CN207682720U - A kind of cleaning mechanism in waste plastic bottle regeneration chemical fiber machinery - Google Patents
A kind of cleaning mechanism in waste plastic bottle regeneration chemical fiber machinery Download PDFInfo
- Publication number
- CN207682720U CN207682720U CN201721867328.9U CN201721867328U CN207682720U CN 207682720 U CN207682720 U CN 207682720U CN 201721867328 U CN201721867328 U CN 201721867328U CN 207682720 U CN207682720 U CN 207682720U
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- Prior art keywords
- bottle
- section
- fixed
- waste plastic
- wall
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W30/00—Technologies for solid waste management
- Y02W30/50—Reuse, recycling or recovery technologies
- Y02W30/62—Plastics recycling; Rubber recycling
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- Separation, Recovery Or Treatment Of Waste Materials Containing Plastics (AREA)
Abstract
The utility model provides the cleaning mechanism in a kind of waste plastic bottle regeneration chemical fiber machinery, belongs to field of mechanical technique.It, which solves existing waste plastic bottle, the technical problems such as can not clean up.The cleaning mechanism that this waste plastic bottle regenerates in chemical fiber machinery includes cleaning case, including bottle inlet section, linkage section and bottle outlet section, bottle inlet bucket is fixed at the port of bottle inlet section, be equipped in bottle inlet section the bottle at port can be fed downwardly into bottle inlet section bottom send bottle structure, the lower end of bottle inlet section is fixed with sparge pipe, one end that sparge pipe is connect towards linkage section with bottle outlet section；Several overhead gages are fixed on the upper side wall of linkage section, several lower baffles are fixed in the lower wall of linkage section, the flushing channel of undulate is formed between overhead gage and lower baffle, and several supersonic generators are fixed in the lower wall of linkage section, bottle outlet recess is equipped at the upper end outer wall of bottle outlet section.The utility model has the advantages that waste plastic bottle can be cleaned up.
Description
Technical field
The utility model belongs to field of mechanical technique, the cleaner being related in a kind of waste plastic bottle regeneration chemical fiber machinery
Structure.
Background technology
It needs first to carry out de- mark to plastic bottle after waste plastic bottle recycling, waste plastic bottle is the processes such as cleaned to, is passing through
Waste and old cleaning is clean by the Fouling Cleaning adhered on plastic bottle so that finally obtained plastic grain impurity is less.
The cleaning of waste plastic bottle is carried out on cleaning case at present, has cleaning solution in cleaning case, by waste plastic
Bottle pours into cleaning case, then is cleaned to plastic bottle by the blade stirring in cleaning case；Since plastic bottle itself has
Buoyancy, it is difficult to be immersed in cleaning solution for a long time to lead to waste plastic bottle, and there are waste plastic bottles to float on cleaning solution liquid level always
Situation can not ensure that each waste plastic bottle is cleaned；Further, the stirring for depending merely on blade is difficult that will stick waste and old
Fouling Cleaning on plastic bottle is clean, that is, existing cleaning case can not clean up waste plastic bottle.
Invention content
The purpose of this utility model is the presence of the above problem in view of the prior art, it is proposed that a kind of waste plastic bottle regeneration
The technical issues of cleaning mechanism in chemical fiber machinery, the utility model solves is to clean up waste plastic bottle.
The purpose of this utility model can be realized by following technical proposal：
Cleaning mechanism in a kind of waste plastic bottle regeneration chemical fiber machinery, including cleaning case, which is characterized in that the cleaning
Case is vertically arranged in U-typed, including bottle inlet section, linkage section and bottle outlet section, the bottle inlet section and bottle outlet Duan Jun, the bottle inlet section
Bottle inlet bucket is fixed at port, the bottle at port can be fed downwardly into bottle inlet section bottom by being equipped in the bottle inlet section
Send bottle structure, lower end and the linkage section connectivity part of the bottle inlet section are fixed with sparge pipe, the sparge pipe towards linkage section with go out
One end of bottle section connection；Several overhead gages being vertically arranged are fixed on the upper side wall of the linkage section, under the linkage section
Several lower baffles being vertically arranged are fixed on side wall, several overhead gages and several lower baffles are staggered, described
The height of overhead gage and the height of lower baffle plate are all higher than the size of linkage section mid-height, shape between the overhead gage and lower baffle
At the flushing channel of undulate, it is fixed with several supersonic generators in the lower wall of the linkage section, under adjacent two
It is set between plate washer there are one supersonic generator, bottle outlet recess is equipped at the upper end outer wall of the bottle outlet section.
