CN104593941B - Dust collection mechanism in automatic hosiery knitter - Google Patents
Dust collection mechanism in automatic hosiery knitter Download PDFInfo
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- CN104593941B CN104593941B CN201510055578.1A CN201510055578A CN104593941B CN 104593941 B CN104593941 B CN 104593941B CN 201510055578 A CN201510055578 A CN 201510055578A CN 104593941 B CN104593941 B CN 104593941B
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- dividing plate
- dust
- cylinder
- shell
- lower shell
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- D—TEXTILES; PAPER
- D04—BRAIDING; LACE-MAKING; KNITTING; TRIMMINGS; NON-WOVEN FABRICS
- D04B—KNITTING
- D04B35/00—Details of, or auxiliary devices incorporated in, knitting machines, not otherwise provided for
- D04B35/32—Devices for removing lint or fluff
Abstract
The invention provides a dust collection mechanism in an automatic hosiery knitter, belongs to the technical field of machinery, and aims at solving the problem of the lower stability of an existing dust removing device. The dust collection mechanism in the automatic hosiery knitter comprises a dust removing barrel connected with a rack of a knitting machine; the dust removing barrel comprises an upper barrel body and a lower barrel body, which are internally provided with hollow cavities; an inlet is formed in the upper end of the upper barrel body and an outlet is formed in the lower end of the lower barrel body; the lower end of the upper barrel body sleeves the outer side of the upper end of the lower barrel body, and the upper barrel body is in threaded connection with the lower barrel body; the upper end of the lower barrel body is fixedly connected with a separation plate; a plurality of through dust removing holes are formed in the separation plate; each dust removing hole is connected with a filtering cloth bag; the separation plate is further connected with a fan; the upper barrel body and the lower barrel body are made of transparent materials; the fan is located on the lower part of the filtering cloth bag along the axis direction of the dust removing barrel. The dust removing device has high stability.
Description
Technical field
The invention belongs to field of mechanical technique, it is related to a kind of footwear machine, the particularly dust-collecting mechanism in automatic hosiery machine.
Background technology
Hosiery machine can be classified by needle-bar form, knitting needle type and syringe (bed) number.Flat hosiery machine machine number is higher, produces basis
Foot, the open width socks piece of lower limb alteration of form each section width, the seamed socks of sutured rear one-tenth.The machine scope of tubular stocking machine is wider, produces
Tubulose socks base is the coil size by changing each section, or adopts stretch yarn, or braiding shapes the methods such as undertoe, heel to fit
Answer foot shape.Seamless socks are become after the undertoe closing of tubulose socks base.Flat hosiery machine production efficiency is relatively low, widely uses tubular stocking machine at present.
Hosiery machine structure tubular stocking machine is mainly by yarn mechanism, knitting mechanism, selecting mechanism, controlling organization, drive mechanism, Auto-regulating System of Density of Heavy Medium mechanism
With draw-off mechanism composition.Some hosiery machines also open and Origuchi mechanism.Flat hosiery machine still has transferring mechanism.
Effect to yarn mechanism is that yarn is drawn feeding knitting zone from bobbin, has passive type and positive type two class.Disappear
Pole formula is so that yarn is drawn by bobbin by means of tension force to yarn, though tensioned device and tension compensating mechanism control its tension force and send
Amount, but yarn tension difference is still larger.Positive type then borrows special arrangement to yarn, makes yarn send into braiding with constant linear velocity
Area, yarn tension difference is less.
The effect of knitting mechanism is the work yarn by loop-forming element, is woven into tubulose socks base or open width socks piece.Circle
The knitting element of hosiery machine has knitting needle, sinker, yarn guide and triangle etc..Flat hosiery machine then has knitting needle, sinker, yarn sley, knocking over
Piece, yarn guide and tabletting etc..The knitting needle of tubular stocking machine configures on syringe, and yarn guide is fixed on around syringe, yarn is sent into and compiles
Knit area.There is several places inlet wire to be known as several roads, typically have 1～12 tunnel, the more productivity ratio is higher for way.During syringe revolution, latch needles is subject to three
The effect at angle and upper and lower motion, and woven by yarn guide band yarn.When weaving heel, undertoe, by narrowing picker and down picker
The knitting needle participating in braiding is narrowed and widening, is allowed to form pouch-shaped.The knitting needle permutation of flat hosiery machine is packed on needle-bar, with pin
Bed moves together.Yarn guide carries out band yarn along needle-bar movement, is carried out by the cooperation of sinker, yarn sley and knocking-over bit etc. simultaneously
Braiding.
