SINGLE-BODY AIR CONDITIONER FOR A ONE-WHEELED VEHICLE.

Abstract

The utility model relates to air conditioning systems, specifically systems for supplying cooled air to a vehicle cabin. The technical outcome is to increase the service life of the air conditioner and to provide comfortable conditions for the user by dampening the vibration that occurs during the operation of the air conditioning units.A single-body air conditioner for a wheeled vehicle comprises internal and external compartments within the cabinet, which are isolated from each other by a cabinet ceiling. The internal compartment contains a body (3) of an air exchanger with a cover (7) and a control panel (10); the external compartment contains a base (1) with air inlet and outlet openings (4, 5) for air exchange with a cavity in the interior of the cabinet and a water drainage channel for removing moisture from the evaporator, and is fitted with an external cover (2). On the base (1) there is a compressor (11), an evaporator (14) with a ventilation unit with a motor (15) with an open axle equipped with a compressor (11), a condenser (12), fans (16), a control unit (19), a heat insulation housing (17); the condenser (12) is equipped with an independent blowing system consisting of a motor with a fan covered by a cover (13) with outlet holes.Compressors (11), condensers (12), motors and fans are fixed to the base using flexible elements (18) that have a second-order external surface in the shape of a sphere, ellipsoid, hyperboloid, paraboloid, cone or cylinder with a central open hole. Flexible elements (18) can be spring-shaped, including those made of metal.

