CN207580248U - A kind of automatic packaging unit of opening fiber - Google Patents
A kind of automatic packaging unit of opening fiber Download PDFInfo
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- CN207580248U CN207580248U CN201721224019.XU CN201721224019U CN207580248U CN 207580248 U CN207580248 U CN 207580248U CN 201721224019 U CN201721224019 U CN 201721224019U CN 207580248 U CN207580248 U CN 207580248U
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- Preliminary Treatment Of Fibers (AREA)
Abstract
The utility model discloses a kind of automatic packaging units of opening fiber,The automatic packaging unit of the opening fiber provided,Including constant charging component,Automate extrusion forming component,Fiber is nude enamelled with charging box separation assembly and the intermittent cycle platform of placement charging box,The opening fiber of predetermined weight can be loaded into open-topped charging box and sends out measurement instruction intermittent repetition stage is controlled to open or stop operating by constant charging component by the fiber component that shuts off,Automation extrusion forming component to the fiber in charging box squeeze that form molding fiber nude enamelled,Fiber is nude enamelled to be detached charging box and shaping fiber are nude enamelled with charging box separation assembly,Further include the automatic packaging component packed nude enamelled to shaping fiber,The packaging unit is participated in little need for artificial,It can avoid because the artificial link that participates in is more and lead to that packaging efficiency is low and labor intensity is big.
Description
Technical field
The utility model is related to the packing technique fields of the fiber after shredding, and in particular to a kind of opening fiber from
Dynamicization packaging unit.
Background technology
It is related to multiple working procedure during biological refined fiber, the sequence for the treatment of process is as follows：First to fibrous raw material into
Row basic handling, removal clast, dust and hemp skin etc., secondly, by the fibrous raw material obtained after processing carry out successively bacterium solution inoculation,
Wet fermentation, inactivation treatment, stain oil processing and drying and processing, to obtain required biological refined fiber, after drying and processing again
Shredding is carried out to biological refined fiber, finally the biological refined fiber after shredding is packed.
At present, when being packed to opening fiber, usually manually opening fiber is received from shredding unit discharge port and incited somebody to action
It is packed into the charging box that can manually move, then charging babinet is moved to extrusion type forming machine corresponding position and opens extruding
Molding machine extrusion forming, then, dismounting babinet take out nude enamelled and are wrapped up into cloth bag using light instrument, which deposits
In problems with：It need to manually carry, labor intensity is big, and artificial link participates in the more processing time for being likely to result in packaging
It is longer.
Therefore, when packing opening fiber, artificial participation link how is reduced to reduce artificial labor intensity and raising
Packaging efficiency is become for those skilled in the art's urgent problem.
Utility model content
The technical issues of the utility model solves is the artificial participation ring in the method for overcoming existing packaging opening fiber
It saves more and leads to that packaging efficiency is low and hand labor intensity is big, thus a kind of automatic packaging unit of opening fiber is provided.
The automatic packaging unit of the opening fiber of the utility model, which includes constant charging component, automation is squeezed
Molded component, fiber are nude enamelled with charging box separation assembly and to place the intermittent cycle platform of constant charging box, the constant
The opening fiber of predetermined weight can be loaded into the open-topped constant charging box by charging component by the fiber component that shuts off
And send out measurement instruction and the intermittent cycle platform is controlled to open or stop operating, the automation extrusion forming component pair
Fiber in the constant charging box squeeze that form shaping fiber nude enamelled, and the fiber is nude enamelled will with charging box separation assembly
The constant charging box and shaping fiber is nude enamelled is detached, further includes the automation packed nude enamelled to shaping fiber
Package component；
At least three constant charging box fixed placements are in the intermittent cycle platform, at least three constants dress
Hopper is rotated with the intermittent cycle platform intermittent cycle, along the running track direction of the intermittent cycle platform, institute
State fiber shut off component to it is described automation extrusion forming component distance be equal to it is described automation extrusion forming component arrive described in
The nude enamelled distance with charging box separation assembly of fiber, at least three constants charging box equidistantly distributed, before unit is opened, institute
State fiber shut off component, it is described automation extrusion forming component and the fiber it is nude enamelled with charging box separation assembly respectively at described
The constant charging box of each corresponding position fixed placement one on intermittent cycle platform；
The automatic packaging component includes receiving the nude enamelled packaging platform of the shaping fiber, further includes to the molding
The nude enamelled packing machine for carrying out cloth package or coating and then tying up again of fiber.
