CN204712252U - With the steam pressure sand aerated concrete block production line of recovery system - Google Patents

With the steam pressure sand aerated concrete block production line of recovery system Download PDF

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Publication number
CN204712252U
CN204712252U CN201520441536.7U CN201520441536U CN204712252U CN 204712252 U CN204712252 U CN 204712252U CN 201520441536 U CN201520441536 U CN 201520441536U CN 204712252 U CN204712252 U CN 204712252U
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China
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group
steam
storage tank
slurry storage
communicates
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Expired - Fee Related
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CN201520441536.7U
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Chinese (zh)
Inventor
吴中伟
余美宏
常亮
李金贵
罗新祥
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Hubei Tengbao New Material Co Ltd
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Hubei Tengbao New Material Co Ltd
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Abstract

With the steam pressure sand aerated concrete block production line of recovery system, it also has recovery system, recovery system is by noise reduction, complementary energy recovery device and waste recovery systems composition, noise reduction, complementary energy recovery device comprises one group of bypass pipe (12), main pipeline (13) and one group of heat exchanger (14), one group of steam-cured still (7) has steam vent, one group of bypass pipe (12) is respectively equipped with valve (15) and silencer (16), one end of one group of bypass pipe (12) communicates with the steam vent on one group of steam-cured still (7) respectively, the other end of one group of bypass pipe (12) communicates with one end of main pipeline (13), the other end of main pipeline (13) communicates with the steam inlet of one group of heat exchanger (14) respectively, the utility model advantage is: this device improves the mould machine bottom board accuracy corresponding with the position of somersault ingot stripper, avoid the problems such as the shutdown occurred because of displacement, improve production efficiency.

