CN105809217A - Safety tool and instrument intelligent management method based on working field remote monitoring system - Google Patents

Abstract

The invention relates to an intelligent management method for safety tools and appliances based on a remote monitoring system on the job site. The safety tools and appliances are bound to RFID Internet of Things tags, and a fixed reader is used to scan the RFID Internet of Things tags to store the safety tools and appliances into storage; When in use, the system automatically senses the RFID IoT tag, accurately identifies the identity of each tool, and compares it with the safety tool list information one by one to ensure the correct entry and exit of the safety tool and implement closed-loop management of the safety tool.

Description

Intelligent management method of safety tools based on the remote monitoring system of the job site

technical field

The invention relates to the field of remote monitoring on the job site, in particular to an intelligent management method for safety tools based on the remote monitoring system on the job site.

Background technique

At present, the supervision of on-site operations has been lacking in strength, and the use of safety tools is even less supervised. A large number of safety tools have a life span that is shorter than normal. After the on-site operation is completed, when the safety tools and appliances are returned to the warehouse, there are often situations where the tools and appliances are missed, causing a large amount of economic losses to the enterprise and the country.

Contents of the invention

In view of this, the object of the present invention is to propose an intelligent management method for safety tools based on a remote monitoring system on the job site, which can ensure the correct entry and exit of safety tools and implement closed-loop management of safety tools.

The present invention is realized by the following scheme: an intelligent management method for safe tools and appliances based on the remote monitoring system on the job site, which specifically includes a central control module and a database connected to it in the cloud, a work ticket identification module set in the tool warehouse, and a set The RFID reader in the warehouse of the tool, the safety tool, the radio frequency tag set on the safety tool, the import and export module of the work ticket in the remote monitoring system of the job site, the alarm module, and the early warning module for the regular maintenance of the tool; The database is provided with a list of safety tools and tools and a tool type binding relationship corresponding to a specific work ticket type set by the system; the tool regular maintenance early warning module is connected with the alarm module, the database and the central control module. To issue an early warning when the tools are damaged or the tools exceed the regular maintenance, so as to ensure that unqualified tools cannot be picked up for use; the specific steps include the following:

Step S1: the work ticket import and export module distributes work tickets according to the task needs;

Step S2: the central control module controls the work ticket identification module to scan the work ticket, and confirms the safety tool bound with the work ticket;

Step S3: When the safety tool is out of the warehouse, the RFID reader scans the radio frequency tag set on the safety tool, and the central control module judges whether the safety tool is bound to the work ticket confirmed in step S2 Determined safety equipment, if so, then enter step S4, otherwise, enter step S5;

Step S4: The safety tools and appliances corresponding to the current work ticket leave the warehouse to participate in the task, the central control module updates the list of safety tools and appliances in the database, and enters step S6;

Step S5: The alarm module performs an alarm action, prompts the staff to re-select the safety tool, and returns to step S3;

Step S6: When the safety tool is put into storage, the central control module controls the work ticket identification module to scan the work ticket to confirm the safety tool bound to the work ticket;

Step S7: The RFID reader-writer scans the radio frequency tag set on the safety tool, and the central control module judges whether the safety tool is the corresponding safety tool participating in the task in step S4, and if so, proceeds to step S8 , otherwise, go to step S9;

Step S8: The safety tools corresponding to the current work ticket are put into storage, and the central control module updates the list of safety tools in the database;

Step S9: The alarm module performs an alarm action, prompting the staff to re-check the brought back safety tools.

Further, the list of safety tools includes the names of all safety tools and their corresponding administrators, purchase time, scrapping time, RFID options, suppliers, warehouse names, and information used to display the actual appearance of the safety tools. Image information, status information used to display the inventory or usage status of the safety tool.

Further, the alarm module includes one or more combinations of a buzzer, a short message alarm module and an LED indicator light.

Further, the alarm action performed by the alarm module specifically includes one or more combinations of the following forms:

Form 1: buzzer beeps;

Form 2: LED indicator flashes;

Form 3: SMS alarm module sends an alarm message to the person in charge;

Form 4: The alarm module uploads the alarm information to the remote monitoring system on the job site.

Further, a monitoring camera is also included, and the step S7 also includes: the monitoring camera takes pictures of the safety tools that are about to be put into storage, and uploads the images to the remote monitoring system of the job site, and the relevant person in charge judges whether the safety tools are Whether the appliance is damaged, if there is damage, the person in charge will update the database safety appliance list information by operating on the system platform, and the alarm module will send information to relevant managers to remind them to supplement or update in time.

Further, the work ticket identification module includes a barcode scanner and a two-dimensional code scanner, and a barcode or a two-dimensional code is printed on the work ticket; the work ticket identification module scans the barcode or two-dimensional code on the work ticket Code information, call the matching security tools in the database.

Further, the early warning module for regular maintenance of tools includes an image input module and an information input module, the image input module is used to regularly scan the status information of tools, and the information input module is used to input the tool status input by the staff Information, when the tool is damaged or the tool exceeds the regular maintenance, the tool regular maintenance early warning module controls the alarm module to issue an early warning to ensure that the unqualified tool cannot be taken out for use.

