Novel multifunctional refrigeration house

Abstract

The utility model belongs to the technical field of refrigeration houses, and particularly relates to a multifunctional novel refrigeration house which comprises a temporary storage room, a processing room, a storage room and an auxiliary house which are all connected with a refrigerating device, at least one purifier and a carbon dioxide detection device are arranged in the processing room, a dehumidifier is connected outside the auxiliary house, and the dehumidifier is connected with a water pump. An air inlet pipe and an air outlet pipe are connected to the dehumidifier, one end of the air inlet pipe and one end of the air outlet pipe are arranged in the auxiliary warehouse, an air supply pipe and a fresh air pipe are connected to the auxiliary warehouse, an air filter and a positive pressure fan are connected to the air supply pipe, and an air supply header pipe is connected to the filter. A first air supply branch pipe, a second air supply branch pipe and a third air supply branch pipe are arranged on the air supply main pipe, an air return pipe is connected to the auxiliary warehouse, and a first air return branch pipe, a second air return branch pipe and a third air return branch pipe are arranged on the air return pipe. And workers can process agricultural products in the processing room for a long time.

Description

Technical Field

[0001] The utility model belongs to the technical field of cold storage, in particular to a new multifunctional cold storage. Background Art

[0002] Cold storage is mainly used for fresh-keeping storage, and its main content is refrigeration and preservation, that is, to maintain the original quality and freshness of some agricultural products to the maximum extent for a long time. After a period of fresh-keeping storage, they are still in the fresh state and quality of just picked or close to just picked. The cold storage on the market can only perform refrigeration and preservation, and the function is relatively single. However, some agricultural products need to be processed after picking. Since most cold storages are sealed spaces, there is not enough oxygen in the cold storage, which makes it impossible for workers to work in the cold storage for a long time. Therefore, the workers will first process the agricultural products outside the cold storage, and then put the processed agricultural products into the cold storage for storage. Processing agricultural products outside the cold storage will miss the best refrigeration time of agricultural products, and the agricultural products will continuously consume their own stored nutrients during the processing process, thereby gradually losing nutritional value and fresh quality. Therefore, it is necessary to provide a new multifunctional cold storage to solve the above problems. Summary of the Invention

[0003] The purpose of the utility model is to provide a new type of cold storage with a simple structure and multiple functions, which can not only store agricultural products but also control the humidity inside the cold storage. Workers can process agricultural products in the processing room for a long time, so there is no need to process agricultural products outside the cold storage. This can avoid agricultural products missing the best storage time and ensure the freshness of agricultural products.

[0004] The purpose of this utility model is achieved in this way:

[0005] A new multifunctional cold storage, comprising a temporary storage room, a processing room, a storage room and an auxiliary storage room, wherein the temporary storage room, the processing room, the storage room and the auxiliary storage room are all connected to a refrigeration device for delivering cold air, the temporary storage room and the processing room are separated by a first cold storage panel, the first cold storage panel is provided with a first cold storage door, the processing room and the storage room are separated by a second cold storage panel, the second cold storage panel is provided with a second cold storage door, the processing room is provided with at least one purifier for purifying the air in the processing room and a carbon dioxide detection device, the auxiliary storage is connected to a dehumidifier outside, the dehumidifier is connected to an air inlet pipe and an air outlet pipe, one end of the air inlet pipe and the air outlet pipe are both arranged in the auxiliary storage, and the auxiliary storage is also connected to There are air supply pipes and fresh air pipes, the fresh air pipes are connected to the outside world, the air supply pipes are connected to an air filter and a positive pressure fan, the filter is connected to an air supply main pipe, the air supply main pipe is provided with a first air supply branch pipe, a second air supply branch pipe and a third air supply branch pipe, one end of the first air supply branch pipe, the second air supply branch pipe and the third air supply branch pipe are respectively arranged in the temporary storage room, the processing room and the storage room, the auxiliary warehouse is also connected to a return air pipe, the return air pipe is provided with a first return air branch pipe, a second return air branch pipe and a third return air branch pipe, one end of the first return air branch pipe, the second return air branch pipe and the third return air branch pipe are respectively arranged in the temporary storage room, the processing room and the storage room.

[0006] Furthermore, the refrigeration device includes a condensing unit, an air supply fan and a control box for controlling the operation of the condensing unit and the air supply fan. The condensing unit and the control box are respectively arranged outside the temporary storage room, processing room, storage room and auxiliary warehouse, and the air supply fan is respectively arranged inside the temporary storage room, processing room, storage room and auxiliary warehouse. A cold air delivery pipe is provided between the condensing unit and the air supply fan.

