CN207222366U - A kind of corrugated paper waste recovery systems - Google Patents
A kind of corrugated paper waste recovery systems Download PDFInfo
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- CN207222366U CN207222366U CN201720703938.9U CN201720703938U CN207222366U CN 207222366 U CN207222366 U CN 207222366U CN 201720703938 U CN201720703938 U CN 201720703938U CN 207222366 U CN207222366 U CN 207222366U
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Abstract
A kind of corrugated paper waste recovery systems are the utility model is related to, including waste material conveying device, art printing paper separator, binding apparatus, the feed inlet of waste material conveying device are connected with the waste discharge mouth of trash-cleaning machine；Art printing paper separator includes housing, partition, rotation axis, power set, feeder, swivel joint, air inlet pipe, discharge duct, dust filtering device, the material inlet pipe of housing is connected with the discharge port of waste material conveying device, and the material outlet pipe of housing is connected with the feed inlet of binding apparatus；Partition includes central shaft, multiple dividing blades, gas collecting jar with ground-on cover plate, steam line.The beneficial effects of the utility model are：Full automatic treatment can be carried out to waste material, operating personnel need not be set to carry out the collection and arrangement of waste material, substantially reduce the labor intensity of operating personnel, and improve production efficiency, reduce the production cost of enterprise, the powder being mingled with waste material can also be rejected, be conducive to waste material carrying out recycling reconstruction, the process for reducing later stage recycling reconstruction.
Description
Technical field
It the utility model is related to corrugated paper production equipment field, more particularly to a kind of corrugated paper waste recovery systems.
Background technology
Corrugated paper is used primarily in packaging industry, and corrugated paper in process of production, it is necessary to using trash-cleaning machine to corrugated paper into
Row stripping, the prior art collect the waste material under trash-cleaning machine is cleared up generally by waste paper frame, by hand haulage to salvage station, carry out
Packing is handled.But since the waste material of generation is very more, such as irregularly cleaning, can seriously affect production link, and after giving
It is continuous to artificially collect, transport and packing processing is brought a lot of trouble.Factory not only needs to set special slitter edge to clear up personnel, but also
The labor intensity of operating personnel is big, work efficiency is low, greatly affected the production efficiency of enterprise, also increases the production of enterprise
Cost.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of corrugated paper waste recovery systems, above-mentioned existing to overcome
There is the deficiency in technology.
The technical solution that the utility model solves above-mentioned technical problem is as follows：A kind of corrugated paper waste recovery systems, including
Waste material conveying device, art printing paper separator, binding apparatus, the feed inlet of waste material conveying device are connected with the waste discharge mouth of trash-cleaning machine
Connect；Art printing paper separator includes housing, partition, rotation axis, power set, feeder, swivel joint, air inlet pipe, row
Feed channel, dust filtering device, the collecting chamber for being internally provided with cylinder of housing, housing are equipped with the thing being connected with collecting chamber
Material inlet pipe and material outlet pipe, material outlet pipe are arranged on the lowermost end of housing, the material inlet pipe of housing and going out for waste material conveying device
Material mouth is connected, and the material outlet pipe of housing is connected with the feed inlet of binding apparatus；Partition is arranged in collecting chamber；Separate
Mechanism includes central shaft, multiple dividing blades, gas collecting jar with ground-on cover plate, steam line, the rounded circle for being centrally located axis of dividing blade
On side face, the one end of each dividing blade away from central shaft can be in contact with the inner wall of collecting chamber, each dividing blade
Left end is in contact with the left side wall of collecting chamber, and the right end of each dividing blade is in contact with the right side wall of collecting chamber, collects
Chamber is separated into multiple mutually independent interim chambers by dividing blade, and at least one is equipped with corresponding each interim chamber on housing
A branch joint being connected with the interim chamber, the air inlet of feeder are connect by discharge duct and each branch on housing
Head is connected, and dust filtering device is arranged on discharge duct；The left end of central shaft and the left side wall of collecting chamber are rotatablely connected, in
The right end of mandrel and the right side wall of collecting chamber are rotatablely connected, and the end of the right end of central shaft is reached outside housing；Central shaft is
The structure of inner hollow, left end opening, in the centrally disposed axis of gas collecting jar with ground-on cover plate；The left end of rotation axis is extend into central shaft, and with
Gas collecting jar with ground-on cover plate is connected, and is equipped with the first air inlet runner in rotation axis, the first air inlet runner is connected with the inner cavity of gas collecting jar with ground-on cover plate；Each point
Steam line is equipped between root piece and gas collecting jar with ground-on cover plate, be equipped with each dividing blade it is some go out flow channel, each separate leaf
The steam line that flow channel is connected with the dividing blade that each goes out of on piece is connected；Power set are used to drive rotation axis
Rotate, air inlet pipe is connected by swivel joint with the first air inlet runner in rotation axis, air inlet pipe away from swivel joint one
End is connected with the exhaust outlet of feeder.
