CN102284469B - Method and device for industrially recycling waste tire based on ultrahigh pressure water jet technology - Google Patents
Method and device for industrially recycling waste tire based on ultrahigh pressure water jet technology Download PDFInfo
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- CN102284469B CN102284469B CN2011102209268A CN201110220926A CN102284469B CN 102284469 B CN102284469 B CN 102284469B CN 2011102209268 A CN2011102209268 A CN 2011102209268A CN 201110220926 A CN201110220926 A CN 201110220926A CN 102284469 B CN102284469 B CN 102284469B
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- viscose
- circular arc
- tyre bead
- pressure water
- conveyer belt
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29B—PREPARATION OR PRETREATMENT OF THE MATERIAL TO BE SHAPED; MAKING GRANULES OR PREFORMS; RECOVERY OF PLASTICS OR OTHER CONSTITUENTS OF WASTE MATERIAL CONTAINING PLASTICS
- B29B17/00—Recovery of plastics or other constituents of waste material containing plastics
- B29B17/04—Disintegrating plastics, e.g. by milling
- B29B17/0412—Disintegrating plastics, e.g. by milling to large particles, e.g. beads, granules, flakes, slices
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29B—PREPARATION OR PRETREATMENT OF THE MATERIAL TO BE SHAPED; MAKING GRANULES OR PREFORMS; RECOVERY OF PLASTICS OR OTHER CONSTITUENTS OF WASTE MATERIAL CONTAINING PLASTICS
- B29B17/00—Recovery of plastics or other constituents of waste material containing plastics
- B29B17/04—Disintegrating plastics, e.g. by milling
- B29B2017/0424—Specific disintegrating techniques; devices therefor
- B29B2017/0428—Jets of high pressure fluid
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29L—INDEXING SCHEME ASSOCIATED WITH SUBCLASS B29C, RELATING TO PARTICULAR ARTICLES
- B29L2030/00—Pneumatic or solid tyres or parts thereof
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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
Abstract
The invention discloses a method and a device for industrially recycling a waste tire based on an ultrahigh pressure water jet technology. The method is characterized by comprising the following steps of: dividing the waste tire from which a hub is removed into a tire tread arc rubber block and a tire bead arc rubber block; and performing jet cutting on the tire tread arc rubber block and the tire bead arc rubber block by using ultrahigh pressure water jet which is from an ultrahigh pressure water generating device and carries an abrasive, adjusting the pressure of the water jet to ensure that the cutting pressure of the water jet is not enough to cut metal wires in the tire tread arc rubber block and the tire bead arc rubber block, cutting rubber in the tire tread arc rubber block and the tire bead arc rubber block into rubber powder particles, and taking the metal wires out to obtain the rubber powder particles. The method and the device are used for recycling the waste tire simply, practically, industrially and efficiently at high quality.
Description
Technical field
The present invention relates to a kind of ultra-high pressure water fluid jet technology industrialization that adopts and reclaim method and device that junked tire prepares the partial desulfurization rubber powder, reclaiming product is pure rubber grain, wire, and the method and device can be used on the fields such as junked tire recovery and rubber renewable resources.
Background technology
Along with developing rapidly of auto industry, efficient, the high value recycling of relevant junked tire has caused the extensive concern of domestic and international scientific research institution and junked tire returned enterprise.
Tire is comprised of steel wire, cord and rubber, wherein the material of cord mainly contains glass, chemical fibre and steel wire three classes, large toughness due to high resiliency and the steel wire of rubber, it is very tight that steel wire is combined with rubber, separate very difficult, be difficult at normal temperatures fragmentation, cause efficient high value to recycle difficulty very large.
recycling for junked tire, the main method of taking at present has pyrolysismethod, explosive detonation method, the cryogenic pulverization method, mechanical approach etc., due to traditional recoverying and utilizing method complex process equipment, and reclaim product and be mainly metal and low-quality rubber, rubber regeneration after sulfuration need to pass through sulfur removal technology, and present chemsweet process is complicated, addition product and separation process cause secondary pollution to environment, with high costs, cause the rubber of recovery can not be directly used in the manufacturing reclaimed rubber products, cause existing junked tire recovery to face recycling efficient low, rubber renewable resources degree is low, the problem such as less economical.
The existing proposition prepares the method for rubber powder based on the junked tire that utilizes of water-jet technology, but it is for the recovery of junked tire, adopt the pure water jets technology, the preparation rubber powder can not be realized partial desulfurization, and jet pressure is high, the preparation efficiency of rubber powder is lower, device structure is complicated, and junked tire needs single clamping, and rubber separates with wire not exclusively, can not utilize junked tire to prepare rubber powder by mass, be difficult to form industrialization and reclaim chain.
