CN109292358A - A kind of wool spinning material continuous flow rate mechanism - Google Patents
A kind of wool spinning material continuous flow rate mechanism Download PDFInfo
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- CN109292358A CN109292358A CN201811121574.9A CN201811121574A CN109292358A CN 109292358 A CN109292358 A CN 109292358A CN 201811121574 A CN201811121574 A CN 201811121574A CN 109292358 A CN109292358 A CN 109292358A
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- Prior art keywords
- feeding
- bracket
- gauge
- snap
- fixedly installed
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G15/00—Conveyors having endless load-conveying surfaces, i.e. belts and like continuous members, to which tractive effort is transmitted by means other than endless driving elements of similar configuration
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G21/00—Supporting or protective framework or housings for endless load-carriers or traction elements of belt or chain conveyors
- B65G21/02—Supporting or protective framework or housings for endless load-carriers or traction elements of belt or chain conveyors consisting essentially of struts, ties, or like structural elements
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G21/00—Supporting or protective framework or housings for endless load-carriers or traction elements of belt or chain conveyors
- B65G21/20—Means incorporated in, or attached to, framework or housings for guiding load-carriers, traction elements or loads supported on moving surfaces
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G23/00—Driving gear for endless conveyors; Belt- or chain-tensioning arrangements
- B65G23/02—Belt- or chain-engaging elements
- B65G23/04—Drums, rollers, or wheels
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Preliminary Treatment Of Fibers (AREA)
Abstract
The invention discloses a kind of wool spinning material continuous flow rate mechanisms, belong to textile processing machine apparatus field.It is horizontally disposed on the outside of the feeding belt of the invention to have feeding snap-gauge, stepped structural integrity molding between strip and feeding snap-gauge is interlocked to be arranged, along inclined direction sliding is provided with lifting guide plate on feeding guide rod, lifting cylinder output end on the upside of lifting guide plate is fixedly installed lifting snap-gauge, middle side part is fixedly installed feeding cylinder straight down under feeding bracket, feeding cylinder output end level is fixedly installed the bracket that gets stuck, getting stuck, level is fixedly installed the cylinder that gets stuck respectively for bracket lower section two sides, the cylinder output that gets stuck level is fixedly installed the connecting plate that gets stuck, getting stuck, connecting plate side is horizontally disposed more feeding card needles, feeding belt is horizontally set on the upside of stock support.The continuous clamping of wool spinning material rationally, can be translated feeding with high efficiency smooth, improve wool spinning material atomization degree, meet the needs of production and application by structure of the invention design.
Description
Technical field
The invention belongs to textile processing machine apparatus field more particularly to a kind of wool spinning material continuous flow rate mechanisms, mainly answer
For wool spinning material feeding manufacture field.
Background technique
Wool spinning is wool fibre to be processed into the spinning process process of yarn, and wool spinning fiber also includes goat based on wool
The special animal hair fibers such as suede, the rabbit hair, mohair yarn, yak hair, wool spinning process can also be used for wool type chemical fiber it is pure spin, it is blended and and other
It is natural fibre blended.Wool fabric, knitted fabric, the woollen blanket etc. woven using pure spinning and blended wool yarn is had and keeps warm, moisture absorption, is imbued with
The features such as elastic and wear-resisting, it is soft and moist, plentiful using clothes feel made of wool fabric and very scrape, wool spinning material can also be to weave
Industrial materials, stationery sports goods and carpet.Wool spinning spinning unit is using wool fiber and wool type chemical fiber as raw material, on wool spinning equipment
The production overall process of wool yarn, hair and chemical mixed yarn and chemical fibre Pure Yarn is spinned, wool spinning spinning unit mainly includes woolen spinning
System and worsted spinning system, worsted spinning spinning unit process is more, long flow path, can be divided into item processed and spinning two large divisions, have
A little combing wool spinning mills do not make a process, use combed top as raw material, and production procedure includes preceding spinning, rear spinning；Most factories do not have also
There is the item of slub dyeing and recombing to contaminate recombing process, recombing refers to second of combing after slub dyeing, recombing work
Sequence process is similar with system process, in addition to the above-mentioned careless woolen system and worsted spinning system being previously mentioned, there are also it is a kind of between
Half combing spinning process between combing and carded, half combing spinning process are to be divided into fillet to rub with the hands through shredding, combing in net hair
After picking up, the wool spinning technology of direct spinning, including mixing is refueled, rove is picked up into combing slitting stranding, then drawing-off twist was waited at oily yarn
Journey, the yarn hair young pilose antler being spun into the technique is preferable, and sponginess, number is lower, for weaving woollen goods.It is upper utilizing wool spinning material
When stating the kinds of processes and being produced and processed, require raw material scoured wool elder generation's feeding carrying out shredding dedusting, then carry out and
Hair storage, raw material scoured wool successively after above-mentioned processing step is processed, can just continue the combing item in rear road etc.
