CN103358390A - Device for manufacturing brick by garbage - Google Patents
Device for manufacturing brick by garbage Download PDFInfo
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- CN103358390A CN103358390A CN2013103134624A CN201310313462A CN103358390A CN 103358390 A CN103358390 A CN 103358390A CN 2013103134624 A CN2013103134624 A CN 2013103134624A CN 201310313462 A CN201310313462 A CN 201310313462A CN 103358390 A CN103358390 A CN 103358390A
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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
- Y02W30/91—Use of waste materials as fillers for mortars or concrete
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Abstract
The invention relates to a device for manufacturing a brick by garbage. The brick manufactured by the garbage consists of a surface layer material and a base layer material. The device for manufacturing the brick by the garbage is characterized by comprising a surface layer material preparing unit (10), a base layer material preparing unit (20), a pressure forming unit, a die (30) and a conveying unit (40), wherein a lower die (31) of the die (30) is arranged on the conveying unit (40), and is conveyed from left to right by the conveying unit (40), the surface layer material preparing unit (10), the base layer material preparing unit (20) and the pressure forming unit are positioned above the conveying unit (40) and are sequentially arranged from left to right, and an upper die (32) of the die (30) is connected with a pressure mechanism of the pressure forming unit. The device for manufacturing the brick by the garbage utilizes the garbage to manufacture the brick which has the advantages of low manufacturing cost and good physical and chemical performances.
Description
(1) technical field
The invention belongs to the utilization of refuse, be specifically related to make with rubbish the device of brick.
(2) background technology
Publication number is that the Chinese invention patent application of CN1219518A discloses brick and the manufacturing process thereof that a kind of rubbish is made.This brick is made by rubbish, magnesia unslacked, blending agents and modifier.Manufacturing process is, elder generation's water dissolving blending agents, preparation blending agents solution, then respectively modifier and magnesia unslacked are added in the blending agents solution, stir, make binder, binder and the rubbish that is ground into certain size are fully mixed, the material that mixes is transported to the construction site, be used for the making roadbed; Maybe the material that mixes is injected die for molding, make finished product through maintenance.Brick with this manufacturing process manufacturing is made with rubbish needs with a large amount of magnesia unslackeds, and manufacturing cost is high.
For solving the existing high technical problem of brick manufacturing cost made from rubbish, another invention that proposes simultaneously with the present invention provides a kind of new brick and manufacture method thereof with the rubbish manufacturing.
(3) summary of the invention
The present invention will provide a kind of device of making brick with rubbish.
The device of making brick with rubbish of the present invention, brick with the rubbish manufacturing is made of capstock and basic unit's material, it is characterized in that, this device of making brick with rubbish comprises that a capstock prepares unit (10), basic unit material preparation unit (20), an extrusion forming unit, a mould (30) and a supply unit (40); The counterdie (31) of this mould (30) is on this supply unit (40), and this supply unit (40) is carried this counterdie (31) from left to right; This capstock prepares unit (10), this basic unit material preparation unit (20) and this extrusion forming unit and is positioned at this supply unit (40) top, and is arranged sequentially from left to right; The patrix (32) of this mould (30) is connected with the pressing mechanism of this extrusion forming unit.
Utilize the device of making brick with rubbish of the present invention, can make the brick with the rubbish manufacturing that has cheaply good physics and chemistry performance.Detect test center's check through national building materials industrial building cladding and duct products quality monitoring, the requirement that meets DB11/T152-2003 " urban road concrete road pavement brick " with its rupture strength of brick, non-skid property, frost resistance and the wearability of rubbish manufacturing of the present invention, anti-chemistry meets the requirement of GB/4100-2006 " Ceramic Tiles ", and internal radiation exponential sum external exposure index meets the requirement of GB6566-2010 " the radioactive material nucleic is limited the quantity of ".
The device of making brick with rubbish of the present invention also comprises a counterdie ejecting unit (50) and a counterdie ejector unit (60); This counterdie ejecting unit (50) and this counterdie ejector unit (60) are positioned at the right side of this extrusion forming unit; This counterdie ejecting unit (50) is in this counterdie ejector unit (60) below.