Description

With the steam pressure sand aerated concrete block production line of recovery system
Technical field
The utility model relates to block production line field, is specifically related to the steam pressure sand aerated concrete block production line with recovery system.
Background technology
at present, the accurate building block of steam-pressing aero-concrete is with rivers silt, chemical by-product ardealite is through levigate slurrying and cement, lime, material of getting angry is through batching, stir, cast, precuring, essence is cut, the natural thermal insulation materials for wall of the fine and closely woven porous light that HTHP steam pressure is made, in process of production, product base substrate is after cutter sweep cutting, its surperficial one deck and epidermis cannot use to be needed to peel off cleaning, these cleaned being namely wasted, in the use procedure of steam-cured still, there is the air pressure of 1.9MPA in steam-cured still, other having a 1.0MPA are transported in other steam-cured stills, also have the air pressure of 0.9MPA can discharge in air, 1, when discharging, noise is huge, noise pollution is caused to the workman in workshop.2, due to discharge is high-pressure hot steam, and the heat energy in steam is all discharged, and causes the wasting of resources.
Utility model content
The purpose of this utility model is exactly is with rivers silt for the accurate building block of current steam-pressing aero-concrete, chemical by-product ardealite is through levigate slurrying and cement, lime, material of getting angry is through batching, stir, cast, precuring, essence is cut, the natural thermal insulation materials for wall of the fine and closely woven porous light that HTHP steam pressure is made, in process of production, product base substrate is after cutter sweep cutting, its surperficial one deck and epidermis cannot use to be needed to peel off cleaning, these cleaned being namely wasted, in the use procedure of steam-cured still, there is the air pressure of 1.9MPA in steam-cured still, other having a 1.0MPA are transported in other steam-cured stills, also have the air pressure of 0.9MPA can discharge in air, 1, when discharging, noise is huge, noise pollution is caused to the workman in workshop.2, due to discharge is high-pressure hot steam, and the heat energy in steam is all discharged, and causes the deficiency of the wasting of resources, and provides the steam pressure sand aerated concrete block production line with recovery system.
The utility model comprises steam pressure sand aerated concrete block production line body, steam pressure sand aerated concrete block production line is by feed proportioning system, cast agitator tank, fog room, upset ingot stripper, cutting machine, upset skinning machine, one group of steam-cured still, depiler and baling press composition, the discharging opening of feed proportioning system is communicated by the charging aperture of pipeline with cast agitator tank, cast agitator tank is connected with fog room by transportation trolley, fog room is connected with upset ingot stripper by transportation trolley, upset ingot stripper is connected with cutting machine by transportation trolley, cutting machine is connected with upset skinning machine by transportation trolley, upset skinning machine is connected by the entrance of transportation trolley with one group of steam-cured still, the outlet of one group of steam-cured still is connected with the import of depiler by transportation trolley, the exit of depiler is positioned at the import department of baling press, it is characterized in that it also has recovery system, recovery system is by noise reduction, complementary energy recovery device and waste recovery systems composition, noise reduction, complementary energy recovery device comprises one group of bypass pipe, main pipeline and one group of heat exchanger, one group of steam-cured still has steam vent, one group of bypass pipe is respectively equipped with valve and silencer, one end of one group of bypass pipe communicates with the steam vent on one group of steam-cured still respectively, the other end of one group of bypass pipe communicates with one end of main pipeline, the other end of main pipeline communicates with the steam inlet of one group of heat exchanger respectively, waste recovery systems comprises A sewage slurry storage tank, stirring vane, motor, one group of shower nozzle, B sewage slurry storage tank and pump, groove is provided with below steam pressure sand aerated concrete block production line body, screen pack is provided with below the charging aperture of A sewage slurry storage tank, the exit of groove communicates with the import of pump, motor is arranged on A sewage slurry storage tank, stirring vane is positioned at A sewage slurry storage tank, and stirring vane is connected with the pto of motor by power transmission shaft, one group of shower nozzle is arranged in A sewage slurry storage tank respectively, the import that delivery side of pump starches storage tank with A sewage communicates, and delivery side of pump is positioned at above the screen pack of A sewage slurry storage tank, the outlet of A sewage slurry storage tank is positioned at above the import of B sewage slurry storage tank, the B sewage slurry discharging opening of storage tank communicates with the import of feed proportioning system.
The utility model advantage is: this device improves the mould machine bottom board accuracy corresponding with the position of somersault ingot stripper, avoids the problems such as the shutdown occurred because of displacement, improves production efficiency.
accompanying drawing explanation
Fig. 1 is the utility model structural representation.
Fig. 2 is noise reduction, complementary energy recovery device structural representation.
Detailed description of the invention
As Fig. 1, shown in 2, the utility model comprises steam pressure sand aerated concrete block production line body, steam pressure sand aerated concrete block production line is by feed proportioning system, cast agitator tank, fog room, upset ingot stripper, cutting machine, upset skinning machine, one group of steam-cured still 7, depiler and baling press composition, the discharging opening of feed proportioning system is communicated by the charging aperture of pipeline with cast agitator tank, cast agitator tank is connected with fog room by transportation trolley, fog room is connected with upset ingot stripper by transportation trolley, upset ingot stripper is connected with cutting machine by transportation trolley, cutting machine is connected with upset skinning machine by transportation trolley, upset skinning machine is connected by the entrance of transportation trolley with one group of steam-cured still, the outlet of one group of steam-cured still is connected with the import of depiler by transportation trolley, the exit of depiler is positioned at the import department of baling press, it is characterized in that it also has recovery system, recovery system is by noise reduction, complementary energy recovery device and waste recovery systems composition, noise reduction, complementary energy recovery device comprises one group of bypass pipe 12, main pipeline 13 and one group of heat exchanger 14, one group of steam-cured still 7 has steam vent, one group of bypass pipe 12 is respectively equipped with valve 15 and silencer 16, one end of one group of bypass pipe 12 steam vent respectively on still 7 steam-cured with a group communicates, the other end of one group of bypass pipe 12 communicates with one end of main pipeline 13, the other end of main pipeline 13 communicates with the steam inlet of one group of heat exchanger 14 respectively, waste recovery systems comprises A sewage slurry storage tank 21, stirring vane 22, motor 23, one group of shower nozzle 24, B sewage slurry storage tank 25 and pump 26, groove is provided with below steam pressure sand aerated concrete block production line body, screen pack 21-1 is provided with below the charging aperture of A sewage slurry storage tank 21, the exit of groove communicates with the import of pump 26, motor 23 is arranged on A sewage slurry storage tank 21, stirring vane 22 is positioned at A sewage slurry storage tank 21, and stirring vane 22 is connected by the pto of power transmission shaft with motor 23, one group of shower nozzle 24 is arranged in A sewage slurry storage tank 21 respectively, the import that outlet and the A sewage of pump 26 starch storage tank 21 communicates, and the outlet of pump 26 is positioned at above the screen pack of A sewage slurry storage tank 21, the outlet of A sewage slurry storage tank 21 is positioned at above the import of B sewage slurry storage tank 25, the B sewage slurry discharging opening of storage tank 25 communicates with the import of feed proportioning system.
Waste recovery systems working method: aborning, some the unnecessary raw materials produced, directly pour in groove, then to water flowing in groove, by pump 26 moisture raw material being squeezed into in A sewage slurry storage tank 21, starter motor 23, start to stir the moisture raw material in A sewage slurry storage tank 21, in whipping process, one group of shower nozzle 24 is sprayed water to it, at set intervals the material in A sewage slurry storage tank 21 being squeezed into and store to B sewage slurry storage tank 25, continuing when needing to use these material to produce in the material-compound tank being delivered to block production line body.
Owing to needing a large amount of water in process of production, need continuous moisturizing, so add one group of shower nozzle 24.
Screen pack avoids finger stone to enter in A sewage slurry storage tank 1.:
Steam-cured still occupation mode: open valve 15, one of them enters to bypass pipe (being eliminated the noise by silencer 16) to make one group of steam-cured still 7, is then delivered in one group of heat exchanger 14 and heats water or air, after having heated, can have a bath or winter heating for workman.

