INDUCTION HEATED AND FAN-ASSISTED MOBILE RADIATOR SYSTEM
The mobile radiator system combines induction heating and forced convection for efficient heat transfer by integrating a ferromagnetic heating tube, circulation pump, and perforated air duct, addressing thermal inertia and portability issues in existing heaters.
Patent Information
- Application Number
- TR202616677U
- Authority / Receiving Office
- TR · TR
- Patent Type
- Utility models
- Current Assignee / Owner
- Filing Date
- 2026-09-28
- Publication Date
- 2026-10-21
- Estimated Expiration
- 2036-09-28
AI Technical Summary
Existing electric portable room heaters rely on resistance heating, which leads to thermal inertia and inefficient heat transfer, while induction-based fluid heating systems are typically fixed or independent, lacking a portable and efficient combination of thermal storage and forced air circulation.
A mobile radiator system integrating a heating tube with ferromagnetic filling, induction coil, circulation pump, and perforated air duct, enabling volumetric heating and forced convection, with a control unit to manage fluid circulation and air flow for efficient heat transfer.
The system achieves rapid heat transfer with reduced thermal inertia, providing a portable and efficient air conditioning solution with homogeneous heating and mechanical safety features.
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Abstract
Description
1 TARIFF INDUCTION HEATED AND FAN-ASSISTED MOBILE RADIATOR SYSTEM Technical Area 5 The invention relates to portable ambient heaters powered by electricity and fluid heating by induction. The invention relates to the technical field of air conditioning systems and fan-assisted radiator air conditioning devices. induction of a heating tube, especially one containing ferromagnetic filling. heating by this method, the heated fluid is circulated in a closed hydraulic circuit by a mobile 10 pump. The air is circulated through the radiator housing and forced through the lower air duct with the help of a fan. an induction-heated and fan-assisted mobile unit where convectional heat transfer is achieved. It is related to the radiator system. State of the Art 15 In current electric portable room heaters, heat generation is mostly based on resistance. This is accomplished through its components. In oil-filled mobile radiators, the resistance is directly connected. It is placed at the bottom of the fluid inside the radiator housing and the natural convection of the heated oil The aim is to transfer heat to the environment; in convector and fan heaters, the ambient air is 20 It is heated by passing the heat through the resistance surface. On the other hand, patent literature regarding induction-based fluid heating technologies Upon examination, documents KR101041305B1 and WO2009050631A1 refer to the known technique. For example, in document KR101041305B1, it is stated that a liquid is heated using an induction coil for 25 seconds. A heating system is described in which heat is circulated. Document number WO2009050631A1 describes a heating element that operates on the induction principle. The devices in which a fluid is heated by passing it through them are discussed. The documents present 30 successful technical solutions for fluid heating by induction. However, these systems generally consist of fixed installation lines or independent fluid heaters. It focuses on cells. Unlike these structures; — By using ferromagnetic packing material inside the heating pipe, the fluid flows through the pipe. heating volumetrically throughout, —the heated fluid is circulated in the mobile radiator housing via a circulation pump. 35 being done, 2 — A perforated air duct and fan integrated into the lower part of the radiator housing. supporting forced convection with mechanisms combining its elements in a single compact and portable mobile radiator architecture The configurations require specialized engineering integration. Traditional oil-filled radiators operate based on natural convection and only blow air. Considering the thermal storage characteristics of heaters, they provide both rapid heat transfer. induction technology that offers both thermal storage and forced air circulation in a single portable unit. A heated and fan-assisted mobile radiator system is needed. Purpose of the Invention The main purpose of the invention is to create a heating tube or induction tube containing a ferromagnetic filling. The coil, circulation pump, radiator housing, and perforated air duct form a single fan assembly. A mobile radiator 15 that combines hydraulic and mechanical architecture with induction heating and fan assistance. The goal is to improve the system. One purpose of the invention is to place a heating tube surrounded by an induction coil inside. heat transfer surface area in contact with the fluid via ferromagnetic packing material to increase, thus reducing thermal inertia, a rapid supply of hot fluid to the radiator shell. 20 to provide. Another objective of the invention is to create a filled surface that prevents the fluid from directly contacting the resistance surface. to prevent the formation of local overheating points through the heating pipe structure and The circulation pump ensures homogeneous heating of the fluid throughout the radiator casing. 25 to provide. Another purpose of the invention is a perforated air duct located at the bottom of the radiator housing. and the transfer of heat from the radiator surfaces to the environment via a fan connected to this channel. The aim is to provide an integrated forced convection mechanism that supports this. 30 Another purpose of the invention is to integrate heating pipes, circulation pumps, radiator housings, and oil lines. Through a mechanical safety valve located on the closed hydraulic circuit created, the system inside The aim is to provide physical protection against extreme pressure increases. 