CN208332812U

CN208332812U - The Cyclotron freezer of variable spaces size

Info

Publication number: CN208332812U
Application number: CN201820828613.8U
Authority: CN
Inventors: 宁静红
Original assignee: Tianjin University of Commerce
Current assignee: Tianjin University of Commerce
Priority date: 2018-05-30
Filing date: 2018-05-30
Publication date: 2019-01-04
Anticipated expiration: 2028-05-30

Abstract

The utility model discloses a convolutional cold storage with variable space size, which comprises a storage body, wherein the storage body comprises a convoluted wall, a thermal insulation end plate arranged at a side end of the convoluted wall, and a convolutional wall with the convolutional wall. The top and bottom of the wall body and the heat preservation end plate are sealed and matched with the heat preservation top plate and the heat preservation bottom plate respectively; the storage body is provided with two partition plates which are rotatably connected with the convolutional wall body, and the partition plates rotate in both directions. When it is perpendicular to the convoluted wall, the convoluted large cold room in the warehouse can be divided into three independent sealed small cold rooms, and a cold air of a refrigeration system is installed in each of the small cold rooms. machine. The utility model can adjust the size of the cold room and the equipment load of the cooling fan according to the amount of goods stored in the warehouse, fully reduce the consumption of energy and improve the utilization rate of energy.

Description

The Cyclotron freezer of variable spaces size

Technical field

The utility model relates to a kind of Cyclotron freezers of the variable spaces size in Cold Chain Logistics field.

Background technique

Freezer is widely used in Cold Chain Logistics freezing and refrigeration field, and freezer is in use, with hoarding of money Shipment, cold interior cargo are reduced, and the discontented situation of inventory often occur, if freezer also according to design at full capacity, it is maximum Inventory's operation, the electric energy of freezer major part refrigeration system consume in vain, are unfavorable for the effective use of the energy.

Utility model content

The purpose of this utility model is to provide a kind of variable spaces size for technological deficiency existing in the prior art Cyclotron freezer.

The utility model is that technical solution used by solving its technical problem is:

A kind of Cyclotron freezer of variable spaces size, including the library, the library include Cyclotron wall, be located at it is described The heat preservation end plate of the side of Cyclotron wall, and sealed respectively with the Cyclotron wall and the top of heat preservation end plate and bottom The heat preservation top plate and heat-preservation bottom of cooperation；

Be provided in the library with the Cyclotron wall rotation connection demarcation plate, the demarcation plate rotate to When the Cyclotron wall body vertical, the small cold of relatively independent sealing can be separated by big cold of the intracorporal Cyclotron in the library Between, it is each it is described it is small it is cold in install a refrigeration system air-cooler.

Ku Men is separately installed with by library doorframe on the heat preservation end plate and Cyclotron wall.

The air-cooler is fixed on the wall of the Cyclotron wall.

The Cyclotron wall, Ku Men, heat preservation end plate, heat-preservation bottom and heat preservation top plate are made to be formed by insulation board, institute Stating insulation board includes moderate soak material and the steel plate positioned at the two sides of moderate soak material.

The variable freezer of the cold space size of the utility model, can according to stored between library cargo number, adjust cold Size and air-cooler machine utilization, sufficiently reduce the energy consumption, improve the utilization rate of the energy.

Detailed description of the invention

Fig. 1 show the structural schematic diagram of the Cyclotron freezer of the variable spaces size of the utility model.

Specific embodiment

The utility model is described in further detail below in conjunction with the drawings and specific embodiments.

Refering to Figure 1, a kind of Cyclotron freezer of variable spaces size, comprising:

Cyclotron wall 1, the first demarcation plate 2, the second demarcation plate 3, the first library door the 4, second library door the 5, first air-cooler 6, Second air-cooler 7, third library the 8, the 4th library of door door 9, heat preservation end plate 10, third air-cooler 11；The freezer is by Cyclotron wall 1, end plate 10, heat-preservation bottom (not shown) and heat preservation top plate (not shown) are kept the temperature and seals against each other secure fit composition, the convolution Corresponding position offers library doorframe on shape wall 1, cooperates respectively with the first library the 4, second library of door door 5,8 sealing of third library door, protects Library doorframe is offered on warm end plate 10 and the 4th library door 9 cooperates.

