KR200458276Y1 - Urban Batcher Plant - Google Patents

Abstract

The present invention relates to an eco-friendly urban batcher plant, and more specifically, by installing a batcher plant that produces ready-mixed concrete inside the building, it can effectively prevent environmental pollution by blocking harmful dust or noise generated when manufacturing ready-mixed concrete. It is about an eco-friendly urban batcher plant. The eco-friendly urban batcher plant according to the present invention has a plurality of floors, and any one of the plurality of floors has a building in which an entrance to and from which a vehicle storing aggregates is formed, a floor installed in the building, and the entrance is formed. Connected between the upper layers of the layer formed with the doorway, and the aggregate transport unit for transporting the aggregate, and installed in the building and the discharged portion is stored in the transported aggregate and discharged the aggregate, the aggregate meter A cement storage unit having an installed aggregate storage unit, an aggregate transportation unit installed inside the building and carrying aggregates discharged from the discharge unit, and a discharge unit installed inside the building and storing cement and discharging the cement; And a batcher having a mixing part into which aggregate and cement discharged from the discharge part are introduced, and the aggregate and cement are mixed. And a Slant device.

Eco-Friendly, Urban, Building, Transport, Storage, Mixing, Batcher Plant

Description

Urban Batcher Plant {BACHER PLANT}

The present invention relates to an eco-friendly urban batcher plant, and more specifically, by installing a batcher plant that produces ready-mixed concrete inside the building, it can effectively prevent environmental pollution by blocking harmful dust or noise generated when manufacturing ready-mixed concrete. It is about an eco-friendly urban batcher plant.

In general, the batcher plant is a concrete mixed material that is accurately weighed according to the mixing ratio of cement, aggregate, additives, water, chemicals, etc., which are components of concrete used in the construction site, and then mixed uniformly (READY MIXED CONCREATED) Refers to equipment for supplying In addition, the high-quality concrete mixed production in the batcher plant device is generally called REMICON (REMICON), which is poured after transporting to the construction site using a truck mixer (TRUCK MIXER).

8 is a schematic diagram of a conventional batcher plant for producing ready-mixed concrete, the conventional batcher plant device is a civil engineering structure (30) installed at a predetermined interval therein and the body 10, a meter for measuring the aggregate at a predetermined mixing ratio, It includes a belt conveyor 50 installed to transfer the aggregate to the body (10). In addition, in the main body 10 of the batcher plant apparatus, the upper storage hopper 11 through which the aggregate, such as sand and gravel, is transported through the belt conveyor 50, and the aggregate and cement silo supplied from the upper storage hopper 11. And a mixing mixer 13 in which cement, water, and the like supplied from 20 are mixed at a predetermined mixing ratio, and a lower discharge hopper 15 for discharging ready-mixed concrete produced by the mixing mixer 13.

The conventional batcher plant manufacturing device having a structure as described above is equipped with a batcher plant device by selecting a site around the city which is convenient and easy to transport in order to produce a high quality ready-mixed concrete. However, in the conventional batcher plant device, each facility such as a meter, a civil engineering structure, a belt conveyor, a main body and a siler is exposed to the outside. Therefore, there is a problem of polluting the surrounding environment due to harmful substances such as fine dust or dust and noise generated when transporting or mixing the aggregate. In addition, because each of the facilities constituting the batcher plant device is large and huge, there is another problem of striking a monster rather than in harmony with the surrounding landscape.

In order to improve the external appearance and environmental pollution problem as described above, try to equip the batcher plant outside the periphery of the city, but due to the strong protest of residents due to environmental pollution, it is difficult to select the site.

The present invention is to solve the conventional problems as described above, it is to provide an eco-friendly urban batcher plant that does not harm the surrounding landscape even in the vicinity of the city because each facility constituting the batcher plant device is installed in the building. The purpose.

In addition, since the batcher plant is installed inside the building, harmful pollutants such as dust, fine dust, and noise are prevented from leaking to the outside of the building to solve civil complaints and effectively prevent the surrounding environment. Another aim is to provide an eco-friendly urban batcher plant.

In addition, since the batcher plant apparatus can be densely arranged by arranging the respective units in the vertical direction of the building, a large site is not required as in the conventional batcher plant apparatus. Therefore, another object of the present invention is to provide an eco-friendly urban batcher plant which can reduce the cost according to the equipment and can be installed in a narrow space, thereby improving the construction property.