Technique, for existing wool spinning material in the shredding process for carrying out slubbing process, wool spinning material mainly utilizes people in feeding procedure
Work carries out feeding manually, and worker needs continuously to be transported to wool spinning material in opener using the tools fork such as wool spinning fork, the labor of worker
Fatigue resistance is larger, and in the feeding procedure of wool spinning material, it is difficult to which the carry out feeding for realizing wool spinning material continuous uniform leads to wool spinning
Opener be difficult to steadily efficiently by wool spinning material it is uniform sequential process, reduce wool spinning material processing quality and processing effect
Rate, it is difficult to meet the needs of production and application.
Summary of the invention
The technical problem to be solved by the present invention is to overcome the above-mentioned deficiency in the presence of the prior art, and provide a kind of knot
The continuous clamping of wool spinning material rationally, can be translated feeding with high efficiency smooth, improve wool spinning material atomization degree by structure design
Wool spinning material continuous flow rate mechanism.
In order to solve the above-mentioned technical problem, the technical scheme adopted by the invention is that: a kind of wool spinning material continuous flow rate mechanism,
It is characterized by: the wool spinning material continuous flow rate mechanism includes fixed bracket, transmission bracket, feeding belt, feeding motor, feeding
Guide rod, feeding snap-gauge, feeding bracket and feeding belt, the transmission riding is down-set at the upper side of fixed bracket,
Two sides horizontally rotate respectively below transmission bracket is connected with transmission deflector roll, and feeding belt is inclined on the downside of transmission bracket, is fed
Material belt two sides wind the transmission deflector roll for being connected to two sides below transmission bracket respectively, and feeding motor level is fixedly installed on transmission
On the upside of bracket, feeding motor output end is vertically arranged with main pulley, and the transmission deflector roll side of one end is vertical below transmission bracket
It is provided with auxiliary belt pulley, is sequentially connected between the main pulley and auxiliary belt pulley using connection belt, outside the feeding belt
Side is horizontally disposed feeding snap-gauge, and middle side part is hinged two sides and feeding above feeding belt, feeding snap-gauge on feeding snap-gauge
Limit tension spring is respectively arranged between belt, feeding snap-gauge lower end side is horizontally disposed gearing strip, the gearing card
Stepped structural integrity molding setting between item and feeding snap-gauge, transmission bracket lower section two sides are respectively arranged with guide rod branch
Frame, transmission bracket lower section two sides are tiltedly installed with feeding guide rod respectively, and feeding guide rod upper and lower ends are respectively and above and below transmission bracket
The guide bar support of two sides is fixed, and feeding guide rod is parallel to each other with feeding belt, and the sliding of feeding guide rod upper end is provided with push plate
Sleeve, suit is provided with push plate spring on the feeding guide rod between push plate sleeve and guide bar support, upper push plate lower spring end with
Be fixedly connected on the upside of push plate sleeve, the feeding lower end of the guide rod sliding is provided with board sleeve, board sleeve and guide bar support it
Between feeding guide rod on suit be provided with bottom deck spring, bottom deck spring upper end is fixedly connected with board sleeve downside, described
Along inclined direction sliding is provided with lifting guide plate on feeding guide rod, goes up and down middle side part on guide plate and is fixedly installed air cylinder support, gas
It is tilted upward on jar support and is fixedly installed lifting cylinder, lifting cylinder output end is fixedly installed lifting snap-gauge, goes up and down snap-gauge
It is provided with step structure compatible with feeding snap-gauge and gearing strip, is fixedly installed feeding branch on the downside of the lifting guide plate
Frame, middle side part is fixedly installed feeding cylinder straight down under feeding bracket, and feeding cylinder output end level is fixedly installed card
Expect bracket, the bracket upper outer that gets stuck is evenly arranged with more feeding guide rods vertically, and feeding guide rod slides setting along the vertical direction
In the bracket that gets stuck, the bracket that gets stuck is c-type structure, and level is fixedly installed the cylinder that gets stuck respectively for two sides below the bracket that gets stuck,
The cylinder output that gets stuck level is fixedly installed the connecting plate that gets stuck, and level is fixedly installed to get stuck and leads respectively at the connecting plate side both ends that get stuck
Bar, the guide rod that gets stuck are slideably positioned in the bracket that gets stuck in the horizontal direction, and the connecting plate other side that gets stuck is horizontally disposed more feedings
Card needle, side is horizontally disposed below the fixed bracket a stock support, and stock support side, which horizontally rotates, to be connected with feeding and lead
Roller, feeding belt are horizontally set on the upside of stock support, and feeding belt side winding is connected to feeding deflector roll.
