clip arrangement 6 comprises clamp 61, second handwheel 62, second worm-and-wheel gear 63, 6th gear 64, 5th tooth bar 65, 6th tooth bar 66, second worm-and-wheel gear 63 comprises the second worm gear 68 and the second worm screw 69 be connected, second handwheel 62 is connected with the second worm screw 69, second worm gear 68 is coaxially connected with the 6th gear 64, 6th gear 64 respectively with the 5th tooth bar 65, 6th tooth bar 66 connects, 5th tooth bar 65 is connected with clamp 61 respectively by spring 67 with the 6th tooth bar 66.Clip arrangement 6 adopts double track mechanism, rotate the second handwheel 62, drive worm and gear moves, second worm gear 68 and the 6th gear 64 are fixed, 6th gear 64 rotates, drive two tooth bars (the 5th tooth bar 65 and the 6th tooth bar 66) towards different directions motion, realize clamp 61 and be clamped in feeding platform 31.Spring 67 is equipped with at clamp 61 two ends, if do not add spring 67, may occur that card is not tight, or the situation excessive to feeding platform 31 active force.
the foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all do within spirit of the present utility model and principle any amendment, equivalent to replace and improvement etc., all should be included within protection domain of the present utility model.
Claims (9)
1. an automatic length classifying machine, is characterized in that, includes: frame, lifting feeding device, mobile device; Described lifting feeding device and mobile device are installed in frame, described lifting feeding device includes for the feeding platform of feed and the lifting platform for making described feeding platform be elevated, and described mobile device is provided with point chi device on the material collecting disc for collecting woollen and the woollen on feeding platform described in gripping to described material collecting disc and drives described material collecting disc and a point chi device to move on described feeding platform.
2. the automatic length classifying machine of one according to claim 1, it is characterized in that, described point of chi device includes: on feeding platform described in gripping woollen holding frame, for compress woollen on described feeding platform hold-down mechanism, for drive described holding frame move lifting the first cam interlinked mechanism and for driving the second cam interlinked mechanism of described holding frame gripping woollen.
3. the automatic length classifying machine of one according to claim 2, it is characterized in that, described holding frame comprises L shape drag hook shelf, fork, fork axle, drag hook crossbearer and the first flat spring, described fork is fixed in described frame by bearing, described fork is connected with described fork axle, described fork one end is provided with the first roller, described first roller is connected with described L shape drag hook shelf, described L shape drag hook shelf one end is provided with the second roller, described second roller is connected with described drag hook crossbearer, described drag hook crossbearer is provided with drag hook, and described drag hook is connected with described first flat spring.
4. the automatic length classifying machine of one according to claim 2, it is characterized in that, described holding frame comprises chain wheel assembly, wedge shape assembly and the second flat spring, described chain wheel assembly comprises sprocket wheel, the first chain and pull bar, described wedge shape assembly comprises wedge and is located at the three rollers in described wedge, described first chain is connected with described sprocket engagement, and described first chain one end is connected with described pull bar, and described pull bar is connected with described three rollers by the second flat spring.
5. the automatic length classifying machine of one according to claim 2, it is characterized in that, described holding frame comprises short connecting rod, long connecting rod, the first gear, the first tooth bar and the second tooth bar, one end of described short connecting rod is connected with described long connecting rod, the other end of described short connecting rod is connected with described first gear, described first gear is connected with a joggle with described first tooth bar, the second tooth bar respectively, described first tooth bar one end is provided with the first rack bar, described second tooth bar one end is provided with the second rack bar, is provided with the 3rd flat spring between described first rack bar and described second rack bar.
6. the automatic length classifying machine of one according to claim 3 or 4 or 5, it is characterized in that, described first cam interlinked mechanism comprises the first cam, first connecting rod, second connecting rod, described first cam is provided with the 4th roller, described 4th roller is connected with first connecting rod, and described first connecting rod is connected with described second connecting rod by described holding frame; Described second cam interlinked mechanism comprises the second cam, the first motor and bracing wire, described second cam is fixed on described mobile platform, described second cam is connected with described first motor, described second cam is provided with the 5th roller, described 5th roller is connected with described bracing wire, and described bracing wire is connected with described holding frame; Described hold-down mechanism comprises the second motor, cylindrical cam, sector gear, the 3rd tooth bar, described second motor is connected with described cylindrical cam, described cylindrical cam is connected with described sector gear, and described sector gear and described 3rd tooth bar are connected with a joggle, and described 3rd tooth bar is provided with contact pin.
