CN109969685A - A kind of conveying device for fiber drying equipment - Google Patents
A kind of conveying device for fiber drying equipment Download PDFInfo
- Publication number
- CN109969685A CN109969685A CN201910144913.3A CN201910144913A CN109969685A CN 109969685 A CN109969685 A CN 109969685A CN 201910144913 A CN201910144913 A CN 201910144913A CN 109969685 A CN109969685 A CN 109969685A
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- China
- Prior art keywords
- mounting rod
- drive surface
- clamping element
- load
- bearing part
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Classifications
-
- 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
- B65G15/30—Belts or like endless load-carriers
- B65G15/58—Belts or like endless load-carriers with means for holding or retaining the loads in fixed position, e.g. magnetic
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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
- B65G49/00—Conveying systems characterised by their application for specified purposes not otherwise provided for
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F26—DRYING
- F26B—DRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
- F26B13/00—Machines and apparatus for drying fabrics, fibres, yarns, or other materials in long lengths, with progressive movement
- F26B13/001—Drying and oxidising yarns, ribbons or the like
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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
- B65G2201/00—Indexing codes relating to handling devices, e.g. conveyors, characterised by the type of product or load being conveyed or handled
- B65G2201/04—Bulk
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Textile Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Drying Of Solid Materials (AREA)
Abstract
The present invention relates to a kind of conveying devices for fiber drying equipment, including rack, drying box is provided in rack, cycloconveyor belt, load-bearing part, A clamping element, B clamping element, return unit, A mounting rod and B mounting rod, actuator is provided on the transport path of cycloconveyor belt, A drive surface and B drive surface are provided on actuator, when cycloconveyor belt conveys A mounting rod and B mounting rod by actuator, A drive surface and A mounting rod constitute inclined-plane driving cooperation and rotate for adjusting A mounting rod so that A clamping element is rotated far from load-bearing part, B drive surface and B mounting rod constitute inclined-plane driving cooperation and rotate for adjusting B mounting rod so that B clamping element is rotated far from load-bearing part, structure of the invention is stablized, it is stable, it can be realized and fiber is conveyed, during being conveyed through drying box, it is not only able to clamped fibers, Fiber at clamping can also be unclamped, the fiber at clamping is dried convenient for drying box.
Description
Technical field
The present invention relates to fiber process fields, and in particular to a kind of conveying device for fiber drying equipment.
Background technique
In animal and plant body, fiber plays an important role maintaining organizational aspects.Fiber applications are extensive, can be made into filament,
The end of a thread and the rope made of hemp, papermaking or while knitting felt, can also be made into fibrous layer；It is also commonly used to manufacture unclassified stores, and and unclassified stores simultaneously
Collectively constitute composite material.
It when fiber is processed in production, needs to carry out drying and processing to fiber, traditional static heating drying efficiency is too low, existing
Such furnace drying method is not being used generally, it is general that fiber is dried using the method for hot-air seasoning, connect now to meet
The processing of continuousization pipeline system generally carries out drying box using conveyer belt conveying fiber and dries to fiber, but present
Conveying device structure is simple, and clamping, which is fixed, to fiber when fiber is dried generally can satisfy, but drying box can not
The fiber of conveying device holding position is dried, drying effect is reduced, is not able to satisfy present requirement, such issues that
It is badly in need of solving.
Summary of the invention
The object of the present invention is to provide a kind of conveying devices for fiber drying equipment, to conveying fiber.
The technical solution that the present invention takes is specific as follows.
