CN210609240U - Fire extinguisher inspection management system - Google Patents
Fire extinguisher inspection management system Download PDFInfo
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- CN210609240U CN210609240U CN201921778359.6U CN201921778359U CN210609240U CN 210609240 U CN210609240 U CN 210609240U CN 201921778359 U CN201921778359 U CN 201921778359U CN 210609240 U CN210609240 U CN 210609240U
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Abstract
The utility model discloses a fire extinguisher inspection management system, utilize portable communication structure to carry out the formula of leading and patrol management fire extinguisher equipment, including supervision unit management system, authentication firm management system, detecting element management system, examined unit management system, disconnect-type database and big data high in the clouds network server, portable communication structure is equipped with and reads the structure, downloadable fire extinguisher inspection management system uses, the inspection is maintained management system and is read after the unit data is examined from disconnect-type database through data butt joint output input system, according to the fire control regulation that the predetermined region at inspection property place was ordered, the inspection item is answered in making before the date of patrolling and examining of ordering, supply to download in portable communication structure to the big data high in the clouds network server and answer inspection item data, again by the personnel of patrolling and examining in the date of patrolling and examining.
Description
Technical Field
The utility model relates to a fire extinguisher correlation field especially indicates a fire extinguisher inspection management system.
Background
With the transition and the complication of the society, the public awareness of personal and environmental safety is improved, and the range of security services is also evolved and expanded, such as anti-theft, disaster prevention, health care, energy conservation and the like, so that the security system occupies an increasingly important position. The traditional security system is that security personnel patrol to each patrol place, and the check-in card at each patrol place writes a signature and patrol time.
In the aspect of disaster prevention, a large number of devices which need to be monitored in a distributed mode are required in monitoring requirements of related fire extinguisher equipment and the environment, and due to the fact that the personnel detection devices and the front sections of the return modes still belong to paper operation, time is consumed in a wide day, and management efficiency is poor.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to provide a fire extinguisher inspection management system can save the manpower and the time of a large amount of detections, increase the management accuracy, reaches intelligent management efficiency, effectively promotes safe quality and reduces the purpose of administrative cost and energy-concerving and environment-protective.
Based on this, the utility model mainly adopts the following technical means to realize the above-mentioned purpose.
A fire extinguisher inspection management system utilizes a portable communication structure to conduct navigation type inspection management on a plurality of fire extinguisher equipment, the fire extinguisher inspection management system comprises a supervision unit management system, an authentication manufacturer management system, a detection unit management system, a detected unit management system, a separated database and a big data cloud network server, the portable communication structure is provided with a reading structure, a processor and an identification structure, the separated database is arranged in the portable communication equipment, the portable communication structure can be downloaded to the fire extinguisher inspection management system for use, the big data cloud network server is provided with a cloud database, an authentication system, an inspection maintenance management system and a data docking output and input system, wherein: the supervising unit management system authorizes and establishes qualified certification manufacturer, detection unit and checked unit, respectively logs in the certification manufacturer management system, the detection unit management system and the checked unit management system through the portable communication structure, and uploads corresponding basic data to the separate database for storage; the supervision unit management system is confirmed by the certification system to authorize the certification manufacturer management system, the detection unit management system and the checked unit management system to be connected for use and transmitted to the cloud database for storage; the inspection maintenance management system reads the data of the inspected unit from the separated database through the data docking output input system, and establishes an inspection item before the determined inspection date according to the fire-fighting regulation stipulated by the region of the inspected unit; the portable communication device is carried by the inspection personnel, the item to be inspected is downloaded, and the inspection is carried out on the inspected unit within the inspection date; the portable communication structure can enter a patrol interface, the patrol interface plans a patrol route, guides patrol personnel to patrol according to the patrol route in place, inputs or reads detection data to fire extinguisher equipment by virtue of the reading structure, identifies the fire extinguisher equipment by virtue of the identification structure, and analyzes and processes the detection data by virtue of the processor; and the processed detection data is transmitted back to the cloud database for storage through the portable communication structure, and the supervision unit management system is used for improving the period or opening the penalty.