Summary of the invention
The present invention is for avoiding the existing weak point of above-mentioned prior art, but but a kind of simple, practical industrialization, high efficiency, high-quality recovery junked tire be provided reclaim method and the device of junked tire based on the industrialization of ultra-high pressure water fluid jet technology, for the renewable resources utilization of rubber provides application foundation.
Technical solution problem of the present invention adopts following scheme:
But the characteristics that the present invention is based on the method for ultra-high pressure water fluid jet technology industrialization recovery junked tire are to operate according to the following steps:
A, the junked tire that will remove wheel hub are divided into tread rubber, upper tyre bead glue and lower tyre bead glue, described tread rubber is cut into 1/4,1/8 or 1/16 tyre surface circular arc blob of viscose, described upper tyre bead glue and lower tyre bead glue are cut into respectively 1/4,1/8 or 1/16 tyre bead circular arc blob of viscose;
B, to carry out water jet cutting on described tyre surface circular arc blob of viscose and tyre bead circular arc blob of viscose from the ultra-high pressure water fluid jet with abrasive material in the high-pressure water generating means, adjust water jet pressure, make water jet cutting pressure deficiency so that the wire in tyre surface circular arc blob of viscose and tyre bead circular arc blob of viscose is cut, and the rubber in tyre surface circular arc blob of viscose and tyre bead circular arc blob of viscose is cut into the rubber powder granule that granularity is 0.1-1mm, take out wire and namely get rubber powder granule.
But the characteristics that the present invention is based on the method for ultra-high pressure water fluid jet technology industrialization recovery junked tire also are:
Described ultra-high pressure water fluid jet with abrasive material, abrasive material wherein are that the granularity that sieve takes out from the rubber powder granule of described step b gained is the rubber powder granule of 0.1-0.3mm, or granularity is the AL of 0.1-0.3mm
2O
3Or the SiC granule, with described rubber powder granule or AL
2O
3Or the SiC granule is infused in described high-pressure water generating means as water jet abrasive.
The water jet pressure of described ultra-high pressure water fluid jet with abrasive material is 150-400Mpa.
The flow of described abrasive material is 0.9kg/min.
Described tyre surface circular arc blob of viscose and tyre bead circular arc blob of viscose are carried out respectively the ultra-high pressure water fluid jet cutting by different batches; Or jointly carry out ultra-high pressure water fluid jet cutting in same batch.
But the characteristics that the present invention is based on the device of ultra-high pressure water fluid jet technology industrialization recovery junked tire are to have:
One pretreatment unit: adopt and to cut the circle machine and will remove the junked tire of wheel hub and be divided into tread rubber, upper tyre bead glue and lower tyre bead glue; Adopt dicer that described tread rubber is cut into 1/4,1/8 or 1/16 tyre surface circular arc blob of viscose, and described upper tyre bead glue and lower tyre bead glue are cut into respectively 1/4,1/8 or 1/16 tyre bead circular arc blob of viscose;
One water jet unit: a netted conveyer belt is set, and described tyre surface circular arc blob of viscose and tyre bead circular arc blob of viscose are placed on netted conveyer belt; One high-pressure water generating means is set above described netted conveyer belt, the output of described high-pressure water generating means is connected by the jet carrier pipe with the input of row formula water cutter shower nozzle, and arranging one can be so that the reciprocating mechanism that row formula water cutter shower nozzle moves back and forth on the direction perpendicular to netted conveyer belt; Under described row formula water cutter shower nozzle, netted conveyer belt both sides arrange baffle plate; Below described netted conveyer belt, on the position corresponding with described row formula water cutter shower nozzle, water leg is set;
One abrasive material feedback unit: filter is set as rubber powder abrasive material sorting unit in described water leg, the output of described rubber powder abrasive material sorting unit is connected with the high-pressure water generating means by rubber powder abrasive material carrier pipe.
But the characteristics that the present invention is based on the device of ultra-high pressure water fluid jet technology industrialization recovery junked tire also are:
Be evenly arranged 4 nozzles on described row formula water cutter shower nozzle, each nozzle is the super-pressure jet rose.
Described rubber powder granule granularity can be regulated according to the injection diameter of each nozzle of row formula water cutter shower nozzle and the water under high pressure pressure in the high-pressure water generating means.