A kind of conveying device for fiber drying equipment, including rack are provided with drying box, annular conveying in rack
Band, load-bearing part, A clamping element, B clamping element, return unit, A mounting rod and B mounting rod, cycloconveyor belt pass through drying box, load-bearing part
For support fiber, fiber middles are set up on the load bearing member, and both ends are in suspention shape arrangement downwards, and A mounting rod and B mounting rod pass through
Articulated shaft is mounted on cycloconveyor belt, the affixed A clamping element in A mounting rod one end, the affixed B clamping element in B mounting rod one end, return unit
So that A mounting rod and the oriented load-bearing part of B mounting rod against trend so that A clamping element and B clamping element are adjacent to and press on the load bearing member
Tight fiber is provided with actuator on the transport path of cycloconveyor belt, A drive surface and B drive surface is provided on actuator, annular
When conveyer belt conveys A mounting rod and B mounting rod by actuator, A drive surface constitutes inclined-plane driving cooperation for adjusting with A mounting rod
It saves A mounting rod to rotate so that A clamping element is rotated far from load-bearing part, B drive surface constitutes inclined-plane driving cooperation for adjusting with B mounting rod
B mounting rod is saved to rotate so that B clamping element is rotated far from load-bearing part.
Preferably: actuator arranges that A drive surface and B drive surface are along cycloconveyor belt bandwidth side along drying box length direction
To sequentially arranging.
Preferably: A drive surface is made of several sequentially spaced apart sub- A drive surfaces, B drive surface by several sequentially
Spaced apart sub- B drive surface composition.
Preferably: sub- A drive surface and sub- B drive surface are along cycloconveyor belt conveying direction interlaced arrangement.
Preferably: the length of sub- A drive surface is consistent with the length of sub- B drive surface.
Preferably: A drive surface is identical as the structure of B drive surface, and the spacing between adjacent sub- A drive surface and sub- B drive
The length in face is consistent.
Preferably: sub- A drive surface is made of bevel phase and planar section, bevel phase and planar section along actuator length direction according to
Sequence arrangement, A mounting rod pass through during sub- A drive surface, and A mounting rod is in the following two kinds state, first, bevel phase is pacified against A
Bar is filled, A clamping element is in the state for moving away from load-bearing part, second, planar section, against A mounting rod, A clamping element is in and is maintained at
State far from load-bearing part.
Preferably: one end of bevel phase is higher than A mounting rod against one end of A drive surface, and the other end of bevel phase is pacified lower than A
Bar is filled against one end of A drive surface, bevel phase tilts down setting along cycloconveyor belt conveying direction.
Preferably: being connected between bevel phase and planar section by transition face section, transition face section is arc-shaped curved surface.
Preferably: A mounting rod and B mounting rod are in × shape arrangement.
Preferably: B mounting rod be straight-bar, straight-bar be in tilted layout, straight-bar inclined direction is consistent with bevel phase, A mounting rod by
First straight bar section and the second straight bar section composition, the affixed A clamping element in first straight bar section one end, the first straight bar section middle part pass through articulated shaft
It is mounted on cycloconveyor belt, in × shape arrangement, the other end of the first straight bar section affixed second is straight for the first straight bar section and B mounting rod
Rod segment, the second straight bar section are obliquely installed, and the second straight bar section inclined direction is consistent with bevel phase.
Preferably: A mounting rod is equipped with idler wheel against one end of A drive surface, and B mounting rod is equipped with against one end of B drive surface
Idler wheel.
Preferably: actuator is mounted on the rack by lifting assembly, and lifting assembly is used to adjust the height of actuator, real
Now adjust the distance of A clamping element and B clamping element far from load-bearing part.
The technical effect that the present invention obtains are as follows: the present invention passes through the setting of drying box by cycloconveyor belt, realizes to warp
The fiber crossed is dried, and by the setting of load-bearing part, is used for bearing fiber, real by the setting of A clamping element and B clamping element
Function now is clamped to the fiber on load-bearing part, is provided by return unit so that A mounting rod and the oriented load-bearing part of B mounting rod support
The trend leaned on, so that A clamping element and B clamping element are adjacent to and compress fiber on the load bearing member, by the setting of actuator, so that annular
When conveyer belt conveys A mounting rod and B mounting rod by actuator, A drive surface constitutes inclined-plane driving cooperation for adjusting with A mounting rod
It saves A mounting rod to rotate so that A clamping element is rotated far from load-bearing part, B drive surface constitutes inclined-plane driving cooperation for adjusting with B mounting rod
B mounting rod is saved to rotate so that B clamping element is rotated far from load-bearing part.Actuator is arranged along drying box length direction, so that A mounting rod
It, being capable of the driving of system-wide section driven member, guarantee drying effect, A drive surface and B drive surface edge when passing through drying box with B mounting rod
Cycloconveyor belt bandwidth direction sequentially arranges that A drive surface and B drive surface are independently arranged, corresponding with A mounting rod and B mounting rod, drives
It is not interfere with each other when dynamic A mounting rod and B mounting rod.
