CN108049667B

CN108049667B - Wind-force formula dust removal environmental protection is from thermoregulation factory building sunken

Info

Publication number: CN108049667B
Application number: CN201711431865.3A
Authority: CN
Inventors: 胡振强
Original assignee: TDI INTERNATIONAL ENGINEERING Co Ltd
Current assignee: TDI INTERNATIONAL ENGINEERING COMPANY Ltd.
Priority date: 2017-12-26
Filing date: 2017-12-26
Publication date: 2020-05-22
Anticipated expiration: 2037-12-26
Also published as: CN108049667A

Abstract

The invention provides a wind-sinking dust-removing environment-friendly temperature-self-adjusting factory building which comprises a building body, wherein a drainage ditch is designed on the ground at the bottom of the building body, a water tank is arranged at the bottom of the drainage ditch, and a reticular partition plate which is communicated up and down is arranged at the upper part of the drainage ditch; the two side edges of the partition plate are obliquely connected with the interior of the water tank through liquid guide nets, the air suction pipe is connected with the front filter block through a pipeline, the front filter block is connected with the rear filter block through a heat exchange pipe, and the heat exchange pipe is assembled below one meter underground; the inside top design of room have with the outlet duct that the escape canal is parallel. This factory building will take a breath air-out and air inlet design from top to bottom, and the sinking of the dust of being convenient for carries out preliminary dust removal filtration to the air of absorption through the cascade that the waste liquid produced at the online flow of drain, and the dust can directly be drained away through the basin like this, has kept the cleanness of drain net simultaneously.

Description

Wind-force formula dust removal environmental protection is from thermoregulation factory building sunken

Technical Field

The invention relates to the technical field of factory building construction, in particular to a wind-sinking type dust-removing environment-friendly self-temperature-adjusting factory building.

Background

The factory building mainly refers to a house used in a workshop or a factory. The factory building can be used for carrying out industrial activities and can also be used as a logistics warehouse. The inside comparatively open that designs usually of factory building, when the factory building was used for carrying out industrial production, the delivery room is inside to be furnished with the discharge system to waste water and waste gas. When the factory building is used for producing some food or beverage equipment, the cleanness of the factory building in a composite food grade is required to meet the requirements of dust-free and sterility in the factory building; meanwhile, the temperature in the plant also needs to be controlled to be constant so as to ensure the filling quality. When too many dust particles are produced in the production process, explosive substances in the dust particles need to be removed in the factory building in time, and meanwhile, dangerous substances in the factory building need to be treated and then discharged. In addition, in industrial production, some waste liquid, such as cooling liquid or cleaning liquid, is often generated, so that a special waste liquid discharge channel needs to be designed in the plant to timely discharge the waste liquid from the plant.

Disclosure of Invention

Aiming at the problems, the invention provides the wind-force sinking type dedusting environment-friendly temperature self-adjusting plant which can discharge dust in the plant in time by using the drainage channel and simultaneously ensure that the temperature in a room is easy to keep.

The technical scheme adopted by the invention for solving the technical problems is as follows: the wind-driven sinking type dedusting environment-friendly temperature self-adjusting factory building comprises a building body, wherein the ground at the bottom of the building body is rectangular, a drainage ditch is designed on the ground at the bottom of the building body, a water tank is arranged at the bottom of the drainage ditch, and a reticular partition plate which is communicated up and down is arranged at the upper part of the drainage ditch; the water tank is characterized in that the two side edges of the partition plate are obliquely connected with the interior of the water tank through a liquid guide net, an air suction pipe along the drainage ditch is assembled between the liquid guide net and the adjacent side wall of the drainage ditch, air suction ports facing the liquid guide net are uniformly distributed on the air suction pipe, the air suction pipe is connected with a front filter block through a pipeline, the front filter block is connected with a rear filter block through a heat exchange pipe, and the heat exchange pipe is assembled below one meter underground; an air outlet pipe parallel to the drainage ditch is arranged above the interior of the house body, an air outlet of the air outlet pipe faces downwards, and the air outlet pipe is connected with the post-filtering block through a pipeline; an air pump which is used for pumping air from the air suction pipe and discharging the air to the heat exchange pipe is arranged in the front filter block.

Preferably, the heat exchange tubes are made of metal materials and are arranged in a bent mode underground.

Preferably, an air pump which exhausts air from the heat exchange tube to the air outlet tube is arranged in the post-filter block.

Preferably, the drainage ditch is constructed horizontally, the water tank is obliquely arranged in the drainage ditch, and the lower end of the water tank is connected with the liquid treatment module.

