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CN-224198402-U - Multifunctional container state maintaining system

CN224198402UCN 224198402 UCN224198402 UCN 224198402UCN-224198402-U

Abstract

The utility model provides a state maintaining system of a multifunctional container, which comprises at least one charging and inflating container, wherein a first charging and inflating joint connected with an inflating device and a charging device is arranged at the top of the charging and inflating container, and when the multifunctional container is transported above the charging and inflating container, the first charging and inflating joint is connected with a second charging and inflating joint at the bottom of the multifunctional container, so as to supply power to a temperature control system in the multifunctional container and supplement anti-oxidation gas to a storage cavity in the multifunctional container. The utility model can integrate the charging and charging station in the container, so that the position of the charging and charging station can be flexibly distributed in a container yard, the internal storage state of the multifunctional container can be maintained, and the storage time can be prolonged.

Inventors

  • TAN LIMIN
  • JIANG HUA
  • DU CHUNYU
  • YUAN GANG
  • ZHANG TAO

Assignees

  • 上海西井科技股份有限公司

Dates

Publication Date
20260505
Application Date
20250513

Claims (7)

  1. 1. A multi-functional container state maintenance system, comprising: The multifunctional charging container comprises at least one charging container (2), wherein a first charging connector (20) connected with an inflating device (24) and a charging device (25) is arranged at the top of the charging container (2), when the multifunctional container is transported to the upper part of the charging container (2), the first charging connector (20) is connected with a second charging connector (33) at the bottom of the multifunctional container, a temperature control system in the multifunctional container is supplied with power, and an anti-oxidation gas is supplied to a storage cavity in the multifunctional container, a top bin gate (21) capable of being opened and closed is arranged at the top of the charging container (2), and in a standby state, the first charging connector (20) is positioned in the charging container (2), and the top bin gate (21) is closed; A plurality of three-dimensional container racks (13) having a plurality of container storage locations (14) for storing containers, the charged air-filled container (2) being disposed at one end of the three-dimensional container racks (13), and A container lifting device (11) configured to handle a multi-function container between the container storage location (14) and the charged inflated container (2).
  2. 2. The multi-purpose container state maintenance system according to claim 1, wherein the first charging inflation connector (20) comprises an inflation interface (22) and a charging interface (23), the inflation interface (22) being connected to the charging device (24) by a pipeline, the charging interface (23) being electrically connected to the charging device (25).
  3. 3. The multifunctional container state maintaining system according to claim 2, wherein the second charging and charging connector (33) is respectively connected with a charging circuit and a charging pipeline in the multifunctional container (3), the charging circuit is connected with a temperature control system in the multifunctional container (3), the charging pipeline is communicated with a storage cavity in the multifunctional container (3), when the first charging and charging connector (20) is connected with the second charging and charging connector (33), the charging and charging container (2) supplies power to the temperature control system and conveys anti-oxidation gas in the charging and charging container (2) to the storage cavity, and the second charging and charging connector (33) is arranged on one side of the multifunctional container, which is far away from a box door.
  4. 4. The multi-functional container state maintaining system according to claim 1, wherein the three-dimensional container racks (13) are respectively arranged along both sides of a track (16), each container rack comprises a plurality of container storage locations (14) for storing multi-functional containers arranged along a vertical plane matrix, each container storage location (14) is provided with a supporting portion for supporting only corners of the multi-functional container, and is suspended from a middle portion of a bottom surface of the multi-functional container to form an insertion space.
  5. 5. The multi-purpose container state maintaining system according to claim 4, further comprising a stacker (12), wherein the stacker (12) has a liftable horizontal fork and moves along the rail (16), the horizontal fork is moved into and out of the insertion space based on a side of the stacker (12), and the multi-purpose container is lifted or lowered to carry the multi-purpose container (3) between the stacker (12) and the container storage place (14).
  6. 6. The multi-functional container state maintaining system according to claim 5, wherein the container lifting device (11) vertically lifts the multi-functional container (32) to be charged and inflated to the upper surface of the charging and inflating container (2), and the first charging and inflating connector (20) is vertically connected with the second charging and inflating connector (33) during the process of lowering the multi-functional container (3).
  7. 7. The multi-purpose container state maintenance system according to claim 5, further comprising a plurality of transportation lanes for the collector (15) to travel; The transportation lane is parallel to the track (16), and the transportation lane passes through the lower area of the container lifting equipment (1), the first end of the track (16) extends to the lower part of the container lifting equipment (1), the second end passes through the container goods shelf (4), and the charging inflatable container (2) is positioned on two sides of the first end of the track (16).