In particular, in an embodiment of the present invention, the remote monitoring system of the job site includes a tool management unit, and the tool management unit obtains task information through a task management unit. , the tool management unit obtains the security tool information through the database according to the task information, determines the status of the tool, and if the status of the tool indicates that the tool is in the library, selects the tool, and modifies the status of the tool. If the status of the tool indicates that it is not in the warehouse, select the candidate tool linked to the tool, and modify the tool status of the candidate tool to complete the tool out of the warehouse.

Both primary safety equipment information and secondary safety equipment information in the safety equipment database can be added, modified and deleted.

Compared with the prior art, the present invention has the following beneficial effects: the present invention binds RFID Internet of Things tags (unique identification numbers) through safety tools and appliances, and uses fixed readers to scan RFID Internet of Things tags for storage of safety tools and appliances ;When using, the system automatically senses the RFID IoT tag, accurately identifies the identity of each tool, and compares it with the safety tool list information one by one to ensure the correct entry and exit of the safety tool and realize the closed-loop management of the safety tool .

Description of drawings

Fig. 1 is a functional block diagram of the present invention.

detailed description

The present invention will be further described below in conjunction with the accompanying drawings and embodiments.

As shown in Figure 1, this embodiment provides a method for intelligent management of safety tools based on the remote monitoring system on the job site, which specifically includes a central control module, a database connected to it in the cloud, and a work ticket set in the tool warehouse. Identification module, RFID reader/writer installed in tool warehouse, safety tools, radio frequency tags set on safety tools, work ticket import and export module in the remote monitoring system of the job site, alarm module, regular maintenance of tools Early warning module; the database is provided with a list of safety tools and equipment and the tool type binding relationship corresponding to the specific work ticket type set by the system; The modules are connected to issue an early warning when the tool is damaged or the tool exceeds the regular maintenance, so as to ensure that the unqualified tool cannot be taken out for use. The specific steps include the following:

Step S1: the work ticket import and export module distributes work tickets according to the task needs;

Step S2: the central control module controls the work ticket identification module to scan the work ticket, and confirms the safety tool bound with the work ticket;

Step S3: When the safety tool is out of the warehouse, the RFID reader scans the radio frequency tag set on the safety tool, and the central control module judges whether the safety tool is bound to the work ticket confirmed in step S2 Determined safety equipment, if so, then enter step S4, otherwise, enter step S5;

Step S4: The safety tools and appliances corresponding to the current work ticket leave the warehouse to participate in the task, the central control module updates the list of safety tools and appliances in the database, and enters step S6;

Step S5: The alarm module performs an alarm action, prompts the staff to re-select the safety tool, and returns to step S3;

Step S6: When the safety tool is put into storage, the central control module controls the work ticket identification module to scan the work ticket to confirm the safety tool bound to the work ticket;

Step S7: The RFID reader-writer scans the radio frequency tag set on the safety tool, and the central control module judges whether the safety tool is the corresponding safety tool participating in the task in step S4, and if so, proceeds to step S8 , otherwise, go to step S9;

Step S8: The safety tools corresponding to the current work ticket are put into storage, and the central control module updates the list of safety tools in the database;

Step S9: The alarm module performs an alarm action, prompting the staff to re-check the brought back safety tools.

In this embodiment, the list of safety tools includes the names of all safety tools and their corresponding managers, purchase time, scrapping time, RFID options, suppliers, warehouse names for storage, and is used to display the names of the safety tools. The image information of the actual appearance, and the status information used to display the inventory or usage status of the safety tool.

In this embodiment, the alarm module includes one or more combinations of a buzzer, a short message alarm module and an LED indicator light.

In this embodiment, the alarm action performed by the alarm module specifically includes one or more combinations of the following forms:

Form 1: buzzer beeps;

Form 2: LED indicator flashes;

Form 3: SMS alarm module sends an alarm message to the person in charge;

Form 4: The alarm module uploads the alarm information to the remote monitoring system on the job site.

In this embodiment, a surveillance camera is also included, and the step S7 further includes: the surveillance camera photographs images of safety tools and appliances that are about to be put into storage, and uploads the images to the remote monitoring system on the job site, and the relevant person in charge judges Whether the safety tool is damaged, if there is damage, the person in charge will update the database safety tool list information by operating on the system platform, and the alarm module will send information to relevant managers to remind them to supplement or update in time.

In this embodiment, the work ticket identification module includes a barcode scanner and a two-dimensional code scanner, and a barcode or a two-dimensional code is printed on the work ticket; the work ticket identification module scans the barcode on the work ticket or QR code information, call the matching safety tools in the database.

In this embodiment, the early warning module for regular maintenance of tools includes an image input module and an information input module, the image input module is used to regularly scan the status information of tools, and the information input module is used to input Tool status information, when the tool is damaged or the tool exceeds the regular maintenance, the tool regular maintenance early warning module controls the alarm module to issue an early warning, so as to ensure that unqualified tools cannot be picked up for use.

