CN101582176A - Fire fighting apparatus safety-check management method - Google Patents

Abstract

The invention provides a method for safety inspection and management of fire-fighting equipment, which includes the following steps: S1. Installing ultra-high frequency RFID electronic tags on fire-fighting equipment that needs inspection; Frequency RFID electronic tags for identification and detection; S3. The handheld device sends the inspection records to the management platform through wireless communication; S4. The management platform stores the inspection records and can query and analyze them. The safety inspection and management method of fire-fighting equipment of the present invention installs an ultra-high frequency RFID electronic tag on the fire-fighting equipment. The record written into the UHF RFID electronic tag through the handheld device has a certain storage capacity, which can effectively solve the problem of fraud in the inspection process of firefighting equipment, improve the management level of firefighting equipment, effectively ensure the safety of firefighting equipment, and be more efficient. Good fire prevention ensures the safety of people's lives and property.

Description

Firefighting equipment safety inspection management method

technical field

The invention relates to a method, in particular to a safety inspection management method for fire-fighting equipment.

Background technique

Inspection of fire-fighting equipment is a necessary work to ensure the performance of fire-fighting equipment and ensure fire safety. However, in the process of fire equipment inspection, fraud occurs from time to time. The main manifestation is that they did not go to the scene to check and fabricated inspection records. This kind of bad behavior has left hidden dangers in ensuring the performance of fire-fighting equipment and poses a threat to fire-fighting safety. At present, the main way to eliminate these behaviors is to rely on education, and the relevant systems cannot effectively prevent the occurrence of these behaviors, and cannot fundamentally eliminate the occurrence of such fraud.

Contents of the invention

In order to overcome the shortcomings of the above-mentioned prior art, the present invention provides a safety inspection management method for fire-fighting equipment that can effectively solve the problem of fraud in the inspection process of fire-fighting equipment.

The technical solution adopted by the present invention to solve the technical problem is to provide a safety inspection management method for fire-fighting equipment, which includes the following steps: S1 Install an ultra-high frequency RFID electronic tag on the fire-fighting equipment that needs to be inspected, and the ultra-high frequency RFID electronic tags have a certain storage capacity and can store fire-fighting equipment inspection information; S2 inspectors read and write UHF RFID electronic tags through handheld devices; S3 requires password authentication for writing operations on electronic tags, and the authentication password is stored in advance In the handheld device: S4 management personnel check the inspection records of the reading history through the handheld device.

The solution of the present invention to further solve the technical problem is: the UHF RFID electronic tag has a globally unique digital ID.

The solution of the present invention to further solve the technical problem is: the UHF RFID electronic tag has a certain storage capacity, and can store fire-fighting equipment inspection information, which cannot be modified after storage.

The solution of the present invention to further solve the technical problem is: the inspection personnel must first log in to the handheld device, and then authorized users can use the handheld device.

The solution of the present invention to further solve the technical problem is: the entire storage space of the UHF RFID electronic tag is divided into several sectors, and each sector is protected by a password.

The solution of the present invention to further solve the technical problem is: the inspection personnel must first log in to the handheld device, and then authorized users can use the handheld device.

The solution of the present invention to further solve the technical problem is: the writing operation to the electronic tag requires password authentication, and the authentication password is stored in the handheld device in advance.

The solution of the present invention to further solve the technical problem is: the user information, time information and checked business information in the handheld device generate an inspection record, and the inspection record is written into the electronic tag through the radio frequency module of the handheld device.

The solution of the present invention to further solve the technical problem is: the user information and time information in the inspection records cannot be modified, and are automatically generated by the system in the handheld device.

The solution of the present invention to further solve the technical problem is: the UHF RFID electronic tag has a storage capacity of 1K to several K.

Compared with the prior art, the fire-fighting equipment safety inspection management method of the present invention installs an ultra-high frequency RFID electronic tag on the fire-fighting equipment. inspection records, and write the inspection records into the UHF RFID electronic tag through the handheld device. The safety of equipment can better prevent fires and ensure the safety of people's lives and property.

Description of drawings

Fig. 1 is a schematic flowchart of a method for managing fire safety inspection provided by the present invention.

Fig. 2 is a schematic structural diagram of the electronic tag data storage area of the fire-fighting equipment safety inspection management method provided by the implementation of the present invention.