Preferably, the intermittent cycle platform is elliptical platform.
Preferably, when the quantity of the constant charging box is four, four constant charging boxs are equally distributed in
In the running track of the intermittent cycle platform, the fiber shuts off the component and fiber is nude enamelled that a group valency is detached with charging box
It is located at the both ends of oval long axis respectively.
Preferably, the open-topped constant charging box is by preceding boxboard, rearing-box plate, left boxboard, right boxboard and under casing
Plate is composed, and the preceding boxboard is fixedly connected with the under casing plate, the both sides of the rearing-box plate respectively with the left boxboard and
The right boxboard is fixedly connected, and the upper end of the preceding boxboard is equipped with lateral pin, the left boxboard and the right boxboard be respectively equipped with
First guide of the lateral pin cooperation, the preceding boxboard and the under casing plate being fixedly connected pass through the lateral pin and the guide
It is detachably connected with the left boxboard, the rearing-box plate and the right boxboard being fixedly connected, the preceding boxboard and the under casing
Plate junction is equipped with axis pin, and the left boxboard and the right boxboard are respectively equipped with the second guide coordinated with the axis pin, fixed
The preceding boxboard and the under casing plate of connection by the axis pin can relative to be fixedly connected the left boxboard, it is described after
Boxboard and the right boxboard rotation.
Preferably, the distance of the preceding boxboard to the rearing-box plate is not more than 2m, the height of the constant charging box is not
More than 2m, the distance of left boxboard described in the width of the constant charging box to the right boxboard is equal to the production of conveying opening fiber
The width of line.
Preferably, the fiber shuts off, the shape of component is inverted trapezoidal, and the fiber of inverted trapezoidal shuts off the bottom of component
Plate is the open and close type bottom plate that can be achieved to open wide or close by manipulator control.
Preferably, the automation extrusion forming component is including identical with the open top area of the constant charging box
And the stripper plate in the constant charging box can be embedded in and drive the into or out constant charging box of stripper plate
Power source.
Preferably, the fiber is nude enamelled to include three pairs of manipulators with charging box separation assembly, first pair of manipulator is energy
Enough manipulate the first guide to the preceding boxboard that is fixedly connected and the under casing plate be fixedly connected the left boxboard, it is described after
The boxboard and right boxboard is dismantled or compound manipulator, a manipulator of second pair of manipulator for can fix it is described after
The manipulator of boxboard, the another manipulator of second pair of manipulator are the preceding boxboard and the under casing that can make to be fixedly connected
Plate is relative to the manipulator of the left boxboard, the rearing-box plate and the right boxboard rotation being fixedly connected, and third is to manipulator
Extrusion forming and nude enamelled be transported to of fiber detached with the left boxboard, the rearing-box plate and the right boxboard can be completed cloth
On the packing machine of material.
The automatic packaging unit of the opening fiber of the utility model compared with prior art, has the advantages that：
1st, the automatic packaging unit of the opening fiber of the utility model is squeezed into including constant charging component, automation
Type component, fiber are nude enamelled with charging box separation assembly and to place the intermittent cycle platform of constant charging box, constant charging component
The opening fiber of predetermined weight can be loaded into open-topped constant charging box and send out measurement and referred to by the fiber component that shuts off
Enable and intermittent repetition stage controlled to open or stop operating, automation extrusion forming component to the fiber in constant charging box into
Row squeezes that form molding fiber nude enamelled, and fiber is nude enamelled to be divided charging box and shaping fiber are nude enamelled with charging box separation assembly
From, the automatic packaging component packed nude enamelled to shaping fiber is further included, wherein, the fixation of at least three constant charging boxs is put
Intermittent cycle platform is placed in, at least three constant charging boxs are rotated with intermittent cycle platform loop, put down along intermittent cycle
The running track direction of platform, fiber shut off component to automation extrusion forming component distance be equal to automation extrusion forming component
To the nude enamelled distance with charging box separation assembly of fiber, at least three constant charging box equidistantly distributeds, before unit is opened, fiber
Shut off component, automation extrusion forming component and fiber it is nude enamelled with charging box separation assembly respectively on intermittent cycle platform
Each corresponding position places a constant charging box；
Fiber shut off component, automation extrusion forming component and fiber it is nude enamelled with charging box separation assembly respectively at intermittent
