JP3235743U - Equipment management system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To track and record the position of a facility, grasp the state of the facility in real time, effectively ensure that a task is executed reliably, thereby maintaining and improving the operating performance of the facility, and working. Provide an equipment management system that not only improves efficiency and management efficiency, but also provides visualization data for evaluation to workers.
SOLUTION: The equipment management system includes an RF identification tag, a first mobile terminal, a second mobile terminal and a server, the RF identification tag is attached to the equipment to be managed, and the first mobile terminal is a second mobile terminal. By control, the equipment-related information stored in the RF identification tag is read and corrected, and the equipment-related information is transmitted to the second mobile terminal. The equipment management application program is installed in the second mobile terminal, and the server is installed. , The equipment-related information transmitted by the second mobile terminal, the instruction processing result information, and the preset equipment-related information are acquired.
[Selection diagram] Fig. 1

Description

Cross-reference to related applications This application claims the priority of a Chinese patent application filed with the China Patent Office on September 30, 2017, with an application number of 201710940307.3 and a name of "equipment management system and method". The entire contents are incorporated herein by reference.

The present application relates to the field of management, in particular to equipment management systems and methods.

With the rapid development of the social economy and the level of science and technology, the scale of the factories of many production and manufacturing companies is gradually expanding, and the factories of one company may have thousands of equipment. Due to the large number of equipment and large factories, scheduled equipment is difficult to track, equipment is not fully utilized, equipment maintenance recording work is cumbersome, equipment checks are missed, and equipment maintenance tasks are on schedule. Problems such as inability to complete are likely to occur, leading to a decline in the production efficiency and economic profits of the company.

Currently, factory equipment management is achieved primarily by recording and storing equipment scheduling, inspection and repair information on paper materials, which is used to collect and organize late equipment files. The process of making inquiries is complicated, the amount of paper consumed is large, and it is necessary to occupy a large amount of space to store the paper material. Furthermore, the paper quality material has low real-time property and shareability and is lost. It has drawbacks such as easy to get wet and easy to corrode.

In view of this, the present application provides a facility management system and method, due to the late collection, organization and inquiry process of equipment files due to the recording and storage of equipment scheduling, inspection and repair information on paper materials. Is cumbersome, consumes a large amount of paper, and needs to occupy a large amount of space to store the paper material. Furthermore, the paper quality material has low real-time property and shareability, is easily lost, and gets wet. The main purpose is to solve the technical problems of the prior art, which are easy to corrode and easy to corrode.

The first embodiment of the embodiment of the present application is
It is equipped with an RF identification tag, a first mobile terminal, a second mobile terminal, and a server.
The RF identification tag is attached to the managed equipment and is configured to store and transmit relevant information of the equipment.
A wireless communication module is built in both the first mobile terminal and the second mobile terminal, and the first mobile terminal and the second mobile terminal are wirelessly connected.
The first mobile terminal has a built-in RF read / write module, and under the control of the second mobile terminal, the first mobile terminal reads the related information of the equipment stored in the RF identification tag by the RF read / write module. And correct it, and send the related information of the equipment to the second mobile terminal.
The equipment management application program is installed in the second mobile terminal, the authority task of the current user is acquired by the equipment management application program, displayed to the current user, and the task command is executed by the current user. Is detected, the related information of the equipment is processed based on the command, and the information is processed.
The server is wirelessly connected to the second mobile terminal and acquires related information of the equipment transmitted by the second mobile terminal, processing result information of the instruction, and preset related information of the equipment. Provide an equipment management system configured as such.

The second embodiment of the embodiment of the present application is
When the privilege task acquisition operation is detected, the equipment management application program of the second mobile terminal wirelessly connected to the first mobile terminal acquires the privilege task of the current user and displays it to the current user.
Upon detecting the execution of the task instruction by the current user, the equipment management application program scans the RF identification tag by the first mobile terminal based on the instruction, and the equipment returned from the RF identification tag. A step of acquiring the related information, controlling the equipment to be transmitted to the equipment management application program, and acquiring the processing result information of the equipment to be processed based on the returned equipment-related information. ,
The equipment management application program provides an equipment management method including a step of transmitting the processing result information to a server.

As can be seen from the above embodiment of the present application, the equipment management system and method according to the present application use the RF identification tag to store the current state of the recording equipment in real time, avoid leakage of equipment information, and inspect the equipment. By using the first mobile terminal and the second mobile terminal, the location of the equipment can be effectively tracked and recorded, and the current state of the equipment can be grasped in real time. And also ensure that the task is performed effectively, thereby maintaining and improving the operational performance of the equipment, ensuring normal production, and all related equipment using the server. By storing the information, the completeness of the information is ensured, and by installing the equipment management application program on the second mobile terminal and performing systematic management, it is not enough to improve the work efficiency and management efficiency. Rather, provide visualization data for worker evaluation, liability and encouragement.

In order to more clearly explain the technical proposal of the embodiment of the present application, the drawings necessary for the description of the embodiment will be briefly described below, but of course, the drawings described below are merely some implementations of the present application. It is an example and therefore should not be scoped. Those skilled in the art can conceive other drawings based on these drawings without the need for creative effort.
It is a structural block diagram of the equipment management system which concerns on 1st Embodiment of this application. It is a schematic flowchart of the equipment management method which concerns on 3rd Embodiment of this application. It is a schematic flowchart of the equipment inventory task in the equipment management method which concerns on 4th Embodiment of this application. It is a schematic flowchart of the equipment inspection task in the equipment management method which concerns on 4th Embodiment of this application. It is a schematic flowchart of the equipment repair task in the equipment management method which concerns on 4th Embodiment of this application.

In order to make it clear and easy to understand the purpose, features, and advantages of the invention of the present application, the technical proposal of the embodiment of the present application will be clearly and completely explained and clarified with reference to the drawings of the embodiment of the present application. The examples described are only partial examples of the present application, not all examples. Generally, the units of the embodiments of the present application described and shown herein can be arranged and designed in various configurations. Therefore, in the following, the detailed description of the embodiment of the present application according to the drawings is not intended to limit the scope of the claims, but merely indicates a specific embodiment of the present application. Based on the embodiments of the present application, all other embodiments obtained by those skilled in the art without the need for creative effort belong to the scope of protection of the present application.

It should be noted that similar symbols and alphabets indicate similarities in the drawings below, so that once an item is defined in one drawing, it does not need to be further defined and interpreted in the remaining drawings. Further, in the explanation of the present application, terms such as "first" and "second" are merely for the purpose of distinguishing and explaining, and should not be understood as indicating or suggesting relative importance.

The equipment management system and method according to the embodiment of the present application can be applied to equipment management of a factory, the system includes an RF identification tag, a first mobile terminal, a second mobile terminal and a server, and information between each equipment of the system. Improve the management efficiency of the equipment of the factory by exchanging and using the equipment management application program of the second mobile terminal.

FIG. 1 shows a structural block diagram of the equipment management system according to the first embodiment of the present application.
It includes an RF identification tag 10, a first mobile terminal 20, a second mobile terminal 30, and a server 40.
The RF identification tag 10 is attached to the controlled equipment and is configured to store and transmit the related information of the equipment, and the related information stored in the RF identification tag 10 is the manufacturer of the equipment and the production date. , Price, equipment number, equipment model, equipment department and equipment location,
A wireless communication module 22 and a wireless communication module 32 are built in each of the first mobile terminal 20 and the second mobile terminal 30, and the wireless communication module 22 and the wireless communication module 32 may be a Bluetooth module. The first mobile terminal 20 and the second mobile terminal 30 are connected to each other via the wireless communication module 22 and the wireless communication module 32, and the first mobile terminal 20 is controlled by the second mobile terminal 30. The equipment-related information stored in the identification tag 10 is read and corrected by the RF read / write module 21 built in the first mobile terminal 20, and the equipment-related information is transmitted to the second mobile terminal 30. Configured,
The equipment management application program 31 is installed in the second mobile terminal 30, the equipment management application program 31 acquires the authority task of the current user, displays it to the user, and executes the task command by the user. When detected, it processes the related information of the equipment based on the command and processes it.
The server 40 is wirelessly connected to the second mobile terminal 30, and the related information of the equipment transmitted by the second mobile terminal 30, the processing result information of the instruction, and the preset related information of the equipment. Is configured to get.

