Multifunctional labor tool operation management system

Abstract

The invention belongs to the technical field of labor tool management, and particularly relates to a multifunctional labor tool operation management system, which comprises an acquisition module, a PCBA (Printed Circuit Board Assembly) module, a wear detection module, a service life prediction module and a work quality analysis module, according to the invention, authority management is carried out through the RFID card reading unit, in-place and integrity detection is carried out on the labor tool by using the micro contact switch and the electric conduction contact reed, the state of the labor tool is monitored through the Internet of Things detection unit, and data transmission is realized through wireless communication, so that safe use and management of the labor tool are ensured; by configuring the wireless data transmission unit, the working state and the state of the labor tool are displayed in real time, the intuition and the effectiveness of management are further improved, the use permission, the in-place state and the integrity of the labor tool are effectively managed, and safe use of the labor tool is guaranteed.

Description

Technical Field

[0001] The invention belongs to the technical field of labor tool management, in particular to a multifunctional labor tool operation management system. Background Art

[0003] In high-security environments such as prisons, the management of labor tools is a very important part. The traditional management of labor tools relies on manual management, which has problems such as low efficiency, large errors, and poor safety. With the development of information technology, improving the automation and intelligence level of labor tool management through technical means has become an important way to solve this problem. To this end, we propose a multifunctional labor tool operation management system; Summary of the invention

[0004] In order to make up for the deficiencies of the prior art and solve the above-mentioned technical problems, the present invention proposes a multifunctional labor tool operation management system.

[0005] The technical solution adopted by the present invention to solve the technical problem is: a multifunctional labor tool operation management system, comprising a collection module, the collection module can collect shape information of different labor tools, and also comprises a PCBA module, a wear detection module, a life prediction module and a labor quality analysis module;

[0006] The PCBA module includes a labor tool management unit, an RFID card reader unit, a micro-contact module unit, an Internet of Things detection unit, and a wireless data transmission unit;

[0007] The labor tool management unit can perform EVA die positioning according to the shape information of different labor tools, formulate placement standards for the correct placement of different labor tools, and ensure that the labor tools can be placed correctly;

[0008] RFID card reader unit manages the rights of personnel who take labor tools and sets different rights for different personnel;

[0009] The micro-moving contact unit includes a micro-moving contact switch and an electric contact spring, which can obtain the position information of the working tool, thereby performing in-situ detection of the working tool and detecting the integrity of the working tool;

[0010] IoT detection units can monitor the connection status of labor tools to further analyze the integrity of labor tools;

[0011] The wireless data transmission unit can communicate with the base station via Bluetooth and LORA to transmit the use status of labor tools in real time;

[0012] The wear detection module can obtain labor scene information, analyze the wear information of labor tools in different scenes, and obtain the wear information of labor tools after multiple uses, so as to improve the accuracy of analyzing the wear information of labor tools in different scenes;

[0013] The life prediction module predicts the service life of the labor tool based on the wear information of the labor tool, so as to prepare for the replacement of the labor tool in advance;

[0014] The labor quality analysis module obtains the labor scene and analyzes the wear information of the labor tools when working in the labor scene, so as to analyze the wear status of the labor tools after the personnel complete the labor task, and judge the labor quality of the personnel according to the wear status of the labor tools in different labor scenes.

[0015] Preferably, the RFID card reading unit includes an RFID card reader and an RFID card, and personnel information is recorded in the RFID card. The information recorded in the RFID card can be read by the RFID card reader, thereby realizing the identity verification function;

[0016] When it is verified that the person has the labor authorization, the lock on the labor tool will be closed, allowing the person to take out the labor tool;

[0017] When it is verified that the person does not have work authorization, the lock of the work tool will not be closed.

[0018] Preferably, when the micro-contact unit performs in-place detection on the working tool, the micro-contact unit will synchronously establish an indication display function, wherein the indication display function includes displaying the power supply, displaying the locking status of the working tool, displaying the working tool in-place and displaying a warning, and then using the indication display function to display the working status and status of the working tool in real time.

[0019] Preferably, the IoT detection unit includes an IoT wire rope, and the labor tool is connected to the IoT wire rope. At this time, the integrity of the IoT wire rope can be detected by electrical communication. When the IoT wire rope is damaged, the IoT detection unit will generate a damage signal, scan the appearance of the labor tool, and analyze the wear information of the labor data.

[0020] Preferably, the wireless data transmission unit is capable of receiving information processed by the Internet of Things detection unit. The wireless data transmission unit also includes an alarm. When the alarm receives a damage signal, the alarm will sound an alarm and send the alarm information to the monitoring center through the wireless communication module, and at the same time link the video surveillance system to issue a video alarm.