Further, on the transmission bracket on the upside of the feeding belt on the downside of the transmission bracket along inclined direction from top to bottom
Successively horizontally rotate and be connected with more pressure zone transfer rollers, below the feeding belt on the downside of the transmission bracket on the transmission bracket of two sides
Along inclined direction successively horizontally rotate from top to bottom be connected with it is multiple hold band idler wheel, transmission bracket two sides hold between idler wheel away from
Be adapted from the size of feeding snap-gauge, the pressure zone transfer roller and hold band idler wheel above and below interlaced setting.
Further, more feeding card needles of the connecting plate side that gets stuck include upper clamp needle and lower clamp needle, upper clamp needle length
It is 3.0 centimetres -4.0 centimetres, lower clamp needle length is 6.0 centimetres -7.0 centimetres, interlaced above and below the upper clamp needle and lower clamp needle
Setting.
Further, the feeding snap-gauge and gearing strip downside, which along inclined direction successively horizontally rotate, is connected with more rollings
Turn bar.
Compared with prior art, the present invention having the following advantages that and effect: structure of the invention design rationally, passes through feeding skin
Band be inclined at transmission bracket on the downside of, feeding belt two sides wind respectively be connected to transmission bracket lower section two sides transmission lead
Roller is sequentially connected between the main pulley of feeding motor output end and the auxiliary belt pulley for transmitting deflector roll side using connection belt,
It is horizontally disposed on the outside of feeding belt to have feeding snap-gauge, continuously drive feeding belt to carry out rotation transmission using feeding motor, so that
Feeding snap-gauge continuous and stable can be transmitted under the drive of feeding belt, by middle side part on feeding snap-gauge be hinged in
Feeding belt is respectively arranged with limit tension spring between feeding snap-gauge top two sides and feeding belt, feeding snap-gauge is put down
Steady is set on the outside of feeding belt, avoids feeding snap-gauge from generating rotation in transmit process and is difficult to accurate with lifting snap-gauge
It is cooperatively connected, it is ensured that feeding snap-gauge can be cooperatively connected with lifting snap-gauge in mobile transmit process and enable to drive the bracket that gets stuck same
Step is moved, and along inclined direction successively water from top to bottom on the transmission bracket on the upside of the feeding belt on the downside of transmission bracket is passed through
It is flat to be rotatably connected to more pressure zone transfer rollers, it transmits on the transmission bracket of the feeding belt lower section two sides on the downside of bracket along inclined direction
Successively horizontally rotate from top to bottom be connected with it is multiple hold band idler wheel, band the distance between idler wheel and feeding card are held in transmission bracket two sides
The size of plate is adapted, pressure zone transfer roller and hold band idler wheel above and below interlaced setting, enable feeding belt in pressure zone transfer roller
Rotation transmission is carried out with hold exactly under the limition orientation with idler wheel, feeding belt is avoided to generate in rotation transmit process
Skew distortion, which causes to be difficult to the bracket that gets stuck smoothly is driven to be moved, is carried out continuously feeding for wool spinning material, it is ensured that wool spinning material can
It is carried out continuously feeding, is parallel to each other by feeding guide rod with feeding belt, the feeding guide rod between push plate sleeve and guide bar support
Upper suit is provided with push plate spring, and suit is provided with bottom deck bullet on the feeding guide rod between board sleeve and guide bar support
Spring, along inclined direction sliding is provided with lifting guide plate on feeding guide rod, when lifting guide plate is moved under the drive of feeding belt
When the upper end of feeding guide rod, the buffering reduction of speed of lifting guide plate can be realized using upper push plate spring, when lifting guide plate is in itself weight
When being snapped down to the lower end of feeding guide rod under the action of power along feeding guide rod, it can realize that lifting guide plate is buffered using bottom deck spring
Damping, it is ensured that lifting guide plate can be translated along the reciprocal of feeding guide rod steady and smooth, pass through feeding snap-gauge lower end side
It is horizontally disposed to have gearing strip, it interlocks stepped structural integrity molding between strip and feeding snap-gauge and is arranged, go up and down on guide plate
It being tilted upward on middle side part air cylinder support and is fixedly installed lifting cylinder, lifting cylinder output end is fixedly installed lifting snap-gauge,
Lifting snap-gauge is provided with step structure compatible with feeding snap-gauge and gearing strip, so that when lifting guide plate is led positioned at feeding
