THERMOELECTRIC CLOTHING SYSTEM

Abstract

This invention relates to a thermoelectric garment system that enhances user comfort by managing temperature differences between the indoor and outdoor environments more effectively. Its feature is that it includes at least one thermoelectric panel (2) integrated into the inside of the garment (1), at least one cooling / heating module (3) located in the garment (1) where the electrical energy produced by the thermoelectric panels (2) is stored, and at least one control unit (4) which controls the operation of the thermoelectric panels (2) and the temperature setting of the garment (1) through its sensors.

Description

1 TARIFF THERMOELECTRIC CLOTHING SYSTEM Technological Field: 5 This invention allows for more effective management of temperature differences between indoor and outdoor environments. It relates to thermoelectric clothing systems that enhance user comfort. State of the Art: 10 Nowadays, traditional methods are generally used to balance the temperature differences between the indoor and outdoor environments. Clothing materials and insulation techniques are being used. These current solutions, generally warm clothing or cooling clothing to maintain body temperature. They are designed as such. However, these solutions include some disadvantages: 15 1. Passive insulation only: Traditional clothing systems provide insulation in hot or cold weather. It provides passive insulation against various conditions. This ensures both internal and external temperature resistance. It fails to balance the differences and the user's comfort. It has an effect. 2. Lack of flexibility: Existing clothing systems often adopt a one-way approach. It adopts a specific temperature range and is only effective within a certain temperature range. This is due to changing weather conditions. This makes it difficult for them to adapt to the conditions. 3. Extreme heat or cold: In some cases, traditional clothing systems, This causes the user to experience extreme heat or cold, especially. for extended outdoor activities or in variable weather conditions, these 25 The disadvantage becomes more apparent. 4. Energy consumption: Use of some active cooling or heating systems. In this case, traditional clothing systems are at a disadvantage in terms of energy consumption. This is especially true if portable power supplies need to be used. It creates an extra burden. 30 2 In conclusion, both domestic and foreign entities are able to overcome the disadvantages mentioned above. Thermoelectric clothing to manage ambient temperature differences more effectively. It is needed. Description of the invention: 5 This invention is a thermoelectric clothing system whose feature is that it reduces the temperature differences between the inside and outside environments. The way to manage it more effectively is with thermoelectric clothing. All the objectives mentioned above and detailed below are included in 10 The invention aims to convert internal and external temperature differences into electrical energy. It is a clothing system designed using thermoelectric panels that convert heat. The invention regulates the user's body temperature by adjusting the temperature of the indoor and outdoor environments. It utilizes their differences. 15 thermoelectric panels provide cooling inside. While the electrical energy it produces can be used on the outside, this energy can also be used to provide heating. It uses. The invention is designed to improve human comfort and control body temperature. It has been designed. Unlike traditional clothing systems, the invention is a thermoelectric garment. 20 It actively monitors the user's body temperature. This applies to both indoor and outdoor environments. It responds more effectively to temperature changes and improves user comfort. This increases the shortcomings of traditional clothing systems. Therefore, thermoelectric clothing addresses these shortcomings. It was developed to solve the problem of temperature regulation. The invention; active temperature It offers an environmentally friendly approach while providing control. Traditional heating or 25 Compared to cooling systems, it consumes less energy and has a smaller carbon footprint. It leaves. Solutions Provided by the Invention: 1. Active temperature control: The thermoelectric suit reduces the temperature difference between the inside and outside by 30° by converting the user's body temperature into electrical energy It is organizing. 3 2. Flexibility: The thermoelectric suit offers flexibility thanks to the thermoelectric panels inside. It adapts more effectively to changing weather conditions. 3. Comfort: Thermoelectric clothing prevents the user from experiencing extreme heat or cold. It prevents and provides a more balanced temperature experience. 4. Low energy consumption: Thermoelectric clothing provides active temperature control while 5 maintaining energy efficiency and with portable power sources when needed. It is supported. The invention develops thermoelectric clothing for outdoor activities such as camping, mountaineering, and hunting. It can enhance user comfort by adapting to changing weather conditions. 10 Occupational groups such as military personnel, police forces, and security guards utilize thermoelectric power. By taking advantage of the active temperature control offered by the garments, they can perform their tasks more comfortably and It can perform this function effectively. Thermoelectric suits enable athletes to train. by helping them maintain their body temperature balance during exercise, thus improving their performance. It can increase. Thermoelectric clothing helps regulate body temperature by 15 It can help prevent or treat illnesses such as the common cold. Thermoelectricity is used in work environments such as those of outdoor construction workers and mining personnel. Clothing can improve workers' comfort by regulating temperature and working conditions. It can increase efficiency. In space research, thermoelectric suits, 20 astronauts' ability to adapt to changing temperature conditions in spacecraft or during spacewalks It helps them adapt. The structural and characteristic features and all the advantages of the product subject to the invention are given below. Thanks to the detailed explanation written with figures and references to these figures, more This will be clearly understood, and therefore the evaluation should also take these figures and detailed explanations into account. 25 It must be done with this in mind. Explaining the Figures: The invention will be described by reference to the attached figures, so that the characteristics of the invention are listed in 30 It will be understood and appreciated more clearly, but the purpose of this invention is this obvious It is not about limiting it with regulations. On the contrary, the invention is defined by the accompanying claims. 4 all alternatives, modifications, and options that could be included within the defined area The aim is to cover their equivalences. The details shown are only for the present invention. It is shown to illustrate the preferred arrangements and both the methods shaping both the rules and conceptual features of the invention in the most useful way and It should be understood that they are presented to provide an easily understandable definition. In these drawings; 5 Figure 1 shows an example schematic view of the system described in the invention. Illustrations that will help understand this invention are shown in the attached image. They are numbered and listed below with their names. 10 Explanation of References: 1. Clothing 2. Thermoelectric Panel 15 3. Cooling / Heating Module 4. Control Unit Description of the Invention: The invention involves at least one thermoelectric panel (2) integrated into the inside of the garment (1), The electrical energy produced by thermoelectric panels (2) is stored and attached to the garment (1) at least one cooling / heating module (3) positioned, thermoelectric panels (2) its operation and the temperature setting of the garment (1) through the sensors it contains at least It includes one control unit (4). 25 The invention is a P and N type thermoelectric device that converts internal and external temperature differences into electrical energy. made from materials that generate an electric current by creating a thermoelectric effect inside. It includes a thermoelectric panel (2). The invention describes a cooling / heating system that lowers the temperature inside or raises the temperature outside. It includes module (3). The invention involves a device integrated into the user's mobile or web-based electronic device or clothing. by setting the desired temperature level via a button or control panel It includes the control unit (4) which provides the appropriate voltage to the thermoelectric panels (2). Detailed Description of the Invention: 5 The basic elements constituting the system subject to the invention are; clothing (1), thermoelectric panel (2), The cooling / heating module (3) and the control unit (4) are where the garment (1) is; traditional Made from fabrics. Thermoelectric panels (2) are integrated into the inside of the garment (1). These are panels that convert the internal and external temperature differences into electrical energy. These panels are made of P and N type thermoelectric materials and convert them. They generate electric current by creating a thermoelectric effect within them. Thermoelectric The electrical energy produced by the panels (2) powers the cooling / heating module (3) inside the garment (1) This module feeds the temperature inside or outside. It is used to increase. The control unit (4) is integrated into the garment (1) and 15 Through the sensors it contains, it monitors the operation of thermoelectric panels (2) and temperature It manages the editing processes. It is user-configurable and allows for customization as desired. It provides the appropriate voltage to the thermoelectric panels (2) to maintain the temperature level. The thermoelectric panels (2) included in the invention can detect the internal and external temperature differences and these 20 It converts the differences into electrical energy. Cooling / heating module (3) thermoelectric using the electrical energy from the panels (2) to adjust the temperature inside or outside. It adjusts. The control unit (4); mobile or web-based electronic device or clothing the temperature defined in the system via an integrated button or control panel It detects the level and provides the appropriate voltage to the thermoelectric panels (2). 25 All technical and other specifications mentioned in each request are followed by a reference number. These reference numbers are provided solely to facilitate understanding of the requests. These reference numbers have been used, therefore they are for illustrative purposes only. It should not be thought that any of the elements specified limit the scope. This basic 30 developing a wide variety of applications related to the subject of the invention, around the concepts. 6 It is possible, and the invention is not limited to the examples described here, but mainly to the claims. as stated. A technical expert can assess the novelty of the invention and similar structures. by using and / or this structure in the relevant technique used in 5 It is clear that this can be applied to other fields with similar purposes. Therefore, such a the criteria for structures are innovation and especially exceeding the known state of the art. It is also obvious that he will be deprived of it. 15 25

