Search

CN-224219335-U - Fruit and vegetable fresh-keeping treatment system with movable storage cabin

CN224219335UCN 224219335 UCN224219335 UCN 224219335UCN-224219335-U

Abstract

The utility model discloses a fruit and vegetable fresh-keeping treatment system with a movable storage cabin, which comprises a fresh-keeping cabin, a movable vehicle, a fresh-keeping system, an ozone system, a monitoring system and a control module, wherein the fresh-keeping cabin is arranged on the movable vehicle, the fresh-keeping system and the ozone system respectively comprise an evaporator and an ozone supplier, the evaporator and the ozone supplier are respectively communicated into the fresh-keeping cabin through a pipe system, and the monitoring system comprises a temperature sensor and an ozone sensor which are in communication connection with the control module. The fresh-keeping cabin for storing fruits and vegetables is arranged in the utility model, and the fresh-keeping cabin is arranged on the moving vehicle, so that the fruits and vegetables can be conveniently stored, kept fresh and sterilized in the whole treatment process of the supply chain.

Inventors

  • HE MINGYANG
  • HONG MIN
  • ZHOU LIAN

Assignees

  • 西南大学

Dates

Publication Date
20260512
Application Date
20250415

Claims (9)

  1. 1. The fruit and vegetable fresh-keeping treatment system with the movable storage cabin is characterized by comprising a fresh-keeping cabin (100), a movable vehicle (200), a fresh-keeping system (300), an ozone system (400), a monitoring system (500) and a control module (600); The fresh-keeping cabin (100) is arranged on the mobile vehicle (200); The fresh-keeping system (300) and the ozone system (400) respectively comprise an evaporator (310) and an ozone supply (410), and the evaporator (310) and the ozone supply (410) are respectively communicated to the inside of the fresh-keeping cabin (100) through a pipe system (700); The monitoring system (500) comprises a temperature sensor (510) and an ozone sensor (520) communicatively connected to the control module (600); Fresh-keeping cabin (100) is including last cabin shell board (101), be provided with cabin roof (102) in fresh-keeping cabin (100), cabin roof (102) are located go up the below of cabin shell board (101), just be accessory space (103) and hold space (104) about cabin roof (102) respectively, piping (700) set up in accessory space (103), just be provided with a plurality of top trompils (105) on cabin roof (102), piping (700) are through top trompil (105) switch-on hold space (104).
  2. 2. A fruit and vegetable fresh-keeping processing system with a movable storage compartment according to claim 1, wherein the compartment top plate (102) is divided into a plurality of top units, each top unit is provided with a top opening (105), and the pipe system (700) is provided with a first valve (701) which is independently controlled so as to independently control the opening or closing of the pipe system (700) in the range of each top unit; The fresh-keeping cabin (100) comprises a left cabin shell plate (106), a right cabin shell plate (107) and a lower cabin shell plate (108), a plurality of rolling curtain devices (109) used for separating the cabin space (104) are arranged on the left cabin shell plate (106), each rolling curtain device (109) corresponds to the position between the top units of the two adjacent cabin roof plates (102), and the right cabin shell plate (107) is provided with buckles corresponding to the rolling curtain devices (109) and used for fastening the rolling curtain devices (109).
  3. 3. A fruit and vegetable fresh-keeping processing system with a movable storage compartment according to claim 2, wherein the curtain cloth of the rolling device (109) comprises tinfoil paper for heat insulation.
  4. 4. The fruit and vegetable fresh-keeping processing system with a mobile storage cabin according to claim 2, wherein a cabin bottom plate (110) is arranged at the bottom of the cabin space (104), a bottom interlayer space (111) is formed between the cabin bottom plate (110) and the lower cabin shell plate (108), the upper surface of the cabin bottom plate (110) is divided into a plurality of bottom units, and the positions of the bottom units and the positions of the top units are in one-to-one correspondence; The fruit and vegetable storage box comprises a box body (800) for storing fruits and vegetables, wherein each bottom unit is provided with a box groove (112) for embedding the box body (800), the box groove (112) is annular, and a negative pressure air hole (113) is formed in the annular interior; A negative pressure device (900) is arranged in the bottom interlayer space (111) so that the negative pressure device (900) generates negative pressure and acts on the cabin space (104) through the negative pressure air hole (113).
  5. 5. The fruit and vegetable fresh-keeping processing system with a movable storage cabin according to claim 4, wherein the negative pressure device (900) comprises a negative pressure fan (901); The negative pressure fan (901) is arranged in the bottom interlayer space (111), or the negative pressure fan (901) is connected with a negative pressure air pipe (902), and the negative pressure air pipe (902) extends to the bottom interlayer space (111) and is communicated with the bilge space (104) through the negative pressure air hole (113).
  6. 6. The fruit and vegetable fresh-keeping processing system with a mobile storage compartment according to claim 1, wherein the temperature sensor (510) comprises one or two of a temperature sensing tag and a short wave infrared camera.
  7. 7. A fruit and vegetable fresh-keeping processing system with a movable storage compartment according to claim 1, wherein the evaporator (310) and the ozone supply (410) are arranged outside the fresh-keeping compartment (100) and fixed to the fresh-keeping compartment (100) or the movable cart (200).
  8. 8. The fruit and vegetable fresh-keeping processing system with a movable storage compartment according to claim 1, wherein the control circuits of the fresh-keeping system (300) and the ozone system (400) are electrically connected to the control module (600).
  9. 9. A fruit and vegetable fresh-keeping processing system with a movable storage compartment according to claim 1, wherein the bottom of the fresh-keeping compartment (100) is connected to the movable cart (200) by a twist-lock mechanism.