The effect of controlling organization is to control relevant parts to enter during one socks of braiding or deactivate, and controls
Length of syringe processed and rotating speed and steering and socks etc..Predetermined rule motion is pressed by the effect Shi Shige mechanism of drive mechanism.Circle
The syringe of hosiery machine not only makees unidirectional rotary, and will make bi-directional rotary when weaving heel, undertoe.The effect of selecting mechanism is handle
Pre-designed decorative pattern, is sequentially arranged in needle selection device as requested, by transmitting parts, so that knitting needle is entered by certain procedures
Row braiding.The effect of Auto-regulating System of Density of Heavy Medium mechanism is the density adjusting each section when weaving socks, and this is by changing knitting needle and sinking
The relative position of fall piece adjusts sinking depth to carry out.The effect of draw-off mechanism be braiding during by weight, Lora,
Air-flow etc. is drawn established coil from woven extent.
Open and the effect of Origuchi mechanism is the repiece that opens in the case that socks take up one's knitting and there is no coil, and work as stocking blank
It is woven into Origuchi during certain length, monolayer stocking blank is folded in half into bilayer, make stocking blank have good elasticity, do not produce crimping, one
As be to be completed with stocking blank hook.The Main Function of transferring mechanism is, with barring-on parts, coil is moved on to another pin by a pin
On, to change the knitting width of socks piece, it is allowed to shape.
Chinese patent its publication number cn104190166a discloses " dust arrester in a kind of automatic spinning hosiery machine ", and it includes
For be connected in knitting machine frame except dirt cup, described include the internal outer cylinder body for cavity and inner barrel, institute except dirt cup
The upper end stating inner barrel has import, and inner barrel lower end has outlet, is connected with drainage screen and drainage screen will in described inner core body
Inner barrel is divided into neighbouring two cavity: upper cavity and lower chamber, and above-mentioned import is located at upper cavity, above-mentioned outlet position
At lower chamber, it is also associated with described cavity of resorption body making air-flow at upper cavity enter the fan at lower chamber, described outer cylinder body
Top has the connector communicating with above-mentioned import, has and can be positioned together both between above-mentioned outer cylinder body and inner barrel
Detent mechanism.This dust arrester good dedusting effect and compact conformation.
But, in above-mentioned dust arrester, outer cylinder body and inner barrel are by detent mechanism, in above-mentioned patent specification
In it is known that detent mechanism is by the structure of lockpin-type, outer cylinder body and outer cylinder body to be positioned.Once running into vibration,
Above-mentioned positioning mode may lead to inside and outside cylinder junction to loosen.Once inside and outside cylinder junction loosens can cause to carry dust and gas stream
Directly overflowed by loosening, affect working environment quality, its stability is not high.And, its handling of the detent mechanism of lockpin-type
Cumbersome, during landing hire, arduously.
Content of the invention
The purpose of the present invention is the problems referred to above existing for prior art, provides a kind of stabilizability high and easy to loading and unloading
Automatic hosiery machine in dust-collecting mechanism.
The purpose of the present invention can be realized by following technical proposal:
A kind of dust-collecting mechanism in automatic hosiery machine, this device include for be connected in knitting machine frame except dirt cup,
It is characterized in that, described include the internal upper shell for cavity and lower shell except dirt cup, the upper end of described upper shell have into
Mouthful, lower shell lower end has outlet, and described upper shell lower end is enclosed within outside lower shell upper end and both are threaded, described lower cylinder
Body upper end is fixed with dividing plate, described dividing plate has some dedusting holes running through, is respectively connected with filtration at each dedusting hole described
Cloth bag, described dividing plate is also associated with fan, and described upper shell and lower shell are transparent material, along except the axis side of dirt cup
It is in filter cloth bag bottom to said fans.
In footwear machine work process, band dust and gas stream is entered except, in dirt cup, band dust and gas stream after filtering is by the row of outlet by import
Go out.
Specifically, band dust and gas stream enters the dust in top cylinder body, in the filtration lower band dust and gas stream of filter cloth bag
Or tiny lint is blocked in filter cloth bag.Pure air enters in lower shell, is finally discharged by outlet.Certainly, fan
Rotation thus ensureing stable to be entered except in dirt cup by entrance with dust and gas stream.