The beneficial effects of the utility model are：It is simple in structure, it is easy to use, full automatic treatment can be carried out to waste material, it is whole
A processing procedure all realizes automation, without setting operating personnel to carry out the collection and arrangement of waste material, substantially reduces operator
The labor intensity of member, and improve production efficiency, reduce the production cost of enterprise, in whole removal process, moreover it is possible to right
The powder being mingled with waste material is rejected, and is conducive to waste material carrying out recycling reconstruction, reduces the recycling reconstruction of prior art middle and later periods
Process.
Based on the above technical solutions, the utility model can also do following improvement.
Further, material inlet pipe includes the first linkage section, the second linkage section, first partition, second partition, the first linkage section
Lower end be connected with the collecting chamber of housing, the upper end of the first linkage section is to upper left overturning angle；The lower end of second linkage section and the
The upper end of one linkage section is connected, and the upper end of the second linkage section is connected with the discharge port of waste material conveying device；First partition is set
In the second linkage section, the left end of first partition is connected with the inner wall of the second linkage section, and the right end of first partition is to the lower right corner
Tilt；Second partition is arranged in the second linkage section, and second partition is located at the lower section of first partition, the right end of second partition and
The inner wall of two linkage sections is connected, the left end lower-left overturning angle of second partition, projection and second of the first partition in vertical direction
Partition plate overlaps in the projection of vertical direction.
It is using above-mentioned further beneficial effect：It can not only realize guide, and can also prevent the waste material in collecting chamber
Reflux.
Further, waste material conveying device includes conveyer belt, dust hood, and conveyer belt is arranged in dust hood, waste material transmission dress
The inlet port and outlet port put are arranged on dust hood.
It is using above-mentioned further beneficial effect：Can be before waste material enters art printing paper separator first in waste material
Powder is removed, and mitigates the operating pressure of art printing paper separator.
Further, swivel joint includes left connecting seat, right connecting seat, rotation axis, and left connecting seat and right connecting seat pass through spiral shell
Bolt is connected；The right end of rotation axis is equipped with sphere, and spherical cavity is equipped between left connecting seat and right connecting seat, and sphere is arranged on ball
In shape cavity；The left end of rotation axis runs through left connecting seat, and has part to reach outside left connecting seat；In rotation axis in the axial direction
First gas runner is equipped with, the second gas runner being connected with first gas runner is equipped with sphere, is set in right connecting seat
There is the third gas runner being connected with second gas runner.
It is using above-mentioned further beneficial effect：It can synchronously be rotated with central shaft, while also ensure supply
It is normally carried out.
Further, discharge duct includes three-way pipe, more siphunculus, multiple branched pipes, downtake pipe, second exhaust pipe, the
One control valve, the second control valve, third control valve, the 4th control valve, wherein one on one end and three-way pipe of downtake pipe
A interface is connected, and the other end of downtake pipe is connected with one of interface on more siphunculus, the first control valve and
Two control valves are arranged at downtake pipe；An interface on one end of second exhaust pipe and three-way pipe in remaining two interfaces
It is connected, the other end of second exhaust pipe is connected with an interface in remaining interface on more siphunculus, third control valve and the
Four control valves are arranged on second exhaust pipe；One end of each branched pipe with an interface in remaining interface on more siphunculus
It is connected, the other end of each branched pipe is connected with a branch joint respectively；Between first control valve and the second control valve
Downtake pipe be equipped with dismountable dust filtering device；Second exhaust pipe between third control valve and the 4th control valve
It is equipped with dismountable dust filtering device.
It is using above-mentioned further beneficial effect：It can accomplish not maintenance shut-downs in deashing.