The cleaning process of waste plastic bottle is carried out in linkage section, therefore can guarantee that when waste plastic bottle is cleaned be to soak completely
In water, sparge pipe makes flow be flowed always towards bottle outlet section, so that by sending bottle structure to be delivered to bottle inlet section bottom
The waste plastic bottle in portion is moved to bottle outlet section, ensures that waste plastic bottle by flushing channel, leads in waste plastic bottle by cleaning
Supersonic generator can make the dirt adhered on waste plastic bottle be detached from when road, pass through the waste plastic when passing through flushing channel
Bottle, which constantly hits overhead gage and lower baffles, can also make dirt be detached from, and realize the cleaning to waste plastic bottle；After the completion of cleaning
Waste plastic bottle can be moved to the bottom of bottle outlet section, floating to bottle outlet section upper end and from bottle outlet recess under the action of natural buoyancy
Output.
In cleaning mechanism in above-mentioned waste plastic bottle regeneration chemical fiber machinery, the width of the overhead gage is from top to bottom
It tapers into, the overhead gage is inclined-plane towards the side of sparge pipe, and side of the overhead gage far from sparge pipe is vertical plane.
Guiding role is played in the side of overhead gage towards sparge pipe, and side of the overhead gage far from sparge pipe can guarantee the width of flushing channel
Degree so that waste plastic bottle can be easier to enter into and through flushing channel, avoid the blocking of waste plastic bottle in cleaning process.
In cleaning mechanism in above-mentioned waste plastic bottle regeneration chemical fiber machinery, the width of the lower baffle plate is from bottom to top
It tapers into, the lower baffle plate is inclined-plane towards the side of sparge pipe, and side of the lower baffle plate far from sparge pipe is vertical plane.
Guiding role is played in the side of overhead gage towards sparge pipe, and side of the lower baffle plate far from sparge pipe can guarantee the width of flushing channel
Degree so that waste plastic bottle can be easier to enter into and through flushing channel, avoid the blocking of waste plastic bottle in cleaning process.
In cleaning mechanism in above-mentioned waste plastic bottle regeneration chemical fiber machinery, it is described send bottle structure include helical axis and
Motor, the helical axis are vertically arranged in bottle inlet section, and the blade that the helical axis is located at upper end stretches out bottle inlet section and is located at bottle inlet
In bucket, the blade that the helical axis is located at lower end is located above sparge pipe, and the lower end of the bottle inlet section is fixed with lower connecting base, institute
The lower end for stating helical axis is rotatably connected on lower connecting base, is fixed with upper connecting base on the bottle inlet bucket, the helical axis it is upper
End is rotatablely connected across upper connecting base and with upper connecting base, and the motor is fixed on upper connecting base and the motor shaft and spiral shell of motor
Spin axis is fixedly connected.Waste plastic bottle enters from bottle inlet bucket, underlying useless due to constantly there is waste plastic bottle entrance
Old plastic bottle, which will receive, to be shoved into the blade of helical axis, and the rotation of helical axis so that waste plastic bottle is constantly pushed down on
It squeezes, waste plastic bottle is finally delivered to the lower end of helical axis so that waste plastic bottle overcomes buoyancy to enter the bottom of bottle inlet section.
In cleaning mechanism in above-mentioned waste plastic bottle regeneration chemical fiber machinery, in the bottle outlet section at upper port
It is fixed with guiding web plate, the guiding inclined meshed plate setting, the inner wall for being oriented to DOOR HEIGHT lower one end and bottle outlet section
It is fixed, there is spacing between the higher one end of the guiding DOOR HEIGHT and the outer wall of bottle outlet section, it is described higher to DOOR HEIGHT
One end be higher than bottle outlet recess bottom surface.The waste plastic bottle of floating can be guided to bottle outlet recess side by being oriented to web plate, be located at
The waste plastic bottle that the waste plastic bottle of top can newly be floated pushes up upwards so that by the waste plastic bottle being located above from bottle outlet
Recess ejects.
In cleaning mechanism in above-mentioned waste plastic bottle regeneration chemical fiber machinery, opened at the upper end inner wall of the bottle outlet section
There are sluicing recess, the bottom surface of the sluicing recess to be located at the top for being oriented to the lower one end of DOOR HEIGHT, the sluicing recess
The height of bottom surface is less than the height of the bottom surface of bottle outlet recess, and water receiving case is fixed on the inner wall outside face of the bottle outlet section.Cleaning
Water in case flow to the recycling of water receiving case by sluicing recess, and the set-up mode of sluicing recess is avoided that water level is full to going out
The bottom surface of bottle recess, avoids water from being flowed out from bottle outlet recess, simultaneously because being oriented to the blocking of web plate, the waste plastic bottle avoided is from letting out
Water recess drops out.