[0007] Furthermore, a first cache room is provided in the temporary storage room, a first entrance and exit passage connected to the outside of the temporary storage room is opened on one side of the first cache room, a third cold storage door is provided in the first entrance and exit passage, a first passage connected to the temporary storage room is opened on the first cache room, and a fourth cold storage door is provided in the first passage.

[0008] Furthermore, a first delivery room is provided in the temporary storage room, and the first delivery room is adjacent to the first cache room. A second passage connected to the temporary storage room is opened on the first delivery room, and a fifth cold storage door is provided in the second passage. The first cold storage board is located on one side of the first delivery room, and a third passage connecting the first delivery room and the processing room is opened on the first cold storage board, and the first cold storage door is arranged in the third passage.

[0009] Furthermore, a second cache room is provided in the processing room, a second entrance and exit passage connected to the outside of the processing room is opened on one side of the second cache room, a sixth cold storage door is provided in the second entrance and exit passage, a fourth passage connected to the processing room is opened on the other side of the second cache room, and a seventh cold storage door is provided in the fourth passage.

[0010] Furthermore, a second delivery room is provided in the storage room, the second cold storage board is located on one side of the second delivery room, a fifth passage connecting the second delivery room and the processing room is opened on the second cold storage board, the second cold storage door is arranged in the fifth passage, a sixth passage connecting the storage room is opened on the second delivery room, and an eighth cold storage door is provided in the sixth passage.

[0011] Furthermore, a third cache room is provided in the storage room, a third entrance and exit passage connected to the outside of the storage room is opened on one side of the third cache room, a ninth cold storage door is provided in the third entrance and exit passage, a seventh passage connected to the storage room is opened on the other side of the third cache room, and a tenth cold storage door is provided in the seventh passage.

[0012] Compared with the prior art, the present invention has the following outstanding and beneficial technical effects:

[0013] The utility model belongs to the technical field of cold storage, and particularly refers to a new multifunctional cold storage, including a temporary storage room, a processing room, a storage room and an auxiliary storage room. The temporary storage room and the processing room are separated by a first cold storage plate, and the processing room and the storage room are separated by a second cold storage plate, so that the temporary storage room, the processing room and the storage room form separate spaces, and avoid the mutual circulation of cold air in the temporary storage room, the processing room and the storage room, thereby affecting the temperature in the temporary storage room, the processing room and the storage room. The temporary storage room, the processing room, the storage room and the auxiliary storage room are all connected to a refrigeration device, which is a common device on the market for providing cold air to the cold storage, which can produce cold air, thereby delivering the cold air to the temporary storage room, the processing room, the storage room and the auxiliary storage room respectively. The user can control the temperature of the auxiliary warehouse through the refrigeration device, so that the temporary storage room and the storage room can meet the different preservation temperatures required for different agricultural products, and the user can control the temperature in the processing room, so that the workers can wear specific cold storage work clothes and process the agricultural products normally in the processing room. The temporary storage room and the processing room are separated by the first cold storage board, and the first cold storage board has a first cold storage door. After the farm products are placed in the temporary storage room, the user can open the first cold storage door to smoothly transport the agricultural products in the temporary storage room to the processing room for processing, thereby avoiding contact between the agricultural products and the air outside the cold storage, so that the agricultural products will not be contaminated by bacteria in the air outside the cold storage, and the number of purifiers of the utility model is four, carbon dioxide detection The number of devices is one, and the purifier is a common FFU purifier on the market. It is an efficient, energy-saving and environmentally friendly air purification equipment. It uses a high-efficiency filter and a powerful fan to remove harmful substances such as bacteria, viruses, particulate matter, gaseous pollutants in the air, thereby providing a clean air environment, thereby ensuring that the processing room can be in a dust-free and sterile environment, so that the agricultural products will not be contaminated during the workers' processing of agricultural products. The carbon dioxide detection device is a common device on the market for detecting the concentration of carbon dioxide in the air. When the detected carbon dioxide concentration exceeds the standard, it will sound an alarm, so that the workers can come out of the processing room in time to avoid carbon dioxide poisoning caused by the workers in the processing room. The workshop and the storage room are separated by a second cold storage board. There is a second cold storage door on the second cold storage board. When the workers have finished processing the agricultural products, they can open the second cold storage door so that the processed agricultural products can be smoothly transported to the storage room for storage to avoid the processed agricultural products from coming into contact with the air outside the cold storage. The auxiliary warehouse is also connected to an air supply pipe and a fresh air pipe. The fresh air pipe is connected to a fan, so that fresh air from the outside can be smoothly drawn into the auxiliary warehouse through the fan. The dehumidifier connected outside the auxiliary warehouse is a common rotary dehumidifier on the market. There are air inlets and air outlets on the machine, and one end of the air inlet pipe and the air outlet pipe are both arranged in the auxiliary warehouse, and the other ends of the air inlet pipe and the air outlet pipe are respectively connected to the air inlet and the air outlet. A fan is arranged in the air inlet.Therefore, the fan can draw the air in the auxiliary warehouse into the dehumidifier through the air inlet pipe, and the dehumidification device in the dehumidifier can control the humidity of the air to less than 30%, and finally the dehumidified air will re-enter the auxiliary warehouse through the air outlet pipe. Since the air supply pipe is connected to the air filter and the positive pressure fan, the air filter is connected to the air supply main pipe, and one end of the first air supply branch pipe, the second air supply branch pipe and the third air supply branch pipe on the air supply main pipe are respectively arranged in the temporary storage room, the processing room and the storage room. Therefore, when the positive pressure fan starts working, the dehumidified air and the cold air in the auxiliary warehouse can be drawn into the temporary storage room, the processing room and the storage room through the first air supply branch pipe, the second air supply branch pipe and the third air supply branch pipe respectively, and the user The dehumidifier can be used to control the humidity of the air and cold air entering the temporary storage room, processing room, and storage room, thereby controlling the air humidity in the temporary storage room, processing room, and storage room, making the air humidity in the temporary storage room, processing room, and storage room suitable for storing agricultural products, and increasing the shelf life of agricultural products. The air and cold air will be filtered through the air filter before entering the temporary storage room, processing room, and storage room, thereby filtering out dust, bacteria, etc. in the air, thereby avoiding pollutants such as dust and bacteria from entering the cold storage, and fresh air can enter the processing room through the second air supply branch pipe to provide oxygen for workers, so that workers can process agricultural products in the processing room for a long time, and at the same time, after the air and cold air enter the temporary storage room, processing room, and storage room , so that the air pressure in the temporary storage room, processing room and storage room can be higher than the outside air pressure, thereby preventing the outside unpurified air from entering the cold storage and causing pollution to the agricultural products, and the return air pipe connected to the auxiliary warehouse is provided with the first return air branch pipe, the second return air branch pipe and the third return air branch pipe, and one end of the first return air branch pipe, the second return air branch pipe and the third return air branch pipe are respectively arranged in the temporary storage room, processing room and storage room, so that when the new air and cold air enter the temporary storage room, processing room and storage room, a part of the cold air in the temporary storage room, processing room and storage room will enter the auxiliary warehouse through the first return air branch pipe, the second return air branch pipe and the third return air branch pipe respectively, and this part of the cold air will be filtered by the air filter and then re-filtered. The products are returned to the temporary storage room, processing room and storage room, thereby ensuring that the cold air in the temporary storage room, processing room and storage room is free of bacteria and dust, ensuring the fresh-keeping environment of agricultural products. Compared with most cold storages on the market that can only perform refrigeration and preservation, the functions are relatively single, and workers cannot process agricultural products in the cold storage for a long time. Therefore, those agricultural products that need to be processed need to be put into the cold storage for storage after processing outside the cold storage. Processing agricultural products outside the cold storage will miss the best refrigeration time of agricultural products, and the agricultural products will continuously consume their own stored nutrients in the process of processing, thereby gradually losing nutritional value and fresh quality. The cold storage of the utility model can not only achieve the storage function, but also workers can process agricultural products in the processing room for a long time.Workers can use the dehumidifier to control the humidity in the temporary storage room, processing room, and storage room, achieving a multifunctional effect. After the produce is picked, workers can first place the produce in the temporary storage room and then transport the produce from the temporary storage room to the processing room for processing. Because fresh air can be transported to the processing room through the second air supply branch pipe, workers can work in the processing room for a long time without having to process the produce outside the cold storage. This can avoid missing the optimal refrigeration time for the produce due to the need for processing, ensuring that the freshness and nutritional value of the produce are not lost. BRIEF DESCRIPTION OF THE DRAWINGS

[0014] Figure 1 It is a structural schematic diagram of the temporary storage room, processing room, storage room and auxiliary warehouse of the utility model.

[0015] Figure 2 It is a structural diagram of the refrigeration device of the present utility model.

[0016] Figure 3 This is one of the structural diagrams of the temporary storage room, processing room and storage room of the utility model.

[0017] Figure 4 This is the second structural diagram of the temporary storage room, processing room and storage room of the utility model.