In the embodiment of the present application, the equipment management system and method according to the present application use an RF identification tag to store the current state of the recording equipment in real time, avoid leakage of equipment information, and inspect, repair and inventor the equipment. While providing the rationale for the work, using the first and second mobile terminals, the location of the equipment can be effectively tracked and recorded, the current state of the equipment can be grasped in real time, and the task can be done. By effectively ensuring that it is executed, thereby maintaining and improving the operational performance of the equipment, ensuring normal production, and using the server to store all relevant information about the equipment. By installing the equipment management application program on the second mobile terminal and performing systematic management while ensuring the completeness of information, not only the work efficiency and management efficiency are improved, but also the evaluation of the workers. Provide visualization data for liability and encouragement.

The equipment management system according to the second embodiment of the present application includes an RF identification tag 10, a first mobile terminal 20, a second mobile terminal 30, and a server 40.
The RF identification tag 10 is an ultra-high frequency passive anti-metal tag that comprises a coupling element and a chip that stores related information of the equipment, is attached to the equipment, and has an operating frequency of 902 to 928 MHz (megahertz, hereinafter, hereafter, MHz), and the RF identification tag 10 has an EPC (Enginering Procedure Connection) area of 128 bits (bits, hereinafter, bits) and a User area of 512 bits, and the farthest readable distance is 10 m (meters, or less) as the main memory settings. , M), and when the RF identification tag 10 enters the magnetic field, it receives the RF signal from the first mobile terminal 20 and transmits the equipment-related information stored in the chip with the energy acquired by the induced current.

The first mobile terminal 20 has an RF read / write module 21 and a wireless communication module 22 built-in, communicates with the second mobile terminal 30 via the built-in wireless communication module 22, and identifies the RF identification tag 10 by the RF read / write module 21. Then, the related data information in the RF identification tag 10 is read or corrected, the equipment management application program 31 of the second mobile terminal 30 can control the first mobile terminal 20, and the first mobile terminal 20 is an operator. Can be held by hand.

The second mobile terminal 30 communicates with the first mobile terminal 20 via the built-in wireless communication module 32, connects to the server 40 via a wireless network, and is either handheld by an operator or easy to operate. Is clipped to the first mobile terminal 20.

Further, using the equipment management application program 31 of the second mobile terminal 30, inquiring about the equipment maintenance task, inquiring about the equipment position, controlling the first mobile terminal 20 to read and write the RF identification tag 10, and controlling the equipment. It is possible to edit the inspection result, perform an "order taking" operation for the equipment to be repaired by the equipment repairer, and perform an "assignment" operation by the equipment manager.

Specifically, when different users log in to the equipment management application program 31 of the second mobile terminal 30, different authorities can be acquired, and all the users who can log in have the authority to inquire about equipment information and manage the equipment. Persons have the authority to assign tasks, modify and issue equipment inventory and inspection tasks, and equipment inspectors have the authority to inquire about inventory and inspection tasks and upload inventory and inspection results. The equipment repairer has the authority to inquire about repair orders, take repair orders, and upload repair results, and installs the equipment management application program 31 on the second mobile terminal 30 to systematically. It not only improves work efficiency and management efficiency, but also provides a basis for visualization and data conversion for worker evaluation, responsibility pursuit and encouragement.

The server 40 stores equipment inspection tasks, basic equipment information and repair history records, a numbering table for equipment locations in the factory, work status of equipment inspectors and equipment repairers, and other equipment managers. Performs operations to update and issue equipment inspection tasks, change location number information in factories, statistics on equipment repair costs, work volume of equipment inspectors and repairers, work efficiency and progress statistics. It can ensure the completeness of the information by storing the relevant information of all equipment.

Further, an RF identification tag 10 is attached to the equipment, and under the control of the second mobile terminal 30, the first mobile terminal 20 attaches the equipment position, price, equipment number, equipment model, and manufacturer to the RF identification tag 10. , The production date and the related information of the equipment including the department to which the equipment belongs are written, the related information is transmitted to the server 40, and the related information is archived in the server 40.

In addition, when the equipment is rented out or moved between factories, the first mobile terminal 20 corrects the related information of the equipment in the RF identification tag 10 under the control of the second mobile terminal 30, and the related information. Information is transmitted to the server 40 and archived in the server 40, thereby effectively tracking and recording the location of the equipment and grasping the current state of the equipment in real time.

Further, the equipment manager corrects and issues the equipment inventory and equipment inspection task in the equipment management application program 31, the equipment inspector executes the equipment inventory and inspection task, and the equipment repairer performs the equipment repair task. Execute and the equipment manager assigns the repair task to the repairer.

Specifically, when performing an equipment inventory task
A step in which the equipment inspector logs in to the equipment management application program 31 of the second mobile terminal 30 to check the latest inventory task, and
Steps to reach the corresponding factory location based on the location information of the inventory target equipment in the inventory task,
Scanning by the first mobile terminal 20, the RF identification tag 10 in the equipment is activated, the equipment number information is transmitted to the first mobile terminal 20, and the first mobile terminal 20 is the equipment number information by the wireless communication module 21. To the second mobile terminal 30, and the step of completing the inventory task,
After the inventory task is completed, the equipment inspector records the inventory result information in the second mobile terminal 30, and uploads the inventory result to the server 40 by the equipment management application program 31.

When performing equipment inspection tasks
The equipment inspector logs in to the equipment management application program 31 of the second mobile terminal 30 using the personal account, and after the login is successful, the step of confirming the latest inspection task in the equipment management application program 31 and the step.
The step of inquiring about the location of the equipment based on the equipment number to be inspected in the inspection task and reaching the corresponding factory based on the location information, and
Using the equipment management application program 31 of the second mobile terminal 30, the first mobile terminal 20 is controlled to scan, the RF identification tag 10 in the equipment is activated, and the equipment number information is transmitted to the first mobile terminal 20. Then, when the first mobile terminal 20 transmits the equipment number information to the second mobile terminal 30 by the wireless communication module 21, and the second mobile terminal 30 matches and matches the equipment number in the inspection task, the equipment management application. The step of displaying the maintenance record and inspection method of the equipment in the program 31 and the equipment inspector starting the equipment inspection task,
After the inspection task is completed, the equipment inspector records the inspection result information in the second mobile terminal 30, and uploads the inspection result information to the server 40 by the equipment management application program 31.

When performing equipment repair tasks
The equipment repairer logs in to the equipment management application program 31 of the second mobile terminal 30 using the personal account, and after the login is successful, the step of confirming the equipment to be repaired in the equipment management application program 31 and the step.
A step in which an equipment repairer competes to take a repair order in the equipment management application program 31, takes a task, inquires about the equipment location based on the equipment number, and reaches the corresponding factory location based on the location information.
Using the equipment management application program 31 of the second mobile terminal 30, the first mobile terminal 20 is controlled to scan, the RF identification tag 10 in the equipment is activated, and the equipment number information is transmitted to the first mobile terminal 20. , The first mobile terminal 20 transmits the equipment number information to the second mobile terminal 30 by the wireless communication module 21, and the second mobile terminal 30 matches and matches the equipment number in the inspection task, and diagnoses the equipment. Then, the step of determining the cause of the failure of the equipment and
After finding out the cause of the equipment failure, the equipment repairer starts the repair task, and
After the equipment repair is completed, the equipment repairer records the repair result information on the second mobile terminal 30, and uploads the repair result information to the server 40 by the equipment management application program 31.
Further, if there is no equipment repairer who receives the repair task even after the predetermined time limit is exceeded, the equipment manager includes a step of assigning the repair task to a specific equipment repairer in the equipment management application program 31.

In the embodiments of the present application, the RF identification tag is used to store the current state of the recording equipment in real time, avoid leakage of equipment information, and provide a basis for equipment inspection, repair and inventory work. By using the first mobile terminal and the second mobile terminal, the position of the equipment can be effectively tracked and recorded, the current state of the equipment can be grasped in real time, and the task can be executed reliably. Ensuring, thereby maintaining and improving the operational performance of the equipment, ensuring normal production, and also ensuring the completeness of the information by storing all relevant information of the equipment using the server. By installing the equipment management application program on the second mobile terminal and implementing systematic management, not only improving work efficiency and management efficiency, but also visualization data for worker evaluation, responsibility pursuit and encouragement. I will provide a.