In cleaning mechanism in above-mentioned waste plastic bottle regeneration chemical fiber machinery, the lateral surface of the outer wall of the bottle outlet section
On be fixed with and send a bottle slot, it is described that a bottle slot is sent to be arranged diagonally downward, it is described to send the groove bottom being located above on bottle slot and bottle outlet recess
Bottom surface connect, several weepers are provided in the groove bottom for sending bottle slot, are fixed at intervals in the groove bottom for sending bottle slot
Several water bars, the water bar is along sending the width direction of bottle slot to be arranged, on the lateral surface of the outer wall of the bottle outlet section admittedly
There are header tank, the header tank to be located at the underface for sending bottle slot surely.Waste plastic bottle after the completion of cleaning slides from bottle outlet recess
It to a bottle slot is sent, send a bottle slot to be delivered to the next step by what is be arranged diagonally downward, due to carrying water on waste plastic bottle, passes through
Water is gathered in header tank by weeper, and water bar is avoided that water along sending a bottle slot to flow down.
Compared with prior art, this waste plastic bottle regeneration chemical fiber machinery in cleaning mechanism have can be by waste plastic bottle
The advantages of cleaning up.
Description of the drawings
Fig. 1 is the schematic cross-sectional view and partial enlargement of the cleaning mechanism in this waste plastic bottle regeneration chemical fiber machinery
Figure.
In figure, 1, cleaning case；2, bottle inlet section；21, helical axis；22, motor；23, lower connecting base；3, linkage section；4, bottle outlet
Section；41, bottle outlet recess；42, it is oriented to web plate；43, sluicing recess；44, water receiving case；5, a bottle slot is sent；51, weeper；52, water blocking
Item；53, header tank；6, bottle inlet bucket；61, upper connecting base；7, sparge pipe；8, overhead gage；81, lower baffle；82, flushing channel；83、
Supersonic generator.
Specific implementation mode
It is specific embodiment of the utility model and in conjunction with attached drawing below, the technical solution of the utility model is made further
Description, but the utility model is not limited to these examples.
As shown in Figure 1, the cleaning mechanism in waste plastic bottle regeneration chemical fiber machinery includes cleaning case 1, cleaning case 1 is in " U "
Type, including bottle inlet section 2, linkage section 3 and bottle outlet section 4, bottle inlet section 2 and bottle outlet section 4 are vertically arranged, and are consolidated at the port of bottle inlet section 2
Surely have a bottle inlet bucket 6, be equipped in bottle inlet section 2 bottle at port can be fed downwardly into 2 bottom of bottle inlet section send bottle structure,
The lower end of bottle inlet section 2 and 3 connectivity part of linkage section are fixed with sparge pipe 7, sparge pipe 7 connect towards linkage section 3 with bottle outlet section 4 one
End；It is fixed with several overhead gages 8 being vertically arranged on the upper side wall of linkage section 3, is fixed in the lower wall of linkage section 3 and sets vertically
Several lower baffles 81 set, several overhead gages 8 and several lower baffles 81 are staggered, the height of overhead gage 8 and the height of lower baffle plate
Degree is all higher than the size of 3 mid-height of linkage section, and the flushing channel 82 of undulate is formed between overhead gage 8 and lower baffle 81,
Several supersonic generators 83 are fixed in the lower wall of linkage section 3, set between adjacent two lower baffles 81 there are one ultrasound
Wave producer 83 is equipped with bottle outlet recess 41 at the upper end outer wall of bottle outlet section 4.
The width of overhead gage 8 tapers into from top to bottom, overhead gage 8 towards the side of sparge pipe 7 be inclined-plane, overhead gage 8
Side far from sparge pipe 7 is vertical plane.The width of lower baffle plate tapers into from bottom to top, and lower baffle plate is towards the side of sparge pipe 7
Face is inclined-plane, and side of the lower baffle plate far from sparge pipe 7 is vertical plane.
