Fire cabinet with biometric identification module

Abstract

The present invention belongs to the field of fire-fighting equipment, and specifically provides a fire-fighting cabinet with a biometric identification module. By arranging the biometric identification module, a storage position locking mechanism, a storage position unlocking mechanism, a linkage control module and an Internet of Things module, the fire-fighting cabinet can realize effective management and control of fire-fighting materials in the fire-fighting cabinet to avoid the loss and illegal use of fire-fighting materials; by arranging the linkage control module that can be linked with the on-site fire alarm equipment, the normal use of fire-fighting equipment in fire disaster scenarios is realized; at the same time, by arranging the Internet of Things module and the weight sensor, the function of using a mobile handheld device to understand the status of all fire-fighting materials in real time is realized.

Description

Technical Field

[0001] The invention belongs to the field of fire-fighting equipment, and specifically provides a fire-fighting cabinet with a biometric identification module. Background Art

[0002] Fire cabinets are equipment for storing fire shovels, fire axes, fire extinguishers and other firefighting supplies. Since fire shovels, fire axes, fire extinguishers and other firefighting supplies are used less frequently, there is a potential risk of loss. In addition, since fire shovels and fire axes are highly destructive, once they are obtained by criminals, they will cause serious safety hazards to society. Therefore, there is a need to effectively control the use of fire shovels, fire axes, fire extinguishers and other firefighting supplies in fire cabinets.

[0003] In addition, since fire cabinets are usually dispersed at the work site, the materials in the fire cabinets are usually inspected by regular human inspections, which is not conducive to timely and comprehensive understanding of the status of firefighting materials. In the era of the Internet of Things, there is a demand to understand the status of all firefighting materials only through mobile handheld devices. Summary of the invention

[0004] To meet these needs, the present invention provides a fire cabinet with a biometric module, which can achieve effective management and control of fire-fighting materials in the fire cabinet by setting the biometric module to avoid the loss and illegal use of fire-fighting materials; by setting a linkage control module that can be linked with the on-site fire alarm equipment, the normal use of fire-fighting equipment in fire disaster scenarios is achieved; at the same time, by setting an Internet of Things module, the function of using mobile handheld devices to understand the status of all fire-fighting materials in real time is achieved.

[0005] The fire cabinet with a biometric module comprises a fire cabinet body and fire-fighting equipment, wherein the fire-fighting equipment comprises a fire axe, a fire shovel and a fire extinguisher, and the fire cabinet body has a fire-fighting equipment storage position; the fire cabinet also comprises a storage position locking mechanism, a storage position unlocking mechanism, a weight sensor, an Internet of Things module, a biometric module, a linkage control module and a portable mobile control terminal; each storage position of a fire axe and a fire shovel is provided with a storage position locking mechanism and a storage position unlocking mechanism, and the fire axe or fire shovel at the corresponding position is locked and unlocked respectively by the storage position locking mechanism and the storage position unlocking mechanism, and in the locked state, the fire axe or fire shovel cannot be taken, and in the unlocked state, the fire axe or fire shovel can be taken freely.

[0006] The biometric identification module and linkage control module are respectively connected to each storage position locking mechanism and storage position unlocking mechanism, and the Internet of Things module is connected to each storage position locking mechanism, storage position unlocking mechanism and weight sensor. The Internet of Things module, the biometric identification module and the linkage control module can independently realize the control of each storage position locking mechanism and storage position unlocking mechanism, and the control priority is: the linkage control module is greater than the Internet of Things module and the biometric identification module.

[0007] A weight sensor is arranged at the bottom of each fire extinguisher storage position, and the weight sensor is used to generate corresponding weight information. After the fire extinguisher is placed in the storage position, the weight sensor is triggered to generate a trigger signal 1, and the trigger signal 1 and the corresponding weight information 1 are sent to the portable mobile control terminal. The portable mobile control terminal has an APP built in, and the APP has a display module corresponding to the distribution position of the on-site fire cabinet. After receiving the trigger signal 1, the portable mobile control terminal generates an instant time tag 1, and the time tag 1 is stored in the corresponding display module of the APP together with the weight signal; the APP has a built-in algorithm, and the algorithm includes: using the stored time tag 1, using the difference between the real-time time and the time tag 1 to calculate the duration, if the duration exceeds the predetermined duration, and the weight signal 1 does not change, then sending a prompt that the fire-fighting equipment needs to be replaced; if the trigger signal 2 is received when the duration does not exceed the predetermined duration, the weight signal 2 included in the trigger signal 2 is different from the weight signal 1, and the weight difference between the two is within a preset range, then the time tag 2 included in the trigger signal 2 is used to update the stored time tag, and if the weight difference between the two exceeds the preset range, then a prompt that the fire extinguisher needs to be replaced occurs.