Description

Fruit and vegetable fresh-keeping treatment system with movable storage cabin Technical Field The utility model relates to the technical field of fruit and vegetable fresh-keeping, in particular to a fruit and vegetable fresh-keeping treatment system with a movable storage cabin. Background With the development of society, the requirements of society on the quality of fruits and vegetables are higher and higher, and the environment where the fruits and vegetables are located can change, such as temperature and humidity, due to the movement of the fruits and vegetables from picking, sorting, storing, transporting to retail and the like on the whole supply chain, so that the quality of the fruits and vegetables is negatively affected. Research and analysis show that the fresh-keeping treatment of fruits and vegetables in the terminal link is always in place, and the effective fresh-keeping treatment of picking, landing, sorting, storing, transporting and other links is lacking, and the existing related fresh-keeping technical scheme and tools have various design defects, and damage to the fresh-keeping effect, such as overlong fruit and vegetable distribution treatment chain and complex procedures. Therefore, in the whole chain of fruits and vegetables, more effective fresh-keeping treatment becomes a new technical problem, and has wide economic prospect and social value. Aiming at the design of the existing fruit and vegetable fresh-keeping technical scheme and the device, the existing patent scheme I (application number: 201820378662.6; subject name: a fruit and vegetable fresh-keeping box convenient for transportation) discloses a fruit and vegetable fresh-keeping box, and the scheme solves the transportation problem, but more embodies the problems of placement and portability of fruits and vegetables, and is not suitable for the utilization of a large number of fruits and vegetables in the harvesting and storage links. The second existing patent scheme (application number: 202020490968.8; theme name: a small-sized mobile phase-change cold-storage fresh-keeping refrigerator) discloses a mobile fresh-keeping refrigerator, the scheme is mainly improved aiming at the setting of energy sources, and the application scene is obviously not suitable for timely fresh-keeping treatment after farm picking, transportation and storage treatment. The existing patent proposal III (application number: 202121716058.8; subject name: a fruit and vegetable fresh-keeping combined refrigeration house) discloses a combined fresh-keeping refrigeration house, which is mainly aimed at improving the water mist function form in the refrigeration house and is not obviously applicable to large-scale picking, transferring and storage scenes. In summary, none of the prior art has been able to adapt to the fresh-keeping and sterilization treatment device of picking, storing and transporting links in the fruit and vegetable supply chain. Accordingly, development and design of corresponding technical schemes and products are urgently needed. Disclosure of utility model In view of the defects of the prior art that the multifunctional integrated technical device is suitable for direct storage, transportation, fresh-keeping and sterilization treatment of fruits and vegetables after picking, the utility model aims to provide a fruit and vegetable fresh-keeping treatment system with a movable storage cabin, which comprises the following steps: a fruit and vegetable fresh-keeping treatment system with a movable storage cabin comprises a fresh-keeping cabin, a movable vehicle, a fresh-keeping system, an ozone system, a monitoring system and a control module; The fresh-keeping cabin is arranged on the mobile vehicle; The fresh-keeping system and the ozone system respectively comprise an evaporator and an ozone supplier, and the evaporator and the ozone supplier are respectively communicated to the inside of the fresh-keeping cabin through a pipe system; The monitoring system comprises a temperature sensor and an ozone sensor which are in communication connection with the control module. In some preferred embodiments, the fresh-keeping cabin comprises an upper cabin shell plate, a cabin top plate is arranged in the fresh-keeping cabin, the cabin top plate is located below the upper cabin shell plate, an accessory space and a cabin containing space are respectively arranged above and below the cabin top plate, the pipe system is arranged in the accessory space, a plurality of top holes are formed in the cabin top plate, and the pipe system is connected to the cabin containing space through the top holes. In some preferred embodiments, the deck plate is divided into a plurality of top units, each top unit is provided with a top opening, and the piping is provided with a first valve which is independently controlled so as to independently control the opening or closing of the piping in the range of each top unit; The fresh-keeping cabin comprises a lef