[0021] Preferably, the wear detection module can receive information processed by the Internet of Things detection unit. At the same time, the wear detection module will establish a scene database, and record the wear information of the labor tool in different labor scenes in the scene database. Suppose the original complete value of the labor tool is L Y , let the complete value of the labor tool after the Xth labor be L X , the Xth labor loss ratio is B X ;

[0022]

[0023] According to the above formula, the loss ratio of labor tools can be calculated.

[0024] Preferably, the life prediction module is able to receive information processed by the wear detection module. After predicting the service life of the labor tools, the life prediction module will access the shopping software to obtain the sales information of different labor tools in different software, and then sort the labor tools according to the selling price and quality in different software, obtain the top three labor tool sales links, and obtain the corresponding labor tool transportation time. At this time, the predicted service life and transportation time of different labor tools are used to analyze the time to purchase the labor tools, and provide personnel with recommendations for the time to purchase the labor tools.

[0025] Preferably, the work quality analysis module can receive information processed by the wear detection module, and obtain the complete value L of the work tool after the Xth work. X When the labor content corresponding to the labor tool is recorded, the completion degree of the labor content is obtained, and the labor quality of the personnel for the labor content is judged. The complete value of the labor tool loss after the predicted labor content is completed is set as W S , suppose that the complete value of the labor tool loss after the labor content is completed in reality is W H , let the completion quality value of labor content be W Z ;

[0026]

[0027] According to the above formula, the completion quality value of the labor content can be calculated and the evaluation limit can be set.

[0028] Preferably, the method for evaluating the limit is as follows:

[0029] Worse level, calculated W Z <0.5;

[0030] Good grade, calculated 0.5≤W Z <0.8;

[0031] Excellent, calculated WZ ≥0.8;

[0032] At this time, the labor quality of the corresponding personnel can be analyzed through the wear of the labor tools, and a deviation submission unit can be set up at the same time. When the personnel's labor seriousness deviates according to the analysis of the wear of the labor tools, the personnel can enter their actual labor volume in the deviation submission unit. At this time, the administrator can confirm the authenticity of the actual labor volume submitted by the personnel by checking the monitoring, so as to judge the labor quality of the personnel. The internal administrator can modify the assessed labor quality and mark the reason for the modification and the corresponding monitoring evidence at the modified location.

[0033] The beneficial effects of the present invention are as follows:

[0034] 1. The multifunctional labor tool operation management system described in the present invention performs authority management through an RFID card reader unit, uses a micro-contact switch and an electric contact spring to detect the presence and integrity of the labor tool, monitors the status of the labor tool through an Internet of Things detection unit, and realizes data transmission through wireless communication to ensure the safe use and management of the labor tool. By configuring a wireless data transmission unit, the working status and labor tool status of the labor tool can be displayed in real time, further improving the intuitiveness and effectiveness of management, effectively managing the use authority, presence and integrity of the labor tool, and ensuring the safe use of the labor tool.

[0035] 2. The multifunctional labor tool operation management system described in the present invention can quickly and accurately read personnel information for identity authentication through the combination of RFID reader and card, ensuring that only personnel with labor authorization can take out labor tools, saving time and energy for manual review, improving the efficiency of the work process, and enhancing the monitoring and protection of labor tools. It can also prepare spare parts in advance according to the frequency of use and degree of wear of the labor tools, thereby realizing effective management and monitoring of labor tools and personnel, and further improving work efficiency more effectively.

[0036] 3. The multifunctional labor tool operation management system described in the present invention can predict the service life of the labor tool according to the loss information through the wear detection module, which is helpful to plan the purchase of labor tools in advance and avoid production interruptions due to sudden damage of the labor tools. The life prediction module can provide more choices and comparisons for procurement, ensuring that new labor tools arrive in time before the end of the life of the old labor tools, reducing inventory backlogs and capital occupation. The deviation submission unit allows personnel to submit actual labor volume when they believe that the assessment is biased. The administrator verifies by checking the monitoring to ensure the fairness of the assessment. The internal administrator's modification of the labor quality assessment and the marking of reasons and monitoring evidence increase the transparency and traceability of the assessment, which helps to establish a fair and just working environment. BRIEF DESCRIPTION OF THE DRAWINGS

[0037] The present invention will be further described below in conjunction with the accompanying drawings.

