Structure for increasing internal size of reefer and refrigerated container

Abstract

The invention discloses a structure for increasing the internal size of a reefer and refrigerated container, the container and a refrigerator constitute an integrated structure, a closed integral structure is arranged on the front end surface of the container, a foaming layer is arranged on the front end surface as a whole, a condenser and a compressor are arranged outside the front end surface of the container, an evaporator is arranged in the front end surface of the container, a space which forms the depression to the interior of the container is arranged on the front end surface of the container for mounting the condenser and the compressor, and the structure is characterized in that an air sending system is further arranged in the container, the upper end of an air sending channel of the air sending system is communicated with an air outlet of the refrigerator, the other end is communicated with an aluminum baseplate, and the air sending channel is arranged in the space which forms the depression to the interior on the front end surface of the container. The structure can arrange the air sending channel which is originally independent in the existing space, thereby increasing the internal size of the container, increasing the internal space of the standard container on the original basis of 11578mm by 162mm, and being up to 11750mm. The number of cartons which can be placed in the container is increased from 23 to 24.

Description

technical field [0001] The invention relates to a modification of the air outlet system inside a freezing and refrigerated container, specifically, the inner size of the container is increased by adjusting the air outlet system inside the container refrigeration system. Background technique [0002] Both freezer and refrigerated containers are equipped with coolers at the front end to provide refrigeration for the interior of the container. At present, there are two structures of the refrigeration system. One structure is the split chiller widely used at present. The chiller of this structure is separated from the container. When the container is manufactured, the front end of the container is reserved for placing the chiller. , and then install the overall cooler in this reserved hole. The second structure is to install the chiller together when manufacturing the container as disclosed in Chinese patent ZL200720159771.0, so that the chiller and the container are integrated...

AI Technical Summary

Problems solved by technology

[0003] The air outlet system of this integrated refrigerator container is set at the front end of the container. It is provided with a top-down air supply channel from the front end. This channel is connected to the aluminum bottom plate and sends the cold air of the cooler In the groove of the bottom plate; in the existing design, the depression at the front of the container used to install the refrigeration system is as wide as the front plate, and the air supply channel can only be located at the rear side of the concave space on the front surface. This air supply system occupies the space inside the container

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