It includes helical axis 21 and motor 22 to send bottle structure, and helical axis 21 is vertically arranged in bottle inlet section 2, and helical axis 21 is located at upper
The blade at end stretches out bottle inlet section 2 and in bottle inlet bucket 6, and the blade that helical axis 21 is located at lower end is located at 7 top of sparge pipe, bottle inlet
The lower end of section 2 is fixed with lower connecting base 23, and the lower end of helical axis 21 is rotatably connected on lower connecting base 23, fixed on bottle inlet bucket 6
There are upper connecting base 61, the upper end of helical axis 21 to pass through upper connecting base 61 and be rotatablely connected with upper connecting base 61, motor 22 is fixed on
On upper connecting base 61 and 22 axis of the motor of motor 22 is fixedly connected with helical axis 21.Waste plastic bottle enters from bottle inlet bucket 6, due to
Constantly there is waste plastic bottle entrance, therefore underlying waste plastic bottle will receive and be shoved into the blade of helical axis 21,
The rotation of helical axis 21 so that waste plastic bottle is constantly pushed downwards, and waste plastic bottle is finally delivered to helical axis 21
Lower end so that waste plastic bottle overcomes buoyancy to enter the bottom of bottle inlet section 2.
It is fixed at upper port in bottle outlet section 4 and is oriented to web plate 42, be oriented to web plate 42 and be obliquely installed, it is high to be oriented to web plate 42
It spends lower one end and the inner wall of bottle outlet section 4 is fixed, be oriented between 42 higher-height one end of web plate and the outer wall of bottle outlet section 4 and have
There is spacing, the bottom surface of bottle outlet recess 41 is higher than to the higher one end of DOOR HEIGHT.It is recessed that sluicing is provided at the upper end inner wall of bottle outlet section 4
Mouth 43, the bottom surface of sluicing recess 43 are located at the top for being oriented to 42 a lower height of one end of web plate, the height of the bottom surface of sluicing recess 43
Degree is less than the height of the bottom surface of bottle outlet recess 41, and water receiving case 44 is fixed on the inner wall outside face of bottle outlet section 4.
It is fixed on the lateral surface of the outer wall of bottle outlet section 4 and send bottle slot 5, bottle slot 5 is sent to be arranged diagonally downward, send bottle slot 5 upper
Groove bottom in top connects with the bottom surface of bottle outlet recess 41, send and is provided with several weepers 51 in the groove bottom of bottle slot 5, send a bottle slot
It is fixed at intervals several water bars 52 in 5 groove bottom, water bar 52 is along sending the width direction of bottle slot 5 to be arranged, bottle outlet section 4
Outer wall lateral surface on be fixed with header tank 53, header tank 53 is located at the underface for sending bottle slot 5.Waste and old modeling after the completion of cleaning
Expect that bottle slides from bottle outlet recess 41 to bottle slot 5 is sent, send bottle slot 5 to be delivered to the next step by what is be arranged diagonally downward, due to
Water is carried on waste plastic bottle, water is gathered in header tank 53 by weeper 51, and water bar 52 is avoided that water along sending bottle
Slot 5 flows down.
The cleaning process of waste plastic bottle is carried out in linkage section 3, therefore can guarantee that when waste plastic bottle is cleaned be complete
Under water, sparge pipe 7 is so that flow is flowed towards bottle outlet section 4 always, so that by sending bottle structure to be delivered to bottle inlet
The waste plastic bottle of 2 bottoms of section is moved to bottle outlet section 4, ensures that waste plastic bottle by flushing channel 82, leads in waste plastic bottle
Supersonic generator 83 can be so that the dirt adhered on waste plastic bottle be detached from, by logical by cleaning when over cleaning channel 82
When road 82 waste plastic bottle constantly hit overhead gage 8 and lower baffle 81 also can dirt be detached from, realize to waste plastic bottle
Cleaning；Waste plastic bottle after the completion of cleaning can be moved to the bottom of bottle outlet section 4, floating to bottle outlet under the action of natural buoyancy
4 upper ends of section are simultaneously exported from bottle outlet recess 41.
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar
Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.
Claims (7)
1. the cleaning mechanism in a kind of waste plastic bottle regeneration chemical fiber machinery, including cleaning case, which is characterized in that the cleaning case
In U-typed, including bottle inlet section, linkage section and bottle outlet section, the bottle inlet section and bottle outlet Duan Jun are vertically arranged, the end of the bottle inlet section
Bottle inlet bucket is fixed at mouthful, sending for bottle inlet section bottom can be fed downwardly by the bottle at port by being equipped in the bottle inlet section
Bottle structure, the lower end of the bottle inlet section and linkage section connectivity part are fixed with sparge pipe, and the sparge pipe is towards linkage section and bottle outlet
One end of section connection；Several overhead gages being vertically arranged, the downside of the linkage section are fixed on the upper side wall of the linkage section
Several lower baffles being vertically arranged are fixed on wall, several overhead gages and several lower baffles are staggered, it is described on
The height of baffle and the height of lower baffle plate are all higher than the size of linkage section mid-height, are formed between the overhead gage and lower baffle
The flushing channel of undulate is fixed with several supersonic generators, adjacent two lower gears in the lower wall of the linkage section
It is set between plate there are one supersonic generator, bottle outlet recess is equipped at the upper end outer wall of the bottle outlet section.
