Palm Warmer Module with USB Connector for Portable Handheld Consoles

Abstract

The invention relates to a heating module (A) which heats the user's palm when holding the portable hand console (B), which includes a USB connector (6) plugged into the USB port of the portable hand console (B) and which transmits the electrical energy from the battery of the portable hand console (B) to the Peltier module (1), at least one Peltier module (1) which cools one surface and heats the other when direct current is applied to it via the USB connector (6), and heats the user's palm by means of the heated surface, a temperature sensor (3) which measures the user's palm temperature and transmits the measured temperature data to the PD power controller (4), a PD power controller (4) which controls the direction of the current transmitted to the Peltier module (1), controls the power of the heating module (A), and maintains the temperature at the desired level, and a cover (5) that covers the heating module (A) and absorbs sweat from the palm to prevent the user's hand from slipping.

Description

1 TARIFF Palm Warmer Module with USB Connector for Portable Handheld Consoles Technical Area The invention relates to the use of handheld consoles, also known as portable hand consoles, in hot environments. or palm sweating in users who use handheld consoles for extended periods of time palms that prevent things like the palms slipping off their hands and the heat becoming uncomfortable. It relates to the heating module. State of the Art The handheld console (portable game console) has a built-in screen, speakers, and control buttons. It allows you to play games anywhere without needing a television or monitor connection. They are compact and portable devices that recognize [handheld consoles]. Today, the holding of handheld consoles During this time, the solutions used to warm the palms are generally as follows:  Textured grip coatings: These coatings disperse sweat but prevent perspiration. They don't block it.  Rubber / silicone sleeves: These constructions soften the palm but keep the temperature down to 15°C. They won't drop it.  External fan units: These configurations cool the console body, but They don't directly affect the temperature of the hand, and they also make noise. Therefore, a technology that can directly cool the palm of the hand does not currently exist. Especially with the device heating up, sweating and the product slipping from your hand can cause problems, both of which are common in 20-year-olds. The user is uncomfortable, and the device components are also affected by these temperatures. It can be affected. Therefore, a structure is needed to solve these problems. It is heard. In conclusion, due to the negative aspects described above and the current solutions being the subject of discussion... Due to its shortcomings, an improvement in the relevant technical field is necessary. 25 It has been made. Purpose of the Invention 2 The invention was created by drawing inspiration from existing situations and overcoming the aforementioned drawbacks. It aims to solve the problem. The main purpose of the invention is to improve the grip of handheld consoles, also known as portable handheld consoles. to increase comfort, especially in cold environments (such as winter). To warm the user's palms, thus, especially in cold climates, for extended use. 5 The goal is to prevent the feeling of cold / freezing, which can become quite bothersome during sessions. Another objective of the invention is to incorporate Peltier modules into the palm heating module. The aim is to heat the palm of the hand in a controlled manner. Another purpose of the invention is to continuously measure and monitor palm temperature using an NTC sensor. the cycle is ensured. 10 Another objective of the invention is to provide the necessary current (energy) to Peltier modules using a PD power controller. (Ensuring the flow) of water. Another aim of the invention is to distribute the temperature comfortably to the user thanks to the microfiber sheath. Its function is to transmit sweat by absorbing it thanks to its cold surface. Another aim of the invention is a palm warmer that warms the palm silently, quickly and directly. 15 The goal is to introduce the module. To achieve the purposes described above, portable handheld consoles are necessary. During this time, a heating module that warms the user's palm was developed, as mentioned. module: - plugs into the USB port of the portable handheld console and the portable handheld console's 20 the transmission of electrical energy from the battery to the Peltier module USB connector that provides - A surface when direct current is applied to it via a USB connector the cooling surface and the warming surface, through the warming surface, the user's palm at least one Peltier module that heats, 25 - measures the user's palm temperature and transmits the measured temperature data to the PD power supply. temperature sensor that transmits to its controller, 3 - controls the direction of the direct current transmitted to the Peltier module, heating. The PD power module controls the power of the module and maintains the temperature at the desired level. controller, - a cover over the heating module to prevent the user's hand from slipping. It contains a sheath that absorbs sweat from the palms. 5 It includes. The structural and characteristic features and all the advantages of the invention are given in the figures below. This becomes clearer thanks to the detailed explanation written with references to these figures. This will be understood, and therefore the evaluation should also take these forms and detailed explanations into consideration. It needs to be done by taking precautions. 10 Figures that will help understand the invention. Figure 1 shows the palm heating module, which is the subject of the invention, attached to the hand console. It is a drawing that illustrates this. Figure 2 is a drawing showing the internal structure of the palm heating module that is the subject of this invention. Description of Part References 15 A. Heating module 1. Peltier module 2. Heat spreading ducts 3. Temperature sensor 4. PD power controller 20 5. Case 6. USB connector B. Portable handheld console Detailed Description of the Invention 4 In this detailed description, palm heating for portable hand consoles (B) which are the subject of the invention. The preferred configurations of module (A), the preferred configurations, only the subject matter It is explained in order to facilitate a better understanding. The palm heating module (A) which is the subject of the invention includes the following elements: - Peltier module (1), 5 - heat dissipative channels (2), - temperature sensor (3), - PD power controller (4), - case (5), - USB connector (6). 10 A Peltier module (1) is a surface that, when a direct current (DC) is applied to it, The cooling surface is the module whose other surface is heated. The Peltier module (1) has a surface that cools down according to the direction of current. It is heating and is operated in the direct current direction. The direct current of the Peltier module (1) When operated in this direction, the heated surface is positioned so that it rests against the palm of the hand. Heat spreading channels (2) passively dissipate the excess heat generated on the back face of the Peltier module (1). by expelling the excess cold air formed on the cold surface of the Peltier module (1) These are the elements that balance and protect the heating module (A). The temperature sensor (3) is the element that measures the palm temperature. By measuring the temperature, the temperature is determined. It helps to ensure that it is controlled and remains at an optimal level. The temperature sensor (3) transmits the temperature information it measures to the PD power controller (4). 20 The temperature sensor (3) is preferably an NTC (Negative Temperature Coefficient) sensor. PD (Power Delivery) power controller (4), heat dissipation via USB connector (6) It regulates the power coming to the diffuser fins (2) and the direct current transmitted to the Peltier module (1). It controls the direction of the airflow and maintains the temperature at the desired level. Thus, the heating performance... This is determined and overheating is prevented. 25 The sleeve (5) covers the heating module (A) and prevents the hand from slipping by absorbing sweat. It prevents heat loss by distributing heat evenly and also increases surface comfort. The case (5) is preferably a microfiber case. The USB connector (6) is the element that supplies power to the Peltier module (1). The USB connector (6), preferably of the USB-C (USB: Universal Serial Bus) type, The electrical energy from the battery of the portable handheld console (B) is transferred to the Peltier It is the element that enables transmission to the module (1). USB connector (6), portable handheld It is plugged into the USB port (B) of the console. 5 The invention works on the following principle: - The power from the USB connector (6) is transmitted to the PD power controller (4). - PD power controller (4), this energy: It regulates according to the system's needs. It determines the required voltage and current. 10 - The regulated energy is directed to the Peltier module (1). - Peltier module (1), depending on the direction of current: It generates heat on the palm side. - At the same time, the temperature sensor (3) continuously measures the temperature. - The measured temperature data is transmitted as feedback to the PD power controller (4). 15 - PD power controller (4): It increases / decreases the current. He will cut if necessary. This way it keeps the temperature at a constant and comfortable level. - Heat generated: 20 It is balanced by heat spreading fins (2), It is transferred homogeneously to the user via the microfiber sheath (5).