First demarcation plate 2, the side vertical edge of the second demarcation plate 3 and the inner wall of Cyclotron wall 1 are rotatable Connection, such as connected by hinge means or positioning pin, it is one maximum cold big to realize that cool house internal is formed by rotation Or it is separated into three independent closed cold small, cooling capacity refrigeration is provided by three air-coolers respectively.

First air-cooler 6, the second air-cooler 7 and third air-cooler 11 are separately fixed at corresponding Cyclotron wall 1 Wall on, the air outlet side of air-cooler is longitudinally arranged, and blowing air-flow is circumferential Cyclotron from inside to outside, and disengaging adapter tube can Across the heat preservation top plate of Cyclotron freezer it is in parallel after respectively with the outlet of the reducing pressure by regulating flow element of refrigeration system and refrigeration compressor Entrance connection, this be refrigeration system common knowledge, be no longer described in detail.

The Cyclotron wall 1, third library the 8, the 4th library of door door 9, heat preservation end plate 10, is protected first library the 4, second library of door door 5 Warm bottom plate and heat preservation top plate can be respectively by two sides sheet metal and moderate soak material machine-shaping, and size is according to library The size of body designs.

When freezer oepration at full load, the first demarcation plate 2, the second demarcation plate 3 rotation to be affixed on close Cyclotron wall 1 it is interior On wall, space is maximum between library, the first air-cooler 6, the second air-cooler 7 and third air-cooler 11 while cooling supply.When the goods in freezer Object is reduced, when the non-oepration at full load of freezer, by rotatable first demarcation plate 2, the second demarcation plate 3 to 1 inner wall of Cyclotron wall Cold cold of three be divided into from outside to inside are closed third air-cooler 11 by upright position, and cargo consolidation is cold to operation first Cold of blower 6, the second air-cooler 3 closes the second air-cooler 7 and third air-cooler when the cargo in freezer continues to reduce 11, by cargo consolidation to cold of the first air-cooler 6 of operation, energy consumption is utmostly reduced, the utilization rate of energy is improved.

It should be noted that the demarcation plate can be with one in the utility model, it can also be two or three or more It is multiple, it designs as needed, it is specific unlimited.

The above is only the preferred embodiment of the utility model, it is noted that for the general of the art For logical technical staff, without departing from the principle of this utility model, several improvements and modifications can also be made, these change It also should be regarded as the protection scope of the utility model into retouching.

Claims

1. A convolutional refrigerator with a variable space size, characterized in that it comprises a storage body, and the storage body comprises a convoluted wall, a thermal insulation end plate arranged at the side end of the convoluted wall, and a convolutional wall with the said convolutional wall. The top and bottom of the convoluted wall and the top and bottom of the thermal insulation end plate are sealed and matched with the thermal insulation top plate and the thermal insulation bottom plate respectively;

The storage body is provided with a partition plate that is rotatably connected to the convolutional wall. When the partition plate is rotated to be perpendicular to the convoluted wall, the convoluted large cooling system in the storage can be removed. The compartment is divided into relatively independent sealed small cold rooms, and a cooling fan of the refrigeration system is installed in each of the small cold rooms.

2 . The convolutional refrigerator with a variable space size according to claim 1 , wherein a warehouse door is respectively installed on the thermal insulation end plate and the convoluted wall through a warehouse door frame. 3 .

3 . The convolutional refrigerator with variable space size according to claim 1 , wherein the cooling fan is fixed on the wall of the convoluted wall. 4 .

4. The convolutional refrigerator with variable space size according to claim 1, wherein the convoluted wall, the door, the thermal insulation end plate, the thermal insulation bottom plate and the thermal insulation top plate are all made of thermal insulation boards. The plate includes an intermediate insulation material and steel plates on both sides of the intermediate insulation material.