COMPRESSOR MOTOR SYSTEM USED IN REFRIGERATED CABINETS

Abstract

The invention relates to a compressor motor used in refrigerated cabinets that reduces energy consumption by operating through the effect of an externally heated motor.

Description

1 TARIFF COMPRESSOR MOTOR SYSTEM USED IN REFRIGERATED CABINETS Technical Field to Which the Invention Relates The invention is a refrigerant that reduces energy consumption by operating through the effect of an externally heated motor. This relates to the compressor motor used in the refrigerators. 5 State of the Art The compressor motor used in refrigerators regulates the temperature inside these cabinets. It is a component that circulates the coolant to lower the coolant level. Its function is to reduce the coolant level. The process involves compressing fluids, thereby increasing their temperature and pressure. after the refrigerant evaporates and the cooling process is complete, 10 The goal is to lower the temperature inside the refrigerator. Compressor motors are generally electrically powered and are used in cooling systems. They directly affect its efficiency and performance. In refrigerators The compressors used are generally of the piston, screw, or rotary type. Each type is designed to meet different needs and applications. 15 Application number US2006064976, which is included in the known state of the art, concerns a refrigeration system. It describes the mechanism and operation of a refrigerator. The cooling mechanism consists of a compressor, a condenser, an expansion valve, an evaporator, and a drive unit It includes a compressor, condenser, expansion valve, and evaporator in a cooling system. They are connected in sequence via pipelines to form a cycle and a coolant 20 refrigerant is injected into the cooling cycle; the drive part operates the compressor. an externally heated engine used and to supply fuel to the externally heated engine It includes a material supply mechanism that is used. Application number JPS5791349, which is included in the known state of the art, is for an air conditioner. coolant compression device and, more specifically, power supply of a Stirling engine 25 It relates to a cooling compression device that uses helium as a cooling element. The Stirling engine uses helium and... It has rotational power by heating and cooling a working fluid such as hydrogen gas, etc. As expected, it has high thermal efficiency and low driving noise, etc. 2 Nowadays, refrigerators or industrial cooling cabinets already have these features. The compressors (pumps, refrigeration cycle elements) used consume a lot of energy. It consumes energy. Therefore, we need systems that minimize this energy consumption. It is heard. Given the current state of the art, it is less than 5% compared to traditional products. energy-efficient, ensuring maximum efficiency can be obtained from a refrigerator, Thanks to the mechanical gears and electronic system within the product Through monitoring sensors, any malfunction in the product can be easily detected. a system that minimizes the repair / renovation or parts replacement process Its development is of great importance. 10 Brief Description and Objectives of the Invention The invention is a refrigerant that reduces energy consumption by operating through the effect of an externally heated motor. This is related to the compressor motor used in refrigerators. One aim of the invention is to make the electric motor work by the movement of a drive shaft, instead of a drive shaft. Its operation is based on the principle of an externally heated engine. 15 Another purpose of the invention is to extract heat from the condenser section of the refrigerator in which the product will be used. It is operated by recycling energy. This increases energy efficiency. It consumes less energy and is environmentally friendly compared to traditional products. Another purpose of the invention is to utilize mechanical gears and an electronic system. Through monitoring sensors, any malfunction in the product can be easily detected. 20 by minimizing the repair / renovation or part replacement process. It is a verification. Explanation of the Figures Figure 1. Isometric view of the compressor piston block of the compressor motor system subject to the invention. It is a drawing that gives the image. 25 Figure 2. Isometric view of the compressor motor system that is the subject of the invention. It is a drawing. Figure 3. Isometric view of the externally heated motor of the compressor motor system subject to the invention. It is a drawing that gives the image. 3 Figure 4. Isometric view of the power transmission gear of the compressor motor system subject to the invention. It is a drawing that gives the image. Figure 5. Isometric view of the motor gear set of the compressor motor system subject to the invention. Figure 6. Isometric view of the induction coil of the compressor motor system subject to the invention. It is a drawing that gives the image. 5 Figure 7. Isometric view of the control board of the compressor motor system subject to the invention. It is a drawing that gives the image. Figure 8. Isometric view of the servo motor of the compressor motor system subject to the invention. It is a drawing that gives the image. Explanation of References in Figures 10 1. Compressor Piston Block 2. Externally heated engine 3. Power transmission gear 4. Engine gear set 5. Induction coil 15 6. Control card 7. Servo motor Detailed Description of the Invention The invention is a refrigerant that reduces energy consumption by operating through the effect of an externally heated motor. This relates to the compressor motor used in the refrigerators. 20 In contrast to traditional products, this system uses an externally heated motor (2). Instantaneous temperature changes are required to create the effect of external combustion. Specifically stable temperature with instantaneous induction heating via a designed electronic circuit. It is kept in mind that the refrigerator in which the system will be used is crucial for energy efficiency. It operates by recovering heat from the condenser section. Externally heated 25 The initial movement of the motor (2) is given by a small servo motor (7). 4 Helium (He) or hydrogen (H2) in two or more independent pistons The gas is heated and expanded in the heating piston, and the expanding gas pushes the piston, driving the power. It constitutes. The expanding gas also moves toward the power piston, where it is cooled. It experiences a pressure loss and is forced to move at a 90° angle to the other piston. 5 remains. The work force generated by this pressure difference between the pistons drives the crankshaft and gears. The coolant liquid is transferred via this method to a pump that acts as a gas pump, and The cooling cycle has begun. In compressor motor systems used in refrigeration cabinets; compressor piston block (1), externally heated motor (2), power transmission gear (3), motor gear set (4), induction 10 There is a coil (5), system control board (6) and servo motor (7). The compressor piston block (1) uses refrigerant fluid through the pistons located inside it. It provides a cooling cycle by pumping. The externally heated engine (2) moves the pistons within it by means of a pressure difference. 15 to which the pistons in the compressor piston block (1) are connected by means of gears It powers the compressor by transmitting energy to the crankshaft. The power transmission gear (3) transmits the movement of the servo motor (7) to the motor gear set (4) It transmits. The motor gear set (4) receives the initial motion from both the servo motor (7) and the compressor. It transmits the movement of the externally heated engine to the piston block (1). 20 The induction coil (5) provides the temperature difference required for the operation of the externally heated motor (2). It provides. Control board (6), induction coil (5), servo motor (7), control temperature and speed sensors The control board (6) receives data from the temperature and speed measuring sensors. By reading, adjust the heat setting of the hot piston of the externally heated engine (2) then externally 25 how many revolutions the heated motor (2) must rotate by means of the servo motor (7) to start the movement It gives the necessary command. The control board (6) operates the servo motor (7). If the speed drops during operation, this is detected by the speed sensor, and the temperature and pressure are monitored accordingly. It is making the adjustment. The servo motor (7) heats the hot piston of the externally heated motor (2) to a predetermined temperature. When it reaches this point, it requires the power piston and the hot piston to be moved for it to work. It provides. 10 20

