CN-224201525-U - Air-adjusting diversion pry device for granary

CN224201525UCN 224201525 UCN224201525 UCN 224201525UCN-224201525-U

Abstract

The utility model discloses an air-adjusting guide prying device of a granary, which comprises an air-adjusting guide prying mechanism, wherein the air-adjusting guide prying mechanism comprises a fan, the fan is communicated with an air-adjusting guide pipe structure, the air-adjusting guide pipe structure is communicated with an air-adjusting box body, a plurality of air-adjusting communicating pipes communicated with a pipeline system on the granary are communicated with the air-adjusting box body, the air-adjusting guide pipe structure comprises a first air-adjusting pipeline communicated with a first air opening position on the fan, a second air opening on the fan is communicated with a second air-adjusting pipeline communicated with the air-adjusting box body, the first air-adjusting pipeline is communicated with a third air-adjusting pipeline, the third air-adjusting pipeline is communicated with the first air-adjusting pipeline, the second air-adjusting pipeline is communicated with a first connecting pipe and a second connecting pipe, and the third air-adjusting pipeline is communicated with a third connecting pipe. The device provides a universal diversion sled device, and can be directly installed and communicated to the pipeline system in the air-conditioning operation process, and the pipeline system of the granary is not required to be changed to be matched with the air-conditioning device.

Inventors

GUO CHANGHONG
ZHAO YANG
FU ZHENZHOU
GUO DONG

Assignees

中央储备粮宿州直属库有限公司

Dates

Publication Date: 20260505
Application Date: 20250521

Claims (9)

1. The air-adjusting guide pry device for the granary is characterized by comprising an air-adjusting guide pry mechanism, wherein the air-adjusting guide pry mechanism comprises a fan, and the fan is communicated with an air-adjusting guide pipe structure; The air-conditioning guide pipe structure is communicated with an air-conditioning box body, and a plurality of air-conditioning communicating pipes which are communicated with a pipeline system on the granary are communicated with the air-conditioning box body; The air-conditioning honeycomb duct structure comprises a first air-conditioning pipeline communicated with a first air opening position on the fan; A second air port on the fan is communicated with a second air-conditioning pipeline which is communicated with the air-conditioning box body; the first air-conditioning pipeline is communicated with a third air-conditioning pipeline; the second air-conditioning pipeline is communicated with a first connecting pipe and a second connecting pipe; and a third connecting pipe is communicated with the third air-conditioning pipeline.
2. The granary air-conditioning diversion sled device according to claim 1, wherein four air-conditioning communicating pipes are assembled and communicated on the air-conditioning box body, and the four air-conditioning communicating pipes are respectively a first air-conditioning communicating pipe, a second air-conditioning communicating pipe, a third air-conditioning communicating pipe and a fourth air-conditioning communicating pipe.
3. The granary air-conditioning diversion pry apparatus of claim 2, wherein ball valves are respectively assembled and connected to the first air-conditioning communicating pipe, the second air-conditioning communicating pipe, the third air-conditioning communicating pipe and the fourth air-conditioning communicating pipe.
4. The granary air-conditioning diversion sled device according to claim 1, wherein the air outlet end of the first air-conditioning pipeline is provided with a control valve; The first valve controls the air outlet of the first air-conditioning pipeline.
5. The granary air-conditioning diversion pry apparatus of claim 1, wherein the second air-conditioning pipeline and the third air-conditioning pipeline are respectively provided with a first gate valve and a second gate valve; The first gate valve is arranged between the first connecting pipe and the second connecting pipe.
6. The air-conditioning diversion sled device of claim 1, wherein the first, second and third connecting pipes are respectively provided with a first valve, a second valve and a third valve.
7. The granary air-conditioning diversion sled device according to claim 1, wherein a box cavity is arranged in the air-conditioning box body; The air-conditioning box body is communicated with a pipeline communicated with a second air-conditioning pipeline, and the pipeline is connected with the second air-conditioning pipeline through a flange.
8. The air-operated diversion sled device of claim 1, wherein the air-operated diversion sled device further comprises a mobile cart, and wherein the air-operated diversion sled mechanism is mounted on the mobile cart.
9. The granary air-conditioning diversion sled device of claim 8, wherein the mobile cart comprises a saddle and a plurality of rollers arranged at the bottom of the saddle; The push rod is arranged on the saddle.