When the lower end of bar, promotion lifting snap-gauge is tilted upward using lifting cylinder, so that feeding snap-gauge can in rotation transmit process
With lifting snap-gauge be cooperatively connected so that feeding snap-gauge rotation transmit process in be able to drive lifting guide plate it is upward along feeding guide rod
It is mobile, when lifting guide plate is moved to the upper end of feeding guide rod under the drive of feeding snap-gauge, diagonally downward using lifting cylinder
Lifting snap-gauge is pulled, so that lifting snap-gauge loses with feeding snap-gauge and contacts, feeding snap-gauge continues to turn under the drive of feeding belt
Dynamic transmission, lifting guide plate along feeding guide rod slide downward, realize the continuous reciprocal lifting fortune of lifting guide plate under gravity
It is dynamic, more rolling bull sticks are connected with by along inclined direction successively horizontally rotating on the downside of feeding snap-gauge and gearing strip, so that feeding
Expect between snap-gauge and lifting snap-gauge to be rolling friction, avoid feeding snap-gauge and goes up and down the sliding friction between snap-gauge and influence feeding
Snap-gauge normally operates, and by being fixedly installed feeding bracket on the downside of lifting guide plate, middle side part is solid straight down under feeding bracket
Surely it is provided with feeding cylinder, feeding cylinder output end level is fixedly installed the bracket that gets stuck, difference water in two sides below the bracket that gets stuck
Flat to be fixedly installed the cylinder that gets stuck, the cylinder output that gets stuck level is fixedly installed the connecting plate that gets stuck, and get stuck connecting plate other side level
It is provided with more feeding card needles, feeding belt is horizontally set on the upside of stock support, is got stuck company using the cylinder Level Promoting that gets stuck
Plate enables that wool spinning material clamping fixed is pulled the bracket that gets stuck using feeding cylinder along the vertical direction using feeding card needle, and enabling will
Wool spinning material is promoted and is fallen, and enables to realize mentioning for the continuous and stable of wool spinning material on the upside of wool spinning material feeding to feeding belt
Feeding is risen, the more feeding card needles by the connecting plate side that gets stuck include upper clamp needle and lower clamp needle, upper clamp needle and lower clamp needle phase up and down
It is mutually staggered, allows to avoid wool spinning material from being scattered in feeding procedure wool spinning material clamping fixed using feeding card needle, it is ensured that
Efficiency and quality of the wool spinning material in feeding procedure, through this structure, structure of the invention design rationally, can be with high efficiency smooths
The continuous clamping of wool spinning material is translated into feeding, improve wool spinning material atomization degree, meet the needs of production and application.
Detailed description of the invention
Fig. 1 is a kind of schematic view of the front view of wool spinning material continuous flow rate mechanism of the present invention.
Fig. 2 is enlarged structure schematic diagram at a kind of A of wool spinning material continuous flow rate mechanism of the present invention.
Fig. 3 is the connection schematic view of the front view of feeding snap-gauge and feeding belt of the invention.
Fig. 4 is pressure zone transfer roller of the invention and holds the attachment structure schematic diagram with idler wheel and feeding belt.
Fig. 5 is the schematic view of the front view of feeding bracket and get stuck bracket and its subsidiary body of the invention.
Fig. 6 is the left view structural representation of feeding bracket and get stuck bracket and its subsidiary body of the invention.
Fig. 7 is the overlooking structure diagram of the connecting plate that gets stuck of the invention.
In figure: 1. fixed brackets, 2. transmission brackets, 3. feeding belts, 4. feeding motors, 5. feeding guide rods, 6.
Feeding snap-gauge, 7. feeding brackets, 8. feeding belts, 9. transmission deflector rolls, 10. main pulleys, 11. auxiliary belt pulleys, 12. connect
Lace, 13. limit tension springs, 14. interlock strips, 15. guide bar supports, 16. push plate sleeves, push plate spring on 17., and 18.
Board sleeve, 19. bottom deck springs, 20. lifting guide plates, 21. air cylinder supports, 22. lifting cylinders, 23. lifting snap-gauges,
It gets stuck bracket 24. feeding cylinder, 25., 26. feeding guide rods, 27. get stuck cylinder, and 28. get stuck connecting plate, and 29., which get stuck, leads
Bar, 30. feeding card needles, 31. stock supports, 32. feeding deflector rolls, 33. pressure zone transfer rollers, 34. hold band idler wheel, and 35. roll
Bull stick.
Specific embodiment
In order to further describe the present invention, a kind of tool of wool spinning material continuous flow rate mechanism is further described with reference to the accompanying drawing
Body embodiment, following embodiment is explanation of the invention and the invention is not limited to following embodiments.
