Smartphone Charging and Security Station with Integrated Fire Suppression System

Abstract

The invention is a safety station that provides autonomous protection against thermal runaway, explosion, and fire risks that may occur in batteries during the charging process of smart devices. The invention includes an isolated inner pool (3) in which the mobile device is placed, a pressure-resistant armored glass cover (2) covering this pool, a dual verification sensor unit (9) that simultaneously measures the temperature and gas reaction in the area, a suppression gas capsule (10) that activates upon triggering, and a labyrinth-structured pressure relief filter (12) that filters and discharges smoke. The system includes an audible alarm and radio unit (6) that alerts the user in case of danger, a wireless communication module (17) that automatically sends calls and messages to external numbers, and a black box software chip (15) that records forensic data. The front of the device features a digital clock display (5) and an audible alarm and radio unit (6).

Description

1 TARIFF SMARTPHONE CHARGER WITH INTEGRATED FIRE EXTINGUISHING SYSTEM AND SECURITY STATION Technical Area 5 The invention addresses thermal runaway that can occur in batteries during smartphone charging. It provides autonomous safety against the risks of overheating, swelling, and explosion, extinguishing the fire within itself. containing and extinguishing the fire with gas, while also providing local audible warnings and wireless communication networks. It involves an integrated charging and safety station that emits external emergency notifications. State of the Art 10 Today's lithium-ion batteries used in smartphones have high energy densities. Therefore, it is susceptible to faulty charging currents, short circuits, and overheating. The battery Fires caused by explosions, especially at night when users are asleep. When this happens on a bedside table, it causes house fires. The known facts about this technique... Although chargers in this condition have current protection, the battery's own internal chemical structure is 15 It cannot prevent explosions and flames resulting from the thermal runaway reaction. Furthermore, Even if an external fire extinguisher is present in the environment, the user is asleep and therefore the fire can occur. Timely intervention is not possible. Purpose of the Invention The aim of the invention is to enclose the charging process of smartphones in a cell completely isolated from the external environment, 20 Autonomous detection of real battery explosions (heat and gas) using a dual verification system, deep Waking a sleeping user with a loud local alarm, causing the user to faint. or, in case they are not at home, automatically makes calls and sends messages to external numbers in the outside world. Another purpose of the invention is to transmit flames to telephones using FM-200 gas, which does not contain liquid. extinguishing the fire within seconds without damaging the station and reducing the high pressure at the moment of the explosion to 25 The invention aims to filter the smoke and safely discharge it through labyrinth filters. When there is no danger, the invention also includes clocks and... It provides camouflage as a bedside table accessory with radio functions. 2 Explanation of the Figures Figure 1: General perspective view of the charging and safety station, which is the subject of the invention. Figure 2: Detailed view of the smartphone placement area, indoor pool, and charging units. Figure 3: Sliding cartridge holder, damping gas capsule, and rear vent filter system. This is a detailed view. 5 Explanation of References in Figures 1. Main body 2. Armored glass cover 3. Indoor pool 4. Soft silicone pad 10 5. Digital clock display 6. Audible alarm and radio unit 7. Mechanical control buttons 8. Integrated charging cable 9. Dual verification sensor unit 15 10. Damping gas capsule 11. Gas distribution nozzles 12. Pressure relief filter and rear ventilation labyrinth 13. Sliding cartridge slot 14. Black box software chip 20 15. Power transformer 16. Wireless communication module 17. Wireless charging pad 18. Base center of gravity 19. Detachable power cord 25 20. Fuse box 21. Maintenance access panel 22. Radio information display 3 Description of the Invention The system in question consists of an armored glass cover (2) that provides a seal to the outside environment, and a base weight. central (18) lowered body structure and a power transformer placed at the base of the main body (1) A balanced main body 5 which is supplied from the mains via a detachable power cable (19) with (15). (1) contains. On the upper part of the main body (1), a horizontal or charging port is provided for charging the mobile device. an indoor pool (3) in which it is placed vertically and a wireless charging pad (17) at the base of the indoor pool (3) It takes. The bottom of this inner pool (3) is a soft material that prevents the device from being scratched and is resistant to high heat. It is covered with a silicone pad (4). The charging cable (8) is integrated into the inner pool (3) or directly The mobile device is safely charged via the wireless charging pad (17). 10 The top of the inner pool (3) can be opened and closed on the vertical axis, allowing transparent monitoring of the charging process. borosilicate that allows for resistance to temperatures of 300°C - 400°C and high explosion pressure. It is covered with an armored glass cover (2) made of the material. The cover (2) is closed in case of battery explosion. To prevent it from opening or flying off due to the vertical pressure that will be created, the lid joint An autonomous locking structure integrated with the body is positioned on its surfaces. The front-top 15 of the device a full segment digital clock display (5) on its surface for the user, providing sound transmission The alarm grille includes an audible alarm and radio unit (6), and the whole system is ergonomic. It is managed by means of mechanical control buttons (7) in the structure. When the battery of the charging device (3) in the indoor pool undergoes a chemical reaction or thermal runaway When it occurs, the dual verification sensor unit (9) in the area detects both abnormal temperature 20 It simultaneously detects both the increase in voltage and the gas reaction leaking from the battery. False positive reactions and in order to prevent the spontaneous release of gas due to external gases, these two The system will not be triggered unless both parameters (heat and gas) simultaneously exceed a predetermined threshold value. Once verification is complete, the autonomous fire extinguishing system and integrated early warning system are activated. The mechanisms are activated simultaneously: First, to ensure users wake up 25 For this purpose, the audible alarm and radio unit (6) emit an intermittent and high-frequency acoustic warning. It starts. Simultaneously, GSM and Wi-Fi based systems are located inside the main body (1). The wireless communication module (16) is activated. This module (16) activates the user's device interface. via cellular network or local internet network to pre-defined emergency phone numbers It automatically initiates an emergency call via 30, simultaneously reporting location and the nature of the threat. It sends SMS or mobile app notifications. 4 Meanwhile, the sliding cartridge holder (13) at the rear of the main body (1), the fuse box (20) and The extinguishing gas capsule (10) located inside the maintenance access panel (21) becomes active. FM-200 gas released from the capsule (10) is distributed through gas distribution nozzles (11) located in the inner pool. It is sprayed into the chamber via a device. The gas chemically breaks down the fire chain without destroying oxygen. It releases gas to extinguish the fire by breaking it; liquid or sediment 5 Because it contains no liquid residue, it provides a fire extinguishing medium that leaves no liquid residue. During a fire, the cell... The sudden high pressure and air circulation created inside filters and expels the smoke and heat. The rear and sides of the device are ventilated by means of the pressure relief filter and rear ventilation labyrinth (12). It is safely ejected from the panels. Temperature, gas level, sound outputs, sent call / message logs, and time at the moment of triggering. 10 data permanently stored by the black box software chip (14) embedded in the main body (1) It is recorded and kept. Containing and extinguishing the fire within the inner pool (3). Thanks to the fact that the gas does not contain liquid or sediment, the external components and digital parts of the device remain undamaged after a fire. Secondary damage that may occur on the clock display (5) and the audible alarm and radio unit (6) This helps to reduce the amount of empty cartridges. The user can remove the empty cartridges by opening the sliding cartridge slot (13) at the back. Reactivate the device by removing the damping gas capsule (10) and replacing it with a new one. How the invention can be applied to industry. The invention is in the electronics manufacturing, consumer electronics, and fire safety equipment industries. Standard injection molding, electronic circuit board assembly (SMT), and precision sensor integration. By applying these techniques, it can be subjected to mass production. 20