The eco-friendly urban batcher plant according to the present invention has a plurality of floors, and one of the plurality of floors has a building in which an entrance for entering and exiting a vehicle storing aggregates is formed, and is installed inside the building, and the entrance is formed. A discharge portion connecting the floor and the upper layer of the layer on which the entrance is formed, and having an aggregate transfer part for transferring the aggregate, installed in the building, and having a discharge portion for storing the transferred aggregate and discharging the aggregate; An aggregate storage unit in which an aggregate meter is installed, and an aggregate transportation unit installed inside the building, and carrying an aggregate discharged from the discharge unit, and installed in the building, and storing cement, and discharging the cement. Cement storage unit having a discharge portion to be discharged, aggregate and cement discharged from each of the discharge portion is introduced, the aggregate and cement is mixed It includes a viscous plant apparatus comprising a mixing unit.

In addition, the aggregate storage unit of the present invention is composed of a plurality of hoppers, and further comprises a rotation distribution member for supplying aggregate to each hopper.

In addition, the present invention is installed in the interior of the building, the additive is stored, the additive storage unit having a discharge portion for discharging the additive, the additive discharged from the additive storage unit and the cement discharged from the cement storage unit by measuring the It includes a metering unit provided for feeding the mixing unit.

In addition, the eco-friendly urban batcher plant according to the present invention, has a plurality of floors, any one of the plurality of floors is formed with a doorway for the entrance and exit of the vehicle, the aggregate is stored, the doorway is formed of the layer and the floor is formed An aggregate storage unit installed in the building to connect the upper floors, and having an discharge unit installed in the building, in which the aggregate transferred to the vehicle is stored and the aggregate is discharged, and the aggregate storage unit in which an aggregate meter is installed in the discharge unit; A cement storage unit installed inside the building and carrying an aggregate discharged from the discharge unit, a cement storage unit installed inside the building, storing cement, and discharging the cement; Aggregate and cement discharged from the discharge portion are introduced, and the batcher plant having a mixing portion in which the aggregate and cement are mixed Including values.

According to the present invention, since the respective equipment constituting the batcher plant device is installed inside the building, even in the vicinity of the city does not significantly damage the surrounding landscape. In addition, since the batch plant device is installed inside the building, it is possible to prevent environmental pollutants such as harmful dust, fine dust, and noise from leaking out of the building, so that residents' complaints can be resolved and the surrounding environment can be effectively prevented. have.

In addition, since the batcher plant apparatus can be densely arranged by arranging the respective units in the vertical direction of the building, a large site is not required as in the conventional batcher plant apparatus. Therefore, it is possible to reduce the cost according to the installation and can be installed in a narrow space has the effect of improved construction.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the present invention.

1 is a front view of an embodiment of an eco-friendly urban batcher plant according to the present invention, Figure 2 is a right side view of Figure 1, Figure 3 is a plan view of Figure 1, Figure 4 of the eco-friendly urban batcher plant shown in Figure 1 5 is a right side view of FIG. 4, and FIG. 6 is a front view showing the batcher plant as a ready-mixed concrete manufacturing facility shown in FIG. 1.

Eco-friendly urban batcher plant according to the present invention, the first building 100 and the batcher plant device 200.

The first building 100 is constructed in a plurality of floors by an outer wall and an inner wall using a building material such as brick or cement. The first building 100 is divided into the basement layer 110 and the ground layer based on the ground, and the ground layer is the first layer 120, the second layer 130, the third layer 140, and the fourth layer 150. It is. In addition, the basement chamber 110 and the ground floor, the first layer 120, the second layer 130, the third layer 140, and the fourth layer 150 are formed in each of the storage chambers separated by the inner wall. As above, each floor and the plurality of storage chambers are preferably connected to each other for ease of operation and ease of movement. In addition, the first building 100 is provided with a first entrance 121 and a second entrance 122 so that the transport vehicle 300 or the truck mixer 400 can be entered.

Referring to the storage chambers formed in each of the first building 100 according to the present invention, the first storage chamber 111 and the second accommodation chamber 112 are formed in the basement floor 110. In addition, the third chamber 123 is divided into the first floor 120, and the fourth chamber 131 and the fifth chamber 132 are divided into the second layer 130. In addition, although the separate storage chamber is not divided into the third floor 140 and the fourth floor 150, the storage chamber may be provided in some cases.

