A kind of liner and refrigerator for semi-conductor refrigerating refrigerator

Abstract

The invention provides an inner container and a refrigerator for semiconductor refrigeration refrigerators, comprising: a recessed part in the center of the rear wall, a water-conducting structure part adjacent to the lower part of the recessed part, and a water-conducting structure surrounding the recessed part and the water-conducting structure In the peripheral part, there is an installation opening for installing a semiconductor refrigeration device in the recessed part; and the water guiding structure part includes: a water retaining boss, adjacent to the lower part of the recessed part, protruding outward relative to the recessed surface of the recessed part But still in the vertical diversion groove behind the vertical plane where the peripheral part is located, the V-shaped sump below the diversion groove and the water outlet at the lowest point of the V-shaped sump, the V-shaped sump is set to The water from the V-shaped sump and / or diversion groove is guided to the water outlet so as to be discharged to the outside of the inner tank. Since the inner tank of the present invention is provided with a diversion surface, the condensation on the inner wall of the inner tank can be concentrated and converged to the water outlet during the downstream process, thereby avoiding the phenomenon of flowing around.

Description

technical field [0001] The invention relates to refrigerating equipment, in particular to an inner container and a refrigerator used in semiconductor refrigeration refrigerators. Background technique [0002] When the semiconductor refrigeration refrigerator is working, the fin assembly at the cold end may cause condensation to appear on the rear wall of the semiconductor refrigeration refrigerator inner tank. To the lower refrigerating chamber, affecting the normal use of the refrigerator. [0003] When the prior art solves the above-mentioned problems, generally a corresponding water outlet is set at the bottom of the rear wall, and then the accumulated water is discharged or collected from the inner tank to the designated equipment through the water collecting pipe connected to the water outlet. It is the self-weight of accumulated water on the rear wall to flow to the water outlet naturally. There are also some proposals based on the above, to set inclined diversion ri...

AI Technical Summary

Problems solved by technology

[0004] In the above schemes, the corresponding structure is not fully utilized to collect and divert the accumulated water, and the effect of accumulated water is poor.

At the same time, the back wall of condensation is not covered, so that foreign matter is easy to adhere to the back wall, and eventually the foreign matter flows down with the stagnant water and blocks the water outlet, resulting in poor drainage

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