Further, power set include motor, driving gear, driven gear, and driving gear is arranged on the output shaft of motor
On, driven gear covers on the rotary shaft, driving gear and driven gear intermeshing.
Further, dividing blade, which is equipped with, is used for the interim material containing groove for containing waste material, goes out air-flow on each dividing blade
The outlet side in road is connected with material containing groove.
It is using above-mentioned further beneficial effect：Being capable of more convenient powder removed in waste material.
Brief description of the drawings
Fig. 1 is the structure chart of corrugated paper waste recovery systems described in the utility model；
Fig. 2 is the structure chart of art printing paper separator；
Fig. 3 is the structure chart of waste material conveying device；
Fig. 4 is the part-structure schematic diagram of Fig. 2；
Fig. 5 is the part-structure schematic diagram of Fig. 4；
Fig. 6 is art printing paper separator part-structure schematic diagram.
Embodiment
The principle and feature of the utility model are described below in conjunction with attached drawing, example is served only for explaining this practicality
It is new, it is not intended to limit the scope of the utility model.
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, a kind of corrugated paper waste recovery systems, including waste material conveying device
1st, art printing paper separator 2, binding apparatus 3, the feed inlet of waste material conveying device 1 are connected with the waste discharge mouth of trash-cleaning machine, and waste material passes
The discharge port of device 1 is sent to be connected with the material inlet pipe 212 of art printing paper separator 2, the material outlet pipe 213 of art printing paper separator 2
It is connected with 3 feed inlet of binding apparatus, wherein, for trash-cleaning machine using equipment of the prior art, binding apparatus 3 is also to use
Equipment of the prior art, due to not making improvements, in the present embodiment, be not situated between to its concrete structure
Continue.
The concrete structure of art printing paper separator 2 is as follows：
Art printing paper separator 2 includes housing 210, partition 220, rotation axis 230, power set 240, feeder
250th, swivel joint 260, air inlet pipe 270, discharge duct 280, dust filtering device 290.Housing 210 is internally provided with cylinder
Collecting chamber 211, the left side of housing 210 is equipped with the material inlet pipe 212 being connected with collecting chamber 211, is received on housing 210 in face
The extreme lower position of collection chamber 211 is equipped with the material outlet pipe 213 being connected with collecting chamber 211.
Material inlet pipe 212 includes the first linkage section 2121, the second linkage section 2122, first partition 2123, second partition
2124.The lower end of first linkage section 2121 is connected with the collecting chamber 211 of housing 210, and the upper end of the first linkage section 2121 is to the left
Upper overturning angle, the lower end of the second linkage section 2122 are connected with the upper end of the first linkage section 2121, the second linkage section 2122 it is upper
End is connected with the discharge port of waste material conveying device 1, wherein, 2121 inclined angle of the first linkage section is 30 ° to 60 °, specifically may be used
For 30 °, 36 °, 43 °, 48 °, 54 °, 60 °, preferably 48 °, because being most less prone to waste material at the second linkage section 2122 at this time
The situation of blocking.First partition 2123 is arranged in the second linkage section 2122, the left end of first partition 2123 and the second linkage section
2122 inner wall is connected, at the same the front side of first partition 2123, first partition 2123 rear side with the second linkage section 2122
Inner wall be connected, and the right end of first partition 2123 is tilted to the lower right corner, but the right end of first partition 2123 is not with second
The inner wall of linkage section 2122 is connected.Second partition 2124 is arranged in the second linkage section 2122, the right side of second partition 2124
End be connected with the inner wall of the second linkage section 2122, while the front side of second partition 2124, second partition 2124 rear side with
The inner wall of second linkage section 2122 is connected, and the left end lower-left overturning angle of second partition 2124, but second partition 2124
Inner wall of the right end not with the second linkage section 2122 is connected.