As shown in Figure 1, a kind of wool spinning material continuous flow rate mechanism of the present invention, including fixed bracket 1, transmission bracket 2, feeding skin
Band 3, feeding motor 4, feeding guide rod 5, feeding snap-gauge 6, feeding bracket 7 and feeding belt 8, transmission bracket 2 are arranged diagonally downward
In fixed 1 upper side of bracket, transmission 2 lower section two sides of bracket horizontally rotate respectively is connected with transmission deflector roll 9, and feeding belt 3 inclines
Tiltedly in 2 downside of transmission bracket, 3 two sides of feeding belt wind the transmission deflector roll for being connected to transmission 2 lower section two sides of bracket respectively for setting
9,4 level of feeding motor is fixedly installed on 2 upside of transmission bracket, and 4 output end of feeding motor is vertically arranged with main pulley 10, passes
9 side of transmission deflector roll of 2 lower section one end of bracket is sent to be vertically arranged with auxiliary belt pulley 11, between main pulley 10 and auxiliary belt pulley 11
It is sequentially connected using connection belt 12.As shown in Figure 2 and Figure 3, being horizontally disposed on the outside of feeding belt 3 of the invention has feeding snap-gauge
6, middle side part is hinged on feeding snap-gauge 6 is respectively set between feeding belt 3,6 top two sides of feeding snap-gauge and feeding belt 3
There is limit tension spring 13,6 lower end side of feeding snap-gauge is horizontally disposed gearing strip 14, interlocks between strip 14 and feeding snap-gauge 6
Stepped structural integrity molding setting.2 lower section two sides of transmission bracket of the invention are respectively arranged with guide bar support 15, transmission branch
2 lower section two sides of frame are tiltedly installed with feeding guide rod 5 respectively, 5 upper and lower ends of feeding guide rod respectively with transmission about 2 two sides of bracket
Guide bar support 15 is fixed, and feeding guide rod 5 is parallel to each other with feeding belt 3, and the sliding of 5 upper end of feeding guide rod is provided with push plate sleeve
16, suit is provided with push plate spring 17, upper push plate spring 17 on the feeding guide rod 5 between push plate sleeve 16 and guide bar support 15
Be fixedly connected on the upside of lower end and push plate sleeve 16, the sliding of 5 lower end of feeding guide rod is provided with board sleeve 18, board sleeve 18 with lead
Suit is provided with bottom deck spring 19,19 upper end of bottom deck spring and board sleeve 18 on feeding guide rod 5 between bar bracket 15
Downside is fixedly connected, and along inclined direction sliding is provided with lifting guide plate 20 on feeding guide rod 5, is gone up and down middle side part on guide plate 20 and is fixed
It is provided with air cylinder support 21, is tilted upward on air cylinder support 21 and is fixedly installed lifting cylinder 22,22 output end of lifting cylinder is solid
Surely it is provided with lifting snap-gauge 23, lifting snap-gauge 23 is provided with step structure compatible with feeding snap-gauge 6 and gearing strip 14.
As shown in Figure 5, Figure 6, feeding bracket 7 is fixedly installed on the downside of lifting guide plate 20 of the invention, the lower middle side part of feeding bracket 7 is vertical
It is fixedly installed feeding cylinder 24 downwards, 24 output end level of feeding cylinder is fixedly installed the bracket 25 that gets stuck, and get stuck bracket 25
Upper outer is evenly arranged with more feeding guide rods 26 vertically, and feeding guide rod 26 is slideably positioned in the bracket that gets stuck along the vertical direction
25, the bracket 25 that gets stuck is c-type structure, and level is fixedly installed the cylinder 27 that gets stuck respectively for the 25 lower section two sides of bracket that get stuck, and get stuck gas
27 output end level of cylinder is fixedly installed the connecting plate 28 that gets stuck, and level is fixedly installed to get stuck and leads respectively at the 28 side both ends of connecting plate that get stuck
Bar 29, the guide rod 29 that gets stuck are slideably positioned in the bracket 25 that gets stuck in the horizontal direction, and 28 other side of connecting plate that gets stuck is horizontally disposed more
Feeding card needle 30.1 lower section side of fixation bracket of the invention is horizontally disposed stock support 31, and 31 side level of stock support turns
Dynamic to be connected with feeding deflector roll 32, feeding belt 8 is horizontally set on 31 upside of stock support, and 8 side of feeding belt winding is connected to
Feeding deflector roll 32.
