A fire blanket covering device with real-time detection for vehicles

Abstract

A real-time detection fire blanket covering device for vehicles, characterized in that it comprises a control box and a drive mechanism; the drive mechanism is arranged on the top of the control box; a detection module including an infrared thermal imaging camera, a smoke particle sensor, and an infrared flame detector is installed on the front of the control box; the infrared thermal imaging camera, the smoke particle sensor, and the infrared flame detector are fixed on the front of the control box; a buzzer alarm and a high-lumen strobe light are mounted on the side of the control box; a fire blanket is attached to the drive mechanism.

Description

Technical area

[0001] The utility model relates to the field of vehicle fire protection, in particular to a fire blanket covering device with real-time detection for vehicles. Background technology

[0002] Currently, there are relatively limited measures for vehicle fire protection on the market. Some vehicles are equipped with built-in fire extinguishers, but using fire extinguishers requires manual operation, and it is difficult to use fire extinguishers in a timely and effective manner when a sudden fire occurs and the driver panics. In addition, the scope and effect of fire extinguishers are also limited to a certain extent, and it is often difficult to control large-scale fires. There are also some vehicles with automatic fire extinguishing systems, but most of these systems have problems with premature detection and slow response. For example, some automatic fire extinguishing systems rely only on a single sensor for fire detection, such as smoke sensors or temperature sensors, which are prone to misjudgment when smoke disturbs the surrounding environment (e.g.,Dust and exhaust fumes on the road) or unusual temperature increases not caused by fire may occur. If a fire breaks out but the smoke or temperature changes are not significant, the fire may not be detected in time. Contents of the utility model

[0003] One object of the utility model is to overcome the above-mentioned problem by providing a fire blanket covering device with real-time detection for vehicles. To achieve the above-mentioned purpose, the utility model uses the following technical scheme: A real-time detection fire blanket for vehicles, comprising a control box and a drive mechanism. The drive mechanism is located on top of the control box. A detection module including an infrared thermal imaging camera, a smoke particle sensor, and an infrared flame detector is installed on the front of the control box. The infrared thermal imaging camera, smoke particle sensor, and infrared flame detector are mounted on the front of the control box. A buzzer alarm and a high-lumen strobe light are mounted on the side of the control box. A fire blanket is attached to the drive mechanism.

[0004] As an improvement, the drive mechanism includes a lifting column. The lifting column is arranged on top of the control box. A fixed pipe is provided on top of the lifting column. Telescopic rods are provided at both ends of the fixed pipe. The telescopic rod is equipped with an electromagnetic proportional valve. The front end of the electromagnetic proportional valve is provided with a guide nozzle. The end of the electromagnetic proportional valve is equipped with a compressed nitrogen tank. The two corners of the fire blanket are attached to the guide nozzle.

[0005] As an improvement, there is a storage box on top of the control box and the fire blanket is stored in the storage box.

[0006] As an improvement, a remote transmission unit is provided in the control box.

[0007] As an improvement, a base is provided on the bottom of the control box.

[0008] Advantage: 1. The integration of infrared thermal imaging cameras, smoke particle sensors and infrared flame detectors achieves multi-dimensional real-time detection of vehicle fires, thereby improving the accuracy and timeliness of fire detection. 2. The design of the compressed nitrogen tank and the guide nozzle allows the fire blanket to be quickly distributed in the surrounding area in a short time, cover the vehicle, effectively isolate the air and contain the spread of the fire. 3. The buzzer alarm and high-lumen strobe light emit powerful sound and light signals in the event of a fire, alerting those in the vicinity. The remote transmission unit sends timely alarm signals to the vehicle owner, allowing them to identify the vehicle situation in a timely manner and take appropriate action. Description with drawings Fig. is a structural diagram of the fire blanket covering device with real-time detection for vehicles in Embodiment 1. Fig. is a structural diagram of the fire blanket covering device with real-time detection for vehicles in the embodiment 1 in use. Fig. is a structural diagram of the fire blanket covering device with real-time detection for vehicles during storage in Embodiment 1. The specific embodimentEmbodiment 1

[0009] This embodiment discloses a fire blanket covering device with real-time detection for vehicles.