Each corresponding position places a constant charging box in repetition stage, and fiber shuts off component unlatching, passes through constant and feeds component
Effect, to the fiber of first constant charging box conveying shredding being disposed below, when the fibre weight in the charging box reaches
During to setting value, the fiber component that shuts off is stopped, at this point, constant charging component send out measurement instruct and control start it is intermittent
Repetition stage is rotated, and because along the running track direction of intermittent cycle platform, the fiber component that shuts off is crowded to automation
The distance of molded component is equal to automation extrusion forming component to the nude enamelled distance with charging box separation assembly of fiber, Ruo Gansuo
Constant charging box equidistantly distributed is stated, so when first constant charging box runs to the lower section of automation extrusion forming component
When, second constant charging box runs to fiber and shuts off the lower section of component, at this point, constant charging component control intermittent cycle is put down
Platform stops operating, fiber shut off component start convey shredding fiber to second constant charging box, meanwhile, automation is squeezed into
Type component starts to carry out extrusion forming to the fiber in the first constant charging box, when the fiber in second constant charging box reaches
During metric, automation extrusion forming component also completes extrusion forming work, at this point, constant charging component is again started up interval
Formula repetition stage, when unloaded third constant charging box arrival fiber shuts off the lower section of component, constant charging component control
Intermittent cycle platform stops operating, at this point, first constant charging box of extrusion forming run to fiber it is nude enamelled with charging
At case separation assembly, second constant charging box of also non-extrusion forming is run to automation extrusion forming component, three groups
Part works at the same time, and when the fiber in third constant charging box reaches setting value, automation extrusion forming component is to second
Fiber in constant charging box completes extruding, fiber it is nude enamelled with charging box separation assembly by first constant charging box into
Fiber type is nude enamelled to be detached with charging box, and then, constant charging component is again started up intermittent cycle platform, suitable successively
Sequence, several constant charging boxs operate successively with intermittent cycle platform, and are completed under the action of three components to shredding
Loading, extruding and the separation of fiber.
Automatic packaging component includes the packing machine wrapped up nude enamelled to molding fiber, and packing machine is to molding fiber
Automatically it is packed.
The unit is participated in little need for artificial as a result, thus its can avoid manually participating in the prior art link it is more and
Lead to that packaging efficiency is low and labor intensity is big.
2nd, fiber shuts off component and fiber and charging box separation assembly is located at same level direction, it is ensured that feed inlet and goes out
Material mouth is located on straight line direction, is conveniently operated.
3rd, the setting of constant charging box by the preceding boxboard that is fixedly connected and under casing plate be fixedly connected left boxboard, rearing-box plate and
Right boxboard is detachably composed, simple in structure, and is easily isolated component and is realized separation nude enamelled to shaping fiber and charging box.
Description of the drawings
Fig. 1 is a kind of a kind of specific embodiment of the automatic packaging unit of opening fiber provided by the utility model
Structure diagram；
Fig. 2 is the intermittent cycle platform in Fig. 1 by control block diagram；
Fig. 3 is the structure diagram of the charging box in Fig. 1.
Reference numeral in Fig. 1-3 is as follows：
1 constant charging box, boxboard before 11,12 rearing-box plates, 13 left boxboards, 14 right boxboards, 15 under casing plates, 16 lateral pins, 17
One guide, 18 axis pins, 19 second guidees；
2 constants charging component；
3 automation extrusion forming components, 31 stripper plates, 32 power sources；
4 fibers are nude enamelled with charging box separation assembly, 41 first pairs of manipulators, 42 second pairs of manipulators；
5 intermittent cycle platforms, 6 fibers shut off component；
7 automatic packaging components, 71 packaging platforms, 72 packing machines.
Specific embodiment
The automatic packaging unit of the opening fiber of the utility model when being packed to opening fiber, with little need for
It is more and cause packaging efficiency low and labor intensity can to avoid manually participating in as a result, link in the prior art for the participation of artificial link
Big and so on.
In order to enable those skilled in the art to be better understood from the utility model, below in conjunction with the accompanying drawings and it is embodied
The utility model will be further described for mode.
As shown in Figs. 1-3, Fig. 1 is a kind of one kind of the automatic packaging unit of opening fiber provided by the utility model
The structure diagram of specific embodiment, Fig. 2 be the intermittent cycle platform in Fig. 1 by control block diagram, Fig. 3 is in Fig. 1
The structure diagram of constant body feed tank.