The filter cloth bag that can make fan positioned at filter cloth bag bottom staggers fan, improves the stability of whole device.
In the dust-collecting mechanism in above-mentioned automatic hosiery machine, described dividing plate is connected on lower shell by securing member.
Securing member is usually screw, can make together with dividing plate is securely attached to lower shell by securing member.
In the dust-collecting mechanism in above-mentioned automatic hosiery machine, have between described upper shell and lower shell and dividing plate is locked
Location structure in above-mentioned lower shell upper end.
Firm and stable for dividing plate can be positioned at by lower shell upper end by location structure.
In the dust-collecting mechanism in above-mentioned automatic hosiery machine, described location structure includes tubular positioning tube, institute
State the top that the upper end of positioning tube is resisted against in top cylinder body, the lower end of described positioning tube is resisted against on dividing plate and dividing plate is pressed on
Between positioning tube and lower shell.
Because positioning tube is pressed, therefore, the dividing plate between positioning tube and lower shell also can be tightly suppressed, thus anti-
Only dust arrester uses process median septum to vibrate.
In the dust-collecting mechanism in above-mentioned automatic hosiery machine, described location structure also includes a rubber washer, above-mentioned
Rubber washer is pressed between dividing plate and positioning tube.
Rubber washer can not only improve sealing, and can also play the effect of damping, it is to avoid device use during because
Loosen and noise occurs.
In the dust-collecting mechanism in above-mentioned automatic hosiery machine, described fan includes motor, sharf and blade, described every
Formed between plate and upper shell for storing the filter chamber with dust and gas stream, formed between described dividing plate and lower shell and supply pure air
The discharge chamber discharged, above-mentioned filter cloth bag, motor, sharf and blade are respectively positioned on aerofluxuss intracavity, and described motor is connected in dividing plate
On, above-mentioned sharf upper end is connected with the rotating shaft of motor, and described blade is connected in sharf lower end.
It is blocked in upper shell and filter cloth bag with the dust in dust and gas stream or tiny lint.Aerofluxuss intracavity be always through
Pure air after filtration, therefore, motor, sharf and blade are adhered to all without by dust or tiny lint, improve
The stability of this device.
In the dust-collecting mechanism in above-mentioned automatic hosiery machine, described motor is connected in the center of dividing plate, above-mentioned filtration
Cloth bag circumference on the basis of motor is distributed on dividing plate, and described filter cloth bag is located at blade top.
Such structure can guarantee that the air-flow being respectively provided with each filter cloth bag at the uniform velocity passes through.
In the dust-collecting mechanism in above-mentioned automatic hosiery machine, have in cone between described lower shell side wall and outlet
The spigot surface of transition, described lower shell includes cylindrical cylinder one and cylinder two, and above-mentioned spigot surface and outlet are respectively positioned on cylinder
Body two bottom, aforementioned barriers are connected in cylinder one upper end, and described cylinder one lower end is resisted against cylinder two upper end.
The entrance exit of airflow smooth after filtering can be made in the presence of spigot surface, finally by exit smoothly
Air-flow is discharged.
Lower shell is set to split-type structural it may be assumed that it includes cylinder one and cylinder two.Such structure can easily be dismantled
Filter cloth bag.
In the dust-collecting mechanism in above-mentioned automatic hosiery machine, outside described cylinder two, there is the locking ringwise protruded
Ring, forms annular and the location division matching with upper shell lower end, under above-mentioned upper shell between described locking ring and cylinder two
End is embedded at location division.
In the dust-collecting mechanism in above-mentioned automatic hosiery machine, it is connected with upper shell outside screw inside described locking ring,
Outside described cylinder two, there is the contact layer that can increase frictional force.
Because location division is matched with upper shell lower end, after therefore upper shell is connected, effectively avoid top cylinder with lower shell
What body phase was axially rolled to each side for it loosens.
Certainly, upper shell and loosening being threaded connection in lower shell axial direction to overcome.
Upper shell axial play is further reduced and towards the loosening probability in axial both sides by contact layer.
In the dust-collecting mechanism in above-mentioned automatic hosiery machine, described contact layer is the rubber being connected in cylinder two outside
Layer.
Rubber layer can not only increase frictional force, and it can also play the effect of sealing and damping.
In the dust-collecting mechanism in above-mentioned automatic hosiery machine, described contact layer is the cloth being connected in cylinder two outside
Layer.