Furthermore, the supervision unit management system can input the data of a detected unit, a qualified certification manufacturer, a detection unit and the required quantity and the required fixed points of the property floor fire extinguishers to the separated database for interactive management, wherein the data of the detected unit at least comprises the detected property, an address, a fire-fighting responsible unit, a property management unit, a property contact person, a contact phone and a property code.
Furthermore, after the management system of the certification manufacturer is authorized by the management system of the supervision unit, records and deletes the production and marketing record of fire extinguishers and the scrapped recovery management to the management system of the supervision unit, and then stores the records and the scrapped recovery management in the separate database.
Furthermore, the detection unit management system can record and delete the data of the patrolman after being authorized by the supervision unit management system, and return the fire extinguisher detection data to the supervision unit management system and then to the separated database for storage.
Further, the detection data of the fire extinguisher equipment at least comprises whether the fire extinguisher equipment reaches the positioning, whether the fire extinguisher equipment is used for time-out, whether the fire extinguisher equipment is embroidered or corroded in appearance, whether the fire extinguisher equipment is correct in quantity, whether insurance is complete and whether pressure is normal.
Further, whether the inspection personnel arrive at the location, after the inspection personnel place the fixed point to the fire extinguisher equipment, the returned detection data can confirm whether the inspection personnel really arrive at the inspected property or not, and the location position of the inspected floor can be sequentially checked, whether the inspection personnel are overdue for use, whether the appearance is rusted, whether the quantity is correct, whether the insurance is intact, whether the pressure is normal or not, and the inspection reporting information must be received on time within the legal time.
Furthermore, after the detection data is transmitted back to the cloud database for storage, the detected unit can log in the detected unit management system, a patrol detection function row page can be seen, columns which do not accord with specified detection items can be in striking colors, and the detected unit can improve according to the patrol detection function row page.
Further, the portable communication structure comprises a mobile phone and a tablet.
Further, a local user may access the big data cloud network server using a desktop or a laptop computer.
A fire extinguisher inspection management system utilizes a portable communication structure to conduct navigation type inspection management on a plurality of fire extinguisher equipment, the fire extinguisher inspection management system comprises a supervision unit management system, an authentication manufacturer management system, a detection unit management system, a detected unit management system, a separated database and a big data cloud network server, the portable communication structure is provided with a reading structure, a processor and an identification structure, the separated database is arranged in the portable communication equipment, the portable communication structure can be downloaded to the fire extinguisher inspection management system for use, the big data cloud network server is provided with a cloud database, an authentication system, an inspection maintenance management system and a data butt joint output and input system, and the fire extinguisher inspection management system comprises the following steps of use; s1, the supervising unit management system authorizes and establishes qualified certification manufacturer, detection unit and inspected unit, after downloading system login, it uploads basic data to the separated database in the supervising unit management system; s2, the supervision unit management system is confirmed by the certification system to authorize and open each usage unit to connect or transmit to the cloud database of the big data cloud network server for storage; s3 inspection maintenance management system, which can read the data of the inspected unit from the separated database and make the inspection item before the inspection date according to the fire-fighting regulation stipulated by each regional user; s4, the inspection personnel carries the portable communication device to download the data of the item to be inspected and inspect the inspected property within the inspection date; s5 portable communication structure patrol interface, guide patrol personnel to patrol according to patrol route, input or read relevant detection data to fire extinguisher equipment and identify fire extinguisher; s6 the detection data is transmitted back from the portable communication structure to the cloud database of the big data cloud network server for storage; s7 the supervision unit management system improves the time limit or opens penalty; s8 the inspected unit improves the inspection result according to the inspection function list page without the regulated items.