35 Another objective of the invention is to make the hydraulic circuit and forced air duct components mobile. The goal is to create a portable air conditioning system by integrating it onto a radiator housing. 3 The structural and characteristic features and all the advantages of the invention are shown in the figures below. This will be understood more clearly thanks to the detailed explanation prepared with references to the figures. The evaluation should also be made taking these figures and detailed explanations into consideration. It is required. 5 Figures that will help understand the invention. The mobile radiator system that is the subject of this application is shown in the attached figures, which are as follows: Figure 1: General overview of the induction heated, fan-assisted mobile radiator system that is the subject of the invention. It is a perspective view. Figure 2: General frontal view of the system described in the invention. Figure 3: Detailed view (B) of the heating pipe and induction unit shown in Figure 2. Figure 4: Flow chart showing the circulation of the heat transfer fluid in a closed hydraulic circuit. 15 It is a diagram. Figure 5: Connections between the system's control unit, sensors, and actuator elements. It is a block diagram showing the function. Description of Part References 20 The mobile radiator system that is the subject of our application is as shown in the attached figures. They are numbered, and the corresponding part names are given below: 1. Radiator housing 25 2. Heating group 3. Circulation pump 4. Fan 5. Carrier wheel 6. Perforated air duct 30 7. Heating pipe 8. Induction coil 9. Ferromagnetic filler material 10. User interface 11. Thermostat 35 12. Control card 13. Temperature sensor 4 14. Induction drive B. Details B Detailed Description of the Invention This detailed explanation of the mobile radiator system is solely for the purpose of better understanding the subject. This is explained in such a way that no limiting effects will be created. The present invention involves heating a heat transfer fluid within a closed hydraulic circuit. heat is transferred to the radiator shell (1) and heat is transferred to the environment via at least one radiator shell (1) 10 transferred, contains at least one control card (12), at least one thermostat (11), at least one user interface (10), containing at least one temperature sensor (13) and at least one induction driver (14) with an induction heated, fan-assisted mobile radiator system that includes at least one control unit It is related to the aforementioned mobile radiator system. ⎯ located on the closed hydraulic circuit connected to the radiator housing (1) and 15 it contains at least one heating pipe (7), surrounding the outer surface of this heating pipe (7) at least one induction coil (8) and heating tube (7) placed inside the volume of the heating tube At least one heating unit (2) containing ferromagnetic filler material (9); ⎯ at least connected to the closed hydraulic circuit between the radiator body (1) and the heating unit (2) a circulation pump (3); 20 - located at the bottom of the radiator housing (1) and having multiple air vents at least one perforated air duct containing the hole (6); ⎯ positioned in relation to the perforated air duct (6) and the control unit at least one fan controlled by means of (4); ⎯ located at the bottom of the radiator housing (1) and the portability of the system 25 at least one supporting infrastructure that provides and ⎯ Based on the data received from the temperature sensor (13), the induction driver (14), Simultaneously, stepwise, adjust the operating parameters of the circulation pump (3) and the fan (4). or a control unit configured to control independently It includes. 30 In a sample application of the invention, the mobile radiator system described operates as follows: the user parameters entered via interface (10) or target set via thermostat (11) The temperature value is transmitted to the control unit. The temperature is located within the control unit. The sensor (13) displays the temperature value set by the thermostat (11) and the ambient / fluid temperature instantly. It monitors the measurement data received from the temperature sensor (13) on the control board (12). It is compared with the target temperature value set by the control system. card (12); based on the data obtained, to the induction driver (14), circulation By sending signals to the pump (3) and fan (4), it can start, stop or operate these elements. It controls the working power in such a way as to reduce it. Circulation pump (3) closed hydraulic It pumps the fluid in the circuit towards the heating unit (2). Heating unit (2) 5 The heating pipe (7) contains ferromagnetic filling material (9) in its internal volume and The outer surface of the heating tube (7) is surrounded by an induction coil (8). Induction magnetic field created by the induction coil (8) fed by the driver (14) The ferromagnetic packing material (9) heats up and transfers heat to the fluid passing through it. The heated fluid is conveyed to the radiator shell (1) by means of the circulation pump (3). 