This capstock prepares unit (10) and has a capstock agitator tank (11) and a blending agents solution agitator tank (12), and the blending agents taphole (1211) of this blending agents solution agitator tank (12) is communicated with the blending agents solution inlet port (1121) of this capstock agitator tank (11) by pipe fitting.
This basic unit material preparation unit (20) is basic unit material stirred tank (21), and this basic unit's material stirred tank (21) has a chuck kettle (211), a top cover (212) and a rabbling mechanism (213); In the annular space of this chuck kettle (211) chuck, a plurality of electrically heated rods that are spaced from each other a distance (2114) are set, these electrically heated rods (2114) are installed on this top cover (112) by the electrically heated rod installing hole on this top cover (112), and these electrically heated rods (2114) can heat the heat medium in the annular space of chuck.
This supply unit (40) is a chain scraper conveyor, this chain scraper conveyor has polylith carrier bar (43), have the opening be used to the perisporium that holds this counterdie (31) (312) on every block of carrier bar (43), the top flange (314) of this counterdie (31) is bearing on the upper surface of this edge of opening.
This counterdie ejecting unit (50) is made of the liftout plate (52) that a hydraulic cylinder (51) and is fixed on hydraulic cylinder piston rod end section.
This counterdie ejector unit (60) is made of release head (62) and the supporting plate (63) that a hydraulic cylinder (61), is fixed on hydraulic cylinder piston rod end section.
The capstock outlet (1111) of this capstock agitator tank (11) links to each other with a Weight metering device.
Basic unit's material outlet (2111) of this basic unit's material stirred tank (21) links to each other with a Weight metering device.
(4) description of drawings
Fig. 1 is the present invention makes the device of brick with rubbish schematic diagram.
(5) specific embodiment
Another invention that proposes simultaneously with the present invention provides a kind of new brick and manufacture method thereof with the rubbish manufacturing.
The described brick made from rubbish is made of a surface layer and a basic unit:
(1) this surface layer comprises:
1. microlith particle or sand particle: 5.0～7.0 weight portions;
2. light-burning magnesium powder: 1.6～2.5 weight portions;
3. blending agents: 1.2～2.0 weight portions;
This microlith or sand particle, this light-burning magnesium powder and this blending agents evenly mix, and combine;
(2) this basic unit comprises:
4. the waste plastics that solidifies after the refuse plastic that solidifies after the fusing or the fusing: 5.5～6.5 weight portions;
5. two or more mixture of garbage concrete or waste concrete particle, brick made from waste or useless brick particle, rubbish stone or barren rock particle, rubbish watt or useless watt particle, sand particle or they: 4.5～3.5 weight portions;
Two or more mixture of the waste plastics that solidifies after the refuse plastic that solidifies after this fusing or the fusing and this garbage concrete or waste concrete particle, brick made from waste or useless brick particle, rubbish stone or barren rock particle, rubbish watt or watt particle that gives up, sand particle or they evenly mixes, and combines;
This surface layer and this basic unit combine.
This surface layer also comprises:
6. nanopowder: 0.02～1.8 weight portion.
This surface layer also comprises:
7. modifier: 0.15～0.35 weight portion.
This surface layer also comprises:
8. colorant: 0.03～0.07 weight portion.
This basic unit also comprises:
Rubbish fiber or useless fiber: 1.5～2.5 weight portions.
This basic unit also comprises:
Maximum area is 0.9 times woven wire with the maximized surface area of the brick of rubbish manufacturing.