[0008] The Internet of Things module has a wireless transmitter and a wireless receiver. The trigger signal of the weight sensor is sent to the portable mobile control terminal through the wireless transmitter, and the control signal of the portable mobile control terminal is sent to the storage position locking mechanism and the storage position unlocking mechanism through the wireless receiver to lock or unlock the fire-fighting equipment.

[0009] The biometric identification module is arranged at each storage position of a fire axe and a fire shovel, and is connected with the storage position locking mechanism and the storage position unlocking mechanism of the position, and controls the storage position locking mechanism and the storage position unlocking mechanism of the position by inputting authenticated biometric information.

[0010] Preferably, the biometric module is arranged on the cabinet body of the fire cabinet, and a numeric keypad is arranged near the biometric module; each storage position of the fire axe and the fire shovel has a digital number, and the number input on the numeric keypad corresponds to the digital number of the storage position of the fire axe and the fire shovel, and the storage position unlocking mechanism of the corresponding position is unlocked by inputting the number; the numeric keypad can only be used after the biometric module successfully recognizes it.

[0011] Preferably, the biometric information is fingerprint information.

[0012] Preferably, the biometric information is iris information.

[0013] Preferably, the biometric information is facial information.

[0014] The linkage control module is connected to the fire alarm equipment at the work site through the Internet of Things module. When the fire alarm equipment at the work site is triggered, the linkage control module controls the unlocking mechanisms of all storage locations to open, so that all locked fire-fighting equipment can be used freely.

[0015] After the lock of the unlocking mechanism of any storage position is released, the wireless transmitting device sends a lock release notification to the portable mobile control terminal and displays it in the corresponding display module of the APP.

[0016] Beneficial Effects

[0017] The present invention provides a fire cabinet with a biometric module. By arranging the biometric module, a storage position locking mechanism, a storage position unlocking mechanism, a linkage control module and an Internet of Things module, effective management and control of fire-fighting materials in the fire cabinet can be achieved to avoid the loss and illegal use of fire-fighting materials; by arranging the linkage control module that can be linked with the on-site fire alarm equipment, the normal use of fire-fighting equipment in fire disaster scenarios is achieved; at the same time, by arranging the Internet of Things module and the weight sensor, the function of using a mobile handheld device to understand the status of all fire-fighting materials in real time is achieved. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] Figure 1 A schematic diagram of the structure of a fire cabinet with a biometric module.

[0019] Explanation of the accompanying drawings: 1-fire shovel storage position, 2-fire axe storage position, 3-fire extinguisher storage position, 4-weight sensor. DETAILED DESCRIPTION

[0020] Example 1

[0021] A fire cabinet with a biometric identification module comprises a fire cabinet body and firefighting equipment, wherein the firefighting equipment comprises a fire axe, a fire shovel and a fire extinguisher, and the fire cabinet body has a firefighting equipment storage position; the fire cabinet also comprises a storage position locking mechanism, a storage position unlocking mechanism, a weight sensor, an Internet of Things module, a biometric identification module, a linkage control module and a portable mobile control terminal; each storage position of a fire axe and a fire shovel is provided with a storage position locking mechanism and a storage position unlocking mechanism, and the fire axe or fire shovel at the corresponding position is locked and unlocked respectively by the storage position locking mechanism and the storage position unlocking mechanism, in the locked state, the fire axe or fire shovel cannot be taken, and in the unlocked state, the fire axe or fire shovel can be taken freely.

[0022] The biometric module and the linkage control module are respectively connected to each storage position locking mechanism and storage position unlocking mechanism, the Internet of Things module is connected to each storage position locking mechanism, storage position unlocking mechanism and weight sensor, the Internet of Things module, the biometric module and the linkage control module can independently realize the control of each storage position locking mechanism and storage position unlocking mechanism, and the control priority is: the linkage control module is greater than the Internet of Things module and the biometric module.

[0023] A weight sensor is arranged at the bottom of each fire extinguisher storage location, and the weight sensor is used to generate corresponding weight information.

[0024] The Internet of Things module has a wireless transmitter and a wireless receiver. The trigger signal of the weight sensor is sent to the portable mobile control terminal through the wireless transmitter, and the control signal of the portable mobile control terminal is sent to the storage position locking mechanism and the storage position unlocking mechanism through the wireless receiver to lock or unlock the fire-fighting equipment.