Claims (1)

1. with the steam pressure sand aerated concrete block production line of recovery system, it comprises steam pressure sand aerated concrete block production line body, steam pressure sand aerated concrete block production line is by feed proportioning system, cast agitator tank, fog room, upset ingot stripper, cutting machine, upset skinning machine, one group of steam-cured still (7), depiler and baling press composition, the discharging opening of feed proportioning system is communicated by the charging aperture of pipeline with cast agitator tank, cast agitator tank is connected with fog room by transportation trolley, fog room is connected with upset ingot stripper by transportation trolley, upset ingot stripper is connected with cutting machine by transportation trolley, cutting machine is connected with upset skinning machine by transportation trolley, upset skinning machine is connected by the entrance of transportation trolley with one group of steam-cured still, the outlet of one group of steam-cured still is connected with the import of depiler by transportation trolley, the exit of depiler is positioned at the import department of baling press, it is characterized in that it also has recovery system, recovery system is by noise reduction, complementary energy recovery device and waste recovery systems composition, noise reduction, complementary energy recovery device comprises one group of bypass pipe (12), main pipeline (13) and one group of heat exchanger (14), one group of steam-cured still (7) has steam vent, one group of bypass pipe (12) is respectively equipped with valve (15) and silencer (16), one end of one group of bypass pipe (12) communicates with the steam vent on one group of steam-cured still (7) respectively, the other end of one group of bypass pipe (12) communicates with one end of main pipeline (13), the other end of main pipeline (13) communicates with the steam inlet of one group of heat exchanger (14) respectively, waste recovery systems comprises A sewage slurry storage tank (21), stirring vane (22), motor (23), one group of shower nozzle (24), B sewage slurry storage tank (25) and pump (26), groove is provided with below steam pressure sand aerated concrete block production line body, screen pack (21-1) is provided with below the charging aperture of A sewage slurry storage tank (21), the exit of groove communicates with the import of pump (26), motor (23) is arranged on A sewage slurry storage tank (21), stirring vane (22) is positioned at A sewage slurry storage tank (21), and stirring vane (22) is connected by the pto of power transmission shaft with motor (23), one group of shower nozzle (24) is arranged in A sewage slurry storage tank (21) respectively, the import that outlet and the A sewage of pump (26) starch storage tank (21) communicates, and the outlet of pump (26) is positioned at above the screen pack of A sewage slurry storage tank (21), the outlet of A sewage slurry storage tank (21) is positioned at above the import of B sewage slurry storage tank (25), the discharging opening of B sewage slurry storage tank (25) communicates with the import of feed proportioning system.
CN201520441536.7U 2015-06-25 2015-06-25 With the steam pressure sand aerated concrete block production line of recovery system Expired - Fee Related CN204712252U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201520441536.7U CN204712252U (en) 2015-06-25 2015-06-25 With the steam pressure sand aerated concrete block production line of recovery system

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201520441536.7U CN204712252U (en) 2015-06-25 2015-06-25 With the steam pressure sand aerated concrete block production line of recovery system

Publications (1)

Publication Number Publication Date
CN204712252U true CN204712252U (en) 2015-10-21

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Country Status (1)

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CN (1) CN204712252U (en)

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C14 Grant of patent or utility model
GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20151021

Termination date: 20160625

CF01 Termination of patent right due to non-payment of annual fee