Bed of cloth low cost and damping property is good, to bed of cloth add after appropriate water its can also effectively prevent dust air-flow by
Upper shell is overflowed with lower shell junction.
In the dust-collecting mechanism in above-mentioned automatic hosiery machine, described positioning tube upper end is also cased with preload ring ringwise,
Between described preload ring and positioning tube, there is spring.
After preload ring upper end is resisted against inside upper shell, positioning tube and lower shell can be made all the time under the elastic force effect of spring
By the elastic acting force of spring, thus playing the effect of buffering, it is to avoid loosen collision and noise occurs.
In the dust-collecting mechanism in above-mentioned automatic hosiery machine, described preload ring bottom have ringwise recessed and with positioning
The locating slot that cylinder upper end matches, above-mentioned positioning tube upper end is embedded at locating slot, and described spring is located at positioning trench bottom and positioning
Between cylinder upper end.
Locating slot can make preload ring be securely attached to positioning tube upper end with the cooperation of positioning tube upper end, makees in the pretension of spring
All the time it is pressed between pretension cylinder and lower shell with lower guarantee dividing plate.
In the dust-collecting mechanism in above-mentioned automatic hosiery machine, have in cone between described upper shell sidepiece and import
The approaching face of transition, described preload ring top has the abutment face contacting with approaching face formation face.
The setting of approaching face can make to seamlessly transit and import between inside upper shell.The setting of abutment face can make preload ring with
Form face contact between upper shell, improve contact stabilization.
In the dust-collecting mechanism in above-mentioned automatic hosiery machine, described filter cloth bag is fixed with locating ring ringwise,
Described locating ring sidepiece has the gear edge of projection, and above-mentioned filter cloth bag bag mouth is connected in inside locating ring, on described locating ring
Gear is along the top being overlapped on dedusting hole on dividing plate.
Locating ring plays the effect supporting filter cloth bag bag mouth, and gear edge is used for making it be overlapped at dedusting hole upper port, from
And make stable being suspended at dedusting hole of filter cloth bag.
In the dust-collecting mechanism in above-mentioned automatic hosiery machine, there is at the upper port of described dedusting hole recessed positioning
Seat, above-mentioned gear edge is overlapped at positioning seat and locating ring top and dividing plate top flush.
The setting of positioning seat can make finishing on the upside of dividing plate concordant.
In the dust-collecting mechanism in above-mentioned automatic hosiery machine, described positioning seat has seal washer, described sealing gasket
In positioning outside and seal washer is pressed on gear along and positioning seat between to snare.
Seal washer plays sealing and the effect of buffering.Because dust arrester can vibrate in use, due to
Seal washer is flexible, and therefore, it can play reasonable effectiveness in vibration suppression.
In the dust-collecting mechanism in above-mentioned automatic hosiery machine, at the bag mouth of described filter cloth bag, it is fixed with bag ringwise
Choma, described bag mouth ring has grab and grab snaps onto at the upper port of above-mentioned locating ring.
Bag mouth ring is used for strengthening the bag mouth of filter cloth bag, makes bag mouth be in annular always.Grab is used for making it be overlapped on removing
At the upper port of dirt hole, so that stable being suspended at dedusting hole of filter cloth bag.
Compared with prior art, the dust-collecting mechanism in this automatic hosiery machine is because upper shell and lower shell are by screw thread company
Connect, its connective stability is higher.And, its stable connection can also further be increased by the contact layer of cylinder two sidepiece
Property.
Meanwhile, by filter cloth bag, dust or tiny lint are filtered, its strainability is good.And, using one section
Also more convenient to the replacing of filter cloth bag after time, there is very high practical value.
In addition, the setting of positioning tube further increased connective stability it can be seen that this device is due to sealing
Good, damping property is good, and therefore, its stability is high.Most importantly its handling of the upper shell mode that once cylinder screw connects
More convenient.
Brief description
Fig. 1 is the contour structures schematic diagram of the dust-collecting mechanism in this automatic hosiery machine.
Fig. 2 is the cross section structure diagram of the dust-collecting mechanism in this automatic hosiery machine.
Fig. 3 is the broken section structural representation at preload ring in dust-collecting mechanism in this automatic hosiery machine.
Fig. 4 is the cross section structure diagram at the dust-collecting mechanism median septum in this automatic hosiery machine.
Fig. 5 is the cross section structure diagram at the dust-collecting mechanism middle cylinder body two in this automatic hosiery machine.
