A curved room piping system

Abstract

The present invention relates to the technical field of piping arrangement of curved rooms, and discloses a piping system of a curved room, including a plurality of upper guide pipes and a plurality of lower guide pipes, the left end of each upper guide pipe is connected to a first main pipe, the left end of each lower guide pipe is connected to the first main pipe, the first main pipe is respectively connected to a steam unit and a fresh air unit through independent pipes, a transversely distributed upper shunt pipe is provided on the lower side of the upper guide pipe, the upper shunt pipe is connected to the upper guide pipe through an upper connecting pipe, a transversely distributed lower shunt pipe is provided on the upper side of the lower guide pipe, the lower shunt pipe is connected to the lower guide pipe through a lower connecting pipe, a plurality of left shunt pipes are distributed on the left side wall of the curved room, a plurality of right shunt pipes are distributed on the right side wall of the curved room, and a control valve is provided on each upper connecting pipe, a lower connecting pipe, and a left connecting pipe. The present invention has the beneficial effects of uniform and stable air intake, can promote rapid and uniform distribution of temperature and humidity in various areas of the curved room, and can adjust the temperature and humidity locally.

Description

Technical Field

[0001] The present invention relates to the technical field of curved room piping arrangement, and in particular to a curved room piping system. Background Art

[0002] The koji room is a room used to make koji for brewing. The best effect can only be achieved in a stable environment during the production of koji, and the room needs to maintain a stable and appropriate temperature and humidity. The koji is placed on the koji rack in the koji room. The koji will heat up after fermentation under the action of microorganisms. Due to the large space in the koji room and the large number of koji racks, there are large differences in the ambient temperature and humidity around the koji. At present, the temperature and humidity are generally controlled by manual regular turning, moving, and piling, so that the temperature and humidity around each koji rack tend to be consistent. However, manual turning is inefficient and requires a lot of work. Summary of the invention

[0003] In order to solve the above problems existing in the prior art of regulating temperature and humidity in a qu room, the present invention provides a qu room pipeline system which has uniform and stable air intake and can effectively and quickly regulate the temperature and humidity in the qu room.

[0004] In order to achieve the above object, the present invention adopts the following technical solution:

[0005] A piping system for a curved room, comprising a plurality of upper guide pipes arranged on the top of the curved room and a plurality of lower guide pipes arranged on the bottom of the curved room, the left end of each upper guide pipe is connected to a first main pipe, the left end of each lower guide pipe is connected to the first main pipe, the first main pipe is respectively connected to a steam unit and a fresh air unit through independent pipes, a valve A is arranged between the steam unit and the first main pipe, a valve C is arranged between the fresh air unit and the first main pipe, a transversely distributed upper shunt pipe is arranged on the lower side of the upper guide pipe, the upper shunt pipe is connected to the upper guide pipe through an upper connecting pipe A lower shunt pipe is arranged on the upper side of the lower guide pipe and is connected to the lower guide pipe through a lower connecting pipe. A plurality of left shunt pipes are arranged on the left side wall of the curved room, and a plurality of right shunt pipes are arranged on the right side wall of the curved room. The left shunt pipe is connected to the first main pipe through a left connecting pipe. The end of the right shunt pipe is connected to the upper guide pipe or the lower guide pipe through a control valve. A plurality of ventilation holes are arranged on the upper shunt pipe, the lower shunt pipe, the left shunt pipe and the right shunt pipe, and a control valve is arranged on each of the upper connecting pipe, the lower connecting pipe and the left connecting pipe. When the temperature and humidity in the qu room are lower than the set value, valve A opens and valve C closes, and water vapor is introduced into the entire pipeline system through the steam unit. Water vapor enters the four sides of the qu room from all directions, thereby quickly increasing the temperature and humidity of the qu room, so that the temperature and humidity quickly reach an appropriate state; temperature and humidity sensors are set at different parts of the qu room. When it is detected that the local temperature and humidity of the qu room are lower than the set value, the control valves on the upper shunt pipe, lower shunt pipe, left shunt pipe and right shunt pipe at the corresponding positions can be opened (the control valves at other positions are closed), so as to realize the regulation of the local temperature and humidity of the qu room through the upper shunt pipe, lower shunt pipe, left shunt pipe and right shunt pipe; when it is detected that the temperature (or humidity) in the qu room is higher than the set value, valve A is closed and valve C is opened, and the fresh air unit introduces air circulation into the pipeline in the qu room, so as to reduce the temperature (or humidity) in the qu room and make it consistent (the fresh air unit has a simple air circulation mode and a circulating dehumidification mode).