Claims

7 REQUESTS 1- The invention consists of at least one thermoelectric panel (2) integrated into the inside of the garment (1), thermoelectric panels (2) and the operation of the garment (1) through the sensors it contains Thermoelectric clothing containing at least one control unit (4) for temperature adjustment 5 It relates to the system and its characteristic is;  The electrical energy produced by thermoelectric panels (2) is stored and attached to the clothing (1) It must include at least one cooling / heating module (3) located in (1). 2- The thermoelectric clothing system mentioned in Claim 1 is characterized by its ability to maintain both internal and external temperatures at 10°C. by including a thermoelectric panel (2) which converts the differences into electrical energy It is the characterization of the situation. 3- The thermoelectric clothing system mentioned in Claim 1 is of type P and N. produced from thermoelectric materials and generating electricity by creating the thermoelectric effect inside. 15 It is characterized by containing a thermoelectric panel (2) that produces current. 4- The thermoelectric suit system mentioned in Claim 1 is characterized by its ability to reduce the temperature inside. by including a cooling / heating module (3) which lowers or raises the outside temperature It is characterized. 20 5- The thermoelectric suit system mentioned in Claim 1 is characterized by its ability to allow the user to move freely. or web-based electronic device or button or control integrated into clothing thermoelectric panels (2) by adjusting the desired temperature level by the panel It is characterized by containing the control unit (4) which provides the appropriate voltage. 25

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