FIG. 2 shows a schematic implementation flowchart of the equipment management method according to the third embodiment of the present application, which includes steps S101 to S103.

S101, When the authority task acquisition operation is detected, the equipment management application program of the second mobile terminal wirelessly connected to the first mobile terminal acquires the authority task of the current user and displays it to the current user.
Specifically, the equipment management application program 31 of the second mobile terminal 30 is used to control the equipment maintenance task inquiry, the equipment position inquiry, and the first mobile terminal 20 to read and write the RF identification tag 10. , The inspection result of the equipment can be edited, the equipment repairer can perform the "order taking" operation for the equipment to be repaired, and the equipment manager can perform the "assignment" operation.

When different users log in to the equipment management application program 31 of the second mobile terminal 30, different authorities can be acquired, all the users who can log in have the authority to inquire about equipment information, and the equipment manager performs a task. It has the authority to assign, change and issue equipment inventory and inspection tasks, and the equipment inspector has the authority to inquire about inventory and inspection tasks and upload the results of inventory and inspection, and equipment repair. The person has the authority to inquire about repair orders, take repair orders, and upload repair results, and installs the equipment management application program 31 on the second mobile terminal 30 to carry out systematic management. By doing so, it not only improves work efficiency and management efficiency, but also provides a basis for visualization and data conversion for worker evaluation, responsibility pursuit and encouragement.

S102, upon detecting the execution of the task instruction by the current user, the equipment management application program is returned from the RF identification tag by the first mobile terminal scanning the RF identification tag based on the instruction. The equipment-related information is acquired, the equipment-related information is controlled to be transmitted to the equipment management application program, and the processing result information of the equipment to be processed is acquired based on the returned equipment-related information. ..
Specifically, when the task execution command is an equipment inventory task command, the equipment management application program 31 of the second mobile terminal 30 is based on the acquired and displayed execution content of the inventory task, the first mobile terminal 20. Scans the RF identification tag 10 in the inventory target equipment to acquire the related information (for example, location information, inspection information and repair information) of the inventory target equipment returned from the RF identification tag 10, and controls the inventory target equipment. Based on the related information (for example, location information, inspection information, and repair information), the processing result information of the inventory task of the inventory target equipment is acquired.

When the task execution command is an equipment inspection task command including related information (for example, number information) of the equipment to be inspected, the equipment management application program 31 of the second mobile terminal 30 is based on the acquired and displayed inspection task execution content. Then, the first mobile terminal 20 scans the RF identification tag 10 in the equipment and controls to acquire the related information (for example, number information) of the scanning equipment, and the related information (for example, number information) of the inspection target equipment. ) And the returned equipment related information (for example, number information) are matched, and if matched, the maintenance record and inspection method of the equipment to be inspected are displayed, and the inspection is performed based on the maintenance record and inspection method of the equipment to be inspected. The processing result information of the target equipment, that is, the inspection result information of the scanning equipment is acquired.

When the task execution command is an equipment repair task command and the execution of the repair task command by the current user is detected, the equipment management application program 31 of the second mobile terminal 30 has acquired and displayed the equipment to be repaired. Based on the execution content of the repair task including the related information (for example, number information), the first mobile terminal 20 scans the RF identification tag 10 in the equipment, and the related information of the equipment returned from the RF identification tag 10 (for example). It controls to acquire (number information), matches the related information of the equipment to be repaired (for example, number information) and the related information of the returned equipment (for example, number information), and if matched, the processing of the equipment to be repaired. The result information, that is, the repair result information of the scanning equipment is acquired.

If the current user's authority task is a repair task, but the execution of the repair task command by the current user is not detected, the repair task to be received is displayed to the current user, and the equipment management application of the second mobile terminal is displayed. The program scans the RF identification tag by the first mobile terminal based on the execution content of the repair task in the acquired repair task instruction including the number information of the equipment to be repaired, and the equipment number information returned from the RF identification tag. Is controlled so that the number information of the equipment to be repaired and the number information of the returned equipment are matched, and when the matching is performed, the processing result information of the equipment to be repaired is acquired.

Further, when there is a repair task instruction that has not been executed for a predetermined time or more, the equipment management application program 31 acquires an instruction for assigning the repair task and assigns the unexecuted repair task instruction to a specific user.

S103, the equipment management application program transmits the processing result information to the server.

When the equipment inventory task command is executed, the equipment inspector transmits the inventory result information to the server 40 by the equipment management application program 31 of the second mobile terminal 30.
When the equipment inspection task command is executed, the equipment inspector transmits the inspection result information to the server 40 by the equipment management application program 31 of the second mobile terminal 30.
Further, when the equipment inspection result is the occurrence of a failure, the equipment inspector generates and issues a repair order corresponding to the equipment in the equipment management application program 31.

When the equipment repair task command is executed, the equipment repairer transmits the repair result information to the server 40 by the equipment management application program 31 of the second mobile terminal 30.

For details not described in this embodiment, the description of the embodiment shown in FIG. 1 may be referred to, and detailed description thereof will be omitted here.

In the embodiments of the present application, the RF identification tag is used to store the current state of the recording equipment in real time, avoid leakage of equipment information, and provide a basis for equipment inspection, repair and inventory work. By using the first mobile terminal and the second mobile terminal, the position of the equipment can be effectively tracked and recorded, the current state of the equipment can be grasped in real time, and the task can be executed reliably. Ensuring, thereby maintaining and improving the operational performance of the equipment, ensuring normal production, and also ensuring the completeness of the information by storing all relevant information of the equipment using the server. By installing the equipment management application program on the second mobile terminal and implementing systematic management, not only improving work efficiency and management efficiency, but also visualization data for worker evaluation, responsibility pursuit and encouragement. I will provide a.

The equipment management method according to the fourth embodiment of the present application includes the following steps.

When performing an equipment inventory task
FIG. 3 shows a schematic flowchart of the equipment inventory task in the equipment management method according to the fourth embodiment of the present application.

S201, the equipment inspector logs in.
The equipment inspector logs in to the equipment management application program 31 of the second mobile terminal 30 and confirms the latest inventory task.
S202, reach a specific position based on the inventory task.
Reach the corresponding factory location based on the location information of the inventory target equipment in the inventory task.
S203, scan the RF identification tag in the equipment.
Scanning with the first mobile terminal 20, the RF identification tag 10 in the equipment is activated, the RF identification tag 10 transmits the equipment number information to the first mobile terminal 20, and the first mobile terminal 20 transmits the equipment number information. Is transmitted to the second mobile terminal 30, and the inventory task is completed.
S204, upload the inventory result information to the server.
After the inventory task is completed, the equipment inspector records the inventory result information in the second mobile terminal 30, and uploads the inventory result to the server 40 by the equipment management application program 31.

When performing equipment inspection tasks
FIG. 4 shows a schematic flowchart of the equipment inspection task in the equipment management method according to the fourth embodiment of the present application.

S301, the equipment inspector logs in.
The equipment inspector logs in to the equipment management application program 31 of the second mobile terminal 30 using the personal account, and after the login is successful, the latest inspection task is confirmed in the equipment management application program 31.
S302, reach a specific position based on the inspection task.
The location of the equipment is inquired based on the equipment number to be inspected in the inspection task, and the corresponding factory is reached based on the location information.
S303, RF identification tag in equipment is matched.
Using the equipment management application program 31 of the second mobile terminal 30, the first mobile terminal 20 is controlled to scan, the RF identification tag 10 in the equipment is activated, and the RF identification tag 10 becomes the first mobile terminal 20. When the equipment number information is transmitted, the first mobile terminal 20 transmits the equipment number information to the second mobile terminal 30, and the second mobile terminal 30 matches and matches the equipment number in the inspection task, the equipment management application. The maintenance record and inspection method of the equipment are displayed in the program 31, and the equipment inspector starts the equipment inspection task.
S304, complete the equipment inspection task.
The equipment inspector inspects the equipment and completes the equipment inspection task.
S305, upload the inspection result information to the server.
After the inspection task is completed, the equipment inspector takes a picture at the second mobile terminal 30, explains the inspection result information, and uploads the inspection result information to the server 40 by the equipment management application program 31.
S306, generate a repair order if the inspected equipment fails.
If the inspected equipment fails, the equipment management application program 31 generates the corresponding repair order.