[0006] Preferably, the left end of each upper guide pipe is located at the upper side of the left connecting pipe and is connected to the second main pipeline. A valve B is provided at the position between the second main pipeline and the first main pipeline on each upper guide pipe. The air inlet pipeline of the fresh air unit is connected to the second main pipeline. A valve D is provided on the air inlet pipeline of the fresh air unit. The air outlet pipeline of the fresh air unit is connected to the first main pipeline. When it is detected that the temperature and humidity in the qu room are lower than the set value, valve C is closed and valve A is opened, and water vapor is supplied to the qu room through the steam unit through the entire pipeline system; when it is detected that the temperature in the qu room is higher than the set value, valves A and valve B are closed, and valves C and valve D are opened, and the circulation ventilation and cooling of the qu room and the outside air are realized through the operation of the fresh air unit.

[0007] As a preferred embodiment, a heater is connected in parallel on the pipeline at the outlet of the fresh air unit, and a valve E is provided on the pipeline of the heater. When it is detected that the humidity in the qu room is appropriate and the temperature is lower than the set value, valves D and E are opened, valves A, B and C are closed, the heater works, and the fresh air unit circulates internally to heat the qu room.

[0008] Preferably, the upper end of the right shunt pipe is connected to the upper guide pipe through a control valve, and each upper guide pipe has a plurality of upper shunt branches, and each upper guide pipe is provided with a group of vertical shunt pipes at a position between any two adjacent upper shunt pipes, and the vertical shunt pipes divide the space in the qu room into a plurality of qu rack storage cavities, and each group of vertical shunt pipes includes two vertical shunt pipes, and the side walls of the vertical shunt pipes are provided with drainage holes distributed toward the qu rack storage cavities, and the upper end of each vertical shunt pipe is provided with a control valve. The vertical shunt pipes are provided to divide the space in the qu room, so that the position between two adjacent qu racks can also be supplied with gas and regulated.

[0009] Preferably, the lower end of the right shunt pipe is connected to the lower guide pipe through a control valve, and each upper guide pipe has a plurality of upper shunt branches, and each lower guide pipe is provided with a group of vertical shunt pipes at a position between any two adjacent lower shunt pipes, and the vertical shunt pipes divide the space in the qu room into a plurality of qu rack storage cavities, and each group of vertical shunt pipes includes two vertical shunt pipes, and the side walls of the vertical shunt pipes are provided with drainage holes distributed toward the qu rack storage cavities, and the lower end of each vertical shunt pipe is provided with a control valve. The vertical shunt pipes are provided to divide the space in the qu room, so that the position between two adjacent qu racks can also be supplied with gas and regulated.

[0010] Therefore, the present invention has the beneficial effects of uniform and stable air intake, being able to quickly adjust the temperature and humidity in the qu room to be uniform, and being able to adjust the local temperature and humidity in the qu room as needed. BRIEF DESCRIPTION OF THE DRAWINGS

[0011] Figure 1 A structural schematic diagram of the present invention.

[0012] Figure 2 This is the curved room pipeline system of Example 1.

[0013] Figure 3 This is the curved room pipeline system of Example 2.

[0014] In the figure: curved room 1, upper guide pipe 2, lower guide pipe 3, first main line 4, steam unit 5, valve A6, upper shunt pipe 7, upper connecting pipe 8, lower shunt pipe 9, lower connecting pipe 10, left shunt pipe 11, right shunt pipe 12, left connecting pipe 13, control valve 14, second main line 15, valve B16, fresh air unit 17, valve C18, valve D19, heater 20, valve E21, vertical shunt pipe 22, curved rack storage chamber 23. DETAILED DESCRIPTION

[0015] The present invention will be further described below in conjunction with the accompanying drawings and specific embodiments:

[0016] Example 1: Figure 1 and Figure 2 A piping system for a qu room shown in FIG. 1 includes a plurality of upper flow guide pipes 2 arranged on the top of a qu room 1 and a plurality of lower flow guide pipes 3 arranged on the bottom of the qu room, the left end of each upper flow guide pipe is connected to a first main pipe 4, the left end of each lower flow guide pipe is connected to the first main pipe, the first main pipe is connected to a steam unit 5 and a fresh air unit 17 respectively through independent pipes, a valve A6 is arranged between the steam unit 5 and the first main pipe, a valve C18 is arranged between the fresh air unit 17 and the first main pipe 4, a transversely distributed upper flow divider pipe 7 is arranged on the lower side of the upper flow guide pipe 2, and the upper flow divider pipe 7 is connected to the upper flow guide pipe 2 through an upper connecting pipe 8. A lower flow pipe is connected, a lower diverter pipe 9 distributed laterally is provided on the upper side of the lower guide pipe 3, and the lower diverter pipe is connected to the lower guide pipe through a lower connecting pipe 10. A plurality of left diverter pipes 11 are distributed on the left side wall of the curved room 1, and a plurality of right diverter pipes 12 are distributed on the right side wall of the curved room 1. The left diverter pipe 11 is connected to the first main pipeline through a left connecting pipe 13, and the upper end of the right diverter pipe 12 is connected to the upper guide pipe through a control valve 14. A plurality of ventilation holes are provided on the upper diverter pipe 7, the lower diverter pipe 9, the left diverter pipe 11, and the right diverter pipe 12, and a control valve is provided on each of the upper connecting pipe 8, the lower connecting pipe 10, and the left connecting pipe 13.