[0010] As in Fig.As shown, this embodiment includes a control box 1 and a drive mechanism. The drive mechanism is arranged on top of the control box 1. A detection module is installed on the front of the control box 1. A buzzer alarm 5 and a high-lumen strobe light 6 are mounted on the side of the control box 1. A fire blanket is attached to the drive mechanism.

[0011] Detection module: The detection module includes an infrared thermal imaging camera 2, a smoke particle sensor 3 and an infrared flame detector 4, which are attached to the front of the control box 1.

[0012] Drive mechanism: The drive mechanism includes a lifting column 8. The lifting column 8 is arranged on top of the control box 1. A fixed pipe 9 is provided on top of the lifting column 8. Telescopic rods 10 are provided at both ends of the fixed pipe 9. The telescopic rod 10 is equipped with an electromagnetic proportional valve 11. The front end of the electromagnetic proportional valve 11 is provided with a guide nozzle 12. The end of the electromagnetic proportional valve 11 is equipped with a compressed nitrogen tank 13. The two corners of the fire blanket 7 are attached to the guide nozzle 12.

[0013] Storage box 14: On top of the control box 1 there is a storage box 14 in which the fire blanket 7 is stored.

[0014] Remote transmission unit: A remote transmission unit is provided in the control box 1.

[0015] Base 15: There is a base 15 at the bottom of the control box 1. This base 15 serves to support the entire device to ensure that the device is firmly installed.

[0016] Installation and debugging: First install, then debug and check if each module and device is working properly.

[0017] Real-time monitoring: After turning on the device, the detection module starts monitoring the vehicle's condition in real time.

[0018] Fire assessment and response: The control circuit analyzes the detection signal according to the logic of triggering a fire assessment based on any two detection points. If any two detection points are triggered simultaneously, the control circuit determines that the vehicle is on fire and immediately issues a command.

[0019] Fire extinguishing and alarm: Upon command from the control circuit, the lifting column 8 rises to the desired height, the telescopic rod 10 extends, the electromagnetic proportional valve 11 opens, and the high-pressure nitrogen contained in the compressed nitrogen tank 13 is ejected through the guide nozzle 12, causing the fire blanket 7 to rapidly spread to the surrounding area and cover the vehicle. At the same time, the buzzer alarm 5 emits a loud alarm sound, and the high-lumen strobe light 6 emits a powerful flash to warn surrounding personnel. The remote transmission unit transmits fire information to the vehicle owner's mobile phone or other terminal device to notify the vehicle owner of any abnormal situations in the vehicle.

Claims

[1] A fire blanket covering device with real-time detection for vehicles, characterized by that it comprises a control box and a drive mechanism; the drive mechanism is arranged on the top of the control box; a detection module comprising an infrared thermal imaging camera, a smoke particle sensor, and an infrared flame detector is installed on the front of the control box; the infrared thermal imaging camera, the smoke particle sensor, and the infrared flame detector are fixed on the front of the control box; a buzzer alarm and a high-lumen strobe light are mounted on the side of the control box; a fire blanket is attached to the drive mechanism. [2] A fire blanket covering device with real-time detection for vehicles according to legal claim 1, characterized bythat the drive mechanism includes a lifting column; the lifting column is arranged on the top of the control box; a fixed pipe is provided on the top of the lifting column; telescopic rods are provided at both ends of the fixed pipe; the telescopic rod is equipped with an electromagnetic proportional valve; the front end of the electromagnetic proportional valve is provided with a guide nozzle; the end of the electromagnetic proportional valve is equipped with a compressed nitrogen tank; the two corners of the fire blanket are fixed to the guide nozzle. [3] A fire blanket covering device with real-time detection for vehicles according to legal claim 2, characterized by that there is a storage box on top of the control box and the fire blanket is stored in the storage box. [4] A fire blanket covering device with real-time detection for vehicles according to legal claim 3, characterized by that a remote transmission unit is provided in the control box. [5] A fire blanket covering device with real-time detection for vehicles according to legal claim 4, characterized by that a base is provided at the bottom of the control box.

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