After the technical means is adopted, the utility model discloses utilize reading structure, treater among the portable communication device and discern the structure and can integrate the application to the wireless radio frequency technique of each fire extinguisher equipment etc. provide useless electric monitoring mode, more can save manpower and the time that a large amount of detected, increase the management accuracy, reach intelligent management efficiency, effectively promote safe quality and reduce the purpose of administrative cost and energy-concerving and environment-protective.
Drawings
Fig. 1 shows a schematic diagram of the fire extinguisher inspection management system of the present invention.
Fig. 2 shows a schematic view of the operation flow of the fire extinguisher inspection management system of the present invention.
Fig. 3 is a schematic view of a display interface of the portable communication structure in the fire extinguisher inspection management system of the present invention.
Fig. 4 to 7 show the inspection page schematic diagram of the fire extinguisher inspection management system of the present invention.
Fig. 8 is a schematic view of a patrol checking function column page of the fire extinguisher checking and managing system according to the present invention.
[ notation ] to show
100 fire extinguisher inspection management system
1 supervisory unit management system
2 authentication manufacturer management system
3 detection unit management system
4 examined unit management system
5 separated database
6 big data cloud network server
61 cloud database
62 authentication system
63 inspection and maintenance management system
64 data docking output-input system
70 patrol checking function column page
71 striking color
200 portable communication structure
210 read structure
220 processor
230 identification structure
300 desktop computer
Step S1
Step S2
Step S3
Step S4
Step S5
Step S6
Step S7
And step S8.
Detailed Description
Referring to fig. 1 and 8, the fire extinguisher inspection management system 100 of the present invention is shown to utilize a portable communication structure 200 to conduct a guided inspection and management of a plurality of fire extinguisher equipments (not shown), the fire extinguisher inspection management system 100 includes a supervision unit management system 1, an authentication manufacturer management system 2, a detection unit management system 3, a inspected unit management system 4, a separate database 5 and a cloud-based network server 6, the portable communication structure 200 is provided with a reading structure 210, a processor 220 and an identification structure 230, the separate database 5 is provided in the portable communication device 200, the portable communication structure 200 can be downloaded to the fire extinguisher inspection management system 100 for use, and the big data cloud network server 6 has a cloud database 61, an authentication system 62, an inspection and maintenance management system 63, and a data docking output/input system 64.
The portable communication structure 200 may be a mobile phone or a tablet, but the local user may access the fire extinguisher inspection management system 100 using a desktop computer 300 or a portable computer (which may also have a separate database 5); the portable communication structure 200 can pre-store the inspection result without the network, and upload the inspection result to the fire extinguisher inspection management system 100 when the network is available. The portable communication structure 200 is at least provided with a reading structure 210, and the portable communication structure 200 can be downloaded to the fire extinguisher inspection management system 100 for use.
Please refer to fig. 2 for the following description, which shows a schematic diagram of a display interface of a portable communication structure in the fire extinguisher inspection management system of the present invention.
The supervising unit management system 1 authorizes and establishes a qualified certification manufacturer, a qualified detection unit and a qualified unit to be checked, respectively logs in the certification manufacturer management system 2, the detection unit management system 3 and the unit to be checked management system 4 through the portable communication structure 200, and uploads corresponding basic data to the separate database 5 for storage (as shown in step S1 of fig. 2).
The supervising unit management system 1 is confirmed by the certification system 62 to authorize the opening of the certification vendor management system 2, the detecting unit management system 3 and the checked unit management system 4 for use (but not limited to, wireless or wired connection), and then transmits the information to the cloud database 61 for storage (step S2 in fig. 2).
The inspection and maintenance management system 63 reads the data of the inspected unit from the separate database 5 through the data docking input/output system 64, and establishes an inspection item before the determined inspection date according to the fire-fighting regulation defined in the area where the inspected unit is located (step S3 in FIG. 2).
The inspection personnel carries the portable communication device 200, downloads the item to be inspected, and inspects the inspected unit within the inspection date (see step S4 in fig. 2).