In present embodiment, as depicted in figs. 1 and 2, the automatic packaging unit of a kind of opening fiber, including constant
Charging component 2, automation extrusion forming component 3, fiber are nude enamelled between charging box separation assembly 4 and placement constant charging box 1
Formula of having a rest repetition stage 5, constant charging component 2 can by the opening fiber of predetermined weight by fiber shut off component 6 be loaded into top
The constant charging box 1 of opening simultaneously sends out measurement instruction intermittent repetition stage 5 is controlled to open or stop operating, and automation squeezes
Molding assembly 3, which to the fiber in constant charging box 1 squeeze, forms that shaping fiber is nude enamelled, and fiber is nude enamelled detaches group with charging box
Part 4 is detached constant charging box 1 and shaping fiber are nude enamelled, further includes the automation packet packed nude enamelled to shaping fiber
Arrangement 7, wherein, at least three constant charging boxs, 1 fixed placement is in intermittent cycle platform 5, at least three constant charging boxs 1
With 5 cycle rotation of intermittent cycle platform, along the running track direction of intermittent cycle platform 5, fiber shuts off component 6 to automatically
Change extrusion forming component 3 distance be equal to automation extrusion forming component 3 to fiber it is nude enamelled with charging box separation assembly 4 away from
From, at least three constant charging boxs, 1 equidistantly distributed, before unit is opened, fiber shuts off component 6, automation extrusion forming component 3
With fiber is nude enamelled is placed described in one respectively at each corresponding position on intermittent cycle platform 5 with charging box separation assembly 4
Constant charging box 1；
The automatic packaging unit course of work of the opening fiber of offer is as follows：The fiber component 6 that shuts off is opened, and passes through constant
The effect of charging component 2, to the fiber of first constant charging box 1 conveying shredding being disposed below, when the constant feeds
When fibre weight in case 1 reaches setting value, the fiber component 6 that shuts off is stopped, at this point, constant charging component 2 sends out measurement
It instructs and controls and start intermittent cycle platform 5 and rotated, and because, along the running track direction of intermittent cycle platform 5,
Fiber shuts off, and to be equal to automation extrusion forming component 3 nude enamelled with dress to fiber for the distance of component 6 to automation extrusion forming component 3
The distance of hopper separation assembly 4, several 1 equidistantly distributeds of constant charging box, so when first constant charging box 1 is transported
When row is to the lower section for automating extrusion forming component 3, second constant charging box 1 runs to fiber and shuts off the lower section of component 6, this
When, constant charging component 2 intermittent repetition stage 5 is controlled to stop operating, fiber shut off component 6 start convey shredding fiber extremely
Second constant charging box 1, meanwhile, automation extrusion forming component 3 starts to squeeze the fiber in the first constant charging box 1
Molded, when the fiber in second constant charging box 1 reaches metric, automation extrusion forming component 3 also completes crowded
Molded work, at this point, constant charging component 2 is again started up intermittent cycle platform 5, when unloaded third constant charging box
1 arrival fiber shut off component 6 lower section when, constant charging component 2 intermittent repetition stage 5 is controlled to stop operating, at this point, having squeezed
First molded constant charging box 1 run to fiber it is nude enamelled with charging box separation assembly 4 at, the of also non-extrusion forming
At two operations of constant charging box 1 to automation extrusion forming component 3, three components work at the same time, when third constant feeds
When fiber in case 1 reaches setting value, automation extrusion forming component 3 completes the fiber in second constant charging box 1
It squeezes, fiber is nude enamelled nude enamelled with constant charging box by the shaping fiber in first constant charging box 1 with charging box separation assembly 4
1 is detached, and then, constant charging component 2 is again started up intermittent cycle platform 5, successively sequence, several constant charging boxs
1 successively as intermittent cycle platform 5 operates, and completes the loading to opening fiber under the action of three components, squeezes
And separation.
Meanwhile automatic packaging component 7 includes the packing machine 72 wrapped up molding fiber, packing machine 72 into
Fiber type is packed.