A drive surface is made of several sequentially spaced apart sub- A drive surfaces, and B drive surface is sequentially spaced cloth by several
The sub- B drive surface composition set, by above-mentioned setting, can be realized to A mounting rod and B mounting rod Continuous Drive.Sub- A drive surface and
Sub- B drive surface realizes staggeredly driving A mounting rod and B mounting rod along cycloconveyor belt conveying direction interlaced arrangement, realizes that A is clamped
Part and B clamping element avoid A clamping element and B clamping element simultaneously far from load-bearing part, cause the feelings of fibre shedding staggeredly far from load-bearing part
Condition.The length of sub- A drive surface is consistent with the length of sub- B drive surface, so that driving A mounting rod is identical with the B mounting rod time, A folder
Tight time of the part with B clamping element far from load-bearing part is identical.A drive surface is identical as the structure of B drive surface, adjacent sub- A drive surface
Between spacing it is consistent with the length of sub- B drive surface, it is identical with the time of B mounting rod to can be realized staggeredly driving A mounting rod, real
Now when A clamping element is far from load-bearing part, B clamping element, which resets, compresses fiber, avoids fibre shedding.Sub- A drive surface by bevel phase and
Planar section composition, bevel phase and planar section sequentially arrange that A mounting rod passes through during sub- A drive surface along actuator length direction,
A mounting rod is in the following two kinds state, first, bevel phase, against A mounting rod, A clamping element is in the shape for moving away from load-bearing part
State, second, planar section, against A mounting rod, A clamping element is passed through in the state for holding it away from load-bearing part by above-mentioned setting
Bevel phase and planar section driving A mounting rod or B mounting rod, driving is stablized, stable.Passed through between bevel phase and planar section
Face section connection is crossed, transition face section is arc-shaped curved surface, by above-mentioned design, avoids A mounting rod and B mounting rod Caton and impact driving
Part guarantees the steady of operational process, the service life of lifting component.
It is in × shape arrangement by A mounting rod and B mounting rod, it is rationally distributed, it can effectively ensure that actuator to A mounting rod
Apply active force with B mounting rod, it is stable.B mounting rod is straight-bar, and straight-bar is in tilted layout, straight-bar inclined direction and bevel phase
Unanimously, A mounting rod is made of the first straight bar section and the second straight bar section, the affixed A clamping element in first straight bar section one end, the first straight bar section
Middle part is mounted on cycloconveyor belt by articulated shaft, and the first straight bar section and B mounting rod are arranged in × shape, the first straight bar section it is another
Affixed second straight bar section in one end, the second straight bar section are obliquely installed, and the second straight bar section inclined direction is consistent with bevel phase, by above-mentioned
Design, enables the application active force of bevel phase exactly, avoids mutually impacting, guarantees the stabilization of operational process.
A mounting rod is equipped with idler wheel against one end of A drive surface, and B mounting rod is equipped with idler wheel, rolling against one end of B drive surface
Wheel can effectively reduce friction between A mounting rod and B mounting rod and actuator, additionally it is possible to guarantee stable, attenuating is made an uproar
Sound.
Actuator is mounted on the rack by lifting assembly, and lifting assembly is used to adjust the height of actuator, is realized and is adjusted A
The distance of clamping element and B clamping element far from load-bearing part.