Claims

6 REQUESTS 1. Heating that warms the user's palm while holding the portable hand consoles (B). module (A) and its feature is; - plugged into the USB port (B) of the portable handheld console and the portable handheld console (B) The electrical energy from the battery is transferred to the Peltier module (1) 5 USB connector (6) that enables transmission, - A surface when direct current is applied to it via the USB connector (6) the cooling surface and the warming surface, through the warming surface, the user's palm at least one Peltier module that heats (1), - measures the user's palm temperature and transmits the measured temperature data to PD power 10 temperature sensor (3) transmitting to its controller (4), - Heating, which controls the direction of the direct current transmitted to the Peltier module (1). PD power module (A) controls the power and keeps the temperature at the desired level. controller (4), - Covering the heating module (A) to prevent the user's hand from slipping 15 It contains a sheath (5) that absorbs sweat from the palm. It includes.

2. Heating module (A) conforming to claim 1, its feature being; cold Peltier module (1) To balance the cold air that forms on its surface, inside the heating module (A) It contains heat dissipating channels (2) that passively release heat. 20 3. Heating module (A) conforming to claim 1; its feature is the aforementioned USB connector (6) It is of the USB-C type.

4. Heating module (A) conforming to Claim 1; its feature is that the mentioned sheath (5) is a microfiber sheath. (5) is.

5. Heating module (A) conforming to claim 1, and its feature is; the mentioned temperature sensor (3) 25 It has an NTC sensor.

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