10 The hot fluid entering the radiator shell (1) releases its heat to the environment and the cooled fluid The circulation returns to the recirculation pump (3) via the closed hydraulic circuit. It continues. It is connected to the perforated air duct (6) located at the bottom of the radiator body (1). When the fan (4) is operated by the control board (12), it directs air into the perforated air duct (6) 15 directing and air coming out of holes on the channel through the radiator body (1) It helps to transfer heat to the environment by moving forward. The portability of the system is also a factor for radiators. This is provided by the supporting substructure located at the bottom of the body (1). In a preferred application of the invention, the aforementioned support infrastructure is the radiator body (1) 20 It includes carrier wheels (5) fixed to the bottom. In a preferred application of the invention, the heating tube (7) located within the heating unit (2), It is surrounded by an induction coil (8) on its outer surface and has ferromagnetic filling in its inner volume. It contains material (9). The magnetic field created by the induction coil (8) is 25 Heat transfer to the fluid passing through it by directly heating the ferromagnetic filling material (9) It makes it happen. In another preferred application of the invention, the bottom of the radiator housing (1) The positioned perforated air duct (6) extends along the horizontal axis and has 30 in a row on it. It contains multiple air outlet holes. The fan (4) connected to the perforated air duct (6), It draws in ambient air through these holes and pushes it upwards along the surfaces of the radiator body (1) It provides the right guidance. In another preferred application of the invention, the control board (12); user interface (10) and 35 Based on the data received from the thermostat (11), the circulation pump (3), the fan (4) and It simultaneously controls the operating parameters of the induction coil (8). 6 In another preferred application of the invention, the radiator body (1) and heating unit (2) recirculation system connected to ensure closed-loop fluid circulation between them The pump (3) continuously delivers the heated fluid to the radiator shell (1). Another preferred application of the invention is to provide mobile use and portability. Carrier wheels (5) are attached to the bottom of the radiator housing (1). In another preferred application of the invention; heating pipe (7) inside the heating group (2) 10 located between the induction coil (8) and / or on the outer surface of the heating unit (2) and at least one used to prevent heat loss and provide electrical / thermal insulation. An insulation layer is included. This insulation layer consists of ceramic wool or ceramic blanket. or contains at least one of the following materials: Teflon paper or a combination thereof. Thanks to this invention, the heat transfer fluid in a closed hydraulic circuit can contain 15 heating tube (7) and induction coil (8) containing ferromagnetic filling material (9) This allows for volumetric heating, thus providing an alternative to traditional resistance heaters. By increasing the heat transfer surface area in contact with the fluid, the initial heating time and thermal inertia are reduced. It is significantly reduced. However, it is integrated into the lower part of the radiator housing (1). The heat is transferred to the environment by means of the perforated air duct (6) and fan (4) arrangement. Supported by convection, control board (12), thermostat (11) and user interface (10) With the guidance provided via the circulation pump (3), fan (4) and induction coil (8) By operating them in harmony, a safe, homogeneous and highly efficient air conditioning system is achieved. is being done.
Claims
7 REQUESTS 1. Heat transfer fluid located within a closed hydraulic circuit is heated to heat the radiator. heat is transmitted to the radiator body (1) and transferred to the environment via the radiator body (1). It is an induction heated, fan-assisted mobile radiator system with the following features: 5 ⎯ located on the closed hydraulic circuit connected to the radiator housing (1); at least one heating pipe (7) inside, the outer surface of the heating pipe (7) to the inner volume of at least one induction coil (8) and heating pipe (7) surrounding at least one heating element containing placed ferromagnetic filler material (9) group (2); 10 ⎯ connected to the closed hydraulic circuit between the radiator body (1) and the heating unit (2) at least one circulation pump (3); - located at the bottom of the radiator housing (1) and having more than one at least one perforated air duct containing an air outlet hole (6); ⎯ at least one fan (4) positioned in connection with the perforated air duct (6); 15 ⎯ located at the bottom of the radiator housing (1) and the portability of the system at least one supporting infrastructure that provides; ⎯ has at least one control card (12), at least one thermostat (11), at least one user interface (10), at least one temperature sensor (13) and at least one induction containing the driver (14); data received from the temperature sensor (13) 20 in line with the induction drive (14), circulation pump (3) and fan (4) control the operating parameters simultaneously, incrementally or independently at least one control unit configured to do so It includes.
2. Mobile radiator system conforming to Claim 1, and its feature is; the mentioned heating group (2), induction coil (9) of ferromagnetic filling material inside heating pipe (7) (8) is that it is structured to heat by the magnetic field created by means of.
3. Mobile radiator system conforming to Claim 1, its feature being; the aforementioned perforated air duct has a capacity of 30 (6) extends along the horizontal axis along the bottom of the radiator housing (1) and from the fan (4) sequential air conveying the incoming air upwards toward the surfaces of the radiator housing (1) It contains exit holes.
4. Mobile radiator system conforming to Claim 1, its characteristic being; the aforementioned control unit, 35 circulation based on the data received from the user interface (10) and the thermostat (11) 8 pump (3), induction coil (8) and fan (4) simultaneously or in stages It is configured to be controlled.
5. Mobile radiator system conforming to Claim 1, characterized by its connection to the aforementioned supporting infrastructure. It includes carrier wheels (5) fixed to the bottom of the radiator housing (1). 5 6. Mobile radiator system conforming to Claim 1; its feature is that it is on the outer surface of the heating unit (2). or positioned between the heating pipe (7) and the induction coil (8) and the external environment It must contain at least one insulation layer to prevent heat loss.