The cooling structure of the coil tubes with water inside the cooling water pipes.

Abstract

OCR 06WT The cooling structure of the coil tubes with water inside the cooling water pipes has the following characteristics: Consisting of the refrigerant cycle (10) and the cooling water cycle (20), which consists of water pipes. (30) It has the appearance of a large diameter tube. Hot coil tube (11) It has the appearance of a tube. A small diameter pipe (30) has an inlet (31) that serves as The inlet of the hot coil pipe (11) at one location of the water pipe (30) will have an outlet (32) which serves It is the outlet of the hot coil pipe (11). The inlet (31) is located at the upstream position of the water pipe. (30) and the outlet (32) will be located at the end of the pipe (30). The distance between the channels The inlet (31) and outlet (32) will be the heat exchange areas between the cooling water. and the refrigerant, water pipes (30) are in the form of large diameter pipes that are coiled. From top to bottom, the hot coil tube (11) is a small diameter tube that is formed. It is a coil that rolls from top to bottom, sharing the same central point.

Claims

OCR 09WP 17 / 02 / 2569 1. The cooling structure of the coil tubes with water inside the cooling water pipes has: Characteristics that include: Refrigerant cycle (10) which has main working components consisting of pipes Condenser coil (11) Evaporator coil (12) Compressor (13) Cooling fan (14) In order for the mechanisms of compression, condensation, expansion, and evaporation to occur systematically. A fully enclosed air conditioning system is a closed system with the refrigerant contained within a coil of pipes. Cooling water cycle (20) with main working components consisting of a motor. Pump (21) Inlet pipe (22) Outlet pipe (23) Cooling pad (24) Cooling fan (25) and water tank (26) to create a water circulation mechanism. The inlet pipe (22) goes to the outlet pipe (23) and has a cooling pad. (24) which works in conjunction with the cooling fan (25) to cool the outlet water. Before the water falls into the water tank (26) to form a cooling system. Its special characteristics include: Water pipe (30) is a pipe with a large diameter. The hot coil tube (11) is a small diameter tube. One location of the water pipe (30) will have an inlet (31) which serves as the inlet of the coil pipe. Hot (11) One location of the water pipe (30) will have an outlet (32) which serves as the outlet of the pipe. Hot coil (11) The inlet (31) will be located at the upstream position of the water pipe (30) and the outlet (32) will Located at the end of the water pipe (30), the distance between the inlet (31) and the outlet. (32) will be the heat exchange area between the cooling water and the refrigerant. Water pipe (30) is a large diameter pipe that is coiled from top to bottom. Below, the hot coil tube (11) is a small diameter tube that is formed into a coil from From top to bottom. One location of the water pipe (30) will have an inlet (31) which serves as the inlet of the coil pipe. Heat (11) so that the coiled heating tube (11) is inside the central section of the water pipe (30) It is coiled, with the inlet position (31) sealed to prevent water leakage.

2. The cooling structure of the coil tubes with water inside the cooling water pipes, as per point... There are 2 positions in which one of the pipe positions (30) will have an outlet (32) serving as an exit. of the hot coil tube (11) so that the hot coil tube (11) which is coiled is inside the center section The coiled pipe (30) with its outlet (32) is sealed to prevent leakage. Water leak 3. The cooling structure of the coil tubes with water inside the cooling water pipes, as per point... There are two places where the water pipes (30) and hot coil pipes (11) that are coiled together will be of a certain number. Multiple concentric circles coil from top to bottom.

4. The cooling structure of the coil tubes with water inside the cooling water pipes, as per point... There are two places where the coiled water pipes (30) and hot coil pipes (11) are present. One block position 5. Cooling structure of the coil tube with water inside the cooling water pipes, as per point... It holds 2 rights where the water pipe (30) and the hot coil pipe (11) are formed together to form the hot coil pipe. (11) It is located inside the central part of the pipe (30). The pipe (30) will have a large diameter. Over the diameter of the hot coil tube (11), the joint formation of the water tube (30) and the pipe The hot coil (11) can be straight, curved, square or various geometric shapes. A common format, or one of them.

6. The cooling structure of the coil tubes with water inside the cooling water pipes, as per point... It holds rights to 1 which includes the hot coil pipe (11), the cold coil pipe (12), the compressor (13), and the distribution fan. The cooling (14) is assembled in the first housing (41) which is installed inside the building. The motor Pump (21), cooling pad (24), cooling fan (25), and The water tanks (26) are assembled together in a second housing (42) installed outside the building.

7. The cooling structure of the coil tubes with water inside the cooling water pipes, as per point... Right 1 is where the compressor (13) and the pump motor (21) are connected to the control unit. The second processing unit (40) which is equipped with a set of computer instructions, is responsible for control. The on / off of the pump motor (21) is set in conjunction with the compressor (13) and serves as Control the on / off switching of the pump motor (21) to stop working along with the compressor (13) by The compressor (13) will start and stop as the room temperature cools down with the control unit. That's the primary processing unit installed in the air conditioner.

8. Cooling structure of the coil tube with water inside the cooling water pipes, as per point... The right to 1 place where the water tank (26) will contain a water filter component (33) and a float. (34) that connects the water supply system from the outside (35) to provide clean water and prevent the water level from dropping.

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