[0018] The meaning of the numbers in the figure:

[0019] 1-temporary storage room; 2-processing room; 3-storage room; 4-auxiliary warehouse; 5-refrigeration unit;

[0020] 6-first cold storage panel; 7-first cold storage door; 8-second cold storage panel; 9-second cold storage door; 10-purifier;

[0021] 11-Carbon dioxide detection device; 12-Dehumidifier; 13-Inlet pipe; 14-Outlet pipe;

[0022] 15-air supply pipe; 16-fresh air pipe; 17-air filter; 18-positive pressure fan; 19-air supply main pipe;

[0023] 20-first air supply branch pipe; 21-second air supply branch pipe; 22-third air supply branch pipe;

[0024] 23-return air pipe; 24-first return air branch pipe; 25-second return air branch pipe;

[0025] 26-third return air branch pipe; 27-condensing unit; 28-air supply fan; 30-cold air delivery pipe;

[0026] 31-first cache room; 32-first entrance and exit passage; 33-third cold storage door; 38-first passage;

[0027] 39-Fourth cold storage door; 40-First delivery room; 41-Second passage; 42-Fifth cold storage door;

[0028] 43-third passage; 44-second cache room; 45-second entrance and exit passage; 46-sixth cold storage door;

[0029] 47-Fourth aisle; 48-Seventh cold storage door; 49-Second delivery room; 50-Fifth aisle;

[0030] 51-sixth passage; 52-eighth cold storage door; 53-third cache room;

[0031] 54-the third entrance and exit passage; 55-the ninth cold storage door; 56-the seventh passage; 57-the tenth cold storage door. DETAILED DESCRIPTION

[0032] The present invention will be further described below in conjunction with specific embodiments:

[0033] The present invention belongs to the technical field of cold storage, and particularly refers to a new multifunctional cold storage, comprising a temporary storage room 1, a processing room 2, a storage room 3 and an auxiliary storage room 4. The temporary storage room 1 and the processing room 2 are separated by a first cold storage plate 6, and the processing room 2 and the storage room 3 are separated by a second cold storage plate 8, so that the temporary storage room 1, the processing room 2 and the storage room 3 form a separate space, avoiding mutual circulation of cold air in the temporary storage room 1, the processing room 2 and the storage room 3, thereby affecting the temperature in the temporary storage room 1, the processing room 2 and the storage room 3, and the temporary storage room 1, the processing room 2, the storage room 3 and the auxiliary storage 4 are all connected with a refrigeration device 5, which is a common device on the market for providing cold air to the cold storage, which can produce cold air, thereby transporting the cold air to the temporary storage room 1, the processing room 2 and the storage room 3 respectively. The temperature of the workroom 2, storage room 3 and auxiliary warehouse 4, the temporary storage room 1, processing room 2, storage room 3 and auxiliary warehouse 4 can be controlled by the user through the refrigeration device 5, so that the temporary storage room 1 and storage room 3 can meet the different preservation temperatures required for different agricultural products. The user can also control the temperature in the processing room 2, so that workers can wear specific cold storage work clothes and process agricultural products normally in the processing room 2. The temporary storage room 1 and the processing room 2 are separated by a first cold storage board 6, and the first cold storage board 6 is provided with a first cold storage door 7. After the farm products are placed in the temporary storage room 1, the user can open the first cold storage door 7 to smoothly transport the agricultural products in the temporary storage room 1 to the processing room 2 for processing, thereby avoiding contact between the agricultural products and the air outside the cold storage. So that the agricultural products will not be contaminated by bacteria in the air outside the cold storage, and the number of purifiers 10 of the utility model is four, the number of carbon dioxide detection devices 11 is one, and the purifier 10 is a common FFU purifier 10 on the market, which is a high-efficiency, energy-saving and environmentally friendly air purification equipment. It adopts a high-efficiency filter and a powerful fan to remove harmful substances such as bacteria, viruses, particulate matter, gaseous pollutants in the air, thereby providing a clean air environment, thereby ensuring that the processing room 2 can be in a dust-free and sterile environment, so that the agricultural products will not be contaminated during the workers' processing of agricultural products, and the carbon dioxide detection device 11 is a common device on the market for detecting the concentration of carbon dioxide in the air. When the detected carbon dioxide concentration exceeds the standard, It will sound an alarm so that the workers can come out of the processing room 2 in time to avoid the workers in the processing room 2 from being poisoned by carbon dioxide. The processing room 2 and the storage room 3 are separated by a second cold storage board 8. There is a second cold storage door 9 on the second cold storage board 8. When the workers have finished processing the agricultural products, they can open the second cold storage door 9 to smoothly transport the processed agricultural products to the storage room 3 for storage to avoid the processed agricultural products from coming into contact with the air outside the cold storage. The auxiliary storage 4 is also connected to an air supply pipe 15 and a fresh air pipe 16. The fresh air pipe 16 is connected to a fan, so that fresh air from the outside can be smoothly drawn into the auxiliary storage 4 through the fan. The dehumidifier 12 connected outside the auxiliary storage 4 is a common rotary dehumidifier 12 on the market.The machine has an air inlet and an air outlet, and one end of the air inlet pipe 13 and the air outlet pipe 14 are both arranged in the auxiliary reservoir 4, and the other ends of the air inlet pipe 13 and the air outlet pipe 14 are connected to the air inlet and the air outlet respectively. A fan is provided in the air inlet, so that the air in the auxiliary reservoir 4 can be drawn into the dehumidifier 12 through the air inlet pipe 13 by the fan, so that the humidity of the air is controlled below 30% by the dehumidification device in the dehumidifier 12, and finally the dehumidified air will re-enter the auxiliary reservoir 4 through the air outlet pipe 14. Since the air supply pipe 15 is connected to the air filter 17 and the positive pressure fan 18, the air filter 17 is connected to the air supply main pipe 19, the first air supply branch pipe 20, the second air supply branch pipe 21 and the third air supply branch pipe 22 on the air supply main pipe 19 are connected. One end of the branch pipe 22 is respectively arranged in the temporary storage room 1, the processing room 2, and the storage room 3, so that when the positive pressure fan 18 starts working, the dehumidified air and cold air in the auxiliary warehouse 4 can be drawn into the temporary storage room 1, the processing room 2, and the storage room 3 through the first air supply branch pipe 20, the second air supply branch pipe 21 and the third air supply branch pipe 22 respectively, and the user can control the humidity of the air and cold air entering the temporary storage room 1, the processing room 2, and the storage room 3 through the dehumidifier 12, thereby controlling the air humidity in the temporary storage room 1, the processing room 2, and the storage room 3, so that the air humidity in the temporary storage room 1, the processing room 2, and the storage room 3 is suitable for the storage of agricultural products, thereby increasing the shelf life of agricultural products, and the air and cold air will pass through the air filter before entering the temporary storage room 1, the processing room 2, and the storage room 3. The filter 17 filters out dust, bacteria, etc. in the air, thereby preventing pollutants such as dust and bacteria from entering the cold storage, and fresh air can enter the processing room 2 through the second air supply branch pipe 21 to provide oxygen for the workers, so that the workers can process agricultural products in the processing room 2 for a long time, and at the same time, after the air and cold air enter the temporary storage room 1, the processing room 2, and the storage room 3, the air pressure in the temporary storage room 1, the processing room 2, and the storage room 3 can be greater than the outside air pressure, thereby preventing the outside unpurified air from entering the cold storage and causing pollution to the agricultural products, and the return air pipe 23 connected to the auxiliary library 4 is provided with a first return air branch pipe 24, a second return air branch pipe 25 and a third return air branch pipe 26, and the first return air branch pipe 24, the second return air branch pipe 25 and the third return air branch pipe 26 are provided. One end of the return air branch pipe 25 and the third return air branch pipe 26 are respectively arranged in the temporary storage room 1, the processing room 2 and the storage room 3, so that when the new air and cold air enter the temporary storage room 1, the processing room 2 and the storage room 3, a part of the cold air in the temporary storage room 1, the processing room 2 and the storage room 3 will enter the auxiliary warehouse 4 through the first return air branch pipe 24, the second return air branch pipe 25 and the third return air branch pipe 26 respectively. This part of the cold air will be filtered by the air filter 17 and return to the temporary storage room 1, the processing room 2 and the storage room 3, thereby ensuring that the cold air in the temporary storage room 1, the processing room 2 and the storage room 3 does not have bacteria and dust, ensuring the fresh-keeping environment of agricultural products. Compared with most cold storages on the market that can only perform refrigeration and preservation, and have relatively single functions,Workers cannot work for long periods of time in a cold storage to process agricultural products. Therefore, those agricultural products that need to be processed need to be placed in the cold storage for storage after processing outside the cold storage. Processing agricultural products outside the cold storage will miss the optimal refrigeration time for the agricultural products, and the agricultural products will continuously consume their own stored nutrients during the processing process, thereby gradually losing their nutritional value and fresh quality. The cold storage of the present invention can not only achieve the storage function, but also allow workers to process agricultural products for a long time in the processing room 2. Workers can control the air humidity in the temporary storage room 1, processing room 2, and storage room 3 through the dehumidification device, thereby achieving a multifunctional effect. After the agricultural products are picked, workers can first place the agricultural products in the temporary storage room 1, and then transport the agricultural products in the temporary storage room 1 to the processing room 2 for processing. Since fresh air can be transported to the processing room 2 through the second air supply branch pipe 21, workers can work in the processing room 2 for a long time without having to process agricultural products outside the cold storage. This can avoid missing the optimal refrigeration time for agricultural products due to the need for processing agricultural products, ensuring that the fresh quality and nutritional value of agricultural products will not be lost.