The batcher plant apparatus 200 for manufacturing ready-mixed concrete installed inside the first building 100 includes an aggregate transport unit 210 for transporting aggregates supplied through the transport vehicle 300, and stores the aggregates. Aggregate storage unit 220 and the aggregate transport unit 230 is installed to transport the stored aggregate again. In addition, the first cement storage unit 241 and the second cement storage unit 242 as a facility for supplying the ready-mixed concrete mixed with the aggregate and cement, additives, and water in a predetermined mixing ratio to the truck mixer 400, and A first additive storage unit 251, a second additive storage unit 252, and a third additive storage unit 253 are provided. Also, the first metering unit 261, the second metering unit 262, the first mixing unit 271 and the second mixing unit 272, and the first storage unit 281 and the second storage unit 282 are used. Include. As described above, each facility constituting the batcher plant device 200 is configured in pairs to improve work efficiency, but is not limited thereto.

The aggregate transfer unit 210 according to the present invention is to transfer the aggregate transferred to the transport vehicle 300 toward the fourth layer 150, which is the uppermost layer of the first building 100, and supplies in a vertical conveyor method. When the vertical conveyor method as described above, since the transfer distance of the aggregate transport unit 210 is short, the work efficiency is improved and the facility cost can be reduced. In addition, in the aggregate transport unit 210, the first vertical conveyor 212 and the second vertical conveyor 215 are respectively installed at the pair of first entrances 121 through which the vehicle enters and exits from the first building 100.

In the first vertical conveyor 212 installed as described above, a first inlet 211 is formed at the first inlet 121, and a first rotational distribution member 213 is provided at the uppermost floor of the first building 100. have. The first inlet 211 guides the aggregate transported by the transport vehicle 300 to be stably supplied to the first vertical conveyor 212. In addition, the first rotation distribution member 213 is rotatably installed at the end of the first vertical conveyor 212 or the top floor of the first building 100 so as to supply aggregate to each hopper of the aggregate storage unit 220. It is. Therefore, the aggregate supplied through the transport vehicle 300 is supplied to the first vertical conveyor 212 through the first inlet 211. The aggregate supplied in this way is transferred to the fourth layer 150 which is the uppermost layer of the first building 100 through the first vertical conveyor 212, and the first hopper 221 through the first rotational distribution member 213. Or selectively supplied to the second hopper 222. In addition, the second vertical conveyor 215 has the same structure as the first vertical conveyor 212, the second entrance 214 is formed in the remaining first entrance 121, the first building 100 The second rotational distribution member 216 is provided on the fourth layer 150, which is the uppermost layer of the. In addition, the second rotational distribution member 216, the end or the first of the second vertical conveyor 215 to supply aggregate to the third hopper 223 and the fourth hopper 224 of the aggregate storage unit 220, respectively. Of course, the uppermost floor of the building 100 is rotatably installed.

As described above, an end portion at which the first inlet 211 of the first vertical conveyor 212 is formed for transporting the aggregate supplied through the transport vehicle 300 is formed in the basement layer 110 of the first building 100. Part 1 is provided in the accommodation chamber 111, and the remaining part is installed in the interior of the first building (100). In addition, an end portion at which the second inlet 214 of the second vertical conveyor 215 is formed is partially provided in the second accommodation chamber 112 of the basement floor 110 of the first building 100, and the remaining portion thereof It is installed inside the building 100. Therefore, it is possible to effectively prevent contamination of the surrounding environment by preventing dust or fine dust generated when transporting the aggregate from the inside of the first building 100 to the outside.

The aggregate storage unit 220 including each hopper is installed in the third layer 140, which is an inner bottom layer of the fourth layer 150 of the first building 100. The aggregate storage unit 220 is a place for storing the aggregate supplied to the transport vehicle 300, the aggregate supplied through the aggregate transport unit 210 is the first hopper 221, the second hopper 222, the third The hopper 223 and the fourth hopper 224 are introduced into the upper portion and discharged through the lower portion of the discharge portion. At this time, the aggregate meter 225 is installed in the discharge portion of the lower end of each hopper in order to discharge the respective aggregates.