When performing equipment repair tasks
FIG. 5 shows a schematic flowchart of the equipment repair task in the equipment management method according to the fourth embodiment of the present application.

S401, the equipment repairer logs in.
The equipment repairer logs in to the equipment management application program 31 of the second mobile terminal 30 using the personal account, and after the login is successful, the equipment to be repaired is confirmed in the equipment management application program 31.
S402, inquire about repair order.
S403, determines if there is an assigned task.
If there is an assigned task, step S404 is executed, and if there is no assigned task, step S405 is executed.
S404, reach a specific position based on the repair task.
After the equipment repairer competes to take a repair order and take a task in the equipment management application program 31, the equipment location is inquired based on the equipment number and the corresponding factory location is reached based on the location information.
S405, it is determined whether or not there is a repair order to be received.
If there is a repair order to be received, step S406 is executed, and if there is no repair order to be received, step S402 is executed.
S406, determine whether to accept a repair order.
When the repair order is received, step S404 is executed, and when there is no repair order to be received, step S402 is executed.
Matches with S407, RF identification tag in equipment.
Using the equipment management application program 31 of the second mobile terminal 30, the first mobile terminal 20 is controlled to scan, the RF identification tag 10 in the equipment is activated, and the equipment number information is transmitted to the first mobile terminal 20. , The first mobile terminal 20 transmits the equipment number information to the second mobile terminal 30, and when the second mobile terminal 30 matches and matches the equipment number in the inspection task, the equipment is re-inspected and the equipment is re-inspected. Determine the cause of the failure.
S408, complete the equipment repair task.
After finding the cause of the equipment failure, the equipment repairer starts the repair task.
S409, upload the repair result information to the server.
After the equipment repair is completed, the equipment repairer takes a picture at the second mobile terminal 30, records the repair result information, and uploads the repair result information to the server 40 by the equipment management application program 31.

If there is no equipment repairer who receives the repair task even after the predetermined deadline, the equipment manager assigns the repair task to a specific equipment repairer in the equipment management application program 31.

For details not described in this embodiment, the description of the examples shown in FIGS. 1 and 2 may be referred to, and detailed description thereof will be omitted here.

In the embodiments of the present application, the RF identification tag is used to store the current state of the recording equipment in real time, avoid leakage of equipment information, and provide a basis for equipment inspection, repair and inventory work. By using the first mobile terminal and the second mobile terminal, the position of the equipment can be effectively tracked and recorded, the current state of the equipment can be grasped in real time, and the task can be executed reliably. Ensuring, thereby maintaining and improving the operational performance of the equipment, ensuring normal production, and also ensuring the completeness of the information by storing all relevant information of the equipment using the server. By installing the equipment management application program on the second mobile terminal and implementing systematic management, not only improving work efficiency and management efficiency, but also visualization data for worker evaluation, responsibility pursuit and encouragement. I will provide a.

However, in some embodiments of the present application, the disclosed systems and methods can also be realized in other embodiments.

In the above examples, the description of each example has different emphasis, and the parts not described in detail in one example can refer to the related explanations of the other examples.

Although the equipment management system and method according to the present application have been described above, those skilled in the art can change the specific embodiment and the scope of application based on the concept of the embodiment of the present application. As such, the content of this specification should not be understood as limiting the present application.

Further, each functional module of each embodiment of the present application may be integrated and independent parts, each module may exist independently, and two or more modules may be integrated and independent parts. May be good.

The above is merely a preferred embodiment of the present application and does not limit the present application. Those skilled in the art can make various changes and changes to the present application. Any modifications, equivalent substitutions, improvements, etc. made without departing from the spirit of the present application and its substance are included in the scope of protection of the present application. It should be noted that similar symbols and alphabets indicate items similar to the drawings below, so that once an item is defined in one drawing, it does not need to be further defined and interpreted in the remaining drawings.

Any combination of the various embodiments of the present application should be as disclosed in the present application, as long as it does not violate the concept of the present application, and various simple techniques made to the technical proposal within the scope of the technical idea of the present application. Any combination of modifications, and any combinations made to different embodiments that do not violate the ideas of the present application, are within the scope of protection of the present application.

The equipment management system and method according to the present application use RF identification tags to store the current state of recording equipment in real time, avoid leakage of equipment information, and provide a basis for equipment inspection, repair, and inventory work. On the other hand, by using the 1st mobile terminal and the 2nd mobile terminal, the position of the equipment can be effectively tracked and recorded, the current state of the equipment can be grasped in real time, and the task can be surely executed. Effectively ensure, thereby maintaining and improving the operational performance of the equipment, ensuring normal production, and further ensuring the completeness of the information by storing all relevant information of the equipment using the server. By securing and installing the equipment management application program on the second mobile terminal and implementing systematic management, not only improving work efficiency and management efficiency, but also evaluating, pursuing responsibilities and encouraging workers. To provide visualization data for.

The present application relates to the field of management, in particular to equipment management systems and methods.

This application claims the priority of a Chinese patent application submitted to the China Patent Office on September 30, 2017, with an application number of 201710940307.3 and a name of "equipment management system and method", the entire contents of which are cited. Incorporated herein by.

With the rapid development of the social economy and the level of science and technology, the scale of the factories of many production and manufacturing companies is gradually expanding, and the factories of one company may have thousands of equipment. Due to the large number of equipment and large factories, scheduled equipment is difficult to track, equipment is not fully utilized, equipment maintenance recording work is cumbersome, equipment checks are missed, and equipment maintenance tasks are on schedule. Problems such as inability to complete are likely to occur, leading to a decline in the production efficiency and economic profits of the company.

Currently, factory equipment management is achieved primarily by recording and storing equipment scheduling, inspection and repair information on paper materials, which is used to collect and organize late equipment files. The process of making inquiries is complicated, the amount of paper consumed is large, and it is necessary to occupy a large amount of space to store the paper material. Furthermore, the paper quality material has low real-time property and shareability and is lost. It has drawbacks such as easy to get wet and easy to corrode.

In view of this, the present application provides a facility management system and method, due to the late collection, organization and inquiry process of equipment files due to the recording and storage of equipment scheduling, inspection and repair information on paper materials. Is cumbersome, consumes a large amount of paper, and needs to occupy a large amount of space to store the paper material. Furthermore, the paper quality material has low real-time property and shareability, is easily lost, and gets wet. The main purpose is to solve the technical problems of the prior art, which are easy to corrode and easy to corrode.

The first embodiment of the embodiment of the present application is
It is equipped with an RF identification tag, a first mobile terminal, a second mobile terminal, and a server.
The RF identification tag is attached to the managed equipment and is configured to store and transmit relevant information of the equipment.
A wireless communication module is built in both the first mobile terminal and the second mobile terminal, and the first mobile terminal and the second mobile terminal are wirelessly connected.
The first mobile terminal has a built-in RF read / write module, and under the control of the second mobile terminal, the first mobile terminal reads the related information of the equipment stored in the RF identification tag by the RF read / write module. And correct it, and send the related information of the equipment to the second mobile terminal.
The equipment management application program is installed in the second mobile terminal, the authority task of the current user is acquired by the equipment management application program, displayed to the current user, and the task command is executed by the current user. Is detected, the related information of the equipment is processed based on the command, and the information is processed.
The server is wirelessly connected to the second mobile terminal and acquires related information of the equipment transmitted by the second mobile terminal, processing result information of the instruction, and preset related information of the equipment. Provide an equipment management system configured as such.

The second embodiment of the embodiment of the present application is
When the privilege task acquisition operation is detected, the equipment management application program of the second mobile terminal wirelessly connected to the first mobile terminal acquires the privilege task of the current user and displays it to the current user.
Upon detecting the execution of the task instruction by the current user, the equipment management application program scans the RF identification tag by the first mobile terminal based on the instruction, and the equipment returned from the RF identification tag. A step of acquiring the related information, controlling the equipment to be transmitted to the equipment management application program, and acquiring the processing result information of the equipment to be processed based on the returned equipment-related information. ,
The equipment management application program provides an equipment management method including a step of transmitting the processing result information to a server.