[0034] Preferably, the refrigeration device 5 includes a condensing unit 27, an air supply fan 28 and a control box for controlling the operation of the condensing unit 27 and the air supply fan 28. The condensing unit 27 and the control box are respectively arranged outside the temporary storage room 1, the processing room 2, the storage room 3 and the auxiliary library 4, and the air supply fan 28 is respectively arranged inside the temporary storage room 1, the processing room 2, the storage room 3 and the auxiliary library 4. A cold air delivery pipe 30 is provided between the condensing unit 27 and the air supply fan 28; the number of the condensing unit 27, the air supply fan 28 and the control box is four, and since there are four The air supply fans 28 are respectively arranged in the temporary storage room 1, the processing room 2, the storage room 3 and the auxiliary warehouse 4. The condensing unit 27 is a common device for generating cold air on the market. It is mainly used in cold storage. When the worker controls the air supply fan 28 and the condensing unit 27 through the control box to start working, the air supply fan 28 can then transport the cold air generated by the condensing unit 27 through the cold air delivery pipe 30 to the temporary storage room 1, the processing room 2, the storage room 3 and the auxiliary warehouse 4, thereby smoothly reducing the temperature in the temporary storage room 1, the processing room 2, the storage room 3 and the auxiliary warehouse 4.

[0035] Preferably, a first cache room 31 is provided in the temporary storage room 1, a first entrance and exit passage 32 communicating with the outside of the temporary storage room 1 is opened on one side of the first cache room 31, a third cold storage door 33 is provided in the first entrance and exit passage 32, a first passage 38 communicating with the temporary storage room 1 is opened on the first cache room 31, and a fourth cold storage door 39 is provided in the first passage 38;

[0036] When the workers want to transport the agricultural products to the temporary storage room 1, the user only needs to open the third cold storage door 33. Since the third cold storage door 33 is arranged in the first entrance and exit channel 32 of the first cache room 31, when the third cold storage door 33 is opened, the workers can first transport the agricultural products to the first cache room 31 through the first entrance and exit channel 32. The workers can first sterilize their clothes in the first cache room 31 to avoid carrying bacteria into the temporary storage room 1. The setting of the first cache room 31 can prevent the cold air in the temporary storage room 1 from escaping to the outside. After the workers open the fourth cold storage door 39 on the first cache room 31, since the fourth cold storage door 39 is arranged in the first channel 38 of the first cache room 31, when the fourth cold storage door 39 is opened, the workers can smoothly transport the agricultural products to the temporary storage room 1 for temporary storage through the first channel 38.

[0037] Preferably, the temporary storage room 1 is further provided with a first delivery room 40, the first delivery room 40 is arranged adjacent to the first cache room 31, the first delivery room 40 is provided with a second passage 41 connected to the temporary storage room 1, the second passage 41 is provided with a fifth cold storage door 42, the first cold storage plate 6 is located on one side of the first delivery room 40, the first cold storage plate 6 is provided with a third passage 43 connecting the first delivery room 40 and the processing room 2, and the first cold storage door 7 is arranged in the third passage 43; when the workers need to transport the agricultural products in the temporary storage room 1 to the processing room 2 for processing, the workers can then use the fifth cold storage door 7 on the temporary storage room 1 to transport the agricultural products in the temporary storage room 1 to the processing room 2 for processing. The cold storage door 42 is opened. Since the fifth cold storage door 42 is arranged in the second channel 41 of the first delivery room 40, the workers can first transport the agricultural products to the first delivery room 40 through the second channel 41. At this time, the user opens the first cold storage door 7 on the first cold storage plate 6 separating the processing room 2 and the temporary storage room. At this time, the third channel 43 on the first cold storage plate 6 will be opened, so that the user can smoothly transport the agricultural products to the processing room 2 through the third channel 43 for processing. The setting of the first delivery room 40 can prevent a large amount of cold air in the temporary storage room 1 from running into the processing room 2 during the process of transporting the agricultural products to the processing room 2.

