GARDEN FURNITURE CUSHION WITH INTEGRATED HEATING SYSTEM, IOT CONTROL AND DUAL POWER SUPPLY.

Abstract

The invention is an IoT-enabled integrated heating system that provides controlled heating of cushions used in garden furniture, powered by the mains electricity (AC socket - 6) or a rechargeable portable battery (9). The basic structure consists of a fabric cover (1), a foam (3), a heating pad (2) between them, and a Lexan control panel (4) on the edge of the cushion. The power and intelligent control of the system are managed by the electronic control unit (8) inside the electronic box (7) connected to the system via a connector (5). Offering both AC socket (6) and battery (9) options for uninterrupted use, the system can be fully remotely controlled via a mobile device (10) thanks to its IoT connection.

Description

1 TARIFF 5 INTEGRATED HEATING SYSTEM, IOT CONTROL AND DUAL POWER SUPPLY SAHIP GARDEN FURNITURE CUSHION Technical Area 10 The invention relates to seating and resting cushions used in garden furniture. Especially integrated into the cushion body, the electrical mains (AC socket) or charger It can operate via a portable battery and is compatible with IoT (Internet of Things). Thanks to its technology, it can be remotely managed with a mobile device, and is user-controlled and integrated. It relates to a garden furniture cushion with a heating system. 15 State of the Art Today, garden furniture is used in open spaces, gardens, terraces, and balconies. furniture that offers a comfortable seating experience in cold weather conditions It is moving away. External heaters (infrared 20) are used to solve this problem. Heaters (mushroom heaters) consume a lot of energy and only provide a localized sensation of heat. It consists of external electrical outlets that are subsequently placed over the existing cushions. Blankets, on the other hand, are temporary solutions that create a tangle of cables and are not weather-resistant. These are solutions. Although current systems cannot provide homogeneous heat transfer, Remote management via smart devices and seamless transition between energy sources 25 It also lacks (mains / battery) capabilities. Safe, stylish, dual power source and smart. An integrated heated mattress system is required. Purpose of the Invention The main purpose of the invention is to provide garden furniture with a heating element without the need for an external heating device. fully integrated into the cushion's structure and directly controlled by the seating surface, The goal is to provide a system that ensures homogeneous heat transfer. Another purpose of the invention is to allow the system to be powered directly from the electrical grid (via AC socket) or by charging. Its flexibility in use is due to the fact that it can be powered by a portable battery. and to provide uninterrupted comfort. 35 2 An additional objective of the invention is to use an electronic control unit and IoT technology to control all 5 the system can be controlled remotely via the user's smart mobile device to provide. Figures to Help Understand the Invention 10 Figure 1: Garden furniture cushion with integrated heating system, which is the subject of the invention. General component and cross-sectional view. Part References 1. Fabric cover 15 2. Heating pad 3. Sponge 4. Remote control 5. Connector 6. AC Socket 20 7. Electronic box 8. Electronic control unit 9. Battery 10. Mobile device Detailed Description of the Invention This invention relates to cushions used for seating and resting in garden furniture. a portable device powered by an electrical grid or a rechargeable battery that provides controlled heating It is an integrated heating system that can operate via battery (9). The basic structure of the system is; fabric cover (1) forming the seating surface, sponge (3) forming the main body of the cushion 30 and a flexible heating pad (2) placed between these two. The heating pad (2) thanks to this location, the heat produced goes directly to the outer fabric cover (1) and the seating surface. is transferred. 35 3 Designed in Lexan style on the edge of the cushion, a surface-integrated control (4) 5 It is located on this control (4) for manual on / off operation and heating. Three-stage display showing the current temperature level, with buttons for adjusting the temperature setting. LED lights are included. The cable coming out of the cushion is connected to the electronic box (7) via a connector (5) 10 is connected. The system's power supply is provided by an AC socket (6) integrated into the system. This can be supplied directly from the electrical grid via a connection, or access to a socket In areas where there is no electronic box (7), the rechargeable battery (9) inside the box This can also be provided. The electronic box (7) provides both power management and intelligent control of the system. It is a module. It contains a rechargeable battery (9) and a microprocessor-based electronic control. The electronic control unit (8) is located. The Internet of Things (IoT) connection It has the infrastructure. The user can access the system remotely via their mobile device (10). By connecting, you can turn the system on and off, adjust the temperature level, and the system's instantaneous temperature can be set to 20. Whether it is powered by an AC outlet (6) or a battery (9) and the battery (9) charge level can track.

Claims

4 REQUIREMENTS 5 1. Garden furniture with integrated heating for seating and relaxation. It is a cushion, its feature is; - the fabric cover (1) and sponge (3) that form the main structure of the cushion, - the heating pad (2) placed between the two layers in question, 10 - Remote control integrated into the edge of the cushion (4), - connected to the cushion by a connector (5), containing a rechargeable battery (9) and Internet of Things (IoT) enabled microprocessor-based electronic control unit It is characterized by containing an electronic box (7) which houses (8).

2. A cushion conforming to Claim 1, the characteristic of which is that the power supply of the said system is a AC socket (6) connection in cases where there is no access to the power grid or socket It is characterized by being able to be powered via battery (9).

3. A cushion conforming to Claim 1, whose feature is that it has an electronic control unit (8) with 20 Thanks to the IoT infrastructure, the user can remotely turn on the system via a mobile device (10). It can turn it off, adjust the temperature level, and check the power status / battery level. It allows them to track it.

4. It is a cushion that conforms to Request 1, and its feature is that the said remote control (4) can be opened manually. Buttons for turning off the heat and adjusting the heat level, along with the current temperature. It features a Lexan-style design with 3-level LED lights that indicate the level. It is the fact that. 35

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