Second partition 2124 is located at the lower section of first partition 2123, wherein, second partition 2124 and first partition 2123 it
Between minimum spacing be 2122 upper end opening width of the second linkage section a quarter, 2123 inclined angle of first partition is
20 ° to 60 °, concretely 20 °, 27 °, 33 °, 44 °, 49 °, 57 °, 60 °, preferably 44 °, 2124 inclined angle of second partition
Spend for 30 ° to 50 °, concretely 30 °, 36 °, 41 °, 46 °, 50 °, draw by testing repeatedly, tilted in first partition 2123
It is 44 ° and optimal when being 48 ° in 2121 inclined angle of the first linkage section that angle is optimal, in order to ensure that material inlet pipe 212 has
Optimal guide and stopping function, at this time, optimal 2124 inclination angle of second partition is 36 °, and so-called guide refers to waste material
Process in collecting chamber 211 is entered by material inlet pipe 212, and backgauge refer to waste material by collecting chamber 211 it is counter enter to material inlet pipe
Process in 212.First partition 2123 has part with second partition 2124 in the projection of vertical direction in the projection of vertical direction
Overlapping, the area of the projection of first partition 2123 and the projection institute overlapping region of second partition 2124 is on the second linkage section 2122
/ 3rd of end opening area.
The material inlet pipe 212 of housing 210 is connected with the discharge port of waste material conveying device 1, the material outlet pipe of housing 210
213 are connected with the feed inlet of binding apparatus 3.Partition 220 is arranged in collecting chamber 211, during partition 220 includes
Mandrel 221, multiple dividing blades 222, gas collecting jar with ground-on cover plate 223, steam line 224, dividing blade 222 is specific in partition 220
Quantity can be one, two, three, four, five, other situations such as six, in the present embodiment with dividing blade 222
Quantity illustrates exemplified by being six, and six dividing blades 222 are rounded to be centrally located on the periphery of axis 221, adjacent
Angle between two dividing blades 222 is 60 °, and each one end of dividing blade 222 away from central shaft 221 can be with collection
The inner wall of chamber 211 is in contact, and the left side wall of the left end of each dividing blade 222 with collecting chamber 211 is in contact, and each separates leaf
Right side wall of the right end of piece 222 with collecting chamber 211 is in contact, and collecting chamber 211 is separated into multiple phases by dividing blade 222
Mutually independent interim chamber, be equipped with corresponding each interim chamber on housing 210 it is at least one be connected with the interim chamber divide
Branch connector 214.
The air inlet of feeder 250 is connected by discharge duct 280 with each branch joint 214 on housing 210
Logical, dust filtering device 290 is arranged on discharge duct 280.The left side that the left end of central shaft 221 passes through bearing and collecting chamber 211
Side wall is rotatablely connected, and the right end of central shaft 221 is rotatablely connected by the right side wall of bearing and collecting chamber 211.The right side of central shaft 221
The end at end is reached outside housing 210；Central shaft 221 is inner hollow, the structure of left end opening, and gas collecting jar with ground-on cover plate 223 is coaxially disposed
In central shaft 221.Gas collecting jar with ground-on cover plate 223 is inner hollow, column structure closed at both ends, and the left end of rotation axis 230 runs through center
It is extend into after the right end of axis 221 in central shaft 221, the left end of rotation axis 230 is connected with the gas collecting jar with ground-on cover plate 223 in central shaft 221
Connect, rotation axis 230 is fixedly connected with central shaft 221.
The first air inlet runner 231 is equipped with rotation axis 230, the first air inlet runner 231 is connected with the inner cavity of gas collecting jar with ground-on cover plate 223
It is logical.Steam line 224 is each equipped between dividing blade 222 and gas collecting jar with ground-on cover plate 223, if being equipped with each dividing blade 222
Do flow channel 2221, the flow channel 2221 that each goes out on each dividing blade 222 is connected with its (dividing blade 222)
Steam line 224 be connected, wherein, relevant position is equipped with each outlet allowed on each dividing blade 222 on central shaft 221
The through hole that the steam line 224 that runner 2221 is connected with its (dividing blade 222) is connected.
Power set 240 are used to drive rotation axis 230 to rotate, wherein, power set 240 include motor 241, driving tooth
Wheel 242, driven gear 243, driving gear 242 are arranged on the output shaft of motor 241, and driven gear 243 is sleeved on rotation axis 230
On, driving gear 242 and driven gear 243 are intermeshed, and allow rotation axis 230 to rotate certainly relatively slow, can be in the defeated of motor 241
A gear-box is connected on shaft, then allows driving gear 242 to be connected with the output terminal of gear-box.