The described method of making brick with rubbish comprises the following steps:
(1) the preparation capstock comprises the following steps:
1. the blending agents with 1.2～2.0 weight portions adds in the water of its 0.8～1.3 times of weight, makes blending agents solution;
2. microlith particle and/or sand particle 5.0～7.0 weight portions and light-burning magnesium powder 1.6～2.5 weight portions are added in the mixer simultaneously, evenly mix, become dry mixed material;
3. blending agents solution is added in the mixer, dry mixed material is evenly mixed fully with blending agents solution, become capstock;
(2) preparation basic unit material comprises following sequential steps:
1. with in two or more the disposable adding stirred tank of mixture 4.5～3.5 weight portions of garbage concrete or waste concrete particle, brick made from waste or useless brick particle, rubbish stone or barren rock particle, rubbish watt or useless watt particle, sand particle or they, as material in the first still, stirred tank heats while stirring to material in the first still, the moisture in the material evaporates at an easy rate in the first still in order to make, and discharges from the stirred tank top;
2. when the stirred tank temperature in the kettle reaches 95～105 ℃, add successively refuse plastic or waste plastics 5.5～6.5 weight portions in the stirred tank, as material in the second still, stirred tank heats while stirring to material in the second still of material in the first still and successively adding, material melts successively in the second still that adds successively, successively with the first still in mixing of materials, in order to mix;
3. when the stirred tank temperature in the kettle reached 135～145 ℃, material all melted in the second still, and all material evenly mixes fully with the interior material of the first still in the second still after the fusing, becomes basic unit's material, does not wherein have bubble;
(3) capstock and basic unit expect into mould
1. in this capstock being entered counterdie on the press bench by predetermined weight from mixer;
2. in this basic unit material being entered this counterdie on the press bench by predetermined weight from stirred tank, at this above capstock;
(4) extrusion forming
Forcing press with 315～320 tons of pressure pressurizes to this basic unit's material and this capstock in this counterdie by patrix, and persistent pressure 1～2 minute makes this basic unit's material closely knit, and is integrated with this capstock strong bonded, becomes the brick made from rubbish.
Referring to Fig. 1, the device that the present invention makes brick with rubbish comprises that a capstock prepares unit 10, basic unit material preparation unit 20, an extrusion forming unit (not shown), a mould 30, a supply unit 40, a counterdie ejecting unit 50 and a counterdie ejector unit 60.
Capstock prepares unit 10 and has a capstock agitator tank 11 and a blending agents solution agitator tank 12.
Capstock agitator tank 11 has a tank body 111, a top cover 112 and a rabbling mechanism 113.Tank body 111 bottoms have capstock outlet 1111.Top cover 112 has a blending agents solution inlet port 1121 and a powder material import 1122.The motor of rabbling mechanism 113 and reductor are installed on the top cover 112, and paddle stretches in the tank body 111 from the centre bore of top cover 112.
Blending agents solution agitator tank 12 has a tank body 121, a top cover 122 and a rabbling mechanism 123.Tank body 121 bottoms have a blending agents taphole 1211.Top cover 122 has a blending agents import 1221 and a modifier import 1222.The motor of rabbling mechanism 123 and reductor are installed on the top cover 122, and paddle stretches in the tank body 121 from the centre bore of top cover 122.
The blending agents taphole 1211 of blending agents solution agitator tank 12 is communicated with the blending agents solution inlet port 1121 of capstock agitator tank 11 by pipe fitting.
Basic unit material preparation unit 20 has basic unit material stirred tank 21.Basic unit's material stirred tank 21 has a chuck kettle 211, a top cover 212 and a rabbling mechanism 213.Chuck kettle 211 bottoms have basic unit material outlet 2111, also have the mouth of pipe 2112 and the mouth of pipe 2113 that are communicated with the annular space of chuck, as the import and export of heat medium.Top cover 112 has material inlet 2121 and the interior material inlet 2122 of one second still in one first still.The motor of rabbling mechanism 213 and reductor are installed on the top cover 212, and paddle stretches in the kettle 211 from the centre bore of top cover 212.For the heat medium in the annular space of chuck is heated, a plurality of electrically heated rods that are spaced from each other a distance 2114 are set in the annular space of chuck.Electrically heated rod 2114 is installed on the top cover 112 by the electrically heated rod installing hole on the top cover 112.
The extrusion forming unit is that known specified output pressure is 315～320 tons forcing press.