As shown in Figure 1, automatic packaging component 7 includes receiving, through fiber, nude enamelled treated with charging box separation assembly 4
The nude enamelled packaging platform 71 of shaping fiber further includes progress cloth package nude enamelled to shaping fiber or coating and the packing machine tied up
72.Wherein, the selection type of packing machine 72 is more, for example the baling press for being usually used in the places such as airport, station, harbour can be selected.
The packaging unit is participated in little need for artificial, so it can avoid manually participating in leading link in the prior art more
It causes that packaging efficiency is low and labor intensity is big.
In present embodiment, the quantity of constant charging box 1 is at least 3, and it is 3 to ensure quantity, it can be ensured that fiber
Shut off component 6, automation extrusion forming component 3 and fiber is nude enamelled can corresponding constant dress with charging box separation assembly 4
Hopper 1 works while realizing three components, can improve treating capacity, improve the packaging quantity to opening fiber.
Preferably, the quantity of constant charging box 1 is four, and four constant charging boxs 1 are equally distributed in intermittent
In the running track of repetition stage 5, fiber shuts off component 6 and fiber is nude enamelled is located at same level side with charging box separation assembly 4
To.The set-up mode, it is ensured that inlet port and outlet port are located on straight line direction, are conveniently operated.
In present embodiment, as shown in Figure 1, intermittent cycle platform 5 is elliptical platform.Select ellipse flat
Platform, the place of occupancy is relatively small, but the shape selection of intermittent cycle platform 5 is without being limited thereto, such as can also be with circular
Platform.
In present embodiment, as shown in figure 3, constant charging box 1 is by preceding boxboard 11, rearing-box plate 12, left boxboard 13, the right side
Boxboard 14 and under casing plate 15 are composed, and preceding boxboard 11 is fixedly connected under casing plate 15, the both sides of rearing-box plate 12 respectively with left case
Plate 13 is fixedly connected with right boxboard 14, and the upper end of preceding boxboard 11 is equipped with lateral pin 16, left boxboard 13 and right boxboard 14 be respectively equipped with
The first guide 17 that lateral pin 16 coordinates for unloaded constant charging box 1, by the way that lateral pin 16 is inserted into the first guide 17, makes solid
Surely the preceding boxboard 11 and under casing plate 15 connected is combined into top with the left boxboard 13, rearing-box plate 12 and right boxboard 14 being fixedly connected
The constant charging box 1 of opening, meanwhile, preceding boxboard 11 and 15 junction of under casing plate are equipped with axis pin 18, left boxboard 13 and right boxboard 14
The second guide 19 coordinated with axis pin 18 is respectively equipped with, the preceding boxboard 11 and under casing plate 15 being fixedly connected can be with by axis pin 18
It is rotated relative to the left boxboard 13, rearing-box plate 12 and right boxboard 14 that are fixedly connected.When separating component 14 works, separation unit first
Part 14 unlocks the cooperation of 16 and first guide 17 of lateral pin, by the preceding boxboard 11 being fixedly connected and under casing plate 15 and the left side that is fixedly connected
Boxboard 13, rearing-box plate 12 and right boxboard 14 are dismantled, meanwhile, separating component 14 pushes molding fiber, and molding fiber drives solid
Surely the preceding boxboard 11 and under casing plate 15 connected is rotated, and such as the arrow direction in Fig. 3, makees in the promotion of separating component 14
Under, the preceding boxboard 11 that is fixedly connected and under casing plate 15 are by axis pin 18 relative to left boxboard 13, the rearing-box plate 12 being fixedly connected
It is rotated by 90 ° with right boxboard 14, at this point, molding fiber is rotated in company with the preceding boxboard 11 and under casing plate 15 being fixedly connected, completely
The external world is exposed to, the packing processes of next step can be carried out to it.
The structure of the constant charging box 1 is relatively simple, and is easy to that fiber is nude enamelled to be realized with charging box separation assembly 4 to molding
The separation of fiber and constant charging box 1.Certainly, constant charging box 1 connect and compose it is without being limited thereto, as long as can be convenient for fiber it is naked
Packet realizes the separation of shaping fiber and constant charging box 1 with charging box separation assembly 4, for example, certain of constant charging box 1
It can individually dismantle on one side, and other four faces are fixed, and in separation, individually dismantle one side, and molding fiber is taken out, then
The face is compound, carry out the work of next step.