Described reciprocating mechanism is screw-nut body, pinion and rack or hydraulic cylinder or cylinder.
Compared with the prior art, beneficial effect of the present invention is embodied in:
1, the Abrasive Water Jet Machining that adopts in the inventive method, make in the process to tyre surface circular arc blob of viscose, the cutting of tyre bead circular arc blob of viscose, once destroyed due to the jet energy high concentration with the secondary chemical bond in the rubber molecule structure, prepared rubber powder can part vulcanize again, process and need not desulfurization, and the rubber powder granularity is less;
2, mix with water under high pressure with abrasive material in the inventive method tyre surface circular arc blob of viscose, tyre bead circular arc blob of viscose carried out Abrasive Water Jet Machining, decrease jet pressure, improve cutting efficiency, reduce simultaneously energy consumption;
3, in the inventive method, junked tire is carried out pretreatment, tyre surface circular arc blob of viscose, tyre bead circular arc blob of viscose are carried out in Abrasive Water Jet Machining, the rubber on blob of viscose is separated fully with wire, improve the collodion silk separating degree;
4, adopt the form of pipeline in apparatus of the present invention, carry out pipeline system recovery junked tire and prepare the partial desulfurization rubber powder, chain is reclaimed in the recovery formation industrialization of junked tire;
5, method and the device of the present invention's employing, can realize that comprehensive, high efficiency cutting tyre surface circular arc blob of viscose, tyre bead circular arc blob of viscose are to prepare high-quality rubber powder, rubber powder granule enters in tank by the mesh of netted conveyer belt, wire continues to transmit along netted conveyer belt, reclaim the raw material that utilize or recycle as directly at netted conveyer belt end, pipeline is simple in structure, and is practical, automaticity is high, but commercial application is in the junked tire returned enterprise.
Description of drawings
Fig. 1 is junked tire preprocessing process schematic diagram of the present invention;
Fig. 2 is abradant jet cutting tyre surface circular arc blob of viscose, tyre bead circular arc blob of viscose master TV structure schematic diagram;
Fig. 3 is row formula water cutter cutting tyre surface circular arc blob of viscose, tyre bead circular arc blob of viscose partial schematic diagram;
Number in the figure: 1 junked tire, 2 is cut tyre bead glue on circle machine, 3,4 tread rubbers, 5 times tyre bead glue, 6 dicers, 7a tyre surface circular arc blob of viscose, 7b tyre bead circular arc blob of viscose, 8 netted conveyer belts, 9 jet carrier pipes, 10 baffle plates, 11 row formula water cutter shower nozzles, 12 row formula water cutter shower nozzles and is moved back and forth direction, 13 water legs, 14 filters, 15 rubber powder abrasive material carrier pipes, 16 high-pressure water generating means, 17 rubber powder granules, 18 screw-nut bodies, 19 support bars, 20 rubber powder granules.
The specific embodiment
But the method based on ultra-high pressure water fluid jet industrialization recovery junked tire in the present embodiment is to carry out according to the following procedure:
Referring to Fig. 1, at first the junked tire 1 that will remove wheel hub is divided into tread rubber 4, upper tyre bead glue 3 and lower tyre bead glue 5 by cutting circle machine 2, by dicer 6, tread rubber 4 is cut into 1/4,1/8 or 1/16 tyre surface circular arc blob of viscose 7a, upper tyre bead glue 3 and lower tyre bead glue 5 are cut into respectively 1/4,1/8 or 1/16 tyre bead circular arc blob of viscose 7b, and the large I of tyre surface circular arc blob of viscose 7a and tyre bead circular arc blob of viscose 7b is formulated according to netted conveyer belt 8 width;
referring to Fig. 2, with tyre surface circular arc blob of viscose 7a, tyre bead circular arc blob of viscose 7b is placed on netted conveyer belt 8, the row formula water cutter shower nozzle 11 of hydraulic pressure between 150Mpa-400Mpa is placed in tyre surface circular arc blob of viscose 7a, 6-60mm place, tyre bead circular arc blob of viscose 7b top, as tyre surface circular arc blob of viscose 7a, when tyre bead circular arc blob of viscose 7b moves under row formula water cutter shower nozzle 11, to move back and forth the water jet cutting on tyre surface circular arc blob of viscose 7a and tyre bead circular arc blob of viscose 7b from the ultra-high pressure water fluid jet with abrasive material in high-pressure water generating means 16, jet impact force and cutting kinetic energy in conjunction with ultra-high pressure water fluid jet, adjust water jet pressure, make water jet cutting pressure deficiency so that the wire in tyre surface circular arc blob of viscose 7a and tyre bead circular arc blob of viscose 7b is cut, thereby realize tyre surface circular arc blob of viscose 7a, rubber on tyre bead circular arc blob of viscose 7b separates with wire, and the rubber in tyre surface circular arc blob of viscose 7a and tyre bead circular arc blob of viscose 7b is cut into the rubber powder granule 17 that granularity is 0.1-1mm, due to tyre surface circular arc blob of viscose 7a and tyre bead circular arc blob of viscose 7b under the strike with the ultra-high pressure water fluid jet of abrasive material, once destroyed due to the jet energy high concentration with the secondary chemical bond in the rubber molecule structure, the rubber powder granule 17 that reclaims can part vulcanize again, process and need not desulfurization, as tyre surface circular arc blob of viscose 7a, rubber on tyre bead circular arc blob of viscose 7b is with after wire separates fully, wire is with netted conveyer belt 8 motions, wire is collected and carried out subsequent treatment at netted conveyer belt 8 ends, rubber powder granule 17 enters into water leg 13 by the mesh on netted conveyer belt 8.