7. the automatic length classifying machine of one according to claim 6, it is characterized in that, described mobile device comprises mobile platform and transmission mechanism, described mobile platform is provided with the first gear shaft and roller, described first gear shaft two ends are provided with the second gear, and described second gear and the 4th tooth bar be located in described frame are connected with a joggle; Described transmission mechanism comprises the 3rd motor, decelerator, the 3rd gear and the 4th gear, described 3rd motor is connected with described decelerator, described decelerator is connected with described 3rd gear, and described 3rd gear is connected with described 4th gears meshing, and the 3rd gear is fixed on described first gear shaft; Described 4th gear is connected with the 5th gear, and described 5th gear is fixed on the second gear shaft, and described second gear shaft is fixed in described frame, and described second gear shaft is connected with described first cam.
8. the automatic length classifying machine of one according to claim 7, it is characterized in that, described lifting platform comprises the first handwheel, first worm-and-wheel gear, sprocket shaft, linear bearing and optical axis, described linear bearing is fixed on described feeding platform, described linear bearing is actively socketed on described optical axis, described optical axis is fixed in described frame, described first worm-and-wheel gear comprises the first worm gear and the first worm screw that are connected, described first handwheel is connected with described first worm screw, described first worm gear is fixed on described sprocket shaft, described sprocket shaft is provided with the first drive sprocket and the second drive sprocket, described sprocket shaft is located in described frame, described first drive sprocket is provided with the second chain, described second chain one end connects one end of described feeding platform, described first drive sprocket pulls described feeding platform by described second chain-driving first driven sprocket, described first driven sprocket is fixed in described frame, described second drive sprocket is provided with the 3rd chain, one end of described 3rd chain connects the other end of described feeding platform, described second drive sprocket pulls described feeding platform by described 3rd chain-driving second driven sprocket, described second driven sprocket is fixed in described frame.
9. the automatic length classifying machine of one according to claim 8, it is characterized in that, described automatic length classifying machine also comprises the clip arrangement for clamping woollen on described feeding platform, described clip arrangement comprises clamp, second handwheel, second worm-and-wheel gear, 6th gear, 5th tooth bar, 6th tooth bar, described second worm-and-wheel gear comprises the second worm gear and the second worm screw that are connected, described second handwheel is connected with described second worm screw, described second worm gear is coaxially connected with described 6th gear, described 6th gear respectively with the 5th tooth bar, 6th tooth bar connects, described 5th tooth bar is connected with described clamp respectively by spring with the 6th tooth bar.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520331412.3U CN204734070U (en) | 2015-05-21 | 2015-05-21 | Automatic divide chi machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520331412.3U CN204734070U (en) | 2015-05-21 | 2015-05-21 | Automatic divide chi machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204734070U true CN204734070U (en) | 2015-11-04 |
Family
ID=54415841
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520331412.3U Withdrawn - After Issue CN204734070U (en) | 2015-05-21 | 2015-05-21 | Automatic divide chi machine |
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| Country | Link |
|---|---|
| CN (1) | CN204734070U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104799564A (en) * | 2015-05-21 | 2015-07-29 | 焦清超 | Automatic screening machine |
| CN111870021A (en) * | 2020-08-04 | 2020-11-03 | 李小月 | Sorting equipment is used in brush processing |
| CN113197420A (en) * | 2021-05-11 | 2021-08-03 | 重庆工商大学 | Woollen finishing device is used in fine arts painting brush preparation |
-
2015
- 2015-05-21 CN CN201520331412.3U patent/CN204734070U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104799564A (en) * | 2015-05-21 | 2015-07-29 | 焦清超 | Automatic screening machine |
| CN104799564B (en) * | 2015-05-21 | 2017-12-08 | 焦清超 | A kind of automatic length classifying machine |
| CN111870021A (en) * | 2020-08-04 | 2020-11-03 | 李小月 | Sorting equipment is used in brush processing |
| CN111870021B (en) * | 2020-08-04 | 2021-11-05 | 苏州爱柯基科技有限公司 | Sorting equipment is used in brush processing |
| CN113197420A (en) * | 2021-05-11 | 2021-08-03 | 重庆工商大学 | Woollen finishing device is used in fine arts painting brush preparation |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20151104 Effective date of abandoning: 20171208 |
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