[0017] The left end of each upper guide pipe 2 is located at the upper side of the left connecting pipe 13 and is connected to the second main pipeline 15. A valve B16 is provided at the position between the second main pipeline 15 and the first main pipeline 4 on each upper guide pipe 2. The air inlet pipeline of the fresh air unit 17 is connected to the second main pipeline. A valve D19 is provided on the air inlet pipeline of the fresh air unit 17. The air outlet pipeline of the fresh air unit 17 is connected to the first main pipeline. A valve C18 is provided on the air outlet pipeline of the fresh air unit. A heater 20 is connected in parallel on the road, and a valve E21 is provided on the pipeline of the heater; there are several upper branch pipes on each upper flow guide pipe, and a group of vertical branch pipes 22 are provided at the position between any two adjacent upper branch pipes 7 on each upper flow guide pipe 2, and the vertical branch pipes 22 divide the space in the curved room into several curved rack storage chambers 23, and each group of vertical branch pipes includes two vertical branch pipes, and the side walls of the vertical branch pipes are provided with drainage holes distributed toward the curved rack storage chambers, and a control valve is provided at the upper end of each vertical branch pipe. The valve A, valve B, valve C, valve D, valve E, and control valve in this embodiment are all electrically controlled valves.

[0018] Example 2: The differences between Example 2 and Example 1 are as follows: the lower end of the right diversion pipe 12 is connected to the lower guide pipe 3 through the control valve 14, and a group of vertical diversion pipes 22 are provided at the position between any two adjacent lower diversion pipes 9 on each lower guide pipe 3. The vertical diversion pipes 22 divide the space in the curved room into a plurality of curved rack storage cavities 23. Each group of vertical diversion pipes includes two vertical diversion pipes. The side walls of the vertical diversion pipes are provided with drainage holes distributed toward the curved rack storage cavities, and the lower end of each vertical diversion pipe is provided with a control valve; the remaining technical solutions in Example 2 are the same as those in Example 1.

[0019] The right shunt pipe 12 can also be connected in the following manner: the upper end of the right shunt pipe 12 is connected to the upper guide pipe through a control valve, and the lower end of the right shunt pipe 12 is connected to the lower guide pipe through a control valve. The corresponding control valve switch is selected as needed to achieve the connection state of the right shunt pipe.

[0020] In conjunction with the accompanying drawings, the principles of the present invention are as follows: (1) When it is detected that the temperature and humidity in the qu room are lower than the set value, valves C, D and E are closed, and valve A is opened, and water vapor is supplied to the qu room through the steam unit through the entire pipeline system; (2) When it is detected that the temperature and humidity in the qu room are higher than the set value, valves A, B and E are closed, and valves C and D are opened, and the qu room and the outside air are cooled and dehumidified by the fresh air unit (the fresh air unit is turned on the dehumidification mode). If only the humidity is too high, the fresh air unit performs internal circulation dehumidification. If only the temperature is too high, the fresh air unit performs internal circulation dehumidification. If the temperature is too high, the fresh air unit (dehumidification mode is turned off) performs external circulation cooling; (3) When the temperature in the qu room is detected to be lower than the set value, valve D and valve E are opened, valve A, valve B, and valve C are closed, the heater works, and the fresh air unit circulates internally to heat the qu room; (4) When the humidity in the qu room is detected to be lower than the set value, valve B and valve E are closed, valve A, valve C, and valve D are opened, and water vapor is supplied to the qu room through the steam unit through the entire pipeline system. The external circulation of the fresh air unit cooperates with the water vapor of the steam unit to increase the humidity in the qu room while maintaining an appropriate temperature. The four side walls of the qu room and the parts between adjacent qu racks can be ventilated and exhausted through the corresponding pipelines, which can not only realize the rapid adjustment of the temperature and humidity of the entire qu room, but also adjust the temperature and humidity locally according to the detected local temperature and humidity differences in the qu room, which is very convenient to adjust.