Description

Multifunctional container state maintaining system Technical Field The utility model relates to the field of container storage, in particular to a multifunctional container state maintaining system. Background The existing container cannot be directly used for storing and preserving the goods under severe conditions, and the container is not provided with a temperature and humidity control module, and if the inside of the container is air, the problem of oxidization cannot be avoided. Accordingly, the present utility model provides a multi-functional container state maintenance system. Disclosure of utility model Aiming at the problems in the prior art, the utility model aims to provide a multifunctional container state maintaining system which overcomes the difficulties in the prior art and can integrate a charging and inflating station in a container so as to flexibly layout the position of the charging and inflating station in a container yard, maintain the internal storage state of the multifunctional container and prolong the storage time. An embodiment of the present utility model provides a multifunctional container state maintaining system, including: The multifunctional container is transported to the upper part of the charging container, the first charging connector is connected with a second charging connector at the bottom of the multifunctional container, a temperature control system in the multifunctional container is supplied with power, oxidation-resistant gas is supplemented to a storage cavity in the multifunctional container, the top of the charging container is provided with a top bin gate capable of being opened and closed, and in a standby state, the first charging connector is positioned in the charging container, and the top bin gate is closed; A plurality of three-dimensional container goods shelves, a container storage place with a plurality of storage containers, a charging and inflating container arranged at one end of the three-dimensional container goods shelves, and A container lifting device configured to handle a multi-function container between a container storage location and a charged inflated container. Preferably, the first charging inflation connector comprises an inflation interface and a charging interface, the inflation interface is connected with the inflation device through a pipeline, and the charging interface circuit is connected with the charging device. Preferably, the charging circuit and the charging pipeline in the multifunctional container are respectively connected to the second charging connector, the charging circuit is connected with the temperature control system in the multifunctional container, the charging pipeline is communicated with the storage cavity in the multifunctional container, when the first charging connector is connected with the second charging connector, the charging container supplies power to the temperature control system and conveys the anti-oxidation gas in the charging container to the storage cavity, and the second charging connector is arranged on one side, deviating from the box door, of the multifunctional container. Preferably, the three-dimensional container goods shelves are respectively arranged along two sides of a track, each container goods shelf comprises a plurality of container storage positions for storing the multifunctional container arranged along a vertical plane matrix, each container storage position is provided with a supporting part for only supporting the corner parts of the multifunctional container, and the supporting parts and the middle part of the bottom surface of the multifunctional container are suspended to form an insertion space. Preferably, the multifunctional container stacking machine further comprises a stacker, wherein the stacker is provided with a liftable horizontal fork and moves along the rail, so that the horizontal fork can enter and exit the insertion space based on the side surface of the stacker, and the multifunctional container is lifted or put down so as to be carried between the stacker and the container storage position. Preferably, the container lifting device vertically lifts the multifunctional container to be charged and inflated to the upper surface of the charged and inflated container, and in the process of lowering the multifunctional container, the first charged and inflated connector is vertically connected with the second charged and inflated connector. Preferably, the vehicle further comprises a plurality of transport lanes for the collector card to travel; The transportation lane is parallel to the track, and the transportation lane passes through the below region of container lifting device, and orbital first end extends to the below of container lifting device, and the container goods shelves are passed to the second end, and the charging inflatable container is located the both sides of orbital first end. The embodiment of the utility model also provides a