Structure of the invention is stablized, stable, can be realized and conveys to fiber, is being conveyed through drying box process
In, it is not only able to clamped fibers, additionally it is possible to unclamp to the fiber at clamping, carry out convenient for drying box to the fiber at clamping
Drying, meets present requirement.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of the conveying device for fiber drying equipment proposed by the present invention.
Fig. 2 is the structural schematic diagram of actuator in a kind of conveying device for fiber drying equipment proposed by the present invention.
Fig. 3 is A mounting rod and B mounting rod in a kind of conveying device for fiber drying equipment proposed by the present invention
Structural schematic diagram.
Each drawing reference numeral corresponding relationship is as follows: 100- rack, 311- cycloconveyor belt, 340- load-bearing part, 381-A are clamped
Part, 382-B clamping element, 383- return unit, 384-B mounting rod, 385-A mounting rod, the first straight bar section of 385a-, 385b- second are straight
Rod segment, 386- idler wheel, 400- drying box, 500- actuator, 510-A drive surface, 520-B drive surface, 511- bevel phase, 512- are flat
Face section.
Specific embodiment
In order to which objects and advantages of the present invention are more clearly understood, the present invention is carried out with reference to embodiments specific
It is bright.It should be appreciated that following text is only used to describe one or more of specific embodiments of the invention, not to the present invention
The protection scope specifically requested carries out considered critical.
Embodiment 1
Referring to Fig.1-3, a kind of conveying device for fiber drying equipment, including rack 100 are proposed in the embodiment of the present invention,
Drying box 400, cycloconveyor belt 311, load-bearing part 340, A clamping element 381, B clamping element 382, return unit are provided in rack 100
383, A mounting rod 385 and B mounting rod 384, cycloconveyor belt 311 pass through drying box 400, and load-bearing part 340 is used for support fiber,
Fiber middles ride upon on load-bearing part 340, and both ends are in suspention shape arrangement downwards, and A mounting rod 385 and B mounting rod 384 pass through hinged
Axis is mounted on cycloconveyor belt 311, the affixed A clamping element 381 in 385 one end of A mounting rod, and the affixed B in 384 one end of B mounting rod is clamped
Part 382, return unit 383 make A mounting rod 385 and the oriented load-bearing part 340 of B mounting rod 384 against trend so that A clamping element
381 and B clamping element 382, which is adjacent on load-bearing part 340, compresses fiber, and driving is provided on the transport path of cycloconveyor belt 311
Part 500, A drive surface 510 and B drive surface 520 are provided on actuator 500, and cycloconveyor belt 311 conveys A mounting rod 385 and B
When mounting rod 384 is by actuator 500, A drive surface 510 and A mounting rod 385 constitute inclined-plane driving cooperation for adjusting A installation
Bar 385 rotates so that A clamping element 381 is rotated far from load-bearing part 340, and B drive surface 520 and B mounting rod 384 constitutes inclined-plane driving and matches
It shares and rotates in adjusting B mounting rod 384 so that B clamping element 382 is rotated far from load-bearing part 340.
Actuator 500 arranges that A drive surface 510 and B drive surface 520 are along cycloconveyor belt along 400 length direction of drying box
311 bandwidth directions are sequentially arranged.
A drive surface 510 is made of several sequentially spaced apart sub- A drive surfaces, B drive surface 520 by several sequentially
Spaced apart sub- B drive surface composition.
Sub- A drive surface and sub- B drive surface are along annular 311 tape feeding direction interlaced arrangements of conveying.
The length of sub- A drive surface is consistent with the length of sub- B drive surface.
A drive surface 510 is identical as the structure of B drive surface 520, the spacing between adjacent sub- A drive surface and sub- B drive surface
Length it is consistent.
Sub- A drive surface is made of bevel phase 511 and planar section 512, and bevel phase 511 and planar section 512 are long along actuator 500
Degree direction sequentially arranges that A mounting rod 385 passes through during sub- A drive surface, and A mounting rod 385 is in the following two kinds state, first,
Bevel phase 511 is against A mounting rod 385, and A clamping element 381 is in the state for moving away from load-bearing part 340, second, planar section 512
Against A mounting rod 385, A clamping element 381 is in the state for holding it away from load-bearing part 340.