Preferably, two parallel drainage ditches are designed in the house body, and two air outlet pipes parallel to the drainage ditches are correspondingly designed on the upper portions of the drainage ditches.

Preferably, the upper portion design of trachea in the escape canal has the moisturizing pipe parallel with the trachea, the side of moisturizing pipe is equipped with the sponge strip of attaching to the upper border of drain net, moisturizing pipe inside with the sponge strip is linked together, moisturizing pipe links to each other with water supply module.

Preferably, a temperature secondary temperature adjusting module is designed in the rear filtering block, the house body is designed with a closed structure, and a ventilation module which is used for communicating the house body with the outside is further designed in the rear filtering block.

The invention has the beneficial effects that: the wind-driven sinking type dedusting environment-friendly self-temperature-adjusting factory building can be used in industrial production which needs higher clean requirements, such as food and beverage or medicine industrial production, and can also be used in industrial production which generates more dust. Waste water generated when the factory uses the factory building passes through the liquid guide net, so that a water curtain is formed on the liquid guide net. And the air pump of preceding filter block is followed it is negative pressure in making the breathing pipe to bleed in the breathing pipe, make the breathing pipe inhale from its induction port position, because the suction hole just leads the liquid net to, the air passes through from the cascade on the liquid net that leads like this for dust in the air is attached to in the waste water of leading the liquid net, along with waste water flows in the basin, from the basin discharges, and the inspiratory gas of breathing pipe passes through preceding filter block carries out primary filter, then lets in through the air pump the heat exchange tube, because the heat exchange tube is located the underground, can carry out the heat transfer through the difference in temperature of ground lower part in the nature, gas after the heat transfer lets in the factory building again through back filter block, outlet duct, like this when adjusting the factory building temperature, greatly reduced the consumption of energy. The air in the air outlet pipe is sprayed to the upper part of the room body, the air suction pipe sucks air from the drainage ditch, and the air flow in the room body flows from top to bottom, so that air exchange can be performed quickly, dust in the room body can smoothly fall into the water tank, and then the dust is discharged quickly through waste water in the water tank. This factory building will take a breath air-out and air inlet design from top to bottom, be convenient for sinking of dust, escape canal through being used for discharging the waste liquid in the production designs inspiratory pipeline, can not occupy extra space, make the factory building structure more reasonable, the cascade that produces flows on the drain net through the waste liquid simultaneously carries out preliminary dust removal to the air of absorption and filters, the dust can directly be discharged away through the basin like this, the cleanness that the drain net had been kept simultaneously, needn't often clean, it is more convenient to use.

Drawings

FIG. 1 is a schematic structural view of a side direction of a wind-sinking type dedusting environment-friendly self-temperature-adjusting factory building.

FIG. 2 is a schematic view showing the structure of the drainage ditch in the cross-sectional direction.

Fig. 3 is a schematic view of a structure in which heat exchange pipes are arranged underground.

Detailed Description

The invention is further illustrated by the following examples:

as shown in the embodiment of fig. 1 and 2, the wind-sinking dust-removing environment-friendly self-temperature-adjusting factory building comprises a building body 1, wherein the ground at the bottom of the building body 1 is rectangular, a drainage ditch 2 is designed on the ground at the bottom of the building body 1, a water tank 21 is placed at the bottom of the drainage ditch 2, and a reticular partition plate 22 which is communicated up and down is placed at the upper part of the drainage ditch 2; the two side edges of the partition plate 22 are obliquely connected with the interior of the water tank 21 through a liquid guide net 23, an air suction pipe 24 along a drainage ditch is arranged between the liquid guide net 23 and the adjacent side wall of the drainage ditch, air suction ports 241 facing the liquid guide net 23 are uniformly distributed on the air suction pipe 24, the air suction pipe 24 is connected with the front filter block 3 through a pipeline, the front filter block 3 is connected with the rear filter block 5 through a heat exchange pipe 4, and the heat exchange pipe 4 is assembled below one meter underground; an air outlet pipe 6 parallel to the drainage ditch is designed above the inside of the house body 1, an air outlet of the air outlet pipe 6 faces downwards, and the air outlet pipe 6 is connected with the post-filtering block 5 through a pipeline; an air pump which is used for pumping air from an air suction pipe 24 to the heat exchange pipe 4 is designed in the front filter block 3.

