CN2641502Y - Integral moveable air conditioner - Google Patents

Abstract

The utility model is an integral mobile air conditioner. Including evaporator (1), water tray (2), capillary tube (3), drain pipe (4), condenser (5), compressor (6) and shell (8), of which the shell (8) The lower part of the tank is also provided with a water tank (7) for collecting condensed water. The compressor (6) communicates with the inlet of the condenser (5) through a pipeline, and the outlet of the condenser (5) communicates with the condensate immersed in the water tank (7) through a pipeline. The tubes communicate, the condensing pipe immersed in the water tank (7) communicates with the evaporator (1) through the capillary tube (3), and the water receiving tray (2) communicates with the water tank (7) through the drain pipe (4). During the working process of the utility model, the refrigerant is discharged from the compressor, first passes through the condenser for forced air-cooling and heat exchange, then enters the condensing pipe in the water tank for further cooling, and then throttling through the capillary tube to evaporate and refrigerate in the evaporator. Therefore, the utility model can fully recover the cooling capacity of the condensed water, greatly improve the energy efficiency ratio, and has a simple structure and high reliability.

Description

An integral mobile air conditioner

1. Technical field:

The utility model is an integral mobile air conditioner, which belongs to the transformation technology of the integral mobile air conditioner.

2. Background technology:

At present, the heat dissipation methods of integral mobile air conditioners on the market are as follows: one is to directly use the condenser to force air-cooled heat exchange, but its disadvantage is that the residual cooling of condensed water is not recycled, which is not conducive to energy saving; The first is to use a steam trap to evenly sprinkle the condensed water on the fins of the condenser, and then force the air to cool the heat. To ensure the reliability of its work, etc.; another is to collect the condensed water into the water tank first, the refrigerant is discharged from the compressor, pre-cooled through the pre-cooling pipe in the water tank, and then enters the condenser to force air-cooled heat exchange. The disadvantage of this method is that because the refrigerant is discharged from the compressor and directly pre-cooled, the resistance of the gaseous refrigerant in the tube is relatively large, resulting in a decrease in energy efficiency. In addition, due to the high water temperature, the material of the water tank is required to be high temperature resistant. Therefore, the above several methods have certain limitations when they are used.

3. Contents of the invention:

The purpose of the utility model is to consider the above problems and provide an integrated mobile air conditioner that can fully recover the cooling capacity of condensed water and greatly improve the energy efficiency ratio. The utility model has ingenious design, simple structure and high reliability.

The structural representation of the utility model is shown in the accompanying drawings, including an evaporator (1), a water tray (2), a capillary (3), a drainpipe (4), a condenser (5), a compressor (6) and The shell (8), the evaporator (1) is placed on the upper part of the shell (8), the water receiving tray (2) for collecting condensed water on the evaporator (1) is placed under the evaporator (1), and the compressor ( 6) Place it under the water tray (2), and place the condenser (5) next to the compressor (6), where the lower part of the housing (8) is also equipped with a water tank (7) for collecting condensed water. The refrigerant in the machine (6) communicates with the inlet of the condenser (5) through the pipeline, and the outlet of the condenser (5) communicates with the condensation pipe immersed in the water tank (7) through the pipeline, and the condenser immersed in the water tank (7) The condensation pipe communicates with the evaporator (1) through the capillary tube (3), and the water receiving tray (2) communicates with the water tank (7) through the drain pipe (4).

Above-mentioned water tank (7) also can be provided with the water pump that water is discharged.

Because the utility model adopts a water tank for collecting condensed water and a structure in which the condensing pipe is immersed in the condensed water, during the working process of the utility model, the refrigerant is discharged from the compressor, and the refrigerant is forced to be air-cooled and heat-exchanged through the condenser first. Then enter the condensing tube in the water tank for further cooling, and then throttling through the capillary tube to evaporate and refrigerate in the evaporator. Therefore, the utility model can fully recover the cooling capacity of the condensed water, greatly improve the energy efficiency ratio, and has a simple structure and high reliability. The utility model is an ingeniously designed, convenient and practical integrated mobile air conditioner.

4. Description of drawings:

Fig. 1 is the structural representation of the utility model;

Fig. 2 is a side view of the utility model.

5. Specific implementation methods:

Example:

The structure schematic diagram of the present utility model as shown in Figure 1, 2, comprises evaporator (1), water receiving tray (2), capillary (3), drainage pipe (4), condenser (5), compressor (6) ) and the housing (8), the evaporator (1) is placed on the upper part of the housing (8), the water tray (2) for collecting condensed water on the evaporator (1) is placed under the evaporator (1), and the compression The machine (6) is placed under the water tray (2), the condenser (5) is placed beside the compressor (6), and the lower part of the housing (8) is also provided with a water tank (7) for collecting condensed water , the refrigerant in the compressor (6) communicates with the inlet of the condenser (5) through the pipeline, and the outlet of the condenser (5) communicates with the condenser tube immersed in the water tank (7) through the pipeline, and the condenser immersed in the water tank (7) The condensation pipe in the evaporator (1) communicates with the evaporator (1) through the capillary tube (3), and the water receiving tray (2) communicates with the water tank (7) through the drain pipe (4).

Above-mentioned water tank (7) also can be provided with the water pump that water is discharged.

When the utility model is used, the refrigerant is compressed into a high-temperature and high-pressure gas in the compressor (1), enters the condenser (5) through the pipeline, and is cooled by forced air to exchange heat, and then enters the water tank (7). The condensing tube is further cooled into a subcooled liquid. Then throttling into the evaporator (1) for refrigeration through the capillary tube (3). At the same time, the condensed water on the evaporator flows into the water receiving tray (2), and then collects in the water tank (7) through the drain pipe (4) to exchange heat with the condensing pipe. When the water surface in the water tank exceeds a certain water level, the water is discharged by the water pump.

Claims (2)

1, a kind of monoblock type mobile air conditioner, include evaporimeter (1), drip tray (2), capillary (3), drainpipe (4), condenser (5), compressor (6) and housing (8), wherein evaporimeter (1) places the top of housing (8), collect evaporimeter (1) and go up the below that the drip tray (2) of condensed water places evaporimeter (1), compressor (6) places the below of drip tray (2), condenser (5) places the side of compressor (6), the bottom that it is characterized in that housing (8) also is provided with the water tank (7) of collecting condensed water, cold-producing medium in the compressor (6) communicates with condenser (5) inlet by pipeline, condenser (5) outlet communicates with condenser pipe in being immersed in water tank (7) by pipeline, the condenser pipe that is immersed in the water tank (7) communicates with evaporimeter (1) by capillary (3), and drip tray (2) communicates with water tank (7) by drainpipe (4).

2, monoblock type mobile air conditioner according to claim 1 is characterized in that above-mentioned water tank (7) also can be provided with the water pump that water is discharged.

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