Mould 30 is made of a counterdie 31 and a patrix 32.The top flange 314 that counterdie 31 has diapire 311, perisporium 312 and stretches out and form from perisporium 312 forms the die cavity 313 with open-top.Patrix 32 has convex platform 322 and lower convex platform 321.Patrix 32 is connected with the pressing mechanism of extrusion forming unit.The lower convex platform 321 of patrix 32 can enter from the top of counterdie 31 in the die cavity 313 of counterdie 31, the outer surface of the lower convex platform 321 of patrix 32 cooperates with the inner surface of the perisporium 312 of counterdie 31, the lower annular surface of the convex platform 322 of patrix 32 can be pressed on the upper annular surface of perisporium 312 of counterdie 31, like this, patrix 32 cooperates with counterdie 31, at the volume corresponding die cavity of die cavity 313 interior restrictions one with the brick of manufacturing.
Supply unit 40 is a chain scraper conveyor, and chain scraper conveyor has a drive sprocket 41, a driven sprocket 42 and polylith carrier bar 43.Have the opening be used to the perisporium 312 that holds counterdie 31 on the carrier bar 43, the top flange 314 of counterdie 31 is bearing on the upper surface of edge of opening of chain scraper conveyor.
Counterdie ejecting unit 50 is made of the liftout plate 52 that a hydraulic cylinder 51 and is fixed on hydraulic cylinder piston rod end section.Hydraulic cylinder 51 is erect and is installed on the frame of chain scraper conveyor 52 one-tenth levels of liftout plate.
Counterdie ejector unit 60 is made of release 62 and one supporting plate 63 that a hydraulic cylinder 61, is fixed on hydraulic cylinder piston rod end section.Hydraulic cylinder 61 levels are installed on the frame of chain scraper conveyor, release 62 and are complementary with the top flange of the shape of counterdie 31 contacted parts and counterdie 31 partly shape below 314.
Among Fig. 1, the drive sprocket 41 of chain scraper conveyor is at right-hand member, and driven sprocket 42 is at left end.Capstock prepares the top that unit 10, basic unit material preparation unit 20, extrusion forming unit (not shown) and counterdie ejector unit 60 are positioned at chain scraper conveyor, and setting from left to right keeps at a certain distance away.Counterdie ejecting unit 50 closes on counterdie ejector unit 60, below the carrier bar of the upper strata of chain scraper conveyor.Supporting plate 63 is located at the right side of hydraulic cylinder 61, the top of chain scraper conveyor.
The device that the present invention makes brick with rubbish also has programmable logic controller (PLC) (Programmable Logic Controller, be called for short PLC) (not shown), motor with the rabbling mechanism 113 of capstock agitator tank 11, the motor of the rabbling mechanism 123 of blending agents solution agitator tank 12, the motor of the rabbling mechanism 213 of basic unit's material stirred tank 21, the oil circuit control magnetic valve of the pressing mechanism of extrusion forming unit, the motor of chain scraper conveyor, the oil circuit control magnetic valve of the oil circuit control magnetic valve of the hydraulic cylinder of counterdie ejecting unit 50 and the hydraulic cylinder of counterdie ejector unit 60 is electrically connected, and the course of work that the present invention makes the device of brick with rubbish is controlled.
The present invention is as follows with the operating process of the device of rubbish manufacturing brick:
One. the preparation capstock comprises the following steps:
1. the blending agents of 1.2～2.0 weight portions and the water of its 0.8～1.3 times of weight are passed through in the blending agents import 1221 adding blending agents solution agitator tanks 12 of blending agents solution agitator tank 12, the paddle stirring through rabbling mechanism 123 obtains blending agents solution.
2. with in microlith particle and/or sand particle 5.0～7.0 weight portions and the powder material import 1122 adding capstock agitator tanks 11 of light-burning magnesium powder 1.6～2.5 weight portions by capstock agitator tank 11, paddle through rabbling mechanism 113 stirs, and obtains dry mixed material.