The wind-driven sinking type dedusting environment-friendly self-temperature-adjusting factory building can be used in industrial production requiring higher cleanness requirements, such as food and beverage or pharmaceutical industrial production, and can also be used in industrial production generating more dust. When the factory uses the factory building, the generated waste water passes through the liquid guide net 23, so that a water curtain is formed on the liquid guide net 23. The air pump of the front filter block 3 sucks air from the air suction pipe 24 to make the air suction pipe 24 have negative pressure, so that the air suction pipe 24 sucks air from the position of the air suction port 241, and the air suction port 241 is opposite to the liquid guide net 23, so that air passes through the water curtain on the liquid guide net 23, dust in the air is attached to the waste water on the liquid guide net 23, flows into the water tank 21 along with the waste water, and is further discharged from the water tank 21.

And the inspiratory gas of breathing pipe 24 passes through preceding filter block 3 carries out prefiltration, then lets in through the air pump heat exchange tube 4, because heat exchange tube 4 is located underground, can carry out the heat transfer through the difference in temperature of the subaerial part in nature, gas after the heat transfer lets in the factory building again through back filter block, outlet duct, like this when adjusting the factory building temperature, greatly reduced the consumption of energy. For example, the temperature of the underground near the surface of the ground is generally between 10 and 15 ℃, the temperature is lower than the external temperature in summer, when air passes through the heat exchange tube, the air becomes cold, then the air is further filtered by the post-filtering block and then is introduced into the air outlet pipe, and then the cold air of the air outlet pipe is blown into the plant, so that the plant keeps a lower temperature. And in winter, the temperature in the factory building is usually lower than 10 ℃, when the gas in the factory building passes through the heat exchange tube 4, the temperature rises, then the gas after rising enters the factory building through the post-filter block 5 and the air outlet pipe 6, so that the temperature in the factory building rises.

When the factory building is used, gas in the gas outlet pipe 6 is sprayed to the upper part of the room body 1, because the gas suction pipe 24 sucks gas from the drainage ditch 2, the airflow in the room body 1 flows from top to bottom, so that the air can be quickly ventilated, dust in the room body 1 can smoothly fall into the water tank 21, and then the dust is quickly discharged through waste water in the water tank 21. This factory building air-out and air inlet design from top to bottom will take a breath, be convenient for sinking of dust, escape canal 2 through being used for discharging the waste liquid in the production designs inspiratory pipeline, can not occupy extra space, make the factory building structure more reasonable, and simultaneously, the cascade that flows the production through the waste liquid and carries out preliminary dust removal filtration to the air of absorption on leading liquid net 23, the dust can directly be discharged away through basin 21 like this, the cleanness of leading liquid net 23 has been kept simultaneously, needn't often clean, it is more convenient to use.

In the specific design, as shown in fig. 3, the heat exchange tubes 4 are made of a metal material, and the heat exchange tubes 4 are bent and arranged underground. The heat exchange tube 4 uses metal material for the heat exchange tube 4 has fine heat transfer ability, the heat exchange tube 4 can use the aluminum product, and the aluminum product texture is lighter, and the price is economical, and the aluminium oxide layer that produces simultaneously on the aluminum product surface has fine rust-resistant corrosion protection.

In the specific design, an air pump which exhausts from the heat exchange tube 4 to the air outlet tube 6 is arranged in the rear filter block 5. Thus, when the gas passes through the filter block 5, the gas pipeline can be pressurized for the second time, and the gas can flow more conveniently. The drainage ditch 2 is horizontally constructed, the water tank 21 is obliquely arranged in the drainage ditch 2, and the lower end of the water tank 21 is connected with a liquid treatment module. The horizontal drainage ditch 2 facilitates the construction of excavation in the house body 1, while the inclined design of the water tank 21 facilitates the collection of the waste water flowing in the water tank 21, and the liquid treatment module at the lower end of the water tank 21 can treat the waste liquid.

As shown in figure 1, two parallel drainage ditches 2 are designed in the house body 1, and two air outlet pipes 6 parallel to the drainage ditches 2 are correspondingly designed on the upper parts of the drainage ditches 2. Two parallel escape canals 2 and outlet duct 6 are designed in the room body 1, are convenient for take a breath to whole room body 1 inside more for take a breath more thoroughly, the speed of taking a breath is faster, handles the dust that produces in the factory building faster promptly.