Detailed ways

As shown in Figure 1, the present invention provides a safety inspection and management method for fire-fighting equipment, which utilizes advanced communication technology, computer, microelectronics technology and network technology to provide an effective supervision method for equipment inspection of fire-fighting management units , so that the accuracy of the fire equipment inspection data is guaranteed, which can effectively prevent fraudulent behavior during the fire equipment inspection process and ensure the safety of electricity use.

The fire-fighting equipment safety inspection management method includes the following steps:

S1 installs UHF RFID electronic tags on the fire-fighting equipment that needs to be inspected. The UHF RFID electronic tag has a certain storage capacity and can store fire-fighting equipment inspection information;

S2 Inspectors read and write UHF RFID electronic tags through handheld devices;

The write operation of S3 to the electronic label requires password authentication, and the authentication password is stored in the handheld device in advance;

S4 The management personnel check the inspection records of the reading history through the handheld device.

The UHF RFID electronic tag installed on the firefighting equipment has a unique digital ID in the world and cannot be copied, ensuring that the inspection results cannot be copied.

As shown in Figure 2, the UHF RFID electronic tag has a certain storage capacity, and the entire storage space of the UHF RFID electronic tag is divided into several sectors, and each sector is protected by a password. The password of each sector has been set before use, and the password of the electronic tag is stored in the authorized handheld device, which can read and write the electronic tag, and can design the storage structure according to the business; after the data is stored, it cannot be modified to ensure the data accuracy.

The UHF RFID electronic tag has a storage capacity of 1K to several K.

When operating, inspectors must first log in to the handheld device, authorized users can use the handheld device, and legal users can only read and write electronic tags after logging in to the handheld device.

After the handheld device is successfully logged in, the entry of inspection data can be performed. The user information, time information and checked business information in the handheld device generate an inspection record, and the inspection record is written into the electronic tag through the radio frequency module of the handheld device. The user information and time information in the inspection record cannot be modified and is automatically generated by the system in the handheld device.

After receiving the inspection data sent by the handheld device, the UHF RFID electronic tag returns the processing result to the handheld device, and the inspection process of a device ends.

The UHF RFID electronic tag stores the original data of the inspection, which cannot be changed, and provides a query function when needed.

The safety inspection and management method of fire-fighting equipment of the present invention installs an ultra-high frequency RFID electronic tag on the fire-fighting equipment. The record written into the UHF RFID electronic tag through the handheld device has a certain storage capacity, which can effectively solve the fraud problem in the inspection process of firefighting equipment, improve the management level of firefighting equipment, effectively ensure the safety of firefighting equipment, and be more efficient. Good fire prevention ensures the safety of people's lives and property.

Claims (9)

1. A fire-fighting equipment safety inspection management method, which includes the following steps: S1 installs an ultra-high frequency RFID electronic tag on the fire-fighting equipment that needs to be checked, and the ultra-high frequency RFID electronic tag has a certain storage capacity and can store fire-fighting equipment. Equipment inspection information; S2 inspectors read and write UHF RFID electronic tags through handheld devices; S3 requires password authentication for writing operations on electronic tags, and the authentication password is stored in the handheld device in advance; S4 management personnel read and write through handheld devices Check out the historical inspection records. 2. The fire-fighting equipment safety inspection management method according to claim 1, characterized in that: said UHF RFID electronic tag has a globally unique digital ID. 3. The fire-fighting equipment safety inspection management method according to claim 1, characterized in that: the UHF RFID electronic tag has a certain storage capacity, can store fire-fighting equipment inspection information, and cannot be modified after storage. 4. The fire-fighting equipment safety inspection management method according to claim 3, characterized in that: the entire storage space of the UHF RFID electronic tag is divided into several sectors, and each sector has password protection. 5. The method for managing safety inspection of fire-fighting equipment according to claim 1, characterized in that: inspectors must first log in to the handheld device before authorized users can use the handheld device. 6. The fire-fighting equipment safety inspection management method according to claim 5, characterized in that: the writing operation to the electronic tag requires password authentication, and the authentication password is stored in the handheld device in advance. 7. The fire-fighting equipment safety inspection management method according to claim 6, characterized in that: the user information, time information and checked business information in the handheld device generate an inspection record, and the inspection record is written into the in the electronic label. 8. The fire-fighting equipment safety inspection management method according to claim 7, characterized in that: the user information and time information in the inspection records cannot be modified, and are automatically generated by the system in the handheld device. 9. The fire-fighting equipment safety inspection management method according to claim 3, characterized in that: said UHF RFID electronic tag has a storage capacity of 1K to several K.

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