Air inlet pipe 270 is connected by swivel joint 260 with the first air inlet runner 231 in rotation axis 230, air inlet pipe
270 one end away from swivel joint 260 is connected with the exhaust outlet of feeder 250.Swivel joint 260 includes left connecting seat
261st, right connecting seat 262, rotation axis 263, left connecting seat 261 are connected with right connecting seat 262 by bolt；Rotation axis 263
Right end is equipped with sphere 2631, is equipped with spherical cavity 264 between left connecting seat 261 and right connecting seat 262, sphere 2631 be arranged on
In the spherical cavity 264 that sphere 2631 matches.The left end of rotation axis 263 runs through left connecting seat 261, and has part to reach
Outside left connecting seat 261, the left end of rotation axis 263 reaches to be connected with rotation axis 230 afterwards outside left connecting seat 261.Rotation axis 263
First gas runner 2632 is inside equipped with the axial direction, is equipped with what is be connected with first gas runner 2632 in sphere 2631
Second gas runner 2633, right connecting seat 262 is interior to be equipped with the third gas runner being connected with second gas runner 2633
2621.First gas runner 2632 is connected with the first air inlet runner 231, and third gas runner 2621 is connected with air inlet pipe 270
It is logical.
Waste material conveying device 1 includes conveyer belt 110, dust hood 120,120 inner hollow of dust hood, and conveyer belt 110 is set
Put in dust hood 120, the inlet port and outlet port of waste material conveying device 1 are arranged on dust hood 120.Dust hood 120 by
Cover body and dust catcher composition.
Discharge duct 280 includes three-way pipe 281, more siphunculus 282, multiple branched pipes 283, downtake pipe 284, second row
Tracheae 285, the first control valve 286, the second control valve 287, third control valve 288, the 4th control valve 289, downtake pipe 284
One end be connected with one of interface on three-way pipe 281, on the other end of downtake pipe 284 and more siphunculus 282
One of interface is connected, and the first control valve 286 and the second control valve 287 are arranged at downtake pipe 284；Second exhaust
One end of pipe 285 is connected with an interface in remaining two interfaces on three-way pipe 281, second exhaust pipe 285 it is another
Hold and be connected with an interface in remaining interface on more siphunculus 282,288 and the 4th control valve 289 of third control valve is respectively provided with
On second exhaust pipe 285；One end of each branched pipe 283 is connected with an interface in remaining interface on more siphunculus 282
Connect, the other end of each branched pipe 283 is connected with a branch joint 214 respectively；First control valve 286 and the second control valve
Downtake pipe 284 between 287 is equipped with dismountable dust filtering device 290；288 and the 4th control valve of third control valve
Second exhaust pipe 285 between 289 is equipped with dismountable dust filtering device 290.Dust filtering device 290 removes for cloth-bag type
Dirt device.
When in use：After trash-cleaning machine upper waste cleaning, the waste material under stripping is entered corrugated paper by the waste discharge mouth on trash-cleaning machine
Into waste material conveying device 1, after waste material enters in waste material conveying device 1, powder that waste material conveying device 1 first raises waste material into
Row removes, and waste material is entered in housing 210 by the discharge port of waste material conveying device 1 again, and partition 220 can be drawn waste material
Office reason (waste material enters different interim intracavitary), so that the waste material that different periods are entered in housing 210 is independent of each other,
Effective to ensure that powder be removed, the gas that feeder 250 supplies passes through air inlet pipe 270, swivel joint 260, rotation
Going out in flow channel 2221 on dividing blade 222 is reached after axis 230, gas collecting jar with ground-on cover plate 223, steam line 224, goes out flow channel 2221
Waste material can be purged after interior air-flow outflow, so that the powder being mingled with waste material is all blown afloat, the powder blown afloat
Entered again by branch joint 214, discharge duct 280 in dust filtering device 290, dust filtering device 290 is to being mingled with powder
The air at end is filtered.Repetition is above-mentioned to remove powder process.
Although the embodiment of the utility model has been shown and described above, it is to be understood that above-described embodiment is
Exemplary, it is impossible to the limitation to the utility model is interpreted as, those of ordinary skill in the art are in the scope of the utility model
It is interior above-described embodiment to be changed, changed, replaced and modification.