Claims

REQUESTS 1. The invention provides protection against battery explosions while charging smartphones. It is an integrated charging and safety station that provides;  A main trunk supplied from the grid (1),  An indoor pool in which the mobile device to be charged is placed (3), 5  At least one wireless charging pad (17) and / or at least one integrated charger that performs the charging process. cable (8),  An armored glass cover (2) made of borosilicate material covering the inner pool (3),  A dual verification sensor that simultaneously detects temperature and gas increase during thermal runaway. unit (9), 10  When dual verification is achieved, it sprays FM-200 gas to extinguish the fire in the tank. at least one damping gas capsule (10) and gas distribution nozzles (11),  A wireless communication module that transmits emergency notifications to the outside environment in case of fire (16) It is characterized by its inclusion.

2. According to Claim 1, it is a smartphone charging and security station, and its feature is; the said internal 15 On the bottom of the pool (3) there is a soft material which prevents the device from being scratched and is resistant to high heat. It contains silicone pads (4).

3. According to claim 1, it is a smartphone charging and security station, and its feature is; two-factor authentication. the sensor unit (9) measures both temperature and gas to prevent faulty gas release. The system is designed not to be triggered unless the level simultaneously exceeds the determined threshold value. It is the fact that.

4. According to Claim 1, it is a smartphone charging and safety station, and its feature is; in the event of an explosion A pressure relief filter that filters and discharges the high pressure and smoke that builds up inside the cell. and includes a rear ventilation labyrinth (12).

5. According to claim 1, it is a smartphone charging and safety station, and its feature is; extinguishing gas 25 It includes a sliding cartridge holder (13) which allows for easy replacement of the capsule (10).

6. According to claim 1, it is a smartphone charging and safety station, and its feature is; at the moment of triggering a black box software chip that stores temperature, gas level, sound output, and notification log data (14) is included.

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