[0038] Preferably, a second cache room 44 is provided in the processing room 2, a second inlet and outlet passage 45 communicating with the outside of the processing room 2 is opened on one side of the second cache room 44, a sixth cold storage door 46 is provided in the second inlet and outlet passage 45, a fourth passage 47 communicating with the processing room 2 is opened on the other side of the second cache room 44, a seventh cold storage door 48 is provided in the fourth passage 47; when workers need to enter the processing room 2 for processing, the workers can open the sixth cold storage door 46 on the second cache room 44, so that the second inlet and outlet passage 45 on one side of the second cache room 44 is opened, so that the workers can smoothly enter the second cache room 44 At this time, the workers need to sterilize the clothes in the second buffer room 44 to avoid carrying bacteria into the temporary storage room 1. The setting of the second buffer room 44 can prevent the cold air in the processing room 2 from escaping to the outside, and can also prevent a large amount of outside air from directly entering the processing room 2 and polluting the processing environment in the processing room 2. Since the second buffer room 44 is connected to the processing room 2 through the fourth channel 47, after the worker opens the seventh cold storage door 48 on the other side of the second buffer room 44, the fourth channel 47 will be opened, so that the worker can smoothly pass through the fourth channel 47 to enter the processing room 2 to process the farm products.

[0039] Preferably, a second feeding room 49 is provided in the storage room 3, the second cold storage plate 8 is located on one side of the second feeding room 49, a fifth passage 50 is provided on the second cold storage plate 8 to connect the second feeding room 49 and the processing room 2, the second cold storage door 9 is arranged in the fifth passage 50, the second feeding room 49 is provided with a sixth passage 51 to connect the storage room 3, and an eighth cold storage door 52 is provided in the sixth passage 51; when the agricultural products are processed in the processing room 2, since the second feeding room 49 is connected to the processing room 2 through the fifth passage 50, and the second feeding room 49 is connected to the storage room 3 through the sixth passage 51, the workers can first The second cold storage door 9 on the second cold storage plate 8 is opened, thereby opening the fifth channel 50, and workers can smoothly transport the processed agricultural products to the second delivery room 49 through the fifth channel 50. At this time, the workers open the eighth cold storage door 52 in the sixth channel 51, so that the sixth channel 51 is opened, and workers can transport the processed agricultural products to the storage room 3 through the sixth channel 51. The setting of the second delivery room 49 can prevent the cold air in the storage room 3 from running into the processing room 2 in large quantities during the process of transporting the processed farm products to the storage room 3, thereby preventing the temperature in the storage room 3 from failing to reach the storage temperature of the agricultural products.

[0040] Preferably, a third cache room 53 is further provided in the storage room 3, a third inlet and outlet passage 54 communicating with the outside of the storage room 3 is opened on one side of the third cache room 53, a ninth cold storage door 55 is provided in the third inlet and outlet passage 54, a seventh passage 56 communicating with the storage room 3 is opened on the other side of the third cache room 53, a tenth cold storage door 57 is provided in the seventh passage 56; when encountering agricultural products that do not need to be processed, the worker can first open the ninth cold storage door 55 on one side of the third cache room 53, thereby opening the third inlet and outlet passage 54, and at this time the user can transport the agricultural products to the third cache room In the storage room 53, the workers need to sterilize the clothes in the second buffer room 44 to avoid carrying bacteria into the temporary storage room 1. The setting of the third buffer room 53 can prevent the cold air in the storage room 3 from escaping to the outside, and can also prevent a large amount of outside air from directly entering the storage room 3 and polluting the storage environment in the processing room 2. Since the third buffer room 53 is connected to the storage room 3 through the seventh channel 56, when the worker opens the tenth cold storage door 57, the seventh channel 56 will be opened, and the worker can smoothly transport the agricultural products to the storage room 3 for storage.

[0041] The above embodiments are only preferred embodiments of the present invention and are not intended to limit the scope of protection of the present invention. Therefore, any equivalent changes made based on the structure, shape, and principle of the present invention should be included in the scope of protection of the present invention.