As shown in figure 4, on the transmission bracket 2 of 3 upside of feeding belt of 2 downside of transmission bracket of the invention along inclined direction
Successively horizontally rotate from top to bottom and is connected with more pressure zone transfer rollers 33, the biography of the 3 lower section two sides of feeding belt of 2 downside of transmission bracket
Send along inclined direction successively horizontally rotate from top to bottom on bracket 2 be connected with it is multiple hold band idler wheel 34, transmission 2 two sides of bracket hold band
The distance between idler wheel 34 is adapted with the size of feeding snap-gauge 6, pressure zone transfer roller 33 and holds band about 34 idler wheel is interlaced sets
It sets, such that feeding belt 3 is in pressure zone transfer roller 33 and that holds exactly under the limition orientation with idler wheel 34 carry out rotation biography
It send, avoiding feeding belt 3 from generating skew distortion in rotation transmit process leads to be difficult to smoothly to drive the progress of bracket 25 that gets stuck
It is mobile that wool spinning material is carried out continuously feeding, it is ensured that wool spinning material can be carried out continuously feeding.As shown in fig. 7, the company of getting stuck of the invention
More feeding card needles 30 of 28 side of plate include upper clamp needle and lower clamp needle, and upper clamp needle length is 3.0 centimetres -4.0 centimetres, lower clamp needle
Length is 6.0 centimetres -7.0 centimetres, interlaced setting above and below upper clamp needle and lower clamp needle, allows to utilize feeding card needle 30 by hair
Material clamping fixed is spun, avoids wool spinning material from being scattered in feeding procedure, it is ensured that efficiency and quality of the wool spinning material in feeding procedure.This
The feeding snap-gauge 6 of invention and 14 downside of gearing strip, which along inclined direction successively horizontally rotate, is connected with more rolling bull sticks 35, makes
Obtaining between feeding snap-gauge 6 and lifting snap-gauge 23 is rolling friction, avoids feeding snap-gauge 6 and goes up and down the sliding friction between snap-gauge 23
And it influences feeding snap-gauge 6 and normally operates.
By adopting the above technical scheme, a kind of wool spinning material continuous flow rate mechanism of the present invention when in use, passes through feeding skin
Band 3 is inclined at 2 downside of transmission bracket, and 3 two sides of feeding belt wind the transmission for being connected to transmission 2 lower section two sides of bracket respectively
Deflector roll 9, using connection belt between the main pulley 10 of 4 output end of feeding motor and the auxiliary belt pulley 11 for transmitting 9 side of deflector roll
12 transmission connections, being horizontally disposed on the outside of feeding belt 3 has feeding snap-gauge 6, continuously driven using feeding motor 4 feeding belt 3 into
Row rotation transmission, enables the continuous and stable under the drive of feeding belt 3 of feeding snap-gauge 6 to be transmitted, passes through feeding card
Middle side part is hinged on plate 6 is respectively arranged with limit drawing between feeding belt 3,6 top two sides of feeding snap-gauge and feeding belt 3
Spring 13 enables feeding snap-gauge 6 to be smoothly set to 3 outside of feeding belt, feeding snap-gauge 6 is avoided to generate in transmit process
It rotates and is difficult to accurately be cooperatively connected with lifting snap-gauge 23, it is ensured that feeding snap-gauge 6 can be with lifting in mobile transmit process
The mating connection of snap-gauge 23 enables that the bracket 25 that gets stuck is driven to synchronize and is moved, on the upside of the feeding belt 3 for passing through 2 downside of transmission bracket
Transmission bracket 2 on along inclined direction successively horizontally rotate from top to bottom and be connected with more pressure zone transfer rollers 33,2 downside of transmission bracket
3 lower section two sides of feeding belt transmission bracket 2 on along inclined direction successively horizontally rotate to be connected with from top to bottom and multiple hold band
Idler wheel 34, transmission 2 two sides of bracket, which are held, to be adapted with the distance between idler wheel 34 with the size of feeding snap-gauge 6,33 He of pressure zone transfer roller
Hold the band interlaced setting of about 34 idler wheel, enable feeding belt 3 pressure zone transfer roller 33 with hold the limit with idler wheel 34 and lead
Downward exactly carries out rotation transmission, and avoiding feeding belt 3 from generating skew distortion in rotation transmit process causes to be difficult to
It smoothly driving the bracket 25 that gets stuck to be moved and wool spinning material is carried out continuously feeding, it is ensured that wool spinning material can be carried out continuously feeding,
It is parallel to each other by feeding guide rod 5 and feeding belt 3, is set on the feeding guide rod 5 between push plate sleeve 16 and guide bar support 15