As can be seen from the above embodiment of the present application, the equipment management system and method according to the present application use the RF identification tag to store the current state of the recording equipment in real time, avoid leakage of equipment information, and inspect the equipment. By using the first mobile terminal and the second mobile terminal, the location of the equipment can be effectively tracked and recorded, and the current state of the equipment can be grasped in real time. And also ensure that the task is performed effectively, thereby maintaining and improving the operational performance of the equipment, ensuring normal production, and all related equipment using the server. By storing the information, the completeness of the information is ensured, and by installing the equipment management application program on the second mobile terminal and performing systematic management, it is not enough to improve the work efficiency and management efficiency. Rather, provide visualization data for worker evaluation, liability and encouragement.

In order to more clearly explain the technical proposal of the embodiment of the present application, the drawings necessary for the description of the embodiment will be briefly described below, but of course, the drawings described below are merely some implementations of the present application. It is an example and therefore should not be scoped. Those skilled in the art can conceive other drawings based on these drawings without the need for creative effort.
It is a structural block diagram of the equipment management system which concerns on 1st Embodiment of this application. It is a schematic flowchart of the equipment management method which concerns on 3rd Embodiment of this application. It is a schematic flowchart of the equipment inventory task in the equipment management method which concerns on 4th Embodiment of this application. It is a schematic flowchart of the equipment inspection task in the equipment management method which concerns on 4th Embodiment of this application. It is a schematic flowchart of the equipment repair task in the equipment management method which concerns on 4th Embodiment of this application.

In order to make it clear and easy to understand the purpose, features, and advantages of the invention of the present application, the technical proposal of the embodiment of the present application will be clearly and completely explained and clarified with reference to the drawings of the embodiment of the present application. The examples described are only partial examples of the present application, not all examples. Generally, the units of the embodiments of the present application described and shown herein can be arranged and designed in various configurations. Therefore, in the following, the detailed description of the embodiment of the present application according to the drawings is not intended to limit the scope of the claims, but merely indicates a specific embodiment of the present application. Based on the embodiments of the present application, all other embodiments obtained by those skilled in the art without the need for creative effort belong to the scope of protection of the present application.

It should be noted that similar symbols and alphabets indicate similarities in the drawings below, so that once an item is defined in one drawing, it does not need to be further defined and interpreted in the remaining drawings. Further, in the explanation of the present application, terms such as "first" and "second" are merely for the purpose of distinguishing and explaining, and should not be understood as indicating or suggesting relative importance.

The equipment management system and method according to the embodiment of the present application can be applied to equipment management of a factory, the system includes an RF identification tag, a first mobile terminal, a second mobile terminal and a server, and information between each equipment of the system. Improve the management efficiency of the equipment of the factory by exchanging and using the equipment management application program of the second mobile terminal.

FIG. 1 shows a structural block diagram of the equipment management system according to the first embodiment of the present application.
It includes an RF identification tag 10, a first mobile terminal 20, a second mobile terminal 30, and a server 40.
The RF identification tag 10 is attached to the controlled equipment and is configured to store and transmit the related information of the equipment, and the related information stored in the RF identification tag 10 is the manufacturer and production date of the equipment. , Price, equipment number, equipment model, equipment department and equipment location,
A wireless communication module 22 and a wireless communication module 32 are built in each of the first mobile terminal 20 and the second mobile terminal 30, and the wireless communication module 22 and the wireless communication module 32 may be a Bluetooth module. The first mobile terminal 20 and the second mobile terminal 30 are connected to each other via the wireless communication module 22 and the wireless communication module 32, and the first mobile terminal 20 is controlled by the second mobile terminal 30. The equipment-related information stored in the identification tag 10 is read and corrected by the RF read / write module 21 built in the first mobile terminal 20, and the equipment-related information is transmitted to the second mobile terminal 30. Configured,
The equipment management application program 31 is installed in the second mobile terminal 30, the equipment management application program 31 acquires the authority task of the current user, displays it to the user, and executes the task command by the user. When detected, it processes the related information of the equipment based on the command and processes it.
The server 40 is wirelessly connected to the second mobile terminal 30, and the related information of the equipment transmitted by the second mobile terminal 30, the processing result information of the instruction, and the preset related information of the equipment. Is configured to get.

In the embodiment of the present application, the equipment management system and method according to the present application use an RF identification tag to store the current state of the recording equipment in real time, avoid leakage of equipment information, and inspect, repair and inventor the equipment. While providing the rationale for the work, using the first and second mobile terminals, the location of the equipment can be effectively tracked and recorded, the current state of the equipment can be grasped in real time, and the task can be done. By effectively ensuring that it is executed, thereby maintaining and improving the operational performance of the equipment, ensuring normal production, and using the server to store all relevant information about the equipment. By installing the equipment management application program on the second mobile terminal and performing systematic management while ensuring the completeness of information, not only the work efficiency and management efficiency are improved, but also the evaluation of the workers. Provide visualization data for liability and encouragement.

The equipment management system according to the second embodiment of the present application includes an RF identification tag 10, a first mobile terminal 20, a second mobile terminal 30, and a server 40.
The RF identification tag 10 is an ultra-high frequency passive anti-metal tag that comprises a coupling element and a chip that stores related information of the equipment, is attached to the equipment, and has an operating frequency of 902 to 928 MHz (megahertz, hereinafter, hereafter, MHz), and the RF identification tag 10 has an EPC (Enginering Procedure Connection) area of 128 bits (bits, hereinafter, bits) and a User area of 512 bits, and the farthest readable distance is 10 m (meters, or less) as the main memory settings. , M), and when the RF identification tag 10 enters the magnetic field, it receives the RF signal from the first mobile terminal 20 and transmits the equipment-related information stored in the chip with the energy acquired by the induced current.

The first mobile terminal 20 has an RF read / write module 21 and a wireless communication module 22 built-in, communicates with the second mobile terminal 30 via the built-in wireless communication module 22, and identifies the RF identification tag 10 by the RF read / write module 21. Then, the related data information in the RF identification tag 10 is read or corrected, the equipment management application program 31 of the second mobile terminal 30 can control the first mobile terminal 20, and the first mobile terminal 20 is an operator. Can be held by hand.

The second mobile terminal 30 communicates with the first mobile terminal 20 via the built-in wireless communication module 32, connects to the server 40 via a wireless network, and is either handheld by an operator or easy to operate. Is clipped to the first mobile terminal 20.

Further, using the equipment management application program 31 of the second mobile terminal 30, inquiring about the equipment maintenance task, inquiring about the equipment position, controlling the first mobile terminal 20 to read and write the RF identification tag 10, and controlling the equipment. It is possible to edit the inspection result, perform an "order taking" operation for the equipment to be repaired by the equipment repairer, and perform an "assignment" operation by the equipment manager.

Specifically, when different users log in to the equipment management application program 31 of the second mobile terminal 30, different authorities can be acquired, and all the users who can log in have the authority to inquire about equipment information and manage the equipment. Persons have the authority to assign tasks, modify and issue equipment inventory and inspection tasks, and equipment inspectors have the authority to inquire about inventory and inspection tasks and upload inventory and inspection results. The equipment repairer has the authority to inquire about repair orders, take repair orders, and upload repair results, and installs the equipment management application program 31 on the second mobile terminal 30 to systematically. It not only improves work efficiency and management efficiency, but also provides a basis for visualization and data conversion for worker evaluation, responsibility pursuit and encouragement.

The server 40 stores equipment inspection tasks, basic equipment information and repair history records, a numbering table for equipment locations in the factory, work status of equipment inspectors and equipment repairers, and other equipment managers. Performs operations to update and issue equipment inspection tasks, change location number information in factories, statistics on equipment repair costs, work volume of equipment inspectors and repairers, work efficiency and progress statistics. It can ensure the completeness of the information by storing the relevant information of all equipment.

Further, an RF identification tag 10 is attached to the equipment, and under the control of the second mobile terminal 30, the first mobile terminal 20 attaches the equipment position, price, equipment number, equipment model, and manufacturer to the RF identification tag 10. , Production date and related information of the equipment including the department to which the equipment belongs are written, the related information is transmitted to the server 40, and stored and recorded in the server 40.

In addition, when the equipment is rented out or moved between factories, the first mobile terminal 20 corrects the related information of the equipment in the RF identification tag 10 under the control of the second mobile terminal 30, and the related information. Information is transmitted to the server 40, stored and recorded in the server 40, thereby effectively tracking and recording the location of the equipment and grasping the current state of the equipment in real time.

Further, the equipment manager corrects and issues the equipment inventory and equipment inspection task in the equipment management application program 31, the equipment inspector executes the equipment inventory and inspection task, and the equipment repairer performs the equipment repair task. Execute and the equipment manager assigns the repair task to the repairer.