Claims

1. A new multifunctional cold storage, comprising a temporary storage room (1), a processing room (2), a storage room (3) and an auxiliary storage room (4), characterized in that: The temporary storage room (1), processing room (2), storage room (3) and auxiliary storage (4) are all connected to a refrigeration device (5) for delivering cold air. The temporary storage room (1) and the processing room (2) are separated by a first cold storage board (6), and the first cold storage board (6) is provided with a first cold storage door (7). The processing room (2) and the storage room (3) are separated by a second cold storage board (8), and the second cold storage board (8) is provided with a second cold storage door (9). The processing room (2) is provided with a There is at least one purifier (10) and a carbon dioxide detection device (11) for purifying the air in the processing room (2); the auxiliary storage (4) is externally connected to a dehumidifier (12); the dehumidifier (12) is connected to an air inlet pipe (13) and an air outlet pipe (14); one end of the air inlet pipe (13) and the air outlet pipe (14) are both arranged in the auxiliary storage (4); the auxiliary storage (4) is further connected to an air supply pipe (15) and a fresh air pipe (16); the fresh air pipe (16) The air supply pipe (15) is connected to the outside world, and an air filter (17) and a positive pressure fan (18) are connected to the air filter (17). The air supply main pipe (19) is provided with a first air supply branch pipe (20), a second air supply branch pipe (21) and a third air supply branch pipe (22). One end of the first air supply branch pipe (20), the second air supply branch pipe (21) and the third air supply branch pipe (22) are respectively provided at In the temporary storage room (1), the processing room (2), and the storage room (3), the auxiliary library (4) is further connected to a return air pipe (23), and the return air pipe (23) is provided with a first return air branch pipe (24), a second return air branch pipe (25), and a third return air branch pipe (26). One end of the first return air branch pipe (24), the second return air branch pipe (25), and the third return air branch pipe (26) are respectively arranged in the temporary storage room (1), the processing room (2), and the storage room (3).

2. A multifunctional new cold storage according to claim 1, characterized in that: The refrigeration device (5) includes a condensing unit (27), an air supply fan (28) and a control box for controlling the operation of the condensing unit (27) and the air supply fan (28). The condensing unit (27) and the control box are respectively arranged outside the temporary storage room (1), the processing room (2), the storage room (3) and the auxiliary warehouse (4). The air supply fan (28) is respectively arranged inside the temporary storage room (1), the processing room (2), the storage room (3) and the auxiliary warehouse (4). A cold air delivery pipe (30) is provided between the condensing unit (27) and the air supply fan (28).

3. A multifunctional new cold storage according to claim 1, characterized in that: The temporary storage room (1) is provided with a first cache room (31), a first entrance and exit passage (32) communicating with the outside of the temporary storage room (1) is opened on one side of the first cache room (31), a third cold storage door (33) is provided in the first entrance and exit passage (32), a first passage (38) communicating with the temporary storage room (1) is opened on the first cache room (31), and a fourth cold storage door (39) is provided in the first passage (38).

4. A multifunctional new cold storage according to claim 3, characterized in that: The temporary storage room (1) is further provided with a first delivery room (40), the first delivery room (40) is arranged adjacent to the first cache room (31), the first delivery room (40) is provided with a second passage (41) connected to the temporary storage room (1), the second passage (41) is provided with a fifth cold storage door (42), the first cold storage board (6) is located on one side of the first delivery room (40), the first cold storage board (6) is provided with a third passage (43) connecting the first delivery room (40) and the processing room (2), and the first cold storage door (7) is arranged in the third passage (43).

5. A multifunctional new cold storage according to claim 1, characterized in that: A second buffer room (44) is provided in the processing room (2), a second inlet and outlet passage (45) communicating with the outside of the processing room (2) is provided on one side of the second buffer room (44), a sixth cold storage door (46) is provided in the second inlet and outlet passage (45), a fourth passage (47) communicating with the processing room (2) is provided on the other side of the second buffer room (44), and a seventh cold storage door (48) is provided in the fourth passage (47).

6. A multifunctional new cold storage according to claim 1, characterized in that: A second delivery room (49) is provided in the storage room (3), the second cold storage plate (8) is located on one side of the second delivery room (49), a fifth passage (50) is provided on the second cold storage plate (8) for connecting the second delivery room (49) and the processing room (2), the second cold storage door (9) is arranged in the fifth passage (50), a sixth passage (51) is provided on the second delivery room (49) for connecting the storage room (3), and an eighth cold storage door (52) is provided in the sixth passage (51).

7. A multifunctional new cold storage according to claim 6, characterized in that: A third cache room (53) is further provided in the storage room (3), a third inlet and outlet passage (54) communicating with the outside of the storage room (3) is provided on one side of the third cache room (53), a ninth cold storage door (55) is provided in the third inlet and outlet passage (54), a seventh passage (56) communicating with the storage room (3) is provided on the other side of the third cache room (53), a tenth cold storage door (57) is provided in the seventh passage (56).

Images