It is provided with push plate spring 17, suit is provided with bottom deck bullet on the feeding guide rod 5 between board sleeve 18 and guide bar support 15
Spring 19, along inclined direction sliding is provided with lifting guide plate 20 on feeding guide rod 5, when lifting guide plate 20 is in the drive of feeding belt 3
Under when being moved to the upper end of feeding guide rod 5, the buffering reduction of speed of lifting guide plate 20 can be realized using upper push plate spring 17, work as lifting
When guide plate 20 is snapped down to the lower end of feeding guide rod 5 along feeding guide rod 5 under the effect of gravity, bottom deck spring can be utilized
19 realize lifting 20 bumper and absorbing shocks of guide plate, it is ensured that lifting guide plate 20 can along 5 steady and smooth of feeding guide rod back and forth carry out it is flat
It moves, has gearing strip 14 by the way that 6 lower end side of feeding snap-gauge is horizontally disposed, interlocking is in ladder between strip 14 and feeding snap-gauge 6
The molding of shape structural integrity is arranged, and tilts upward on middle side part air cylinder support 21 on lifting guide plate 20 and is fixedly installed lifting cylinder
22,22 output end of lifting cylinder is fixedly installed lifting snap-gauge 23, and lifting snap-gauge 23 is provided with and feeding snap-gauge 6 and gearing strip
14 compatible step structures, so that utilizing lifting cylinder 22 to tilt when lifting guide plate 20 is located at the lower end of feeding guide rod 5
Lifting snap-gauge 23 is pushed up, so that feeding snap-gauge 6 can be cooperatively connected in rotation transmit process with lifting snap-gauge 23, so that
Feeding snap-gauge 6 is able to drive lifting guide plate 20 in rotation transmit process and moves up along feeding guide rod 5, when lifting guide plate 20 exists
When being moved to the upper end of feeding guide rod 5 under the drive of feeding snap-gauge 6, lifting snap-gauge is pulled diagonally downward using lifting cylinder 22
23, so that lifting snap-gauge 23 loses with feeding snap-gauge 6 and contacts, feeding snap-gauge 6 continues to rotate biography under the drive of feeding belt 3
It send, lifting guide plate 20 along 5 slide downward of feeding guide rod, realizes the continuous reciprocal lifting fortune of lifting guide plate 20 under gravity
It is dynamic, along inclined direction successively horizontally rotated by feeding snap-gauge 6 and 14 downside of gearing strip and be connected with more rolling bull sticks 35, made
Obtaining between feeding snap-gauge 6 and lifting snap-gauge 23 is rolling friction, avoids feeding snap-gauge 6 and goes up and down the sliding friction between snap-gauge 23
And influence feeding snap-gauge 6 and normally operate, by being fixedly installed feeding bracket 7,7 downside of feeding bracket on the downside of lifting guide plate 20
Middle part is fixedly installed feeding cylinder 24 straight down, and 24 output end level of feeding cylinder is fixedly installed the bracket 25 that gets stuck, card
Level is fixedly installed the cylinder 27 that gets stuck respectively for material 25 lower section two sides of bracket, and the 27 output end level of cylinder that gets stuck is fixedly installed card
Expect connecting plate 28,28 other side of connecting plate that gets stuck is horizontally disposed there are more feeding card needles 30, and feeding belt 8 is horizontally set on stock support
31 upsides, are got stuck connecting plate 28 using 27 Level Promoting of cylinder that gets stuck, and are enabled wool spinning material clamping fixed, benefit using feeding card needle 30
The bracket 25 that gets stuck is pulled along the vertical direction with feeding cylinder 24, it is enabled that wool spinning material is promoted and fallen, it enables wool spinning material
Feeding is realized the promotion feeding of the continuous and stable of wool spinning material, is fed by more of 28 side of connecting plate that gets stuck to 8 upside of feeding belt
Expect that card needle 30 includes upper clamp needle and lower clamp needle, interlaced setting above and below upper clamp needle and lower clamp needle allows to utilize feeding card needle
30, by wool spinning material clamping fixed, avoid wool spinning material from being scattered in feeding procedure, it is ensured that efficiency of the wool spinning material in feeding procedure and
Quality.Through this structure, structure of the invention design rationally, can feeding the continuous clamping translation of wool spinning material with high efficiency smooth
Material improves wool spinning material atomization degree, meets the needs of production and application.
Above content is only illustrations made for the present invention described in this specification.Technology belonging to the present invention
The technical staff in field can make various modifications or additions to the described embodiments or by a similar method
Substitution, content without departing from description of the invention or beyond the scope defined by this claim should belong to this
The protection scope of invention.