3. the blending agents solution in the blending agents solution agitator tank 12 is added in the capstock agitator tank 11 by the blending agents taphole 1211 of blending agents solution agitator tank 12 and the blending agents solution inlet port 1121 of capstock agitator tank 11, paddle through rabbling mechanism 113 stirs, dry mixed material is evenly mixed fully with blending agents solution, become capstock.
4. when having modifier in the needs capstock, can will require in the modifier import 1222 adding blending agents solution agitator tanks 12 of modifier by blending agents solution agitator tank 12 of weight portion.
Two. preparation basic unit material comprises following sequential steps:
With two or more mixture 4.5～3.5 weight portions of garbage concrete or waste concrete particle, brick made from waste or useless brick particle, rubbish stone or barren rock particle, rubbish watt or useless watt particle, sand particle or they as material in the first still by in the disposable adding of material inlet in the first still of the basic unit's material stirred tank 21 2121 basic unit material stirred tank 21.Heat medium in the annular space of the 2114 pairs of chucks of a plurality of electrically heated rods that are spaced from each other a distance that arrange in the annular space of chuck heats, heat medium heats material in the first still in basic unit's material stirred tank 21, simultaneously, the paddle of rabbling mechanism 213 stirs material in the first still, the moisture in the material evaporates at an easy rate in the first still in order to make, and discharges from the top of basic unit's material stirred tank 21.
2. when basic unit's material stirred tank 21 temperature in the kettle reach 95～105 ℃, refuse plastic or waste plastics 5.5～6.5 weight portions are added in basic unit's material stirred tank 21 by material inlet 2122 in the second still of basic unit's material stirred tank 21 successively as material in the second still, the paddle of rabbling mechanism 213 stirs material in the second still of material in the first still and successively adding, heat medium heats material in material and the second still in the first still in basic unit's material stirred tank 21, material melts successively in the second still that adds successively, successively with the first still in mixing of materials, in order to mix.
3. when basic unit expected that stirred tank 21 temperature in the kettle reach 135～145 ℃, material all melted in the second still, and all material evenly mixes fully with the interior material of the first still in the second still after the fusing, becomes basic unit's material, does not wherein have bubble.
4. when having rubbish fiber or useless fiber in the needs basic unit material, can will require rubbish fiber or the useless fiber of weight portion to add in basic unit's material stirred tank 21 by material inlet 2121 in the first still of basic unit's material stirred tank 21.
Three. capstock and basic unit expect into counterdie
1. the capstock outlet 1111 of capstock by capstock agitator tank 11 entered from capstock agitator tank 11 and be installed in capstock and export a Weight metering device (not shown) of 1111, for example then star feeder enters in the die cavity 313 of the counterdie 31 on the supply unit 40 from Weight metering device.
2. start supply unit 40, for example chain scraper conveyor is transported to the below that basic unit's material outlet 2111 of stirred tank 21 is expected by basic unit with the counterdie 31 that has the capstock of constant weight in the die cavity 313, stops supply unit 40.
3. basic unit's material is expected that from basic unit stirred tank 21 enters a Weight metering device (not shown) that is installed in basic unit's material outlet 2111 by basic unit's material outlet 2111 of basic unit's material stirred tank 21, star feeder for example, then enter in the die cavity 313 of the counterdie 31 on the supply unit 40, on capstock from Weight metering device.
4. when needs add woven wire in basic unit's material, can enter the die cavity 313 of the counterdie 31 on the supply unit 40 from Weight metering device when interior at 50 percent basic unit material, stop to enter, with maximum area on the basic unit that puts into the die cavity 313 of mould 31 with 0.9 times woven wire of the maximized surface area of the brick of rubbish manufacturing expects, continuation enters in the die cavity 313 of the counterdie 31 on the supply unit 40 the covering metal silk screen with all the other 50 percent basic unit material.
5. start supply unit 40, chain scraper conveyor is transported to the counterdie 31 that has basic unit's material of the capstock of constant weight and constant weight in the die cavity 313 below of extrusion forming unit, stops supply unit 40.