The portable communication structure 200 may enter a routing inspection interface (as shown in fig. 4 to 7) which plans a routing inspection route, guides an inspector to perform routing inspection according to the routing inspection route, inputs or reads the detection data to the fire extinguisher equipment by the reading structure 210, identifies the fire extinguisher equipment (e.g., RFID) by the identification structure 230, and analyzes and processes the detection data by the processor 220 (e.g., step S5 of fig. 2).
The processed detection data is transmitted back to the cloud database 5 from the portable communication structure 200 for storage (as shown in step S6 of fig. 2).
After the detection data is transmitted back to the cloud database storage 5, it is managed by a monitoring unit (e.g., a monitoring unit management system) to improve the detection data by a limited period or to open a penalty (e.g., step S7 of fig. 2).
After the inspection data is transmitted back to the cloud database for storage, the inspected unit can log into the inspected unit management system 4, and then see a patrol inspection function list page 70 (as shown in fig. 8), the columns of the unqualified inspection items will show a striking color 71, and the inspected unit can perform improvement according to the patrol inspection function list page 70.
The supervision unit management system 1 can input a detected unit data, a qualified certification manufacturer, a detection unit and the required quantity and the required placement fixed points of the property floor fire extinguishers into the separate database 5 for interactive management, wherein the detected unit data at least comprises the detected property, an address, a fire-fighting responsible unit, a property management unit, a property contact person, a contact phone and a property code.
After the management system 2 of the certification manufacturer is authorized by the management system 1 of the supervision unit, the records of production and sale of the fire extinguisher and the management of scrapped recovery can be recorded and deleted to the management system 1 of the supervision unit, and then the records are stored in the separate database 5, so that the general public can download the fire extinguisher inspection management system 100 through the portable communication structure 200 and verify the truth of the records of production and sale of the purchased fire extinguisher.
The detecting unit management system 3 can record and delete the data of the patrolman after being authorized by the supervisory unit management system 1, and return the detecting data of the fire extinguisher to the supervisory unit management system 1, and then store the detecting data in the separated database 5.
The detection data of the fire extinguisher equipment at least comprises whether the fire extinguisher equipment reaches the positioning, whether the fire extinguisher equipment is used for a long time or not, whether the fire extinguisher equipment is used for. Whether the inspection personnel arrive the location, after the inspection personnel place the fixed point to the fire extinguisher equipment, after the returned detection data, whether the inspection personnel really arrive the inspected property and the location position of the inspected floor can be determined, whether the inspection personnel use the location in an overdue mode, whether the appearance is rusted, whether the quantity is correct, whether the insurance is intact and whether the pressure is normal can be sequentially checked, and the inspection reporting information must be received in time within the legal time.
Referring to FIG. 4, a patrol route interface is shown, and when the patrol inspector arrives at the 3A-1F-A area, the patrol inspector clicks the 3A-1F-A area and enters the screen of FIG. 5. Please refer to fig. 5, which shows the number of fire extinguisher devices and the corresponding numbers thereof in the 3A-1F-a area, wherein the embodiment takes the number of four as an illustration, but not limited thereto; after the fire extinguisher number "abc 0001" is clicked, the screen proceeds to fig. 6. Referring to fig. 6, a click diagram of the status of the fire extinguisher device is shown, and meanwhile, the reading structure 210 can be used to input or read the detection data into the fire extinguisher device, and the identification structure 230 can be used to identify the fire extinguisher device (such as RFID), and the processor 220 can analyze and process the detection data; after completion, the images are sequentially skipped to the image of FIG. 7. Referring to fig. 7, a click diagram of the status of the fire extinguisher equipment with the next fire extinguisher number "abc 0002" is shown, and the reading structure 210 can be used to input or read the detection data into the fire extinguisher equipment, the identification structure 230 can be used to identify the fire extinguisher equipment (e.g., RFID), the processor 220 can analyze and process the detection data, and so on.