In figure, 1, upper shell；1a, import；1b, approaching face；2nd, lower shell；2a, outlet；2b, spigot surface；2c, cylinder one；
2d, cylinder two；2d1, locking ring；2d2, location division；2d3, contact layer；3rd, dividing plate；3a, dedusting hole；3a1, positioning seat；4th, filter
Cloth bag；5th, positioning tube；6th, rubber washer；7th, fan；7a, motor；7b, sharf；7c, blade；8th, preload ring；8a, locating slot；
8b, abutment face；9th, spring；10th, locating ring；10a, gear edge；11st, seal washer；12nd, bag mouth ring；12a, grab.
Specific embodiment
As shown in figure 1, the dust-collecting mechanism in this automatic hosiery machine include one tubular except dirt cup, it is connected to knits socks
In the frame of machine, footwear machine produces dust and the socks portion of knitting of lint is connected at except the import 1a of dirt cup by connecting tube.
As depicted in figs. 1 and 2, the dust-collecting mechanism in this automatic hosiery machine is included for being connected to removing in knitting machine frame
Dirt cup, except dirt cup includes the internal upper shell 1 for cavity and lower shell 2.
The upper end of upper shell 1 has import 1a, and lower shell 2 lower end has outlet 2a.Upper shell 1 lower end is enclosed within lower shell 2
Outside upper end, together with upper shell 1 and lower shell 2 are threaded connection and are securely attached to.
As shown in figure 4, lower shell 2 upper end is fixed with dividing plate 3, described dividing plate 3 has some dedusting holes 3a running through.Often
It is respectively connected with filter cloth bag 4 at individual dedusting hole 3a, dividing plate 3 is also associated with fan 7, described upper shell 1 and lower shell 2 are
Bright material, is in filter cloth bag 4 bottom along except the axis direction said fans 7 of dirt cup.
In the present embodiment, have between upper shell 1 and lower shell 2 and dividing plate 3 is locked in determining of above-mentioned lower shell 2 upper end
Bit architecture.Certainly, in order to simplify structure, it is also feasible that dividing plate 3 is directly connected on lower shell 2 by securing member.
Location structure includes tubular positioning tube 5, and the upper end of positioning tube 5 is resisted against the top in upper shell 1, positioning tube
5 lower end is resisted against on dividing plate 3, and dividing plate 3 is pressed between positioning tube 5 and lower shell 2.
Location structure also includes a rubber washer 6, and above-mentioned rubber washer 6 is pressed between dividing plate 3 and positioning tube 5.
Fan 7 includes motor 7a, sharf 7b and blade 7c, is formed for storage band between described dividing plate 3 and upper shell 1
The filter chamber of dust and gas stream, forms the discharge chamber discharged for pure air between described dividing plate 3 and lower shell 2.Above-mentioned filter cloth bag
4th, motor 7a, sharf 7b and blade 7c are respectively positioned on aerofluxuss intracavity, and described motor 7a is connected on dividing plate 3, above-mentioned sharf 7b
Upper end is connected with the rotating shaft of motor 7a, and described blade 7c is connected in sharf 7b lower end.
Motor 7a is connected in the center of dividing plate 3, and above-mentioned filter cloth bag 4 circumference on the basis of motor 7a is distributed on dividing plate 3
On, described filter cloth bag 4 is located at blade 7c top.
There is between lower shell 2 side wall and outlet the spigot surface 2b in conical transition, described lower shell 2 is included in cylinder
Cylinder one 2c of shape and cylinder two 2d, above-mentioned spigot surface 2b and outlet 2a are respectively positioned on cylinder two 2d bottom, and aforementioned barriers 3 are connected in
Cylinder one 2c upper end, described cylinder one 2c lower end is resisted against cylinder two 2d upper end.
As shown in figure 5, having the locking ring 2d1 ringwise protruding outside cylinder two 2d, described locking ring 2d1 and cylinder two
Form annular and the location division 2d2 matching with upper shell 1 lower end, above-mentioned upper shell 1 lower end is embedded in location division 2d2 between 2d
Place.
It is connected with upper shell 1 outside screw inside locking ring 2d1, having outside described cylinder two 2d to increase frictional force
Contact layer 2d3.In the present embodiment, contact layer 2d3 is the rubber layer being connected in cylinder 22 outside；According to practical situation, contact layer
2d3 is also feasible using another scheme it may be assumed that contact layer 2d3 is the bed of cloth being connected in cylinder two outside.