In concrete enforcement, when rubber powder granule 17 not yet produces, when namely just having begun to cut tyre surface circular arc blob of viscose 7a and tyre bead circular arc blob of viscose 7b, need to add rubber powder or AL that granularity is 0.1-0.3mm
2O
3Or SiC is as water jet abrasive, when rubber powder granule 17 produces continuously, that the granularity of taking out through filter 14 sieves from rubber powder granule 17 is the rubber powder granule 20 of 0.1-0.3mm, be infused in high-pressure water generating means 16 by rubber powder abrasive material carrier pipe 15 as water jet abrasive with rubber powder granule 20, the rubber powder of other granularity and the mixture of water are processed through subsequent purification and are obtained pure rubber powder.
In concrete enforcement, be set to 150-400Mpa with the water jet pressure of the ultra-high pressure water fluid jet of abrasive material, the flow of abrasive material is 0.9kg/min.
During industrialization is produced, tyre surface circular arc blob of viscose 7a and tyre bead circular arc blob of viscose 7b can be carried out respectively the ultra-high pressure water fluid jet cutting by different batches; Or jointly carry out ultra-high pressure water fluid jet cutting in same batch.
But the device that reclaims junked tire based on the industrialization of ultra-high pressure water fluid jet technology in the present embodiment is set to:
One pretreatment unit: as shown in Figure 1, adopt and to cut circle machine 2 and will remove the junked tire 1 of wheel hub and be divided into tread rubber 4, upper tyre bead glue 3 and lower tyre bead glue 5; Adopt dicer 6 that tread rubber 4 is cut into 1/4,1/8 or 1/16 tyre surface circular arc blob of viscose 7a, and upper tyre bead glue 3 and lower tyre bead glue 5 are cut into respectively 1/4,1/8 or 1/16 tyre bead circular arc blob of viscose 7b;
One water jet unit: as shown in Figure 2, a netted conveyer belt 8 is set, tyre surface circular arc blob of viscose 7a and tyre bead circular arc blob of viscose 7b are placed on netted conveyer belt 8; One high-pressure water generating means 16 is set above netted conveyer belt 8, the output of high-pressure water generating means 16 is connected by jet carrier pipe 9 with the input of row formula water cutter shower nozzle 11, arranging one can be so that the reciprocating mechanism that row formula water cutter shower nozzle 11 moves back and forth on the direction 12 perpendicular to netted conveyer belt 8, and translational speed is adjustable; Row formula water cutter shower nozzle 11 under, netted conveyer belt 8 both sides arrange baffle plate 10, in case tyre surface circular arc blob of viscose 7a, tyre bead circular arc blob of viscose 7b break away from pipeline under the strike of jet pressure; Below netted conveyer belt 8, on the position corresponding with row formula water cutter shower nozzle 11, water leg 13 is set; The cross-linked network of netted conveyer belt 8 needs to support tyre surface circular arc blob of viscose 7a, tyre bead circular arc blob of viscose 7b even running, and mesh need guarantee that rubber powder granule 17 passes through smoothly; Netted conveyer belt 8 speeds of service are adjustable, and the formed compound motion of movement of the motion of netted conveyer belt 8 and row formula water cutter shower nozzle 11 guarantees that the rubber on tyre surface circular arc blob of viscose 7a, tyre bead circular arc blob of viscose 7b can be by comprehensive, high efficiency cutting;
One abrasive material feedback unit: Fig. 2 illustrates, and filter 14 is set as rubber powder abrasive material sorting unit in water leg 13, and the output of rubber powder abrasive material sorting unit is connected with high-pressure water generating means 16 by rubber powder abrasive material carrier pipe 15.