Description

Air-adjusting diversion pry device for granary Technical Field The utility model belongs to the technical field of granary air-conditioning diversion, and particularly relates to a granary air-conditioning diversion pry device. Background Modified atmosphere is the only green grain storage technology for replacing chemical agent fumigation at present, and is being widely popularized and applied. When the green air conditioning technology is applied, the air transmission pipeline is required to be installed on the granary, and the two methods are that firstly, a new set of air transmission circulation pipeline is installed on the granary wall, and secondly, the original circulation fumigation pipeline on the granary is modified to meet the technical requirements of air conditioning multi-direction inflation. The two modes of air-conditioning pipeline installation and transformation have the advantages of large engineering quantity, high cost and 2-3 ten thousand yuan per bin. In the pipeline layout and installation process, the wall body of the warehouse is also greatly damaged, and the whole air tightness and the attractiveness of the granary are affected. The pipeline system in the existing granary comprises a fixed circulation fumigation pipeline system, a movable circulation fumigation pipeline system (used for fumigating and disinfesting grain medicines) and a circulation temperature control pipeline system (used for controlling the temperature in the granary). Different pipeline systems (namely a fixed circulation fumigation pipeline system, a movable circulation fumigation pipeline system and a circulation temperature control pipeline system) cannot be matched with the air conditioning system, so that the air transmission pipeline can be rearranged and installed in the granary only in the mode in the actual working process to meet the air conditioning requirement. Obviously, because the air conditioning device which can be matched with different pipeline systems in a general way cannot be provided, the pipeline systems are required to be changed in order to meet the air conditioning in the actual working process, so that the pipeline systems are required to be changed in order to meet the air conditioning, the cost of the change is high, and the workload of the change is high. Therefore, if the air conditioning device can be matched with a fixed circulation fumigation pipeline system, a movable circulation fumigation pipeline system and a circulation temperature control pipeline system on a granary, the air conditioning pipeline modification engineering is avoided, and the cost is greatly saved. Disclosure of utility model Based on the background, the utility model aims to provide the granary air-conditioning diversion pry device. In order to achieve the above purpose, the utility model adopts the following technical scheme: The air-adjusting diversion pry device for the granary comprises an air-adjusting diversion pry mechanism, wherein the air-adjusting diversion pry mechanism comprises a fan, and the fan is communicated with an air-adjusting diversion pipe structure; The air-conditioning guide pipe structure is communicated with an air-conditioning box body, and a plurality of air-conditioning communicating pipes which are communicated with a pipeline system on the granary are communicated with the air-conditioning box body; The air-conditioning honeycomb duct structure comprises a first air-conditioning pipeline communicated with a first air opening position on the fan; A second air port on the fan is communicated with a second air-conditioning pipeline which is communicated with the air-conditioning box body; the first air-conditioning pipeline is communicated with a third air-conditioning pipeline; the second air-conditioning pipeline is communicated with a first connecting pipe and a second connecting pipe; and a third connecting pipe is communicated with the third air-conditioning pipeline. Preferably, the air-conditioning box body is provided with four air-conditioning communicating pipes, namely a first air-conditioning communicating pipe, a second air-conditioning communicating pipe, a third air-conditioning communicating pipe and a fourth air-conditioning communicating pipe. Preferably, ball valves are respectively assembled and connected on the first air-conditioning communicating pipe, the second air-conditioning communicating pipe, the third air-conditioning communicating pipe and the fourth air-conditioning communicating pipe. Preferably, the air outlet end of the first air-conditioning pipeline is provided with a control valve; The first valve controls the air outlet of the first air-conditioning pipeline. Preferably, the second air-conditioning pipeline and the third air-conditioning pipeline are respectively provided with a first gate valve and a second gate valve; The first gate valve is arranged between the first connecting pipe and the second connecting pipe. Preferably, the firs