Claims (4)
1. a kind of wool spinning material continuous flow rate mechanism, it is characterised in that: the wool spinning material continuous flow rate mechanism includes fixed bracket, passes
Bracket, feeding belt, feeding motor, feeding guide rod, feeding snap-gauge, feeding bracket and feeding belt are sent, the transmission bracket inclines
It is arranged at the upper side of fixed bracket obliquely, two sides horizontally rotate respectively below transmission bracket is connected with transmission deflector roll, feeding
Belt be inclined at transmission bracket on the downside of, feeding belt two sides wind respectively be connected to transmission bracket lower section two sides transmission lead
Roller, feeding motor level are fixedly installed on the upside of transmission bracket, and feeding motor output end is vertically arranged with main pulley, transmission branch
The transmission deflector roll side of one end is vertically arranged with auxiliary belt pulley below frame, using connection between the main pulley and auxiliary belt pulley
Belt transmission connection, the feeding belt outside is horizontally disposed feeding snap-gauge, and middle side part is hinged in feeding on feeding snap-gauge
Belt is respectively arranged with limit tension spring, feeding snap-gauge lower end side water between feeding snap-gauge top two sides and feeding belt
It is flat to be provided with gearing strip, stepped structural integrity molding setting, the transmission between the gearing strip and feeding snap-gauge
Two sides are respectively arranged with guide bar support below bracket, and two sides are tiltedly installed with feeding guide rod respectively below transmission bracket, and feeding is led
Guide bar support of the bar upper and lower ends respectively with two sides above and below transmission bracket is fixed, and feeding guide rod is parallel to each other with feeding belt, institute
It states the sliding of feeding guide rod upper end and is provided with push plate sleeve, be set with and be provided on the feeding guide rod between push plate sleeve and guide bar support
It is fixedly connected on the upside of upper push plate spring, upper push plate lower spring end and push plate sleeve, the feeding lower end of the guide rod sliding, which is provided with, holds
Sleeve-board cylinder, suit is provided with bottom deck spring, bottom deck spring upper end on the feeding guide rod between board sleeve and guide bar support
It is fixedly connected on the downside of board sleeve, along inclined direction sliding is provided with lifting guide plate on the feeding guide rod, goes up and down on guide plate
Middle side part is fixedly installed air cylinder support, tilts upward on air cylinder support and is fixedly installed lifting cylinder, lifting cylinder output end
It is fixedly installed lifting snap-gauge, lifting snap-gauge is provided with step structure compatible with feeding snap-gauge and gearing strip, described
It is fixedly installed feeding bracket on the downside of lifting guide plate, middle side part is fixedly installed feeding cylinder straight down under feeding bracket, feeds
Material cylinder output level is fixedly installed the bracket that gets stuck, and the bracket upper outer that gets stuck is evenly arranged with more feedings vertically and leads
Bar, feeding guide rod are slideably positioned in the bracket that gets stuck along the vertical direction, and the bracket that gets stuck is c-type structure, and get stuck bracket lower section two
Level is fixedly installed the cylinder that gets stuck respectively for side, and the cylinder output that gets stuck level is fixedly installed the connecting plate that gets stuck, and get stuck connecting plate one
Level is fixedly installed the guide rod that gets stuck respectively at side both ends, and the guide rod that gets stuck is slideably positioned in the bracket that gets stuck, the card in the horizontal direction
The material connecting plate other side is horizontally disposed more feeding card needles, and side is horizontally disposed below the fixed bracket stock support, send
Material bracket side, which horizontally rotates, is connected with feeding deflector roll, and feeding belt is horizontally set on the upside of stock support, feeding belt side
Winding is connected to feeding deflector roll.
2. a kind of wool spinning material continuous flow rate mechanism according to claim 1, it is characterised in that: on the downside of the transmission bracket
Along inclined direction successively horizontally rotate from top to bottom on transmission bracket on the upside of feeding belt and is connected with more pressure zone transfer rollers, it is described
Connection is along inclined direction successively horizontally rotated from top to bottom on the transmission bracket of two sides below feeding belt on the downside of transmission bracket
Have it is multiple hold band idler wheel, transmission bracket two sides are held and are adapted with the distance between idler wheel with the size of feeding snap-gauge, the pressure zone
Transfer roller and hold band idler wheel above and below interlaced setting.
3. a kind of wool spinning material continuous flow rate mechanism according to claim 1, it is characterised in that: the connecting plate side that gets stuck
More feeding card needles include upper clamp needle and lower clamp needle, and upper clamp needle length is 3.0 centimetres -4.0 centimetres, and lower clamp needle length is 6.0 lis
- 7.0 centimetres of rice, interlaced setting above and below the upper clamp needle and lower clamp needle.
4. a kind of wool spinning material continuous flow rate mechanism according to claim 1, it is characterised in that: the feeding snap-gauge and gearing
Along inclined direction successively horizontally rotate on the downside of strip and is connected with more rolling bull sticks.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811121574.9A CN109292358A (en) | 2018-09-26 | 2018-09-26 | A kind of wool spinning material continuous flow rate mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811121574.9A CN109292358A (en) | 2018-09-26 | 2018-09-26 | A kind of wool spinning material continuous flow rate mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109292358A true CN109292358A (en) | 2019-02-01 |
Family
ID=65164008
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811121574.9A Withdrawn CN109292358A (en) | 2018-09-26 | 2018-09-26 | A kind of wool spinning material continuous flow rate mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109292358A (en) |
-
2018
- 2018-09-26 CN CN201811121574.9A patent/CN109292358A/en not_active Withdrawn
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Application publication date: 20190201 |
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