The aggregate transport unit 230 transfers the aggregated and discharged aggregate through the aggregate meter 225 of the first hopper 221, the second hopper 222, the third hopper 223, and the fourth hopper 224. To do this, it is installed at the bottom of each hopper, and generally uses a belt conveyor, but is not limited thereto. The aggregate transport unit 230 is provided in the fifth storage chamber 132 of the second layer 130 of the first building 100.

In addition, the aggregate transported by the aggregate transport unit 230 is supplied to the first mixing unit 271 and the second mixing unit 272 installed at the upper end of the inner second entrance 122 side of the first building 100. . In addition, the first measuring unit 261 and the second measuring unit 262 are provided at the upper end of the first mixing unit 271 or the second mixing unit 272 to measure cement and additives and supply them to each mixing unit. Is installed.

In addition, the first cement storage unit 241 and the second cement storage unit 242 accommodate the second layer 130 and the fourth layer to supply cement to the first and second measurement units 261 and 262. It is provided in the upper layer of the chamber 131. In addition, a plurality of first additive storage units 251, second additive storage units 252, and third additive storage units 253 to supply additives to the first and second measurement units 261 and 261 and 262. ) Is installed on the upper layer of the fourth storage chamber 131 of the second layer 130.

In addition, at the lower ends of the first mixing unit 271 and the second mixing unit 272, the first storage unit 281 and the second storage unit temporarily storing the mixed ready-mixed concrete to discharge toward the truck mixer 400. The storage unit 282 is provided. The first storage unit 281 and the second storage unit 282 installed as described above may smoothly supply ready-mixed concrete to the truck mixer 400 entered through the second entrance 122 of the first building 100. It is preferable that it is provided in the height more than the 2nd layer 130 which is a position higher than the 1st layer 120. FIG.

In addition, in the third storage chamber 123 of the first building 100, a machine room 290 may be installed to treat wastewater or to have a ready-mixed concrete recycling apparatus. In addition, it is a matter of course that a separate dust collector or an air conditioning system may be installed in the first building 100 and the batcher plant 200 so that fine dust or dust is not discharged to the outside of the building.

Referring to the specific operating state of the eco-friendly urban batcher plant according to the present invention, the transport vehicle 300 loaded with aggregate enters the first entrance 121 formed in the first layer 120 of the first building (100). Next, aggregate is supplied from the transport vehicle 300 to the first inlet 211 or the second inlet 214 of the aggregate transport unit 210 formed in the first inlet 121. The aggregate supplied in this way is transferred to the uppermost floor of the first building 100 along the first vertical conveyor 212 or the second vertical conveyor 215, and each of the first rotary distribution member 213 and the second rotary distribution. The member 216 is selectively supplied to the first hopper 221, the second hopper 222, the third hopper 223, and the fourth hopper 224. Next, the aggregate temporarily stored in the aggregate storage unit 220 is discharged and metered through the aggregate meter 225 installed in the discharge portion at the bottom of each hopper, which is directly along the aggregate conveying unit 230, the first mixing unit 271 ) Or the second mixing unit 272.

Next, the cement and the additive measured by the first and second weighing units 261 and 262 are supplied to the first mixing unit 271 and the second mixing unit 272. At this time, the cement is through the first cement storage unit 241 and the second cement storage unit 242, the additive is the first additive storage unit 251, the second additive storage unit 252, the third additive storage unit ( 253 is supplied to the first and second measurement units 261 and 262. In addition, water and a mixed material is stored in any one of the plurality of storage chambers of the first building 100, and the water and the mixed material stored in this way are mixed in the first state in a predetermined ratio to produce high quality ready-mixed concrete. The unit 271 and the second mixing unit 272 are supplied. Next, the ready-mixed concrete discharged to the lower ends of the first mixing unit 271 and the second mixing unit 272 is temporarily stored before being supplied to the truck mixer 400 and the first storage unit 281 and the second storage. Supplied to the unit 282. Then, the mixed concrete discharged toward the truck mixer 400 entered through the second entrance 122 of the first building 100, the truck mixer 400 loaded with the ready-mixed concrete moves to the construction site.

7 is a front view of another embodiment of an eco-friendly urban batcher plant according to the present invention, the method of transferring the aggregate from the transport vehicle to the aggregate storage unit of the batcher plant device is different from the embodiment of the present invention. Therefore, the description of the same configuration and operation relationship will be omitted and will be described for the other parts.