[0025] The biometric identification module is arranged at each storage position of a fire axe and a fire shovel, and is connected with the storage position locking mechanism and the storage position unlocking mechanism of the position, and controls the storage position locking mechanism and the storage position unlocking mechanism of the position by inputting authenticated biometric information.

[0026] The linkage control module is connected to the fire alarm equipment at the work site through the Internet of Things module. When the fire alarm equipment at the work site is triggered, the linkage control module controls the unlocking mechanisms of all storage locations to open, so that all locked fire-fighting equipment can be used freely.

[0027] After the lock of the unlocking mechanism of any storage position is released, the wireless transmitting device sends a lock release notification to the portable mobile control terminal and displays it in the corresponding display module of the APP.

[0028] A plurality of partitions are provided at the fire extinguisher storage position, a fire extinguisher storage position is formed between two partitions, and a weight sensor is arranged directly below the storage position.

[0029] After the fire extinguisher is placed in the storage position, the weight sensor is triggered to generate a trigger signal 1, and the trigger signal 1 and the corresponding weight information 1 are sent to the portable mobile control terminal. The portable mobile control terminal has a built-in APP, and the APP has a display module that corresponds to the distribution position of each fire cabinet at the work site. After the portable mobile control terminal receives the trigger signal 1, it generates an instant time tag 1, and the time tag 1 and the weight signal are stored in the corresponding display module of the APP.

[0030] The APP has a built-in algorithm, which includes: using the stored time tag one, using the difference between the real-time time and the time tag one to calculate the duration, if the duration exceeds the preset duration and the weight signal one has not changed, then sending a reminder that the fire-fighting equipment needs to be replaced; if trigger signal two is received when the duration does not exceed the preset duration, the weight signal two included in the trigger signal two is different from the weight signal one, and the weight difference between the two is within a preset range, then using the time tag two included in the trigger signal two to update the stored time tag, if the weight difference between the two exceeds the preset range, then a reminder that the fire extinguisher needs to be replaced is generated.

[0031] The portable mobile control terminal is a smart phone.

[0032] Example 2

[0033] A fire cabinet with a biometric identification module comprises a fire cabinet body and firefighting equipment, wherein the firefighting equipment comprises a fire axe, a fire shovel and a fire extinguisher, and the fire cabinet body has a firefighting equipment storage position; the fire cabinet also comprises a storage position locking mechanism, a storage position unlocking mechanism, a weight sensor, an Internet of Things module, a biometric identification module, a linkage control module and a portable mobile control terminal; each storage position of a fire axe and a fire shovel is provided with a storage position locking mechanism and a storage position unlocking mechanism, and the fire axe or fire shovel at the corresponding position is locked and unlocked respectively by the storage position locking mechanism and the storage position unlocking mechanism, in the locked state, the fire axe or fire shovel cannot be taken, and in the unlocked state, the fire axe or fire shovel can be taken freely.

[0034] The biometric module is arranged on the cabinet of the fire cabinet, and a numeric keypad is arranged near the biometric module; each storage position of a fire axe and a fire shovel has a digital number, and the number input on the numeric keypad corresponds to the digital number of the storage position of the fire axe and the fire shovel, and the storage position unlocking mechanism of the corresponding position is unlocked by inputting the number; the numeric keypad can be used only after the biometric module successfully recognizes.

[0035] The Internet of Things module and its wireless transmitting device and wireless receiving device, biometric module and its use method, linkage control module, weight sensor, portable mobile control terminal and other components not described in detail involved in the present embodiments 1 and 2 are all prior arts. The idea of ​​the present invention is to use them to constitute this product, rather than to improve these components themselves, so they will not be described one by one.

[0036] The biometric information used in embodiments 1 and 2 is fingerprint information, iris information, or facial information.

[0037] Embodiments 1 and 2 can realize effective management and control of fire-fighting materials in the fire cabinet by setting a biometric module, a storage position locking mechanism, a storage position unlocking mechanism, a linkage control module and an Internet of Things module, so as to avoid the loss and illegal use of fire-fighting materials; by setting a linkage control module that can be linked with the on-site fire alarm equipment, the normal use of fire-fighting equipment in fire disaster scenarios is realized; at the same time, by setting an Internet of Things module and a weight sensor, the function of understanding the status of all fire-fighting materials in real time by using a mobile handheld device is realized.