In present embodiment, for the length of constant charging box 1 no more than 2m, the height of constant charging box 1 is not more than 2m,
The width of constant charging box 1 is equal to the width of the production line of conveying opening fiber.So set, it is because the length and width accords with
The specification of ordinary material packaging is closed, meanwhile, width is equal to the width of the production line of conveying opening fiber, ensure that opening fiber
Stone uniformity.
In present embodiment, as shown in Figure 1, fiber shuts off, the shape of component 6 is inverted trapezoidal, and inverted trapezoidal fiber shuts off
The bottom plate of component 6 is the open and close type bottom plate that can be achieved to open wide or close by manipulator control.Fibre is stacked in view of the later stage
It is increasing to tie up the fibre weight shut off in component 6, it is advantageous to shut off component 6 for the fiber of reverse trapezoid shape.
In present embodiment, as shown in Figure 1, automation extrusion forming component 3 includes filling with open-topped constant
The opening area of hopper 1 is identical and the stripper plate 31 that can be embedded in open-topped constant charging box 1 and driving stripper plate 31
The power source 32 of into or out top constant charging box 1.The selection type of power source 32 is more, for example can select common
Hydraulic control.
In present embodiment, fiber is nude enamelled to include three pairs of manipulators, first pair of manipulator with charging box separation assembly 4
41 the first guidees 17 of manipulation, to the preceding boxboard 11 that is fixedly connected and under casing plate 15 and the left boxboard 13, the rearing-box plate 12 that are fixedly connected
It is dismantled with right boxboard 14 or compound, a manipulator of second pair of manipulator 42 fixes rearing-box plate 12, second pair of manipulator 42
Another manipulator can make the preceding boxboard 11 being fixedly connected and under casing plate 15 relative to the left boxboard 13 being fixedly connected, after
Boxboard 12 and right boxboard 14 rotate, third to manipulator (attached to be not shown in figure) can by extrusion forming and with left boxboard, rear cabinet
The plate and fiber of right boxboard separation is nude enamelled is transported on the packing machine 72 for completing cloth, selects manipulator, can be completely without
The participation of artificial link, realizes full automation.
Above example is only the exemplary embodiment of the utility model, is not used in limitation the utility model, this practicality is new
The protection domain of type is defined by the claims.Those skilled in the art are right in the essence and protection domain of the utility model
The various modifications or equivalent replacements that the utility model is made also fall within the protection scope of the present utility model.
Claims (8)
1. the automatic packaging unit of a kind of opening fiber, which is characterized in that the unit includes constant charging component, automation is squeezed
Molded component, fiber are nude enamelled with charging box separation assembly and to place the intermittent cycle platform of constant charging box, the constant
The opening fiber of predetermined weight can be loaded into the open-topped constant charging box by charging component by the fiber component that shuts off
And send out measurement instruction and the intermittent cycle platform is controlled to open or stop operating, the automation extrusion forming component pair
Fiber in the constant charging box squeeze that form shaping fiber nude enamelled, and the fiber is nude enamelled will with charging box separation assembly
The constant charging box and shaping fiber is nude enamelled is detached, further includes the automation packed nude enamelled to shaping fiber
Package component；
At least three constant charging box fixed placements are in the intermittent cycle platform, at least three constants charging box
It is rotated with the intermittent cycle platform intermittent cycle, along the running track direction of the intermittent cycle platform, the fibre
The distance for tieing up shut off component to the automation extrusion forming component is equal to the automation extrusion forming component to the fiber
The nude enamelled distance with charging box separation assembly, at least three constants charging box equidistantly distributed, before unit is opened, the fibre
It ties up the component that shuts off, the automation extrusion forming component and the fiber is nude enamelled and charging box separation assembly is respectively at the interval
The constant charging box of each corresponding position fixed placement one in formula repetition stage；
The automatic packaging component includes receiving the nude enamelled packaging platform of the shaping fiber, further includes to the shaping fiber
The nude enamelled packing machine for carrying out cloth package or coating and then tying up again.
2. the automatic packaging unit of opening fiber according to claim 1, which is characterized in that the intermittent cycle is put down
Platform is elliptical platform.
3. the automatic packaging unit of opening fiber according to claim 2, which is characterized in that the constant charging box
When quantity is four, four constant charging boxs are equally distributed in the running track of the intermittent cycle platform, institute
Fiber is stated to shut off component and the nude enamelled both ends for being located at oval long axis with charging box separation assembly respectively of the fiber.