One end of bevel phase 511 is higher than A mounting rod 385 against one end of A drive surface 510, and the other end of bevel phase 511 is low
In A mounting rod 385 against one end of A drive surface 510, bevel phase 511 is tilted down along 311 conveying direction of cycloconveyor belt and is set
It sets.
It is connected between bevel phase 511 and planar section 512 by transition face section, transition face section is arc-shaped curved surface.
A mounting rod 385 and B mounting rod 384 are in × shape arrangement.
B mounting rod 384 is straight-bar, and straight-bar is in tilted layout, and straight-bar inclined direction and bevel phase 511 are consistent, A mounting rod 385
It is made of the first straight bar section 385a and the second straight bar section 385b, the first affixed A clamping element 381 in the one end straight bar section 385a, first is straight
It is mounted on cycloconveyor belt 311 in the middle part of rod segment 385a by articulated shaft, the first straight bar section 385a and B mounting rod 384 are in × shape
Arrangement, the other end of the first straight bar section 385a affixed second straight bar section 385b, the second straight bar section 385b are obliquely installed, the second straight-bar
Section 385b inclined direction and bevel phase 511 are consistent.
A mounting rod 385 is equipped with idler wheel 386 against one end of A drive surface 511, and B mounting rod 384 is against B drive surface 512
One end is equipped with idler wheel 386.
Actuator 500 is mounted in rack 100 by lifting assembly, and lifting assembly is used to adjust the height of actuator 500,
It realizes and adjusts the distance of A clamping element 381 and B clamping element 382 far from load-bearing part 340.
A kind of conveying device for fiber drying equipment proposed in the present embodiment when in use, annular conveying, 311
Conveying fiber passes through drying box 400, firstly, cycloconveyor belt has the load-bearing part 340, A clamping element 381, B of fiber to press from both sides with support
Tight part 382, return unit 383, A mounting rod 385, B mounting rod 384 enter drying box 400, and A mounting rod 385, B mounting rod are by driving
The idler wheel 386 of moving part, first A mounting rod 385 in A drive surface 510, A mounting rod first with the bevel phase in sub- A drive surface
511 against during against by bevel phase 511, A mounting rod 385 rotates idler wheel 386, so that A clamping element 381 is gradually remote
From load-bearing part 340, then the idler wheel 386 on A mounting rod and the planar section 512 in sub- A drive surface against, idler wheel 386 against
During planar section 512, A mounting rod 385 is no longer rotated, so that A clamping element 381 is in the position for being kept away from load-bearing part 340
It sets same cycloconveyor belt 311 to advance together, the idler wheel 386 on last A mounting rod passes through sub- A drive surface, and A mounting rod is resetting
Under the action of part 383, reset, so that A clamping element compresses fiber again.Then B mounting rod 384 is against by sub- B drive surface, mistake
Journey is identical against A drive surface 510 as A mounting rod 385, as cycloconveyor belt 311 drives load-bearing part 340, A clamping element 381, B
The process of clamping element 382, return unit 383, A mounting rod 385, B mounting rod 384 constantly Jing Guo sub- A drive surface and sub- B drive surface
In, it constantly repeats the above process, realizes A clamping element and B clamping element alternately far from load-bearing part, convenient for drying box to A clamping element and B
Fiber at clamping element clamping is dried.