Be evenly arranged 4 nozzles on row formula water cutter shower nozzle 11, each nozzle is the super-pressure jet rose, and the jet pressure at nozzle place need satisfy the rubber in tyre surface circular arc blob of viscose 7a, tyre bead circular arc blob of viscose 7b is separated with wire, and wire can not be cut off.
Rubber powder granule 17 granularities can regulate according to the injection diameter of row formula water cutter shower nozzle 11 each nozzles and the water under high pressure pressure in high-pressure water generating means 16.
Referring to Fig. 3, reciprocating mechanism is screw-nut body 18, pinion and rack or hydraulic cylinder or cylinder.When adopting screw-nut body 18 to realize moving back and forth of row formula water cutter shower nozzle 11, its shape journey scope can be carried out Stroke Control or single-chip microcomputer by limit switch and be carried out time history and control, servomotor or step motor control that translational speed can be rotated by driving leading screw.
In the course of work:
at first the wheel hub of junked tire is removed, with remove wheel hub junked tire 1 be divided into upper tyre bead glue 3 by cutting circle machine 2, tread rubber 4 and lower tyre bead glue 5 three parts, tread rubber 4 is cut into 1/4 by dicer 6, 1/8 or 1/16 tyre surface circular arc blob of viscose 7a, upper tyre bead glue 3 and lower tyre bead glue 5 are cut into 1/4 by dicer 6, 1/8 or 1/16 tyre bead circular arc blob of viscose 7b, when beginning to cut tyre surface circular arc blob of viscose 7a and tyre bead circular arc blob of viscose 7b, the rubber powder that with granularity is 0.1-0.3mm injects high-pressure water generating means 16 as water jet abrasive, tyre surface circular arc blob of viscose 7a and tyre bead circular arc blob of viscose 7b are placed on netted conveyer belt 8, tyre surface circular arc blob of viscose 7a and tyre bead circular arc blob of viscose 7b move ahead with netted conveyer belt 8, row formula water cutter shower nozzle 11 is connected by the nut of support bar 19 with screw-nut body 18, it moves back and forth by screw-nut body 18 and drives, when tyre surface circular arc blob of viscose 7a and tyre bead circular arc blob of viscose 7b move under row formula water cutter shower nozzle 11, enter into row formula water cutter shower nozzle 11 from the ultra-high pressure water fluid jet with the rubber powder abrasive material in high-pressure water generating means 16 by jet carrier pipe 9, row formula water cutter shower nozzle 11 beginning with tyre surface circular arc blob of viscose 7a, move back and forth on the vertical direction 12 of tyre bead circular arc blob of viscose 7b traffic direction, translational speed can be by driving stepper motor or the servomotor rotational speed regulation of leading screw rotation, its shape journey scope can be carried out Stroke Control or single-chip microcomputer by limit switch and be carried out time history and control, to move back and forth Abrasive Water Jet Machining from the ultra-high pressure water fluid jet with the rubber powder abrasive material in high-pressure water generating means 16 on tyre surface circular arc blob of viscose 7a and tyre bead circular arc blob of viscose 7b, row formula water cutter shower nozzle 11 is in conjunction with jet impact force and the cutting kinetic energy of ultra-high pressure water fluid jet, adjust jet pressure, make its jet cutting pressure deficiency so that the wire on tyre surface circular arc blob of viscose 7a and tyre bead circular arc blob of viscose 7b is cut, thereby realize that tyre surface circular arc blob of viscose 7a separates with wire with rubber on tyre bead circular arc blob of viscose 7b, causing colloid on tyre surface circular arc blob of viscose 7a and tyre bead circular arc blob of viscose 7b to be cut into granularity is rubber powder granule 17 between 0.1-1mm, once destroyed due to the jet energy high concentration with the secondary chemical bond in the rubber molecule structure in tyre surface circular arc blob of viscose 7a and tyre bead circular arc blob of viscose 7b in the process of cutting simultaneously, prepared rubber powder can part vulcanize again, process and need not desulfurization, rubber powder granule 17 enters into water leg 13 by the mesh on netted conveyer belt 8, when rubber powder granule 17 produces continuously, by being built in the filter 14 in water leg 13, the granularity that sieve takes out from rubber powder granule 17 is the rubber powder granule 20 of 0.1-0.3mm, rubber powder granule 20 enters in high-pressure water generating means 16 through rubber powder abrasive material carrier pipe 15, as water jet abrasive, tyre surface circular arc blob of viscose 7a and tyre bead circular arc blob of viscose 7b are carried out Abrasive Water Jet Machining, improve tyre surface circular arc blob of viscose 7a, the cutting efficiency of tyre bead circular arc blob of viscose 7b, the rubber powder 17 of other granularity can obtain pure rubber powder by purification processes with the mixture of water, wire is stayed on netted conveyer belt 8, at netted conveyer belt 8 ends, wire is taken off the raw material that utilize or recycle as directly.