Therefore, by the above-mentioned structure, the reading structure 210, the processor 220 and the identification structure 230 in the portable communication device 200 can integrate and apply the radio frequency technology for each fire extinguisher device, and provide a non-useful electricity monitoring mode, which can save a lot of detection manpower and time, increase management accuracy, achieve the purposes of intelligent management efficiency, effectively improving safety quality, reducing management cost, saving energy and protecting environment.
Furthermore, the utility model discloses an item such as environment monitoring, building management, factory management, the factory inspection of patrolling, safety maintenance can also be directed against to the framework, reaches the intelligent and energy-conserving equipment accuse management efficiency of detection of lifting means, can increase staff's security simultaneously at work.
A fire extinguisher inspection management system 100 manages a plurality of fire extinguisher equipments by conducting a walk-through type inspection using a portable communication structure 200, the fire extinguisher inspection management system 100 includes a supervision unit management system 1, a certification manufacturer management system 2, a detection unit management system 3, a checked unit management system 4, a separate database 5 and a big data cloud network server 6, the portable communication structure 200 is provided with a reading structure 210, a processor 220 and an identification structure 230, the separate database 5 is provided in the portable communication device 200, the portable communication structure 200 can be downloaded to the fire extinguisher inspection management system 100 for use, the big data cloud network server 6 has a cloud database 61, an authentication system 62, an inspection and maintenance management system 63 and a data docking output and input system 64, and the fire extinguisher inspection management system 100 has the steps of use;
s1, the supervising unit management system authorizes and establishes qualified certification manufacturer, detection unit and inspected unit, after downloading system login, it uploads basic data to the separated database in the supervising unit management system;
s2, the supervision unit management system is confirmed by the certification system to authorize and open each usage unit to connect or transmit to the cloud database of the big data cloud network server for storage;
s3 inspection maintenance management system, which can read the data of the inspected unit from the separated database and make the inspection item before the inspection date according to the fire-fighting regulation stipulated by each regional user;
s4, the inspection personnel carries the portable communication device to download the data of the item to be inspected and inspect the inspected property within the inspection date;
s5 portable communication structure patrol interface, guide patrol personnel to patrol according to patrol route, input or read relevant detection data to fire extinguisher equipment and identify fire extinguisher;
s6 the detection data is transmitted back from the portable communication structure to the cloud database of the big data cloud network server for storage;
s7 the supervision unit management system improves the time limit or opens penalty;
s8 the inspected unit improves the inspection result according to the inspection function list page without the regulated items.
While the foregoing is directed to embodiments of the present invention, other and further embodiments of the invention may be devised without departing from the basic scope thereof. Although the present invention has been explained with reference to preferred embodiments, this does not constitute a limitation of the present invention. It should be noted that many other similar embodiments can be constructed by those skilled in the art according to the inventive concept, and these are all within the scope of the invention.
Claims (9)
1. A fire extinguisher inspection management system which characterized in that: contain a portable communication structure, this fire extinguisher inspection management system includes a supervision unit management system, a certification manufacture management system, a detecting element management system, a unit management system that is examined, a disconnect-type database and a big data high in the clouds network server, this portable communication structure is equipped with one and reads the structure, a processor and an identification structure, this disconnect-type database sets up in this portable communication equipment, this portable communication structure can download this fire extinguisher inspection management system and use, this big data high in the clouds network server has a high in the clouds database, an authentication system, an inspection maintenance management system and a data butt joint output input system, wherein:
the supervising unit management system authorizes and establishes qualified certification manufacturer, detection unit and checked unit, respectively logs in the certification manufacturer management system, the detection unit management system and the checked unit management system through the portable communication structure, and uploads corresponding basic data to the separate database for storage;
the supervision unit management system is confirmed by the certification system to authorize the certification manufacturer management system, the detection unit management system and the checked unit management system to be connected for use and transmitted to the cloud database for storage;
the inspection maintenance management system reads the data of the inspected unit from the separated database through the data docking output input system, and establishes an inspection item before the determined inspection date according to the fire-fighting regulation stipulated by the region of the inspected unit;
the portable communication device is carried by the inspection personnel, the item to be inspected is downloaded, and the inspection is carried out on the inspected unit within the inspection date;
the portable communication structure can enter a patrol interface, the patrol interface plans a patrol route, guides patrol personnel to patrol according to the patrol route in place, inputs or reads detection data to fire extinguisher equipment by virtue of the reading structure, identifies the fire extinguisher equipment by virtue of the identification structure, and analyzes and processes the detection data by virtue of the processor; and
and the processed detection data is transmitted back to the cloud database for storage through the portable communication structure, and the supervision unit management system is used for improving the period limit or opening the penalty.