Claims (7)
- A kind of 1. corrugated paper waste recovery systems, it is characterised in that including waste material conveying device (1), art printing paper separator (2), Binding apparatus (3), the feed inlet of the waste material conveying device (1) are connected with the waste discharge mouth of trash-cleaning machine；The art printing paper separation dress Putting (2) includes housing (210), partition (220), rotation axis (230), power set (240), feeder (250), rotation Connector (260), air inlet pipe (270), discharge duct (280), dust filtering device (290), housing (210) are internally provided with The collecting chamber (211) of cylinder, the housing (210) are equipped with the material inlet pipe (212) and thing being connected with collecting chamber (211) Expect outlet pipe (213), the material outlet pipe (213) is arranged on the lowermost end of housing (210), the material inlet pipe of the housing (210) (212) discharge port with the waste material conveying device (1) is connected, the material outlet pipe (213) and bundle of the housing (210) The feed inlet for putting (3) is connected；The partition (220) is arranged in the collecting chamber (211)；The partition (220) central shaft (221), multiple dividing blades (222), gas collecting jar with ground-on cover plate (223), steam line (224), the dividing blade are included (222) it is rounded to be centrally located on the periphery of axis (221), each dividing blade (222) away from central shaft (221) one End can be in contact with the inner wall of collecting chamber (211), the left side of the left end of each dividing blade (222) with collecting chamber (211) Side wall is in contact, and the right side wall of the right end of each dividing blade (222) with collecting chamber (211) is in contact, the collecting chamber (211) multiple mutually independent interim chambers are separated into by dividing blade (222), each faced in correspondence on the housing (210) When chamber at be equipped with least one branch joint (214) being connected with the interim chamber, the air inlet of the feeder (250) It is connected by discharge duct (280) with each branch joint (214) on housing (210), the dust filtering device (290) It is arranged on discharge duct (280)；The left end of the central shaft (221) is rotatablely connected with the left side wall of collecting chamber (211), described The right end of central shaft (221) is rotatablely connected with the right side wall of collecting chamber (211), and the end of the right end of the central shaft (221) Reach housing (210) outside；The central shaft (221) is inner hollow, the structure of left end opening, and the gas collecting jar with ground-on cover plate (223) sets Put in the central shaft (221)；The left end of the rotation axis (230) is extend into central shaft (221), and and gas collecting jar with ground-on cover plate (223) it is connected, the first air inlet runner (231), first air inlet runner (231) and collection is equipped with the rotation axis (230) The inner cavity of inflator (223) is connected；Steam line (224) is each equipped between dividing blade (222) and gas collecting jar with ground-on cover plate (223), Be equipped with each dividing blade (222) it is some go out flow channel (2221), each go out flow channel on each dividing blade (222) (2221) steam line (224) being connected with the dividing blade (222) is connected；The power set (240) are used to drive Dynamic rotation axis (230) rotates, and the air inlet pipe (270) passes through the first inlet air flow in swivel joint (260) and rotation axis (230) Road (231) is connected, the air inlet pipe (270) one end and the exhaust outlet phase of feeder (250) away from swivel joint (260) Connection.
- A kind of 2. corrugated paper waste recovery systems according to claim 1, it is characterised in that the material inlet pipe (212) Including the first linkage section (2121), the second linkage section (2122), first partition (2123), second partition (2124), described first The lower end of linkage section (2121) is connected with the collecting chamber (211) of the housing (210), first linkage section (2121) it is upper Hold to upper left overturning angle；The lower end of second linkage section (2122) is connected with the upper end of the first linkage section (2121), described The upper end of second linkage section (2122) is connected with the discharge port of waste material conveying device (1)；The first partition (2123) is arranged on In second linkage section (2122), the left end of the first partition (2123) is connected with the inner wall of the second linkage section (2122), institute The right end for stating first partition (2123) is tilted to the lower right corner；The second partition (2124) is arranged on the second linkage section (2122) Interior, the second partition (2124) is located at the lower section of first partition (2123), the right end and second of the second partition (2124) The inner wall of linkage section (2122) is connected, the left end lower-left overturning angle of the second partition (2124), the first partition (2123) overlap in the projection of vertical direction with the second partition (2124) in the projection of vertical direction.
- A kind of 3. corrugated paper waste recovery systems according to claim 2, it is characterised in that the waste material conveying device (1) conveyer belt (110), dust hood (120) are included, the conveyer belt (110) is arranged in the dust hood (120), described useless The inlet port and outlet port of material transmission device (1) are arranged on dust hood (120).