Claims

1. A fire cabinet with a biometric module, comprising a fire cabinet body and fire-fighting equipment, wherein the fire-fighting equipment includes a fire axe, a fire shovel and a fire extinguisher, and the fire cabinet body has a storage position for fire-fighting equipment; characterized in that: The fire cabinet also has a storage position locking mechanism, a storage position unlocking mechanism, and a biometric module; each storage position of a fire axe and a fire shovel is provided with a storage position locking mechanism and a storage position unlocking mechanism, and the fire axe or fire shovel at the corresponding position is locked and unlocked by the storage position locking mechanism and the storage position unlocking mechanism respectively. In the locked state, the fire axe or the fire shovel cannot be taken, and in the unlocked state, the fire axe or the fire shovel can be taken freely; the biometric module is connected to each storage position locking mechanism and the storage position unlocking mechanism; The fire cabinet also includes a weight sensor and a portable mobile control terminal, and a weight sensor is set at the bottom of each fire extinguisher storage position. The weight sensor is used to generate corresponding weight information. After the fire extinguisher is placed in the storage position, the weight sensor is triggered to generate a trigger signal 1, and the trigger signal 1 and the corresponding weight signal 1 are sent to the portable mobile control terminal. The portable mobile control terminal has an APP built in, and the APP has a display module that corresponds to the distribution position of the on-site fire cabinet. After receiving the trigger signal 1, the portable mobile control terminal generates an instant time tag 1, and the time tag 1 and the weight signal are stored together in the corresponding display module of the APP; the portable mobile control terminal calculates the duration using the difference between the real-time time and the time tag 1. If the duration exceeds the predetermined duration and the weight signal 1 does not change, a prompt is sent that the fire-fighting equipment needs to be replaced; if the trigger signal 2 is received when the duration does not exceed the predetermined duration, the weight signal 2 included in the trigger signal 2 is different from the weight signal 1, and the weight difference between the two is within a preset range, the time tag 2 included in the trigger signal 2 is used to update the stored time tag. If the weight difference between the two exceeds the preset range, a prompt that the fire extinguisher needs to be replaced occurs.

2. The fire cabinet with a biometric identification module according to claim 1, characterized in that: The fire cabinet also includes an Internet of Things module, which connects each storage position locking mechanism, storage position unlocking mechanism and weight sensor; the Internet of Things module has a wireless transmitter and a wireless receiver, and the trigger signal of the weight sensor is sent to the portable mobile control terminal through the wireless transmitter, and the control signal of the portable mobile control terminal is sent to the storage position locking mechanism and the storage position unlocking mechanism through the wireless receiver, so as to lock or unlock the fire-fighting equipment.

3. The fire cabinet with a biometric identification module according to claim 2, characterized in that: The fire cabinet also includes a linkage control module, which connects each storage position locking mechanism and storage position unlocking mechanism, and is connected to the fire alarm equipment at the work site through the Internet of Things module. When the fire alarm equipment at the work site is triggered, the linkage control module controls all storage position unlocking mechanisms to open, so that all locked fire-fighting equipment can be used freely.

4. A fire cabinet with a biometric identification module according to claim 2 or 3, characterized in that: After the lock of any of the storage position unlocking mechanisms is released, the wireless transmitting device sends a lock release notification to the portable mobile control terminal and displays it in the corresponding display module of the APP.

5. The fire cabinet with a biometric identification module according to claim 1, characterized in that: The biometric identification module is arranged at each storage position of a fire axe and a fire shovel, and is connected with the storage position locking mechanism and the storage position unlocking mechanism of the position, and controls the storage position locking mechanism and the storage position unlocking mechanism of the position by inputting authenticated biometric information.

6. The fire cabinet with a biometric identification module according to claim 1, characterized in that: The biometric module is arranged on the cabinet body of the fire cabinet, and a numeric keypad is arranged near the biometric module; each storage position of a fire axe and a fire shovel has a digital number, and the number input on the numeric keypad corresponds to the digital number of the storage position of the fire axe and the fire shovel, and the storage position unlocking mechanism of the corresponding position is unlocked by inputting the number; the numeric keypad can only be used after the biometric module has been successfully identified.

7. The fire cabinet with a biometric identification module according to claim 3, characterized in that: The priority of the Internet of Things module, the biometrics module and the linkage control module in controlling each storage position locking mechanism and storage position unlocking mechanism is: the linkage control module is higher than the Internet of Things module and higher than the biometrics module.

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