KR-20260062517-A - System for Fire Detection

Abstract

The present invention relates to a fire detection system capable of detecting a fire caused by an electric vehicle or a collision in a parking lot. Specifically, the system for detecting a fire in a parking lot comprises a vehicle detection unit formed in a parking area formed in the parking lot and detecting an entering vehicle, a fire detection unit linked with the vehicle detection unit and detecting a fire occurring in the parking lot, and a control unit that controls the fire detection unit and the vehicle detection unit and warns of a fire occurring in the parking lot.

Inventors

• 전태용
• 최완규
• 허재범
• 조민호
• 정재욱
• 강용운

Assignees

• 디엘이앤씨 주식회사

Dates

Publication Date

20260507

Application Date

20241029

Claims (9)

1. In a system for detecting fire in a parking lot (10), A vehicle detection unit (100) formed in a parking area (11) formed in a parking lot (10) and detecting an entering vehicle (20); A fire detection unit (200) that is linked with the vehicle detection unit (100) above and detects a fire occurring in the parking lot (10); A fire detection system comprising: a control unit (300) that controls the fire detection unit (200) and the vehicle detection unit (100) and warns of a fire occurring in the parking lot (10).
2. In claim 1, A detection sensor unit (110) formed in the above vehicle detection unit (100) and detecting a vehicle (20) parked in a parking area (11); A fire detection system comprising: a shooting unit (120) that is linked to the above detection sensor unit (110) and photographs a vehicle (20) parked in a parking area (11).
3. In claim 2, A fire detection system comprising: a detection sensor (111) formed in the detection sensor unit (110) and detecting a vehicle (20) by irradiating infrared rays.
4. In claim 2, A fire detection system comprising: a shooting device (121) formed in the above-mentioned shooting unit (120) and shooting a vehicle (20) parked in a parking area.
5. In claim 1, A smoke detection sensor (210) formed in the above fire detection unit (200) and detecting smoke; A fire detection system comprising a temperature sensor (220) formed on the smoke detection sensor (210) and measuring the temperature.
6. In claim 1, A vehicle detection server (310) formed in the above control unit (300) and controlling the vehicle detection unit (100); A fire detection system comprising: a fire detection server (320) that is linked with the vehicle detection server (310) and controls the fire detection unit (200).
7. In claim 1, A cable (350) formed in the above control unit (300) and transmitting current and information to the vehicle detection unit (100) and the fire detection unit (200); A fire detection system comprising: a communication device (360) that transmits information transmitted from the vehicle detection unit (100) and the fire detection unit (200) to a management server (30), to which the above cable (350) is connected.
8. In claim 7, A fire detection system comprising: a reinforcing member (353) formed on the above cable (350) and protecting the wire from fire.
9. In claim 7, The above communication device (360) is a fire detection system that includes warning a fire to at least one manager among the fire department, the management office, and the household members.

Description

Fire Detection System The present invention relates to a fire detection system capable of detecting a fire caused by an electric vehicle or a collision in a parking lot. Patent Document 001 describes a parking management system in which a parking control system, a parking guidance system, a lighting control system, and a central control system are interconnected, comprising: a parking control system that manages vehicles entering or exiting a parking lot equipped with a plurality of preset parking spaces and performs a fee settlement function; a parking guidance system that displays real-time parking-related information transmitted from the central control system through a parking space display unit; and a lighting control system comprising a lighting light, a plurality of motion detection sensors that detect the movement of any object within the parking lot, a lighting control unit that controls the brightness of at least one lighting light based on a lighting control signal transmitted from the central control system, a plurality of infrared detection sensors that detect the occupancy status of the plurality of parking spaces, and a parking display unit that displays the occupancy status of the plurality of parking spaces. The present invention provides a technology comprising: a central control system that generates a lighting control signal based on state information of a specific motion detection sensor that detects the movement of the object, recognizes the vehicle number of a vehicle parked in a specific parking space based on parking space occupancy status information transmitted from the lighting control system, and confirms the parking location of the parked vehicle in the parking space map based on a pre-stored parking space map including location information of a plurality of cameras, location information of a specific camera corresponding to the specific parking space, and the recognized vehicle number. Patent Document 002 presents a technology comprising: a fire detector that detects heat (temperature) or smoke; a parking base on which an electric vehicle is parked on the upper surface; a floor nozzle installed on the parking base and spraying firefighting water onto the underside of the electric vehicle; a water tank cover including a floor cover installed on the upper surface of the parking base and excluding the floor nozzle, and a rim cover formed on the rim of the floor cover; a lifting hydraulic cylinder installed on the edge of the parking base and raising and lowering the rim cover; and a control unit that controls the supply of firefighting water to the first pipe of the lifting hydraulic cylinder and the second pipe of the floor nozzle when a signal from the fire detector is input. Patent Document 003 presents a technology comprising: an infrared temperature sensor formed on the parking surface of an electric vehicle to detect temperature; a smoke detection sensor formed on the parking surface of the electric vehicle to detect gas; an electric vehicle charger connected to the electric vehicle to charge electricity, and receiving temperature information and smoke detection information detected by the temperature sensor and the smoke detection sensor, respectively, to determine whether there is a fire; a fire extinguishing device that sprays a fire extinguishing liquid onto the electric vehicle being charged under the control of the electric vehicle charger in the event of a fire; and a blocking device that blocks the electric vehicle where the fire occurred from the outside under the control of the electric vehicle charger to prevent the spread of the fire. Patent invention 004 presents a technology for detecting fire in an electric vehicle parked in each of the plurality of parking spaces, wherein the plurality of charging modules are disposed in each of the plurality of parking spaces and include a sensor that detects a flame generated within a predetermined area, and the computing device detects a fire generated in an electric vehicle parked in each of the plurality of parking spaces based on a plurality of sensor data collected through a sensor included in each of the plurality of charging modules. FIGS. 1 and 2 are exemplary diagrams of a fire detection system of the present invention. FIGS. 3 and 4 are exemplary diagrams showing the detection of a vehicle by the control unit of the present invention. FIG. 5 is a perspective view of the cable of the present invention. FIG. 6 is an example diagram showing the transmission of information from the communication device of the present invention to a management server. Hereinafter, the most preferred embodiment of the present invention is described in detail so that a person skilled in the art to which the present invention pertains can easily practice the present invention. The numbers cited in the following embodiments are not limited to the subjects of citation but may be applied to all embodiments. Subjects that exhibit the same pu