- A kind of 4. corrugated paper waste recovery systems according to claim 1, it is characterised in that the swivel joint (260) Including left connecting seat (261), right connecting seat (262), rotation axis (263), the left connecting seat (261) and the right connecting seat (262) it is connected by bolt；The right end of the rotation axis (263) is equipped with sphere (2631), the left connecting seat (261) and institute State and spherical cavity (264) is equipped between right connecting seat (262), the sphere (2631) is arranged in the spherical cavity (264)； The left end of the rotation axis (263) runs through left connecting seat (261), and has part to reach left connecting seat (261) outside；The rotation First gas runner (2632) is equipped with axis (263) in the axial direction, is equipped with and first gas stream in the sphere (2631) The second gas runner (2633) that road (2632) is connected, is equipped with the right connecting seat (262) and second gas runner (2633) the third gas runner (2621) being connected.
- A kind of 5. corrugated paper waste recovery systems according to claim 2, it is characterised in that the discharge duct (280) Including three-way pipe (281), more siphunculus (282), multiple branched pipes (283), downtake pipe (284), second exhaust pipe (285), First control valve (286), the second control valve (287), third control valve (288), the 4th control valve (289), the first exhaust One end of pipe (284) is connected with one of interface on three-way pipe (281), the other end of the downtake pipe (284) It is connected with one of interface on more siphunculus (282), first control valve (286) and second control valve (287) It is arranged at downtake pipe (284)；One end of the second exhaust pipe (285) and remaining two interfaces on three-way pipe (281) In an interface be connected, the other end of the second exhaust pipe (285) and one in remaining interface on more siphunculus (282) Interface is connected, and the third control valve (288) and the 4th control valve (289) are arranged on second exhaust pipe (285)；Each One end of branched pipe (283) is connected with an interface in remaining interface on more siphunculus (282), each branched pipe (283) The other end be connected respectively with a branch joint (214)；First control valve (286) and second control valve (287) downtake pipe (284) between is equipped with dismountable dust filtering device (290)；The third control valve (288) And the 4th second exhaust pipe (285) between control valve (289) is equipped with dismountable dust filtering device (290).
- A kind of 6. corrugated paper waste recovery systems according to claim 1, it is characterised in that the power set (240) Including motor (241), driving gear (242), driven gear (243), the driving gear (242) is arranged on the motor (241) on output shaft, the driven gear (243) is sleeved in rotation axis (230), the driving gear (242) and driven tooth Take turns (243) intermeshing.
- A kind of 7. corrugated paper waste recovery systems according to claim 1, it is characterised in that the dividing blade (222) It is equipped with and is used for the interim material containing groove (2222) for containing waste material, goes out going out for flow channel (2221) on each dividing blade (222) Gas end is connected with material containing groove (2222).
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| CN201720703938.9U CN207222366U (en) | 2017-06-16 | 2017-06-16 | A kind of corrugated paper waste recovery systems |
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| CN201720703938.9U CN207222366U (en) | 2017-06-16 | 2017-06-16 | A kind of corrugated paper waste recovery systems |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107282446A (en) * | 2017-06-16 | 2017-10-24 | 宁夏夏进制箱包装有限公司 | A kind of corrugated paper waste recovery systems |
| GB2576022A (en) * | 2018-08-01 | 2020-02-05 | Salvtech Ltd | Dry separation waste processing and apparatus for achieving such |
| CN114472174A (en) * | 2022-02-11 | 2022-05-13 | 江西安福华洋劳务合作有限公司 | Finished product storage device for electronic component production line |
-
2017
- 2017-06-16 CN CN201720703938.9U patent/CN207222366U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107282446A (en) * | 2017-06-16 | 2017-10-24 | 宁夏夏进制箱包装有限公司 | A kind of corrugated paper waste recovery systems |
| GB2576022A (en) * | 2018-08-01 | 2020-02-05 | Salvtech Ltd | Dry separation waste processing and apparatus for achieving such |
| GB2576022B (en) * | 2018-08-01 | 2020-12-16 | Salvtech Ltd | Dry separation waste processing and apparatus for achieving such |
| CN114472174A (en) * | 2022-02-11 | 2022-05-13 | 江西安福华洋劳务合作有限公司 | Finished product storage device for electronic component production line |
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