2. The fire extinguisher inspection management system according to claim 1, characterized in that: the supervising unit management system can input the data of a detected unit, qualified certification manufacturers, detection units and fixed points required by fire extinguishers of property floors and placed into the separated data base for interactive management, wherein the data of the detected unit at least comprises the detected property, an address, a fire-fighting responsible unit, a property management unit, a property contact person, a contact phone and a property code.
3. The fire extinguisher inspection management system according to claim 2, characterized in that: the management system of the certification manufacturer can record and delete the records of production and sale of fire extinguishers and scrap recovery management to the management system of the supervision unit after being authorized by the management system of the supervision unit, and then store the records in the separated database, and a user downloads the fire extinguisher inspection management system through a portable communication structure to check the truth of the records of production and sale of the purchased fire extinguishers.
4. The fire extinguisher inspection management system according to claim 3, characterized in that: the detection unit management system can record and delete the data of the patrolman after being authorized by the supervision unit management system, and returns the detection data of the fire extinguisher to the supervision unit management system and then to the separated database for storage.
5. The fire extinguisher inspection management system according to claim 1, characterized in that: the detection data of the fire extinguisher equipment at least comprises whether the fire extinguisher equipment reaches the positioning, whether the fire extinguisher equipment is used for a long time or not, whether the fire extinguisher equipment is used for.
6. The fire extinguisher inspection management system according to claim 5, characterized in that: whether the fire extinguisher equipment reaches the positioning or not, the inspection personnel can confirm whether the inspection personnel really reach the inspected property or not and the positioning position of the inspected floor after placing the fixed point to the fire extinguisher equipment and returning the detection data, and the inspection personnel can sequentially check whether the fire extinguisher equipment is overdue, whether the appearance is rusted or not, whether the quantity is correct, whether the insurance is good or not and whether the pressure is normal or not, and the inspection reporting information must be received on time within the legal time.
7. The fire extinguisher inspection management system according to claim 5, characterized in that: after the detection data is transmitted back to the cloud database for storage, the detected unit can log in the detected unit management system, a patrol detection function row page can be seen, columns which do not accord with specified detection items can be in striking colors, and the detected unit can improve according to the patrol detection function row page.
8. The fire extinguisher inspection management system according to claim 1, characterized in that: the portable communication structure comprises a mobile phone and a tablet.
9. The fire extinguisher inspection management system according to claim 1, characterized in that: a local user can access the big data cloud network server using a desktop or a laptop computer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921778359.6U CN210609240U (en) | 2019-10-22 | 2019-10-22 | Fire extinguisher inspection management system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921778359.6U CN210609240U (en) | 2019-10-22 | 2019-10-22 | Fire extinguisher inspection management system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN210609240U true CN210609240U (en) | 2020-05-22 |
Family
ID=70686651
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201921778359.6U Expired - Fee Related CN210609240U (en) | 2019-10-22 | 2019-10-22 | Fire extinguisher inspection management system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN210609240U (en) |
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2019
- 2019-10-22 CN CN201921778359.6U patent/CN210609240U/en not_active Expired - Fee Related
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20200522 Termination date: 20201022 |