The present invention passes through the setting of drying box 400 by 311 band of annular conveying, and the fiber of process is dried in realization,
By the setting of load-bearing part 340, it is used for bearing fiber, by the setting of A clamping element 381 and B clamping element 382, is realized to carrying
Fiber on part 340 is clamped function, is provided by return unit 383 so that A mounting rod 385 and the oriented carrying of B mounting rod 384
Part 340 against trend pass through driving so that A clamping element 381 and B clamping element 382 are adjacent to and compress fiber on load-bearing part 340
The setting of part 500, when so that cycloconveyor belt 311 conveying A mounting rod 385 and B mounting rod 384 by actuator 500, A driving
Face 510 and A mounting rod 385 constitute inclined-plane driving cooperation for adjust A mounting rod 385 rotate so that A clamping element 381 rotate it is separate
Load-bearing part 340, B drive surface 520 and B mounting rod 384 constitute inclined-plane driving cooperation and rotate for adjusting B mounting rod 384 so that B is pressed from both sides
Tight part 382 is rotated far from load-bearing part 340.Actuator 500 is arranged along 400 length direction of drying box, so that A mounting rod 385 and B peace
It, being capable of the driving of system-wide section driven member 500, guarantee drying effect, A drive surface 510 and B drive when filling bar 384 across drying box 400
Dynamic face 520 sequentially arranges that A drive surface 510 and the independent arrangement of B drive surface 520 are installed with A along 311 bandwidth direction of cycloconveyor belt
Bar 385 and B mounting rod 384 are corresponding, do not interfere with each other when driving A mounting rod 385 and B mounting rod 384.
A drive surface 510 is made of several sequentially spaced apart sub- A drive surfaces, B drive surface 520 by several sequentially
Spaced apart sub- B drive surface composition, by above-mentioned setting, can be realized to 384 continuous driving of A mounting rod 385 and B mounting rod
It is dynamic.Sub- A drive surface and sub- B drive surface realize staggeredly driving A mounting rod 385 along 311 conveying direction interlaced arrangement of cycloconveyor belt
With B mounting rod 384, realize that A clamping element 381 and B clamping element 382 staggeredly far from load-bearing part 340, avoid A clamping element 381 and B from pressing from both sides
Tight part 382 is simultaneously far from load-bearing part, the case where causing fibre shedding.The length one of the length of sub- A drive surface and sub- B drive surface
It causes, so that driving 384 times of A mounting rod 385 and B mounting rod are identical, A clamping element 381 and B clamping element 382 are far from load-bearing part 340
Time it is identical.A drive surface 510 is identical as the structure of B drive surface 520, and the spacing between adjacent sub- A drive surface and sub- B drive
The length in dynamic face is consistent, can be realized and staggeredly drives the time of A mounting rod 385 and B mounting rod 384 identical, realizes and works as A clamping element
381 far from load-bearing part 340 when, B clamping element 382 reset compress fiber, avoid fibre shedding.Sub- A drive surface is by 511 He of bevel phase
Planar section 512 forms, and bevel phase 511 and planar section 512 are sequentially arranged along actuator length direction, and A mounting rod 385 passes through sub- A
During drive surface, A mounting rod is in the following two kinds state, first, bevel phase 511 is against A mounting rod 385, A clamping element 381
In the state for moving away from load-bearing part, second, planar section 512, against A mounting rod 385, A clamping element 381 is in and is maintained at remote
State from load-bearing part 340 drives A mounting rod 385 or B to install by above-mentioned setting by bevel phase 511 and planar section 512
Bar 384, driving is stablized, stable.It is connected between bevel phase 511 and planar section 512 by transition face section, transition face section is arc
Shape curved surface avoids A mounting rod 385 and 384 Caton of B mounting rod and impact actuator 500 by above-mentioned design, and guarantee was run
Steady, the service life of lifting component of journey.
It is in × shape arrangement by A mounting rod 385 and B mounting rod 384, it is rationally distributed, it can effectively ensure that actuator 500
Active force is applied to A mounting rod 385 and B mounting rod 384, it is stable.B mounting rod 384 is straight-bar, and straight-bar is in tilted layout, directly
Bar inclined direction and bevel phase 511 are consistent, and A mounting rod 385 is made of the first straight bar section 385a and the second straight bar section 385b, and first
The affixed A clamping element 381 in the one end straight bar section 385a, the first middle part straight bar section 385a are mounted on cycloconveyor belt 311 by articulated shaft
On, the first straight bar section 385a and B mounting rod 384 are in × shape arrangement, affixed second straight bar section of the other end of the first straight bar section 385a
385b, the second straight bar section 385b are obliquely installed, and the second straight bar section 385b inclined direction and bevel phase 511 are consistent, are set by above-mentioned
Meter, enables the application active force of 511 exactly of bevel phase, avoids mutually impacting, guarantees the stabilization of operational process.