As shown in figure 3, positioning tube 5 upper end is also cased with preload ring 8 ringwise, have between described preload ring 8 and positioning tube 5
There is spring 9.Preload ring 8 bottom has locating slot 8a that is ringwise recessed and matching, above-mentioned positioning tube 5 with positioning tube 5 upper end
Upper end is embedded at locating slot 8a, and described spring 9 is located between locating slot 8a bottom and positioning tube 5 upper end.
There is between upper shell 1 sidepiece and import 1a the approaching face 1b in conical transition, described preload ring 8 top has
Form the abutment face 8b that face contacts with approaching face 1b.
Locating ring 10 ringwise is fixed with filter cloth bag 4, described locating ring 10 sidepiece has the gear of projection along 10a,
Above-mentioned filter cloth bag 4 bag mouth is connected in inside locating ring 10, and the gear on described locating ring 10 is overlapped on dedusting on dividing plate 3 along 10a
The top of hole 3a.
There is at the upper port of dedusting hole 3a recessed positioning seat 3a1, above-mentioned gear be overlapped at positioning seat 3a1 along 10a and
Locating ring 10 top and dividing plate 3 top flush.Seal washer 11 is had on positioning seat 3a1, described seal washer 11 is enclosed within fixed
Position ring 10 outside and seal washer 11 is pressed on gear along between 10a and positioning seat 3a1.
It is fixed with bag mouth ring 12 ringwise at the bag mouth of filter cloth bag 4, described bag mouth ring 12 has grab 12a and card
Hook 12a snaps onto at the above-mentioned upper port of locating ring 10.
In this device work process, motor 7a is constantly in operating condition.The fan 7 rotating makes band dirt steady air current smooth
Entered by import 1a, the air-flow after filtration again by outlet 2a discharge.
In footwear machine work process, enter the import except dirt cup through connecting tube knitting the dust producing at socks portion and lint
Place.Dust and lint are blocked in it filter cloth bag 4, and pure air is discharged by exporting 2a.In above-mentioned dust removal process by
It is between dividing plate 3 and lower shell 2 in fan 7, be between dividing plate 3 and upper shell 1 with dust and gas stream, therefore, powder
Dirt and lint are not accumulated at fan 7.
Cylinder two 2d due to lower shell 2 is resisted against inside upper shell 1 by contact layer 2d3 thereon, and cylinder two 2d
On locking ring 2d1 be connected with upper shell 1 outside screw.Lower shell 1 lower end is firmly positioned at locking ring 2d1 and cylinder two
At the location division 2d2 being formed between 2d.Such structure can make stable being connected on lower shell 2 of upper shell 1, but also effectively
Prevent upper shell 1 with respect to lower shell 2 axis play, and prevent upper shell 1 with respect to lower shell 2 both sides loosen.
As can be seen that being turn lower shell 2 or upper shell 1 in cargo handling process, its handling is easy, easy to implement.
After a period of time, in filter cloth bag 4, the dust of accumulation and lint can affect the normal dedusting of this device.Turn
Lower shell 2 can easily be split by upper shell 1 after upper shell 1 or lower shell 2, because dividing plate 3 is located at the cylinder of lower shell 2
At one 2c, 2c is shorter for cylinder one, therefore filter cloth bag 4 can easily be dismantled.Certainly, once filter cloth bag 4 has been cleared up
Cheng Hou, being loaded into dividing plate 3 can reuse again.
In addition, this device median septum 3 is also subject to a pretension active force, cushioning effect can not only be played and can also prevent
Dividing plate 3 loosens.Specifically, sheathed preload ring 8 on positioning tube 5 and be just located at spring 9 between positioning tube 5 and preload ring 8
Enable above-mentioned purpose.
Claims (8)
1. the dust-collecting mechanism in a kind of automatic hosiery machine, this mechanism include for be connected in knitting machine frame except dirt cup, its
Be characterised by, described include the internal upper shell for cavity and lower shell except dirt cup, the upper end of described upper shell has import,
Lower shell lower end has outlet, and described upper shell lower end is enclosed within outside lower shell upper end and both are threaded, described lower shell
Upper end is fixed with dividing plate, described dividing plate has some dedusting holes running through, is respectively connected with filter cloth at each dedusting hole described
Bag, described dividing plate is also associated with fan, and described upper shell and lower shell are transparent material, along except the axis direction of dirt cup
Said fans are in filter cloth bag bottom, have and for dividing plate be locked in above-mentioned lower shell upper end between described upper shell and lower shell
The location structure at place；Described location structure includes tubular positioning tube, and the upper end of described positioning tube is resisted against in top cylinder body
Top, the lower end of described positioning tube is resisted against on dividing plate and dividing plate is pressed between positioning tube and lower shell, described positioning
Cylinder upper end is also cased with preload ring ringwise, has spring between described preload ring and positioning tube.