[0021] In the description of the present invention, it is necessary to understand that the directions or positional relationships indicated such as up, down, left, and right are based on the orientations or positional relationships shown in the accompanying drawings, and are only for the purpose of more clearly describing the technical solution of the present invention, rather than indicating or implying that the device or element referred to must have a specific direction, be constructed and operated in a specific orientation, and cannot be understood as a limitation of the present invention.

[0022] The above are only specific embodiments of the present invention, but the technical features of the present invention are not limited thereto. Any simple changes, equivalent replacements or modifications made based on the present invention to solve basically the same technical problems and achieve basically the same technical effects are all included in the protection scope of the present invention.

Claims

1. A curved room piping system, characterized in that: The invention comprises a plurality of upper guide pipes arranged on the top of the curved room and a plurality of lower guide pipes arranged on the bottom of the curved room, the left end of each upper guide pipe is connected to the first main pipe, the left end of each lower guide pipe is connected to the first main pipe, the first main pipe is connected to the steam unit and the fresh air unit respectively through independent pipes, a valve A is arranged between the steam unit and the first main pipe, a valve C is arranged between the fresh air unit and the first main pipe, a transversely distributed upper shunt pipe is arranged on the lower side of the upper guide pipe, the upper shunt pipe is connected to the upper guide pipe through an upper connecting pipe, and the lower A lower shunt pipe distributed laterally is provided on the upper side of the flow guide pipe, and the lower shunt pipe is connected to the lower flow guide pipe through a lower connecting pipe. A plurality of left shunt pipes are distributed on the left side wall of the curved room, and a plurality of right shunt pipes are distributed on the right side wall of the curved room. The left shunt pipe is connected to the first main pipe through a left connecting pipe, and the end of the right shunt pipe is connected to the upper flow guide pipe or the lower flow guide pipe through a control valve. A plurality of vents are provided on the upper shunt pipe, the lower shunt pipe, the left shunt pipe, and the right shunt pipe, and a control valve is provided on each of the upper connecting pipe, the lower connecting pipe, and the left connecting pipe; The left end of each upper guide pipe is located at the upper side of the left connecting pipe and is connected to the second main pipe. A valve B is provided at the position between the second main pipe and the first main pipe on each upper guide pipe. The air inlet pipe of the fresh air unit is connected to the second main pipe. A valve D is provided on the air inlet pipe of the fresh air unit. The air outlet pipe of the fresh air unit is connected to the first main pipe. A heater is connected in parallel to the air outlet pipe of the fresh air unit. A valve E is provided on the heater pipe. When it is detected that the temperature and humidity in the qu room are lower than the set value, close valve C, valve D, valve E, open valve A, and supply water vapor to the qu room through the entire pipeline system through the steam unit; when it is detected that the temperature and humidity in the qu room are both higher than the set value, close valve A, valve B, valve E, open valve C, valve D, and realize external circulation cooling and dehumidification of the qu room and the outside air through the dehumidification mode of the fresh air unit; when it is detected that the temperature in the qu room is lower than the set value, open valve D and valve E, close valve A, valve B, valve C, the heater works, and the internal circulation of the fresh air unit heats the qu room; when it is detected that the humidity in the qu room is lower than the set value, close valve B, valve E, open valve A, valve C, valve D, and supply water vapor to the qu room through the entire pipeline system through the steam unit, and the humidity in the qu room is increased while maintaining a suitable temperature through the external circulation of the fresh air unit and the water vapor of the steam unit.

2. A curved room pipeline system according to claim 1, characterized in that: The upper end of the right shunt pipe is connected to the upper guide pipe through a control valve. There are several upper shunt branches on each upper guide pipe. A group of vertical shunt pipes is provided at the position between any two adjacent upper shunt pipes on each upper guide pipe. The vertical shunt pipes divide the space in the curved room into several curved rack storage cavities. Each group of vertical shunt pipes includes two vertical shunt pipes. The side walls of the vertical shunt pipes are provided with drainage holes distributed toward the curved rack storage cavities. A control valve is provided at the upper end of each vertical shunt pipe.

3. A curved room pipeline system according to claim 1, characterized in that: The lower end of the right shunt pipe is connected to the lower guide pipe through a control valve. There are several lower shunt branches on each lower guide pipe. A group of vertical shunt pipes is provided at the position between any two adjacent lower shunt pipes on each lower guide pipe. The vertical shunt pipes divide the space in the curved room into several curved rack storage cavities. Each group of vertical shunt pipes includes two vertical shunt pipes. The side walls of the vertical shunt pipes are provided with drainage holes distributed toward the curved rack storage cavities. A control valve is provided at the lower end of each vertical shunt pipe.

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