A mounting rod 385 is equipped with idler wheel 386 against one end of A drive surface 510, and B mounting rod 384 is against B drive surface 520
One end is equipped with idler wheel 386, and idler wheel 386 can effectively reduce between A mounting rod 385 and B mounting rod 384 and actuator 500
Friction, additionally it is possible to guarantee stable, reducing noise.
Actuator 500 is mounted in rack 100 by lifting assembly, and lifting assembly is used to adjust the height of actuator, real
Now adjust the distance of A clamping element 381 and B clamping element 382 far from load-bearing part 340.
Structure of the invention is stablized, stable, can be realized and conveys to fiber, is being conveyed through drying box process
In, it is not only able to clamped fibers, additionally it is possible to unclamp to the fiber at clamping, carry out convenient for drying box to the fiber at clamping
Drying, meets present requirement.
The above is only a preferred embodiment of the present invention, it is noted that for the ordinary skill people of the art
For member, without departing from the principle of the present invention, it can also make several improvements and retouch, these improvements and modifications are also answered
It is considered as protection scope of the present invention.Structure, device and the operating method for not specifically describing and illustrating in the present invention, such as nothing
It illustrates and limits, implemented according to the conventional means of this field.
Claims (10)
1. a kind of conveying device for fiber drying equipment, which is characterized in that including rack (100), rack is arranged on (100)
There are drying box (400), cycloconveyor belt (311), load-bearing part (340), A clamping element (381), B clamping element (382), return unit
(383), A mounting rod (385) and B mounting rod (384), cycloconveyor belt (311) pass through drying box (400), and load-bearing part (340) is used
In support fiber, fiber middles are ridden upon on load-bearing part (340), and both ends are in suspention shape arrangement, A mounting rod (385) and B peace downwards
Dress bar (384) is mounted on cycloconveyor belt (311) by articulated shaft, the affixed A clamping element (381) in A mounting rod (385) one end, B
The affixed B clamping element (382) in mounting rod (384) one end, return unit (383) make A mounting rod (385) and B mounting rod (384) oriented
Load-bearing part (340) against trend so that A clamping element (381) and B clamping element (382) be adjacent to compressed on load-bearing part (340) it is fine
It ties up, is provided with actuator (500) on the transport path of cycloconveyor belt (311), actuator is provided with A drive surface on (500)
(510) and B drive surface (520), cycloconveyor belt (311) convey A mounting rod (385) and B mounting rod (384) by actuator
(500) when, A drive surface (510) constitutes inclined-plane driving cooperation with A mounting rod (385) to be made for adjusting A mounting rod (385) rotation
It obtains A clamping element (381) to rotate far from load-bearing part (340), B drive surface (520) and B mounting rod (384) constitute inclined-plane and drive and cooperate
It rotates for adjusting B mounting rod (384) so that B clamping element (382) is rotated far from load-bearing part (340).
2. the conveying device according to claim 1 for fiber drying equipment, which is characterized in that actuator (500) edge
Drying box (400) length direction arrangement, A drive surface (510) and B drive surface (520) along cycloconveyor belt (311) bandwidth direction according to
Sequence arrangement.
3. the conveying device according to claim 2 for fiber drying equipment, which is characterized in that A drive surface (510) by
Several sequentially spaced apart sub- A drive surface compositions, B drive surface (520) is by several sequentially spaced apart sub- B drive surfaces
Composition.
4. the conveying device according to claim 3 for fiber drying equipment, which is characterized in that sub- A drive surface and sub- B
Drive surface is along annular conveying (311) tape feeding direction interlaced arrangement.
5. the conveying device according to claim 4 for fiber drying equipment, which is characterized in that the length of sub- A drive surface
It spends consistent with the length of sub- B drive surface.