Specifically, when performing an equipment inventory task
A step in which the equipment inspector logs in to the equipment management application program 31 of the second mobile terminal 30 to check the latest inventory task, and
Steps to reach the corresponding factory location based on the location information of the inventory target equipment in the inventory task,
Scanning by the first mobile terminal 20, the RF identification tag 10 in the equipment is activated, the equipment number information is transmitted to the first mobile terminal 20, and the first mobile terminal 20 uses the wireless communication module 21 to transmit the equipment number information. To the second mobile terminal 30, and the step of completing the inventory task,
After the inventory task is completed, the equipment inspector records the inventory result information in the second mobile terminal 30, and uploads the inventory result to the server 40 by the equipment management application program 31.

When performing equipment inspection tasks
The equipment inspector logs in to the equipment management application program 31 of the second mobile terminal 30 using the personal account, and after the login is successful, the step of confirming the latest inspection task in the equipment management application program 31 and the step.
The step of inquiring about the location of the equipment based on the equipment number to be inspected in the inspection task and reaching the corresponding factory based on the location information, and
Using the equipment management application program 31 of the second mobile terminal 30, the first mobile terminal 20 is controlled to scan, the RF identification tag 10 in the equipment is activated, and the equipment number information is transmitted to the first mobile terminal 20. Then, when the first mobile terminal 20 transmits the equipment number information to the second mobile terminal 30 by the wireless communication module 21, and the second mobile terminal 30 matches and matches the equipment number in the inspection task, the equipment management application. The step of displaying the maintenance record and inspection method of the equipment in the program 31 and the equipment inspector starting the equipment inspection task,
After the inspection task is completed, the equipment inspector records the inspection result information in the second mobile terminal 30, and uploads the inspection result information to the server 40 by the equipment management application program 31.

When performing equipment repair tasks
The equipment repairer logs in to the equipment management application program 31 of the second mobile terminal 30 using the personal account, and after the login is successful, the step of confirming the equipment to be repaired in the equipment management application program 31 and the step.
A step in which an equipment repairer competes to take a repair order in the equipment management application program 31, takes a task, inquires about the equipment location based on the equipment number, and reaches the corresponding factory location based on the location information.
Using the equipment management application program 31 of the second mobile terminal 30, the first mobile terminal 20 is controlled to scan, the RF identification tag 10 in the equipment is activated, and the equipment number information is transmitted to the first mobile terminal 20. , The first mobile terminal 20 transmits the equipment number information to the second mobile terminal 30 by the wireless communication module 21, and the second mobile terminal 30 matches and matches the equipment number in the inspection task, and diagnoses the equipment. Then, the step of determining the cause of the failure of the equipment and
After finding out the cause of the equipment failure, the equipment repairer starts the repair task, and
After the equipment repair is completed, the equipment repairer records the repair result information on the second mobile terminal 30, and uploads the repair result information to the server 40 by the equipment management application program 31.
Further, if there is no equipment repairer who receives the repair task even after the predetermined deadline, the equipment manager includes a step of assigning the repair task to a specific equipment repairer in the equipment management application program 31.

In the embodiments of the present application, the RF identification tag is used to store the current state of the recording equipment in real time, avoid leakage of equipment information, and provide a basis for equipment inspection, repair and inventory work. By using the first mobile terminal and the second mobile terminal, the position of the equipment can be effectively tracked and recorded, the current state of the equipment can be grasped in real time, and the task can be executed reliably. Ensuring, thereby maintaining and improving the operational performance of the equipment, ensuring normal production, and also ensuring the completeness of the information by storing all relevant information of the equipment using the server. By installing the equipment management application program on the second mobile terminal and implementing systematic management, not only improving work efficiency and management efficiency, but also visualization data for worker evaluation, responsibility pursuit and encouragement. I will provide a.

FIG. 2 shows a schematic implementation flowchart of the equipment management method according to the third embodiment of the present application, which includes steps S101 to S103.

S101, When the authority task acquisition operation is detected, the equipment management application program of the second mobile terminal wirelessly connected to the first mobile terminal acquires the authority task of the current user and displays it to the current user.
Specifically, the equipment management application program 31 of the second mobile terminal 30 is used to control the equipment maintenance task inquiry, the equipment position inquiry, and the first mobile terminal 20 to read and write the RF identification tag 10. , The inspection result of the equipment can be edited, the equipment repairer can perform the "order taking" operation for the equipment to be repaired, and the equipment manager can perform the "assignment" operation.

When different users log in to the equipment management application program 31 of the second mobile terminal 30, different authorities can be acquired, all the users who can log in have the authority to inquire about equipment information, and the equipment manager performs a task. It has the authority to assign, change and issue equipment inventory and inspection tasks, and the equipment inspector has the authority to inquire about inventory and inspection tasks and upload the results of inventory and inspection, and equipment repair. The person has the authority to inquire about repair orders, take repair orders, and upload repair results, and installs the equipment management application program 31 on the second mobile terminal 30 to carry out systematic management. By doing so, it not only improves work efficiency and management efficiency, but also provides a basis for visualization and data conversion for worker evaluation, responsibility pursuit and encouragement.

S102, upon detecting the execution of the task instruction by the current user, the equipment management application program is returned from the RF identification tag by the first mobile terminal scanning the RF identification tag based on the instruction. The equipment-related information is acquired, the equipment-related information is controlled to be transmitted to the equipment management application program, and the processing result information of the equipment to be processed is acquired based on the returned equipment-related information. ..
Specifically, when the task execution command is an equipment inventory task command, the equipment management application program 31 of the second mobile terminal 30 is based on the acquired and displayed execution content of the inventory task, the first mobile terminal 20. Scans the RF identification tag 10 in the inventory target equipment to acquire the related information (for example, location information, inspection information and repair information) of the inventory target equipment returned from the RF identification tag 10, and controls the inventory target equipment. Based on the related information (for example, location information, inspection information, and repair information), the processing result information of the inventory task of the inventory target equipment is acquired.

When the task execution command is an equipment inspection task command including related information (for example, number information) of the equipment to be inspected, the equipment management application program 31 of the second mobile terminal 30 is based on the acquired and displayed inspection task execution content. Then, the first mobile terminal 20 scans the RF identification tag 10 in the equipment and controls to acquire the related information (for example, number information) of the scanning equipment, and the related information (for example, number information) of the inspection target equipment. ) And the returned equipment related information (for example, number information) are matched, and if matched, the maintenance record and inspection method of the equipment to be inspected are displayed, and the inspection is performed based on the maintenance record and inspection method of the equipment to be inspected. The processing result information of the target equipment, that is, the inspection result information of the scanning equipment is acquired.

When the task execution command is an equipment repair task command and the execution of the repair task command by the current user is detected, the equipment management application program 31 of the second mobile terminal 30 has acquired and displayed the equipment to be repaired. Based on the execution content of the repair task including the related information (for example, number information), the first mobile terminal 20 scans the RF identification tag 10 in the equipment, and the related information of the equipment returned from the RF identification tag 10 (for example). It controls to acquire (number information), matches the related information of the equipment to be repaired (for example, number information) and the related information of the returned equipment (for example, number information), and if matched, the processing of the equipment to be repaired. The result information, that is, the repair result information of the scanning equipment is acquired.

If the current user's authority task is a repair task, but the execution of the repair task command by the current user is not detected, the repair task to be received is displayed to the current user, and the equipment management application of the second mobile terminal is displayed. The program scans the RF identification tag by the first mobile terminal based on the execution content of the repair task in the acquired repair task instruction including the number information of the equipment to be repaired, and the equipment number information returned from the RF identification tag. Is controlled so that the number information of the equipment to be repaired and the number information of the returned equipment are matched, and when the matching is performed, the processing result information of the equipment to be repaired is acquired.

Further, when there is a repair task instruction that has not been executed for a predetermined time or more, the equipment management application program 31 acquires an instruction for assigning the repair task and assigns the unexecuted repair task instruction to a specific user.

S103, the equipment management application program transmits the processing result information to the server.