Four. extrusion forming
1. start the extrusion forming unit, the forcing press of 315～320 tons of pressure for example, the patrix 32 that is connected with the pressing mechanism of extrusion forming unit moves down.The lower convex platform 321 of patrix 32 can enter from the top of counterdie 31 in the die cavity 313 of counterdie 31, the outer surface of the lower convex platform 321 of patrix 32 cooperates with the inner surface of the perisporium 312 of counterdie 31, the lower annular surface of the convex platform 322 of patrix 32 can be pressed on the upper annular surface of perisporium 312 of counterdie 31, like this, patrix 32 cooperates with counterdie 31, basic unit's material of the capstock of the constant weight in die cavity 313 and constant weight is pressed in the corresponding die cavity of volume with the brick of manufacturing, persistent pressure 1～2 minute, make basic unit's material closely knit, and be integrated with the capstock strong bonded, become the brick made from rubbish.Then, the patrix 32 that is connected with the pressing mechanism of extrusion forming unit moves up, and breaks away from counterdie 31.
2. start supply unit 40, chain scraper conveyor is transported to the counterdie 31 that has in type brick in the die cavity top of counterdie ejecting unit 50, stops supply unit 40.
Five. eject counterdie
Start counterdie ejecting unit 50, the piston rod of hydraulic cylinder 51 upwards vertically stretches out, and the liftout plate 52 of its end upwards vertically ejects counterdie 31 from the opening of the carrier bar of chain scraper conveyor, stops counterdie ejecting unit 50.
Six. release counterdie
1. start counterdie ejector unit 60, the piston rod of hydraulic cylinder 61 to the right level stretches out, and the release of its end 62 is shifted counterdie 31 to the right onto on the supporting plate 63 from liftout plate 52, and the piston rod of hydraulic cylinder 61 left level is retracted, release 62 and get back to original position, stop counterdie ejector unit 60.
2. start counterdie ejecting unit 50, the piston rod of hydraulic cylinder 51 is vertically retracted downwards, and the liftout plate 52 of its end is got back to original position, stops counterdie ejecting unit 50.
Above-mentioned used light-burning magnesium powder, various blending agents, various nanopowder, various modifier, various colorant are known, can buy in market.
Claims (10)
1.-kind of the device with rubbish manufacturing brick, brick with the rubbish manufacturing is made of capstock and basic unit's material, it is characterized in that, this device of making brick with rubbish comprises that a capstock prepares unit (10), basic unit material preparation unit (20), an extrusion forming unit, a mould (30) and a supply unit (40); The counterdie (31) of this mould (30) is on this supply unit (40), and this supply unit (40) is carried this counterdie (31) from left to right; This capstock prepares unit (10), this basic unit material preparation unit (20) and this extrusion forming unit and is positioned at this supply unit (40) top, and is arranged sequentially from left to right; The patrix (32) of this mould (30) is connected with the pressing mechanism of this extrusion forming unit.
2. according to the device of making brick with rubbish claimed in claim 1, it is characterized in that, also comprise a counterdie ejecting unit (50) and a counterdie ejector unit (60); This counterdie ejecting unit (50) and this counterdie ejector unit (60) are positioned at the right side of this extrusion forming unit; This counterdie ejecting unit (50) is in this counterdie ejector unit (60) below.
3. according to claim 1 or the 2 described devices of making brick with rubbish, it is characterized in that, this capstock prepares unit (10) and has a capstock agitator tank (11) and a blending agents solution agitator tank (12), and the blending agents taphole (1211) of this blending agents solution agitator tank (12) is communicated with the blending agents solution inlet port (1121) of this capstock agitator tank (11) by pipe fitting.
4. according to claim 1 or the 2 described devices of making brick with rubbish, it is characterized in that, this basic unit material preparation unit (20) is basic unit material stirred tank (21), and this basic unit's material stirred tank (21) has a chuck kettle (211), a top cover (212) and a rabbling mechanism (213); In the annular space of this chuck kettle (211) chuck, a plurality of electrically heated rods that are spaced from each other a distance (2114) are set, these electrically heated rods (2114) are installed on this top cover (112) by the electrically heated rod installing hole on this top cover (112), and these electrically heated rods (2114) can heat the heat medium in the annular space of chuck.