Claims

6 REQUESTS 1. This is a compressor motor system used in refrigeration cabinets, and its characteristics are: - by pumping coolant through the pistons located inside at least one compressor piston block providing a cooling cycle (1), - The gears drive the pistons within it through a pressure difference. 5 by means of connecting the pistons located in the compressor piston block (1) by transferring it to the crankshaft, the piston block of the compressor (1) at least one externally heated motor (2) that enables its operation, - at least one that transmits the motion of the servo motor (7) to the motor gear set (4) power transmission gear (3), 10 - both the initial motion from the servo motor (7) and the compressor piston at least one motor transmitting the motion of the externally heated motor to the block (1). gear set (4), - Externally heated, equipped with at least one heat sensor that measures the heat on the coil. at least one 15°C provides the temperature difference necessary for the operation of the motor (2). induction coil (5), - induction coil (5), servo motor (7), heat sensor and crankshaft speed sensors that measure temperature and speed, controlling the speed sensor that measures revolutions. By reading the data it receives, the heat of the hot piston of the externally heated engine (2) After the adjustment, the first movement of the externally heated motor (2) is to the servo motor (7) 20 a servo motor that gives the command how many revolutions it should rotate (7) If the speed drops during operation, the speed sensor will detect this situation. At least one control card (6) that detects and adjusts the temperature and pressure. - The hot piston of the externally heated engine (2) reaches a predetermined temperature When it reaches this point, the movement of the power piston and the hot piston is 25 for it to work. at least one servo motor (7) that enables it to be operated It includes.

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