Claims (3)
1. but reclaim the device of junked tire based on the industrialization of ultra-high pressure water fluid jet technology, it is characterized in that having:
One pretreatment unit: adopt and to cut circle machine (2) and will remove the junked tire (1) of wheel hub and be divided into tread rubber (4), upper tyre bead glue (3) and lower tyre bead glue (5); Adopt dicer (6) that described tread rubber (4) is cut into 1/4,1/8 or 1/16 tyre surface circular arc blob of viscose (7a), and described upper tyre bead glue (3) and lower tyre bead glue (5) are cut into respectively 1/4,1/8 or 1/16 tyre bead circular arc blob of viscose (7b);
One water jet unit: a netted conveyer belt (8) is set, and described tyre surface circular arc blob of viscose (7a) and tyre bead circular arc blob of viscose (7b) are placed on netted conveyer belt (8); One high-pressure water generating means (16) is set in the top of described netted conveyer belt (8), the output of described high-pressure water generating means (16) is connected by jet carrier pipe (9) with the input of row formula water cutter shower nozzle (11), and arranging one can be so that the reciprocating mechanism that row formula water cutter shower nozzle (11) moves back and forth on the direction (12) perpendicular to netted conveyer belt (8); Under described row formula water cutter shower nozzle (11), netted conveyer belt (8) both sides arrange baffle plate (10); In the below of described netted conveyer belt (8), on the position corresponding with described row formula water cutter shower nozzle (11), water leg (13) is set;
One abrasive material feedback unit: filter (14) is set as rubber powder abrasive material sorting unit in described water leg (13), the output of described rubber powder abrasive material sorting unit is connected with high-pressure water generating means (16) by rubber powder abrasive material carrier pipe (15).
2. but the device that reclaims junked tire based on the industrialization of ultra-high pressure water fluid jet technology according to claim 1, is characterized in that being evenly arranged 4 nozzles on described row formula water cutter shower nozzle (11), and each nozzle is the super-pressure jet rose.
3. but the device that reclaims junked tire based on the industrialization of ultra-high pressure water fluid jet technology according to claim 1, is characterized in that described reciprocating mechanism is screw-nut body (18) or pinion and rack or hydraulic cylinder or cylinder.
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| CN2011102209268A CN102284469B (en) | 2011-08-03 | 2011-08-03 | Method and device for industrially recycling waste tire based on ultrahigh pressure water jet technology |
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| CN2011102209268A CN102284469B (en) | 2011-08-03 | 2011-08-03 | Method and device for industrially recycling waste tire based on ultrahigh pressure water jet technology |
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| CN102284469A CN102284469A (en) | 2011-12-21 |
| CN102284469B true CN102284469B (en) | 2013-06-12 |
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| CN108788318A (en) * | 2018-07-26 | 2018-11-13 | 芜湖凯兴汽车电子有限公司 | A kind of automobile data recorder processing cutter device capable of rapid positioning |
| CN109483769A (en) * | 2018-12-19 | 2019-03-19 | 陈波 | A kind of complete set of equipments of high-pressure water processing waste tire glue powder |
| CN110000864A (en) * | 2019-05-16 | 2019-07-12 | 安徽理工大学 | Waste steel wire rope core conveyer belt device and method is recycled based on ultra-high pressure water fluid jet |
| PH12020050429A1 (en) * | 2019-10-31 | 2021-05-10 | Gongin Prec Industries Co Ltd | Method of recycling thermosetting polymer object of arbitrary shape |
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2011
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| US5115983A (en) * | 1990-07-07 | 1992-05-26 | D & R Recyclers, Inc. | Process for recycling vehicle tires |
| FR2738177A1 (en) * | 1995-09-04 | 1997-03-07 | Sarl Secomi | Cutting up of large used tyres for recycling |
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