When the equipment inventory task command is executed, the equipment inspector transmits the inventory result information to the server 40 by the equipment management application program 31 of the second mobile terminal 30.
When the equipment inspection task command is executed, the equipment inspector transmits the inspection result information to the server 40 by the equipment management application program 31 of the second mobile terminal 30.
Further, when the equipment inspection result is the occurrence of a failure, the equipment inspector generates and issues a repair order corresponding to the equipment in the equipment management application program 31.

When the equipment repair task command is executed, the equipment repairer transmits the repair result information to the server 40 by the equipment management application program 31 of the second mobile terminal 30.

For details not described in this embodiment, the description of the embodiment shown in FIG. 1 may be referred to, and detailed description thereof will be omitted here.

In the embodiments of the present application, the RF identification tag is used to store the current state of the recording equipment in real time, avoid leakage of equipment information, and provide a basis for equipment inspection, repair and inventory work. By using the first mobile terminal and the second mobile terminal, the position of the equipment can be effectively tracked and recorded, the current state of the equipment can be grasped in real time, and the task can be executed reliably. Ensuring, thereby maintaining and improving the operational performance of the equipment, ensuring normal production, and also ensuring the completeness of the information by storing all relevant information of the equipment using the server. By installing the equipment management application program on the second mobile terminal and implementing systematic management, not only improving work efficiency and management efficiency, but also visualization data for worker evaluation, responsibility pursuit and encouragement. I will provide a.

The equipment management method according to the fourth embodiment of the present application includes the following steps.

When performing an equipment inventory task
FIG. 3 shows a schematic flowchart of the equipment inventory task in the equipment management method according to the fourth embodiment of the present application.

S201, the equipment inspector logs in.
The equipment inspector logs in to the equipment management application program 31 of the second mobile terminal 30 and confirms the latest inventory task.
S202, reach a specific position based on the inventory task.
Reach the corresponding factory location based on the location information of the inventory target equipment in the inventory task.
S203, scan the RF identification tag in the equipment.
Scanning with the first mobile terminal 20, the RF identification tag 10 in the equipment is activated, the RF identification tag 10 transmits the equipment number information to the first mobile terminal 20, and the first mobile terminal 20 transmits the equipment number information. Is transmitted to the second mobile terminal 30, and the inventory task is completed.
S204, upload the inventory result information to the server.
After the inventory task is completed, the equipment inspector records the inventory result information in the second mobile terminal 30, and uploads the inventory result to the server 40 by the equipment management application program 31.

When performing equipment inspection tasks
FIG. 4 shows a schematic flowchart of the equipment inspection task in the equipment management method according to the fourth embodiment of the present application.

S301, the equipment inspector logs in.
The equipment inspector logs in to the equipment management application program 31 of the second mobile terminal 30 using the personal account, and after the login is successful, the latest inspection task is confirmed in the equipment management application program 31.
S302, reach a specific position based on the inspection task.
The location of the equipment is inquired based on the equipment number to be inspected in the inspection task, and the corresponding factory is reached based on the location information.
S303, RF identification tag in equipment is matched.
Using the equipment management application program 31 of the second mobile terminal 30, the first mobile terminal 20 is controlled to scan, the RF identification tag 10 in the equipment is activated , and the RF identification tag 10 becomes the first mobile terminal 20. When the equipment number information is transmitted, the first mobile terminal 20 transmits the equipment number information to the second mobile terminal 30, and the second mobile terminal 30 matches and matches the equipment number in the inspection task, the equipment management application. The maintenance record and inspection method of the equipment are displayed in the program 31, and the equipment inspector starts the equipment inspection task.
S304, complete the equipment inspection task.
The equipment inspector inspects the equipment and completes the equipment inspection task.
S305, upload the inspection result information to the server.
After the inspection task is completed, the equipment inspector takes a picture at the second mobile terminal 30, explains the inspection result information, and uploads the inspection result information to the server 40 by the equipment management application program 31.
S306, generate a repair order if the inspected equipment fails.
If the inspected equipment fails, the equipment management application program 31 generates the corresponding repair order.

When performing equipment repair tasks
FIG. 5 shows a schematic flowchart of the equipment repair task in the equipment management method according to the fourth embodiment of the present application.

S401, the equipment repairer logs in.
The equipment repairer logs in to the equipment management application program 31 of the second mobile terminal 30 using the personal account, and after the login is successful, the equipment to be repaired is confirmed in the equipment management application program 31.
S402, inquire about repair order.
S403, determines if there is an assigned task.
If there is an assigned task, step S404 is executed, and if there is no assigned task, step S405 is executed.
S404, reach a specific position based on the repair task.
After the equipment repairer competes to take a repair order and take a task in the equipment management application program 31, the equipment location is inquired based on the equipment number and the corresponding factory location is reached based on the location information.
S405, it is determined whether or not there is a repair order to be received.
If there is a repair order to be received, step S406 is executed, and if there is no repair order to be received, step S402 is executed.
S406, determine whether to accept a repair order.
When the repair order is received, step S404 is executed, and when there is no repair order to be received, step S402 is executed.
Matches with S407, RF identification tag in equipment.
Using the equipment management application program 31 of the second mobile terminal 30, the first mobile terminal 20 is controlled to scan, the RF identification tag 10 in the equipment is activated, and the equipment number information is transmitted to the first mobile terminal 20. , The first mobile terminal 20 transmits the equipment number information to the second mobile terminal 30, and when the second mobile terminal 30 matches and matches the equipment number in the inspection task, the equipment is re-inspected and the equipment is re-inspected. Determine the cause of the failure.
S408, complete the equipment repair task.
After finding the cause of the equipment failure, the equipment repairer starts the repair task.
S409, upload the repair result information to the server.
After the equipment repair is completed, the equipment repairer takes a picture at the second mobile terminal 30, records the repair result information, and uploads the repair result information to the server 40 by the equipment management application program 31.

If there is no equipment repairer who receives the repair task even after the predetermined deadline, the equipment manager assigns the repair task to a specific equipment repairer in the equipment management application program 31.

For details not described in this embodiment, the description of the examples shown in FIGS. 1 and 2 may be referred to, and detailed description thereof will be omitted here.

In the embodiments of the present application, the RF identification tag is used to store the current state of the recording equipment in real time, avoid leakage of equipment information, and provide a basis for equipment inspection, repair and inventory work. By using the first mobile terminal and the second mobile terminal, the position of the equipment can be effectively tracked and recorded, the current state of the equipment can be grasped in real time, and the task can be executed reliably. Ensuring, thereby maintaining and improving the operational performance of the equipment, ensuring normal production, and also ensuring the completeness of the information by storing all relevant information of the equipment using the server. By installing the equipment management application program on the second mobile terminal and implementing systematic management, not only improving work efficiency and management efficiency, but also visualization data for worker evaluation, responsibility pursuit and encouragement. I will provide a.

However, in some embodiments of the present application, the disclosed systems and methods can also be realized in other embodiments.

In the above examples, the description of each example has different emphasis, and the parts not described in detail in one example can refer to the related explanations of the other examples.

Although the equipment management system and method according to the present application have been described above, those skilled in the art can change the specific embodiment and the scope of application based on the concept of the embodiment of the present application. As such, the content of this specification should not be understood as limiting the present application.

Further, each functional module of each embodiment of the present application may be integrated and independent parts, each module may exist independently, and two or more modules may be integrated and independent parts. May be good.

The above is merely a preferred embodiment of the present application and does not limit the present application. Those skilled in the art can make various changes and changes to the present application. Any modifications, equivalent substitutions, improvements, etc. made without departing from the spirit of the present application and its substance are included in the scope of protection of the present application. It should be noted that similar symbols and alphabets indicate items similar to the drawings below, so that once an item is defined in one drawing, it does not need to be further defined and interpreted in the remaining drawings.

Any combination of the various embodiments of the present application should be as disclosed in the present application, as long as it does not violate the concept of the present application, and various simple techniques made to the technical proposal within the scope of the technical idea of the present application. Any combination of modifications, and any combinations made to different embodiments that do not violate the ideas of the present application, are within the scope of protection of the present application.

The equipment management system and method according to the present application use RF identification tags to store the current state of recording equipment in real time, avoid leakage of equipment information, and provide a basis for equipment inspection, repair, and inventory work. On the other hand, by using the 1st mobile terminal and the 2nd mobile terminal, the position of the equipment can be effectively tracked and recorded, the current state of the equipment can be grasped in real time, and the task can be surely executed. Effectively ensure, thereby maintaining and improving the operational performance of the equipment, ensuring normal production, and further ensuring the completeness of the information by storing all relevant information of the equipment using the server. By securing and installing the equipment management application program on the second mobile terminal and implementing systematic management, not only improving work efficiency and management efficiency, but also evaluating, pursuing responsibilities and encouraging workers. To provide visualization data for.