4. the automatic packaging unit of opening fiber according to claim 1, which is characterized in that the open-topped perseverance
It measures charging box and includes preceding boxboard, rearing-box plate, left boxboard, right boxboard and under casing plate, the preceding boxboard and the under casing plate, which are fixed, to be connected
It connects, the both sides of the rearing-box plate are fixedly connected respectively with the left boxboard and the right boxboard, and the upper end of the preceding boxboard is equipped with
Lateral pin, the left boxboard and the right boxboard are respectively equipped with the first guide coordinated with the lateral pin, be fixedly connected it is described before
Boxboard and under casing plate can with the left boxboard, rearing-box plate and the right boxboard being fixedly connected by the lateral pin and first guide
Dismantling connection, the preceding boxboard and under casing plate junction are equipped with axis pin, and the left boxboard and right boxboard are respectively equipped with and the pin
Second guide of axis cooperation, the preceding boxboard being fixedly connected and under casing plate can be relative to being fixedly connected by the axis pin
The left boxboard, rearing-box plate and the rotation of right boxboard.
5. the automatic packaging unit of opening fiber according to claim 4, which is characterized in that the preceding boxboard is described in
The distance of rearing-box plate is not more than 2m, and for the height of the constant charging box no more than 3m, the width of the constant charging box is described
The distance of left boxboard to right boxboard is equal to the width of the production line of conveying opening fiber.
6. the automatic packaging unit of opening fiber according to claim 1, which is characterized in that the fiber shuts off component
For an inverted trapezoidal bucket, the fiber of the inverted trapezoidal bucket shut off component bottom plate be by manipulator control can be achieved to open wide or
The open and close type bottom plate of closing.
7. the automatic packaging unit of opening fiber according to claim 1, which is characterized in that the automation is squeezed into
Type component includes extruding that is identical with the open top area of the constant charging box and being embedded in the constant charging box
Plate and the power source for driving the into or out constant charging box of stripper plate.
8. the automatic packaging unit of opening fiber according to claim 4, which is characterized in that the fiber is nude enamelled with filling
Hopper separation assembly includes three pairs of manipulators, and first pair of manipulator is that can manipulate the first guide to the preceding case that is fixedly connected
Plate and the under casing plate and the left boxboard, the rearing-box plate and right boxboard is dismantled or compound machinery being fixedly connected
Hand, a manipulator of second pair of manipulator are the manipulator that can fix the rearing-box plate, the another of second pair of manipulator
Manipulator is the preceding boxboard that can make to be fixedly connected with the under casing plate relative to the left boxboard, described being fixedly connected
Rearing-box plate and the manipulator of right boxboard rotation, third to manipulator can by extrusion forming and with the left boxboard, described
The rearing-box plate and fiber of right boxboard separation is nude enamelled is transported on the packing machine for completing cloth.
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| CN201721224019.XU CN207580248U (en) | 2017-09-22 | 2017-09-22 | A kind of automatic packaging unit of opening fiber |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107672843A (en) * | 2017-09-22 | 2018-02-09 | 大庆天之草生物新材料科技有限公司 | The automatic packaging unit and method of a kind of opening fiber |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107672843A (en) * | 2017-09-22 | 2018-02-09 | 大庆天之草生物新材料科技有限公司 | The automatic packaging unit and method of a kind of opening fiber |
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Denomination of utility model: Automatic packaging unit and method for opening and loosening fiber Effective date of registration: 20190726 Granted publication date: 20180706 Pledgee: Sunwu Xinyuan Financing Guarantee Co.,Ltd. Pledgor: Sun Wu Tianzhi Grass Biological New Materials Co.,Ltd. Registration number: 2019990000793 |
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Denomination of utility model: An automatic packaging unit for loosening fiber Effective date of registration: 20211203 Granted publication date: 20180706 Pledgee: Sunwu Xinyuan Financing Guarantee Co.,Ltd. Pledgor: Sun Wu Tianzhi Grass Biological New Materials Co.,Ltd. Registration number: Y2021230000056 |
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Denomination of utility model: An automated packaging unit for loosening fibers Effective date of registration: 20231215 Granted publication date: 20180706 Pledgee: Sunwu Xinyuan Financing Guarantee Co.,Ltd. Pledgor: Sun Wu Tianzhi Grass Biological New Materials Co.,Ltd. Registration number: Y2023230000106 |