In particular, in an embodiment of the present invention, the remote monitoring system of the job site includes a tool management unit, and the tool management unit obtains task information through a task management unit. , the tool management unit obtains the security tool information through the database according to the task information, determines the status of the tool, and if the status of the tool indicates that the tool is in the library, selects the tool, and modifies the status of the tool. If the status of the tool indicates that it is not in the warehouse, select the candidate tool linked to the tool, and modify the tool status of the candidate tool to complete the tool out of the warehouse.

The above descriptions are only preferred embodiments of the present invention, and all equivalent changes and modifications made according to the scope of the patent application of the present invention shall fall within the scope of the present invention.

Claims (7)

1. A safety tool intelligent management method based on a remote monitoring system on the job site, characterized in that: it includes a central control module and a database connected to it that is set in the cloud, a work ticket identification module set in the tool warehouse, and a work ticket identification module set in the tool warehouse. The RFID reader in the appliance warehouse, the safety tools, the radio frequency tags set on the safety tools, the work ticket import and export module in the remote monitoring system of the job site, the alarm module, the tool regular maintenance early warning module; the database There is a list of safety tools and tools and the tool type binding relationship corresponding to the specific work ticket type set by the system; the tool regular maintenance early warning module is connected with the alarm module, database and central control module for An early warning is issued when the tools are damaged or the tools exceed the regular maintenance, so as to ensure that the unqualified tools cannot be picked up for use; the specific steps are as follows: Step S1: the work ticket import and export module distributes work tickets according to the task needs; Step S2: the central control module controls the work ticket identification module to scan the work ticket, and confirms the safety tool bound with the work ticket; Step S3: When the safety tool is out of the warehouse, the RFID reader scans the radio frequency tag set on the safety tool, and the central control module judges whether the safety tool is bound to the work ticket confirmed in step S2 Determined safety equipment, if so, then enter step S4, otherwise, enter step S5; Step S4: The safety tools and appliances corresponding to the current work ticket leave the warehouse to participate in the task, the central control module updates the list of safety tools and appliances in the database, and enters step S6; Step S5: The alarm module performs an alarm action, prompts the staff to re-select the safety tool, and returns to step S3; Step S6: When the safety tool is put into storage, the central control module controls the work ticket identification module to scan the work ticket to confirm the safety tool bound to the work ticket; Step S7: The RFID reader-writer scans the radio frequency tag set on the safety tool, and the central control module judges whether the safety tool is the corresponding safety tool participating in the task in step S4, and if so, proceeds to step S8 , otherwise, go to step S9; Step S8: The safety tools corresponding to the current work ticket are put into storage, and the central control module updates the list of safety tools in the database; Step S9: The alarm module performs an alarm action, prompting the staff to re-check the brought back safety tools. 2. A method for intelligent management of safety tools based on a remote monitoring system at a job site according to claim 1, wherein the list of safety tools includes the names of all safety tools and their corresponding managers, purchasers, etc. Time, end-of-life time, RFID option, supplier, storage warehouse name, image information used to display the actual appearance of the safety tool, status information used to display the inventory or use status of the safety tool. 3. A method for intelligent management of safety tools based on a remote monitoring system at a job site according to claim 1, wherein the alarm module includes one or more of a buzzer, a short message alarm module, and an LED indicator light. kind of combination. 4. A method for intelligent management of safety tools based on a remote monitoring system at a job site according to claim 3, wherein the alarm action performed by the alarm module specifically includes one or more combinations of the following forms: Form 1: buzzer beeps; Form 2: LED indicator flashes; Form 3: SMS alarm module sends an alarm message to the person in charge; Form 4: The alarm module uploads the alarm information to the remote monitoring system on the job site. 5. A method for intelligent management of safety tools based on a remote monitoring system at a job site according to claim 1, characterized in that: it also includes a monitoring camera, and the step S7 further includes: the monitoring camera photographs the The image of the safety tool is uploaded to the remote monitoring system of the job site. The relevant person in charge will judge whether the safety tool is damaged. If there is damage, the person in charge will update the database of the safety tool by operating on the system platform. List information, the alarm module sends information reminders to relevant management personnel to supplement or update in time. 6. A method for intelligent management of safety tools based on a remote monitoring system at a job site according to claim, wherein the work ticket identification module includes a barcode scanner and a two-dimensional code scanner, and the work ticket A barcode or a two-dimensional code is printed; the work ticket identification module retrieves matching safety tools from the database by scanning the barcode or two-dimensional code information on the work ticket. 7. The intelligent management method for safe tools and appliances based on the remote monitoring system of the job site according to claim 1, wherein the early warning module for regular maintenance of tools and appliances includes an image input module and an information input module, and the image input module The module is used to regularly scan the status information of the tool, the information input module is used to input the status information of the tool input by the staff, when the tool is damaged or the tool exceeds the regular maintenance, the tool regular maintenance early warning module controls the The alarm module issues an early warning to ensure that unqualified tools cannot be picked up for use.