5. according to the device of making brick with rubbish claimed in claim 3, it is characterized in that, this basic unit material preparation unit (20) is basic unit material stirred tank (21), and this basic unit's material stirred tank (21) has a chuck kettle (211), a top cover (212) and a rabbling mechanism (213); In the annular space of this chuck kettle (211) chuck, a plurality of electrically heated rods that are spaced from each other a distance (2114) are set, these electrically heated rods (2114) are installed on this top cover (112) by the electrically heated rod installing hole on this top cover (112), and these electrically heated rods (2114) can heat the heat medium in the annular space of chuck.
6. according to claim 1 or the 2 described devices of making brick with rubbish, it is characterized in that, this supply unit (40) is a chain scraper conveyor, this chain scraper conveyor has polylith carrier bar (43), have the opening be used to the perisporium that holds this counterdie (31) (312) on every block of carrier bar (43), the top flange (314) of this counterdie (31) is bearing on the upper surface of this edge of opening.
7. according to the device of making brick with rubbish claimed in claim 5, it is characterized in that, this supply unit (40) is a chain scraper conveyor, this chain scraper conveyor has polylith carrier bar (43), have the opening be used to the perisporium that holds this counterdie (31) (312) on every block of carrier bar (43), the top flange (314) of this counterdie (31) is bearing on the upper surface of this edge of opening.
8. according to the device of making brick with rubbish claimed in claim 2, it is characterized in that, this counterdie ejecting unit (50) is made of the liftout plate (52) that a hydraulic cylinder (51) and is fixed on hydraulic cylinder piston rod end section; This counterdie ejector unit (60) is made of release head (62) and the supporting plate (63) that a hydraulic cylinder (61), is fixed on hydraulic cylinder piston rod end section.
9. according to the device of making brick with rubbish claimed in claim 7, it is characterized in that, this counterdie ejecting unit (50) is made of the liftout plate (52) that a hydraulic cylinder (51) and is fixed on hydraulic cylinder piston rod end section; This counterdie ejector unit (60) is made of release head (62) and the supporting plate (63) that a hydraulic cylinder (61), is fixed on hydraulic cylinder piston rod end section.
10. according to the device of making brick with rubbish claimed in claim 9, it is characterized in that, the capstock outlet (1111) of this capstock agitator tank (11) links to each other with a Weight metering device; Basic unit's material outlet (2111) of this basic unit's material stirred tank (21) links to each other with a Weight metering device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310313462.4A CN103358390B (en) | 2013-07-25 | 2013-07-25 | A kind of rubbish manufactures the device of brick |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310313462.4A CN103358390B (en) | 2013-07-25 | 2013-07-25 | A kind of rubbish manufactures the device of brick |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103358390A true CN103358390A (en) | 2013-10-23 |
| CN103358390B CN103358390B (en) | 2015-11-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310313462.4A Expired - Fee Related CN103358390B (en) | 2013-07-25 | 2013-07-25 | A kind of rubbish manufactures the device of brick |
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| CN2832483Y (en) * | 2005-08-15 | 2006-11-01 | 杨庆文 | Hydraulic brick-making machine for concrete hollow insulating brick |
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| CN203557508U (en) * | 2013-07-25 | 2014-04-23 | 张玉 | Device for manufacturing bricks from garbage |
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2013
- 2013-07-25 CN CN201310313462.4A patent/CN103358390B/en not_active Expired - Fee Related
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|---|---|---|---|---|
| CN2119308U (en) * | 1992-04-10 | 1992-10-21 | 蒲城县万兴建材厂 | Punching machine for making bricks |
| JP2000256053A (en) * | 1999-03-08 | 2000-09-19 | Kenzai Gijutsu Kenkyusho:Kk | Production of cement hardened body |
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