Description

40318.01 1 TARIFF SINGLE-BODY AIR CONDITIONER FOR A ONE-WHEELED VEHICLE. The utility model covers air conditioning systems, i.e., cooling air in a vehicle cabin. It relates to systems for supplying and vibration of air conditioning units. It describes a mechanism for its isolation. In technology, a motor and a compressor are connected by vibration-resistant tubes made of thin rubber. a driven air conditioner 10 which is mounted to a common body via a mat It is known (patent number JPH10246122 published on 14.09.1998). (document, International Class F02B63 / 00; F02B63 / 06; F02B65 / 00). In technical terms, a main body with a compressor mounted on a bed frame. a motor-driven 15 containing a compressor driven by a motor The air conditioner is known. The motor has four mounting brackets protruding on either side. It has a section, the assembly parts in question rest on four support legs. It is being arranged and fixed. The inner part of the support leg is a hollow prism. and a receiver plate is formed at the top of the support leg. The receiver plate and A device for securing the motor, bolted in place with vibration-resistant rubber. is secured (patent number JP2002235966A published on 23.08.2002) document, International Class F24F5 / 00; F25B27 / 00). In technology, a positional wall surrounding a support for a compressor is also called a compressor wall. 25 integrated with a base board made of synthetic resin to the fixing projection. an air conditioner that has a rubber vibration isolator applied as A structure for securing the compressor is known. Compressor positioning. When the wall is mounted to the baseboard to match the support, the support The fixed rubber vibration isolator is attached to the fixing tab. The positioning wall is a 30-inch wall covering the top of the rubber vibration isolator. It is secured with a protective plate, thus protecting the rubber vibration isolator. 40318.01 2 slippage is prevented (JP2002323239 published on 08.11.2002) Patent document, International class F04B39 / 00; F24F5 / 00). All the technical solutions mentioned above are relevant during the operation of the air conditioning units. These solutions do not fully provide vibration damping. 5 allowing comfortable conditions to be provided during the operation of the air conditioner. It does not provide. In terms of the combination of basic features, the closest system is one for a vehicle cabin. It is an air conditioning system, where an air conditioning module, air inlet and air outlet 10 a cooling system arranged on a base with openings It includes; a cooling system, a compressor, a control unit, and a condenser, an evaporator and a ventilation unit arranged on an inclined tray It includes, thus, parallel to each other, the motor and the single motor ventilation The evaporator and condenser assembly is located opposite the unit, 15 Allows for simultaneous heat distribution in the condenser and heat transfer to the evaporator. and the air cooled by the evaporator directs the airflow. ventilation air to provide cabin climate control via devices It circulates through hoses via the air outlet at the base. (Patent documents numbered RU 2472640, published on 10.12.2011, 20) International Class B60H 1 / 00, F01P 3 / 00). The disadvantage of this technical solution is that the air conditioning units are resistant to vibration. lack of protection, which significantly reduces service life and work It reduces comfort. 25 The technical problem that the requested technical solution aims to solve is the air conditioner. The aim is to increase the service life and provide comfortable conditions for the user. The technical result matches the technical problem, and the technical result is a wheeled vehicle 30 A single-body air conditioner consists of a base with a compressor and a control unit. 40318.01 3 a condenser, an evaporator and positioned on the said base This is achieved thanks to the presence of a ventilation unit. a motor and fans isolate the evaporator and ventilation unit environment. It includes a thermal insulation enclosure configured for this purpose. The compressor, condenser, motor, and fans of the air conditioner are flexible components. 5 It is fixed to the base by means of a device. Flexible elements include a sphere, an ellipsoid, and a sphere with a central open hole. a hyperboloid, a paraboloid, a cone or a cylinder, and so on, in the form of a second 10 made of polymer rubber materials to have a grade 1 outer surface Flexible elements are manufactured, including those made of metal. It can be applied in an arc shape. New features of the technical solution emerge during the operation of these units. To dampen the resulting vibration, the compressor, condenser, motors and fans are 15 The use of flexible elements in fastening devices. Flexible elements are a a sphere with a central open hole, an ellipsoid, a hyperboloid, a paraboloid, a second-order surface formed by a cone or a cylinder It can have various configurations. Utilizing all the essential features mentioned above ensures a comfortable air conditioner. It guarantees its operation, meaning it eliminates noise and vibration. This eliminates vibration, thus extending the service life of the air conditioner. It prevents fractures that may occur and provides comfort conditions for the user. It is being created. Therefore, the technical result has been achieved. 25 The utility model is explained with diagrams: Figure 1 is a perspective view of a single-body air conditioner for a wheeled vehicle. It is the appearance; 30 40318.01 4 Figure 2 shows a single-body air conditioner for a wheeled vehicle without a top cover. It is a perspective view; Figure 3 shows the fixing of the compressor using flexible elements. It is an example. Single-body air conditioner for a wheeled vehicle (hereinafter referred to as "air conditioner") (as will be expressed as), a ventilation flap or, if present, mounted horizontally on the ceiling of a cabinet in the ventilation window area It is mounted vertically, but depending on the structural features of the cabinet, it can also be mounted vertically. It can be done. 10 The air conditioning unit comprises both internal and external sections in relation to the cabinet, The compartments are isolated from each other by means of the cabin's ceiling. The air conditioner has a base with an outer cover (2) which are the outer parts of the air conditioner 15 (1) and inside the cabinet when the air conditioner is installed (mounted) It includes a housing (3) of an air exchanger, which is the part located. Base (1) has an air inlet and a lower surface directed toward the cabinet, respectively. It is equipped with air outlet openings (4 and 5); a partition 20 is located between these openings. (6) is available. The box-shaped body of the air exchanger has a cover (7). (3) is fixed to the base (1) on the side of the cabin. Cold air exhaust adjustable deflectors (8), a filter for hot air intake from the cabinet a grid (9) and a control panel (10) cover (7) where the element may be attached It is located on top. Compartment (6), cold water entering and exiting the cabin 25 and separates hot air currents. A fan covered by a cover (13) with outlets (not shown in the figure) equipped with an independent blowing system consisting of a motor A compressor (11) connected via a pipeline to a condenser (12), base 30 (1) is fixed on. 40318.01 Opposite the condenser (12) is an open axis equipped with fans (16), an evaporator (14) with a ventilation unit with a motor (15) It is available. Evaporator (14) with ventilation unit is heat insulated. It is enclosed with a housing (17). Compressor (11) has a motor and fan 5 Condenser (12), motor (15) and fans (16) are made of polymer rubber materials. It is fixed onto the base (1) using flexible elements (18) made of. a sphere with a central open hole, an ellipsoid, a hyperboloid, a paraboloid, with a secondary external surface in the shape of a cone or a cylinder and the like. The flexible elements (18) used are made of synthetic rubber. Flexible elements 10 (18) also, spring-shaped, including those made of metal. It is possible. A control unit (19) is also arranged on the base. The compressor (11) is connected to the evaporator (14) by a pipeline, pipeline and a It is connected via a thermoregulation valve (expansion valve) (TRV) (20). The evaporator (14) is connected to a pipeline containing a receiver (21) via TRV (20). It is connected to the condenser (12) via. The condenser (12) is connected to the compressor (11) It is connected via a pipeline. The air conditioner has a freon temperature sensor. It is equipped with (not shown in the figure). A single-body air conditioner for a wheeled vehicle is applicable to industry and 20 using known technologies and materials in modern equipment It can be produced.

Claims

40318.01 6 REQUESTS 1. A single-body air conditioner for a wheeled vehicle, equipped with a compressor. a base, a control unit, a condenser, an evaporator, and on the base It includes a ventilation unit located at 5 The unit consists of a motor and fans, an evaporator, and a ventilation unit that isolates the environment. It includes a thermal insulation enclosure configured for this purpose. Air conditioning systems; flexible components of compressors, condensers, motors, and fans. It is characterized by being fixed to the base using a special method.

2. As in Claim 1, it is a single-body air conditioner, with flexible elements forming a sphere, a ellipsoid, a hyperboloid, a paraboloid, a cone, or a cylinder-shaped second It is characterized by being made to have a grade 1 external surface. is being done.

3. As in Claim 1, it is a single-body air conditioner with a central flexible element. It will be made to have an open hole and from polymer rubber materials. It is characterized by its execution.

4. As in Claim 1, it is a single-body air conditioner with flexible elements made of metal 20 It is characterized by its ability to be applied in a curved shape, including those that have already been made. is being done.

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