2. the dust-collecting mechanism in automatic hosiery machine according to claim 1 is it is characterised in that described dividing plate passes through securing member
It is connected on lower shell.
3. the dust-collecting mechanism in automatic hosiery machine according to claim 1 is it is characterised in that described upper shell and lower shell
Between there is the location structure that dividing plate is locked in above-mentioned lower shell upper end.
4. the dust-collecting mechanism in automatic hosiery machine according to claim 3 is it is characterised in that described location structure also wraps
Include a rubber washer, above-mentioned rubber washer is pressed between dividing plate and positioning tube.
5. the dust-collecting mechanism in automatic hosiery machine according to claim 1 it is characterised in that described fan include motor,
Sharf and blade, form between described dividing plate and upper shell for storing the filter chamber with dust and gas stream, described dividing plate and lower cylinder
Form, between body, the discharge chamber discharged for pure air, above-mentioned filter cloth bag, motor, sharf and blade are respectively positioned on discharge chamber
Interior, described motor is connected on dividing plate, and above-mentioned sharf upper end is connected with the rotating shaft of motor, and described blade is connected under sharf
End.
6. the dust-collecting mechanism in automatic hosiery machine according to claim 5 is it is characterised in that described motor is connected in dividing plate
Center, above-mentioned filter cloth bag circumference on the basis of motor is distributed on dividing plate, and described filter cloth bag is located at blade top.
7. the dust-collecting mechanism in automatic hosiery machine according to claim 1 it is characterised in that described lower shell side wall with go out
There is between mouthful spigot surface in conical transition, described lower shell includes cylindrical cylinder one and cylinder two, above-mentioned lead
It is respectively positioned on cylinder two bottom to face and outlet, aforementioned barriers are connected in cylinder one upper end, described cylinder one lower end is resisted against cylinder
Two upper ends.
8. the dust-collecting mechanism in automatic hosiery machine according to claim 7 is it is characterised in that have outside described cylinder two
The locking ring ringwise protruding, forms annular and the positioning matching with upper shell lower end between described locking ring and cylinder two
Portion, above-mentioned upper shell lower end is embedded at location division.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510055578.1A CN104593941B (en) | 2015-02-03 | 2015-02-03 | Dust collection mechanism in automatic hosiery knitter |
| CN201610239638.XA CN105803662A (en) | 2015-02-03 | 2015-02-03 | Improved dust collection mechanism in automatic hosiery machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510055578.1A CN104593941B (en) | 2015-02-03 | 2015-02-03 | Dust collection mechanism in automatic hosiery knitter |
Related Child Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610239638.XA Division CN105803662A (en) | 2015-02-03 | 2015-02-03 | Improved dust collection mechanism in automatic hosiery machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104593941A CN104593941A (en) | 2015-05-06 |
| CN104593941B true CN104593941B (en) | 2017-01-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510055578.1A Active CN104593941B (en) | 2015-02-03 | 2015-02-03 | Dust collection mechanism in automatic hosiery knitter |
| CN201610239638.XA Pending CN105803662A (en) | 2015-02-03 | 2015-02-03 | Improved dust collection mechanism in automatic hosiery machine |
Family Applications After (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610239638.XA Pending CN105803662A (en) | 2015-02-03 | 2015-02-03 | Improved dust collection mechanism in automatic hosiery machine |
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| Country | Link |
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| CN (2) | CN104593941B (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104593941B (en) * | 2015-02-03 | 2017-01-18 | 海宁汉德袜业有限公司 | Dust collection mechanism in automatic hosiery knitter |
| CN106637656A (en) * | 2017-03-03 | 2017-05-10 | 曹淅 | Dust removing mechanism in computerized hosiery knitter |
| CN112663222A (en) * | 2021-01-15 | 2021-04-16 | 刘赛赛 | Weaving is with weaving quick-witted weaving dirt collecting device |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN105803662A (en) | 2016-07-27 |
| CN104593941A (en) | 2015-05-06 |
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