Eco-friendly urban batcher plant of another embodiment according to the present invention, the transport vehicle 300 carrying the aggregate is moved along the connection road 160 to the top floor of the second building (100 ') and immediately supplied to the aggregate storage unit 220 That's the way it is. Therefore, it is possible to effectively prevent the problems caused by the vertical conveyor method, and because the aggregate is directly injected into the aggregate storage unit 220, it is possible to improve the work efficiency.

Embodiments of the present invention described above and shown in the drawings should not be construed as limiting the technical spirit of the present invention. The scope of protection of the present invention is limited only by the matters described in the claims, and those skilled in the art will be able to modify the technical idea of the present invention in various forms. Accordingly, such improvements and modifications will fall within the scope of the present invention as long as it is obvious to those skilled in the art.

1 is a front view of an embodiment of a downtown batcher plant according to the present invention;

FIG. 2 is a right side view of FIG. 1

3 is a plan view of FIG.

4 is a front view showing the building shape of the urban batcher plant shown in FIG.

FIG. 5 is a right side view of FIG. 4

6 is a front view showing the batcher plant device is a ready-mixed concrete manufacturing facility shown in FIG.

7 is a front view of another embodiment of a downtown batcher plant according to the present invention;

8 is a schematic diagram of a conventional batcher plant manufacturing apparatus for ready-mixed concrete

≪ Brief Description of Drawings &

100, 100 'First and Second Building 110 Basement Floor

111 First Room 112 Second Room

120 1st floor 121 1st entrance

122 Entrance 2 123 Room 3

130 2nd Floor 131 4th Room

132 5th Reception Room 140 3rd Floor

150 4th Floor 160 Connection Road

200 Batcher Plant Device 210 Aggregate Feeder

211,214 First and second inlet 212,215 First and second vertical conveyor

213,216 First and second rotation distribution member 220 Aggregate storage unit

221 ~ 224 First to Fourth Hopper 225 Aggregate Weigher

230 Aggregate Carrying Unit 241,242 First and Second Cement Storage Units

251 ~ 253 First and third additive storage 261,262 First and second weighing unit

271,272 First and second mixing section 281,282 First and second storage section

290 Machine room 300 Transport vehicle

400 truck mixer

Claims (4)

A building having a plurality of floors, one of the plurality of floors having a doorway for entering and exiting a vehicle storing the aggregate; It is installed in the interior of the building, the aggregate and the aggregate transfer unit for connecting the upper floor of the floor and the entrance is formed and the entrance is formed, the aggregate transport; An aggregate storage unit installed in the building, the aggregate having a discharge part in which the transferred aggregate is stored and the aggregate is discharged, and an aggregate meter installed in the discharge part; It is installed inside the building, the aggregate transport unit for transporting the aggregate discharged from the discharge portion, A cement storage unit installed inside the building, the cement storing unit having a discharge unit for discharging the cement, Aggregate and cement discharged from the discharge portion, respectively, the urban batcher plant, characterized in that it comprises a batcher device having a mixing unit for mixing the aggregate and cement. The method of claim 1, The aggregate storage unit is composed of a plurality of hoppers, urban center batcher plant further comprises a rotation distribution member for supplying aggregate to each hopper. The method of claim 1, An additive storage unit installed inside the building, the additive storing unit having a discharge unit for discharging the additive, And a metering unit installed to measure the additive discharged from the additive storage unit and the cement discharged from the cement storage unit and supply the cement to the mixing unit. A building having a plurality of floors, and one of the plurality of floors has a doorway for entering and exiting a vehicle storing aggregate, and a connection road is formed to connect between the floor where the doorway is formed and the upper floor of the floor where the doorway is formed. and, An aggregate storage unit installed inside the building and having an discharge unit for storing the aggregate transferred to the vehicle and discharging the aggregate, and having an aggregate meter installed at the discharge unit; It is installed inside the building, the aggregate transport unit for transporting the aggregate discharged from the discharge portion, A cement storage unit installed inside the building, the cement storing unit having a discharge unit for discharging the cement, Aggregate and cement discharged from the discharge portion, respectively, the urban batcher plant, characterized in that it comprises a batcher device having a mixing unit for mixing the aggregate and cement.

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