As shown in fig. 2, a water replenishing pipe 25 parallel to the air suction pipe 24 is designed at the upper part of the air suction pipe 24 in the drainage ditch 2, a sponge strip 26 attached to the upper edge of the liquid guide net 23 is assembled at the side edge of the water replenishing pipe 25, the interior of the water replenishing pipe 25 is communicated with the sponge strip 26, and the water replenishing pipe 25 is connected with a water supply module. The water supply module can pass through water to moisturizing pipe 25, and water in moisturizing pipe 25 can pass through sponge strip 26 enters into in the drain net, like this when industrial production, even there is not waste water, drain net 23 still can produce the cascade, carries out the adhesion with the dust in the factory building and discharges away for the application range of this factory building is wider.

When specifically designing, be designed with temperature secondary temperature regulating module in the post-filter block 5, temperature secondary regulating module can adopt the structure that adjusts the temperature of air conditioner, and when the effect that adjusts the temperature of underground heat exchange tube 4 in to the factory building does not reach the requirement like this, can pass through secondary temperature regulating module carries out the secondary to gas and heats or cool down for the gas of inputing into the room body 1 accords with the temperature requirement. Meanwhile, the secondary temperature regulating module can also be directly connected with the front filter block 3, so that the heat exchange tube 4 can be spanned. When the room body 1 is designed to be a closed structure, a ventilation module for communicating the room body 1 with the outside can be designed in the post-filtering block 5.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, but rather as the subject matter of the invention is to be construed in all aspects and as broadly as possible, and all changes, equivalents and modifications that fall within the true spirit and scope of the invention are therefore intended to be embraced therein.

Claims

1. A wind-sinking dust-removing environment-friendly self-temperature-adjusting factory building comprises a building body (1), wherein the ground at the bottom of the building body (1) is rectangular, a drainage ditch (2) is designed on the ground at the bottom of the building body (1), a water tank (21) is placed at the bottom of the drainage ditch (2), and a reticular partition plate (22) which is communicated up and down is placed at the upper part of the drainage ditch (2); the method is characterized in that: the water tank is characterized in that the two side edges of the partition plate (22) are obliquely connected with the interior of the water tank (21) through a liquid guide net (23), an air suction pipe along a drainage ditch is assembled between the liquid guide net (23) and the side wall of the drainage ditch close to the liquid guide net, air suction ports (241) facing the liquid guide net (23) are uniformly distributed on the air suction pipe (24), the air suction pipe (24) is connected with a front filter block (3) through a pipeline, the front filter block (3) is connected with a rear filter block (5) through a heat exchange pipe (4), and the heat exchange pipe (4) is assembled below one meter underground; an air outlet pipe (6) parallel to the drainage ditch is arranged above the interior of the house body (1), an air outlet of the air outlet pipe (6) faces downwards, and the air outlet pipe (6) is connected with the post-filtering block (5) through a pipeline; an air pump which is used for pumping air from the air suction pipe (24) to the heat exchange pipe (4) is designed in the front filter block (3).

2. The wind-sinking dust-removing environment-friendly temperature-self-adjusting plant according to claim 1, characterized in that: the heat exchange tubes (4) are made of metal materials, and the heat exchange tubes (4) are arranged in a bending mode underground in a reciprocating mode.

3. The wind-sinking dust-removing environment-friendly temperature-self-adjusting plant according to claim 1, characterized in that: an air pump which exhausts from the heat exchange pipe (4) to the air outlet pipe (6) is arranged in the post-filtering block (5).

4. The wind-sinking dust-removing environment-friendly temperature-self-adjusting plant according to claim 1, characterized in that: the drainage ditch (2) is constructed horizontally, the water tank (21) is obliquely arranged in the drainage ditch (2), and the lower end of the water tank (21) is connected with a liquid treatment module.

5. The wind-sinking dust-removing environment-friendly temperature-self-adjusting plant according to claim 1, characterized in that: the house is characterized in that two parallel drainage ditches (2) are designed in the house body (1), and two air outlet pipes (6) parallel to the drainage ditches (2) are correspondingly designed on the upper portion of each drainage ditch (2).

6. The wind-sinking dust-removing environment-friendly temperature-self-adjusting plant according to claim 1, characterized in that: the upper portion design of trachea (24) has moisturizing pipe (25) parallel with breathing pipe (24) in escape canal (2), the side of moisturizing pipe (25) is equipped with to be attached to sponge strip (26) of border on drain net (23), moisturizing pipe (25) inside with sponge strip (26) are linked together, moisturizing pipe (25) link to each other with the water supply module.

7. The wind-sinking dust-removing environment-friendly temperature-self-adjusting plant according to claim 1, characterized in that: the temperature secondary temperature adjusting module is designed in the post-filtering block (5), the house body is designed with a closed structure, and a ventilation module communicated with the house body (1) and the outside is further designed in the post-filtering block (5).