2. the cleaning mechanism in waste plastic bottle regeneration chemical fiber machinery according to claim 1, which is characterized in that on described
The width of baffle tapers into from top to bottom, and the overhead gage is inclined-plane towards the side of sparge pipe, and the overhead gage is far from spray
The side of water pipe is vertical plane.
3. the cleaning mechanism in waste plastic bottle regeneration chemical fiber machinery according to claim 1 or 2, which is characterized in that institute
The width for stating lower baffle plate tapers into from bottom to top, and the lower baffle plate is inclined-plane towards the side of sparge pipe, and the lower baffle plate is remote
Side from sparge pipe is vertical plane.
4. the cleaning mechanism in waste plastic bottle regeneration chemical fiber machinery according to claim 1, which is characterized in that described to send
Bottle structure includes helical axis and motor, and the helical axis is vertically arranged in bottle inlet section, and the blade that the helical axis is located at upper end is stretched
Go out bottle inlet section and in bottle inlet bucket, the blade that the helical axis is located at lower end is located above sparge pipe, under the bottle inlet section
End is fixed with lower connecting base, and the lower end of the helical axis is rotatably connected on lower connecting base, the company of being fixed on the bottle inlet bucket
The upper end of joint chair, the helical axis passes through upper connecting base and is rotatablely connected with upper connecting base, and the motor is fixed on upper connecting base
Upper and motor motor shaft is fixedly connected with helical axis.
5. the cleaning mechanism in waste plastic bottle according to claim 1 regeneration chemical fiber machinery, which is characterized in that it is described go out
Guiding web plate is fixed in bottle section at upper port, the guiding inclined meshed plate is arranged, and the guiding DOOR HEIGHT is lower
One end and the inner wall of bottle outlet section are fixed, and have spacing between the higher one end of the guiding DOOR HEIGHT and the outer wall of bottle outlet section,
The bottom surface for being higher than bottle outlet recess to the higher one end of DOOR HEIGHT.
6. the cleaning mechanism in waste plastic bottle according to claim 5 regeneration chemical fiber machinery, which is characterized in that it is described go out
Sluicing recess is provided at the upper end inner wall of bottle section, the bottom surface of the sluicing recess, which is located at, is oriented to the upper of the lower one end of DOOR HEIGHT
Side, the height of the bottom surface of the sluicing recess less than the bottom surface of bottle outlet recess height, on the inner wall outside face of the bottle outlet section
It is fixed with water receiving case.
7. the cleaning mechanism in waste plastic bottle according to claim 5 regeneration chemical fiber machinery, which is characterized in that it is described go out
It is fixed on the lateral surface of the outer wall of bottle section and send a bottle slot, described that a bottle slot is sent to be arranged diagonally downward, described send is located above on bottle slot
Groove bottom connect with the bottom surface of bottle outlet recess, be provided with several weepers in the groove bottom for sending bottle slot, bottle slot that send
It is fixed at intervals several water bars in groove bottom, the water bar is along sending the width direction of bottle slot to be arranged, the bottle outlet section
Outer wall lateral surface on be fixed with header tank, the header tank is located at the underface for sending bottle slot.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721867328.9U CN207682720U (en) | 2017-12-27 | 2017-12-27 | A kind of cleaning mechanism in waste plastic bottle regeneration chemical fiber machinery |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721867328.9U CN207682720U (en) | 2017-12-27 | 2017-12-27 | A kind of cleaning mechanism in waste plastic bottle regeneration chemical fiber machinery |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207682720U true CN207682720U (en) | 2018-08-03 |
Family
ID=62992337
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721867328.9U Expired - Fee Related CN207682720U (en) | 2017-12-27 | 2017-12-27 | A kind of cleaning mechanism in waste plastic bottle regeneration chemical fiber machinery |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207682720U (en) |
-
2017
- 2017-12-27 CN CN201721867328.9U patent/CN207682720U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180803 Termination date: 20201227 |