FIG. 1 shows a structural block diagram of the equipment management system according to the first embodiment of the present application.
It includes an RF identification tag 10, a first mobile terminal 20, a second mobile terminal 30, and a server 40.
The RF identification tag 10 is attached to the controlled equipment and is configured to store and transmit the related information of the equipment, and the related information stored in the RF identification tag 10 is the manufacturer and production date of the equipment. , Price, equipment number, equipment model, equipment department and equipment location,
A wireless communication module 22 and a wireless communication module 32 are built in each of the first mobile terminal 20 and the second mobile terminal 30, and the wireless communication module 22 and the wireless communication module 32 are Bluetooth (registered trademark) modules. The first mobile terminal 20 and the second mobile terminal 30 may be connected to each other via the wireless communication module 22 and the wireless communication module 32, and the first mobile terminal 20 may be the second mobile terminal 30. By control, the equipment-related information stored in the RF identification tag 10 is read and corrected by the RF read / write module 21 built in the first mobile terminal 20, and the equipment-related information is transmitted to the second mobile terminal 30. Configured to send,
The equipment management application program 31 is installed in the second mobile terminal 30, the equipment management application program 31 acquires the authority task of the current user, displays it to the user, and executes the task command by the user. When detected, it processes the related information of the equipment based on the command and processes it.
The server 40 is wirelessly connected to the second mobile terminal 30, and the related information of the equipment transmitted by the second mobile terminal 30, the processing result information of the instruction, and the preset related information of the equipment. Is configured to get.

Claims (17)

It is equipped with an RF identification tag, a first mobile terminal, a second mobile terminal, and a server.
The RF identification tag is attached to the controlled equipment and is configured to store and transmit relevant information of the equipment.
A wireless communication module is built in both the first mobile terminal and the second mobile terminal, and the first mobile terminal and the second mobile terminal are wirelessly connected.
The first mobile terminal has a built-in RF read / write module, and under the control of the second mobile terminal, the first mobile terminal reads the related information of the equipment stored in the RF identification tag by the RF read / write module. And correct it, and send the related information of the equipment to the second mobile terminal.
The equipment management application program is installed in the second mobile terminal, the authority task of the current user is acquired by the equipment management application program, displayed to the current user, and the task command is executed by the current user. Is detected, the related information of the equipment is processed based on the command, and the information is processed.
The server is wirelessly connected to the second mobile terminal, acquires the related information of the equipment and the processing result information of the command transmitted by the second mobile terminal, and obtains the related information of the managed equipment in advance. Constructed to remember,
A facility management system characterized by this. The RF identification tag is an ultra-high frequency passive anti-metal tag.
The system according to claim 1. The farthest readable distance of the RF identification tag is 10 meters.
The system according to claim 1 or 2, wherein the system is characterized by the above. The operating frequency of the RF identification tag is 902 to 928 MHz.
The system according to any one of claims 1 to 3, wherein the system is characterized by the above. The equipment-related information includes at least one of the equipment manufacturer, production date, price, equipment number, equipment model, equipment affiliation department and equipment location.
The system according to any one of claims 1 to 4, wherein the system is characterized by the above. The wireless communication module is a Bluetooth module.
The system according to any one of claims 1 to 5, wherein the system is characterized in that. When the privilege task acquisition operation is detected, the equipment management application program of the second mobile terminal wirelessly connected to the first mobile terminal acquires the privilege task of the current user and displays it to the current user.
Upon detecting the execution of the task instruction by the current user, the equipment management application program scans the RF identification tag by the first mobile terminal based on the instruction, and the equipment returned from the RF identification tag. A step of acquiring the related information, controlling the equipment to be transmitted to the equipment management application program, and acquiring the processing result information of the equipment to be processed based on the returned equipment-related information. ,
The equipment management application program includes a step of transmitting the processing result information to a server.
Equipment management method characterized by that. Upon detecting the execution of the task command by the current user, the equipment management application program scans the RF identification tag by the first mobile terminal based on the command, and the equipment returned from the RF identification tag. The step of acquiring the related information, controlling the equipment to be transmitted to the equipment management application program, and acquiring the processing result information of the equipment to be processed based on the returned equipment-related information. teeth,
When the task execution command is an equipment inventory task execution command, the equipment management application program of the second mobile terminal scans the RF identification tag by the first mobile terminal based on the acquired execution content of the inventory task. , The step of controlling to acquire the related information of the inventory target equipment returned from the RF identification tag, and
Based on the related information of the equipment to be inventoried, the equipment management application program includes a step of acquiring the processing result information of the inventory task of the equipment.
The method according to claim 7, wherein the method is characterized by the above. Upon detecting the execution of the task command by the current user, the equipment management application program scans the RF identification tag by the first mobile terminal based on the command, and the equipment returned from the RF identification tag. The step of acquiring the related information, controlling the equipment to be transmitted to the equipment management application program, and acquiring the processing result information of the equipment to be processed based on the returned equipment-related information. teeth,
When the task execution command is an equipment inspection command task including related information of the equipment to be inspected, the equipment management application program of the second mobile terminal is based on the acquired execution content of the inspection task, and the first mobile terminal. To scan the RF identification tag to obtain relevant information about the equipment returned from the RF identification tag.
When the equipment management application program matches the step of matching the related information of the equipment to be inspected and the related information of the returned equipment, the equipment management application program is a maintenance record and an inspection method of the equipment to be inspected. And based on the maintenance record and inspection method of the equipment to be inspected, the equipment management application program includes a step to acquire processing result information of the equipment to be inspected.
The method according to claim 7 or 8, wherein the method is characterized by the above. Upon detecting the execution of the task command by the current user, the equipment management application program scans the RF identification tag by the first mobile terminal based on the command, and the equipment returned from the RF identification tag. The step of acquiring the related information, controlling the equipment to be transmitted to the equipment management application program, and acquiring the processing result information of the equipment to be processed based on the returned equipment-related information. teeth,
When the current user's authority task is a repair task and it is detected that the current user has executed a repair task command including information related to the equipment to be repaired, the equipment management application program of the second mobile terminal is acquired. A step of controlling the first mobile terminal to scan the RF identification tag and acquire the related information of the equipment returned from the RF identification tag based on the execution contents of the repair task.
The equipment management application program includes a step of matching the related information of the equipment to be repaired with the related information of the returned equipment.
When matched, the equipment management application program includes a step of acquiring processing result information of the equipment to be repaired.
The method according to any one of claims 7 to 9, wherein the method is characterized by the above. When the current user's authority task is a repair task, but the execution of the repair task instruction by the current user is not detected, the step of displaying the repair task to be received to the current user, and the step of displaying the repair task to be received to the current user.
In the equipment management application program of the second mobile terminal, the first mobile terminal scans the RF identification tag based on the execution content of the repair task in the acquired repair task instruction including the related information of the equipment to be repaired. Steps to control to get the relevant information of the equipment returned from the RF identification tag,
When the equipment management application program matches the step of matching the related information of the equipment to be repaired with the related information of the returned equipment, the equipment management application program acquires the processing result information of the equipment to be repaired. Including more steps to do,
The method according to claim 10, wherein the method is characterized by the above. When there is a repair task instruction that has not been executed for a predetermined period of time, the equipment management application program issues cautionary information to prompt the current user to assign the unexecuted repair task to a specific user. Including,
The method according to any one of claims 7 to 11, characterized in that. The RF identification tag is an ultra-high frequency passive anti-metal tag.
The method according to any one of claims 7 to 12, characterized in that. The farthest readable distance of the RF identification tag is 10 meters.
The method according to any one of claims 7 to 13, characterized in that. The operating frequency of the RF identification tag is 902 to 928 MHz.
The method according to any one of claims 7 to 14, characterized in that. The equipment-related information includes at least one of the equipment manufacturer, production date, price, equipment number, equipment model, equipment affiliation department and equipment location.
The method according to any one of claims 7 to 15, characterized in that. The wireless communication module is a Bluetooth module.
The method according to any one of claims 7 to 16.

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