6. the conveying device according to claim 5 for fiber drying equipment, which is characterized in that A drive surface (510) with
The structure of B drive surface (520) is identical, and the spacing between adjacent sub- A drive surface is consistent with the length of sub- B drive surface.
7. the conveying device according to claim 6 for fiber drying equipment, which is characterized in that sub- A drive surface is by oblique
Face section (511) and planar section (512) form, bevel phase (511) and planar section (512) along actuator (500) length direction sequentially
Arrangement, A mounting rod (385) is by during sub- A drive surface, A mounting rod (385) is in the following two kinds state, first, bevel phase
(511) against A mounting rod (385), A clamping element (381) is in the state for moving away from load-bearing part (340), second, planar section
(512) against A mounting rod (385), A clamping element (381) is in the state for holding it away from load-bearing part (340).
8. the conveying device according to claim 7 for fiber drying equipment, which is characterized in that bevel phase (511)
One end is higher than A mounting rod (385) against one end of A drive surface (510), and the other end of bevel phase (511) is lower than A mounting rod
(385) against one end of A drive surface (510), bevel phase (511) tilts down setting along cycloconveyor belt (311) conveying direction.
9. the conveying device according to claim 7 for fiber drying equipment, which is characterized in that bevel phase (511) and
Planar section is connected between (512) by transition face section, and transition face section is arc-shaped curved surface.
10. the conveying device according to claim 10 for fiber drying equipment, which is characterized in that further include following spy
Levy one of A-D or a few persons:
A:A mounting rod (385) and B mounting rod (384) are in × shape arrangement；
B:B mounting rod (384) is straight-bar, and straight-bar is in tilted layout, straight-bar inclined direction and bevel phase (511) unanimously, A mounting rod
(385) it is made of the first straight bar section (385a) and the second straight bar section (385b), the affixed A clamping element in the one end the first straight bar section (385a)
(381), it is mounted on cycloconveyor belt (311) in the middle part of the first straight bar section (385a) by articulated shaft, the first straight bar section (385a)
With B mounting rod (384) in × shape arrangement, affixed second straight bar section (385b) of the other end of the first straight bar section (385a), second is straight
Rod segment (385b) is obliquely installed, and the second straight bar section (385b) inclined direction and bevel phase (511) are consistent；
C:A mounting rod (385) is equipped with idler wheel (386) against one end of A drive surface (511), and B mounting rod (384) is against B drive surface
(512) one end is equipped with idler wheel (386)；
D: actuator (500) is mounted on rack (100) by lifting assembly, and lifting assembly is for adjusting actuator (500)
Highly, it realizes and adjusts the distance of A clamping element (381) and B clamping element (382) far from load-bearing part (340).
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| CN201910144913.3A CN109969685B (en) | 2019-02-27 | 2019-02-27 | Conveying device for fiber drying equipment |
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| CN201910144913.3A CN109969685B (en) | 2019-02-27 | 2019-02-27 | Conveying device for fiber drying equipment |
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| CN109969685A true CN109969685A (en) | 2019-07-05 |
| CN109969685B CN109969685B (en) | 2023-10-27 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112161457A (en) * | 2020-09-30 | 2021-01-01 | 彭德敏 | Rotary folding and drying cloth device for printing and dyeing |
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| CN112161457A (en) * | 2020-09-30 | 2021-01-01 | 彭德敏 | Rotary folding and drying cloth device for printing and dyeing |
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| CN109969685B (en) | 2023-10-27 |
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Address after: 246620 Shihang Machinery Office Building, Changning Industrial Park, Spa town, Yuexi County, Anqing, Anhui Province Applicant after: YUEXI SHIXING MACHINERY EQUIPMENT Co.,Ltd. Address before: 246600 in Changning Industrial Park, Wenquan Town, Yuexi County, Anqing City, Anhui Province Applicant before: YUEXI SHIXING MACHINERY EQUIPMENT Co.,Ltd. |
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