[0038] Figure 1 It is a schematic diagram of the system flow of the present invention. DETAILED DESCRIPTION

[0039] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0040] Embodiment 1:

[0042] In high-security environments such as prisons, the management of labor tools is a very important part. The traditional management of labor tools relies on manual management, which has problems such as low efficiency, large errors, and poor safety. With the development of information technology, improving the automation and intelligence level of labor tool management through technical means has become an important way to solve this problem. To this end, we propose a multifunctional labor tool operation management system;

[0043] Therefore, in order to effectively solve the above problems, the present application proposes a multifunctional labor tool operation management system, as shown in the accompanying drawings of the specification. Figure 1 As shown, it includes a collection module, which can collect shape information of different labor tools, and also includes a PCBA module, a wear detection module, a life prediction module and a labor quality analysis module;

[0044] The PCBA module includes a labor tool management unit, an RFID card reader unit, a micro-contact module unit, an Internet of Things detection unit, and a wireless data transmission unit;

[0045] The labor tool management unit can perform EVA die positioning according to the shape information of different labor tools, formulate placement standards for the correct placement of different labor tools, and ensure that the labor tools can be placed correctly;

[0046] RFID card reader unit manages the rights of personnel who take labor tools and sets different rights for different personnel;

[0047] The micro-moving contact unit includes a micro-moving contact switch and an electric contact spring, which can obtain the position information of the working tool, thereby performing in-situ detection of the working tool and detecting the integrity of the working tool;

[0048] IoT detection units can monitor the connection status of labor tools to further analyze the integrity of labor tools;

[0049] The wireless data transmission unit can communicate with the base station via Bluetooth and LORA to transmit the use status of labor tools in real time;

[0050] The wear detection module can obtain labor scene information, analyze the wear information of labor tools in different scenes, and obtain the wear information of labor tools after multiple uses, so as to improve the accuracy of analyzing the wear information of labor tools in different scenes;

[0051] The life prediction module predicts the service life of the labor tool based on the wear information of the labor tool, so as to prepare for the replacement of the labor tool in advance;

[0052] The labor quality analysis module obtains the labor scene and analyzes the wear information of the labor tools when working in the labor scene, so as to analyze the wear status of the labor tools after the personnel complete the labor task, and judge the labor quality of the personnel according to the wear status of the labor tools in different labor scenes;

[0053] Specific work flow, record the shape information of different labor tools, so as to perform EVA mold positioning on different labor tools, and formulate placement standards according to the shapes of different labor tools to ensure that different labor tools can be placed correctly after use, and manage the authority of personnel who take labor tools, and set different authorities for different personnel. After the use of the labor tools is completed, use the micro-contact switch and the electric contact spring to detect whether the labor tools are in place, monitor the connection status of the labor tools, and further analyze the integrity of the labor tools. Through the wireless data transmission unit, Bluetooth and LORA can communicate with the base station, and the acquired labor tool information can be transmitted in real time;

[0054] Furthermore, permission management is performed through the RFID card reader unit, the presence and integrity of labor tools are detected using micro-contact switches and electric contact springs, the status of labor tools is monitored through the Internet of Things detection unit, and data transmission is achieved through wireless communication to ensure the safe use and management of labor tools. By configuring a wireless data transmission unit, the working status and status of labor tools can be displayed in real time, further improving the intuitiveness and effectiveness of management, effectively managing the use authority, presence and integrity of labor tools, and ensuring the safe use of labor tools.

[0055] Embodiment 2:

[0056] Based on the first embodiment, as shown in the accompanying drawings of the specification Figure 1As shown, the RFID card reader unit includes an RFID card reader and an RFID card. Personnel information is recorded in the RFID card. The information recorded in the RFID card can be read by the RFID card reader, thereby realizing the identity verification function;

[0057] When it is verified that the person has the labor authorization, the lock on the labor tool will be closed, allowing the person to take out the labor tool;

[0058] When it is verified that the person does not have labor authorization, the lock of the labor tool will not be opened;

[0059] When the micro-moving contact unit detects the working tool in place, the micro-moving contact unit will synchronously establish an indication display function, wherein the indication display function includes displaying the power supply, displaying the lock control status of the working tool, displaying the working tool in place and displaying a warning, and then using the indication display function to display the working status and working tool status of the working tool in real time;

[0060] The IoT detection unit includes an IoT wire rope, which connects the labor tool to the IoT wire rope. At this time, the integrity of the IoT wire rope can be detected by electrical communication. When the IoT wire rope is damaged, the IoT detection unit will generate a damage signal, scan the appearance of the labor tool, and analyze the wear information of the labor data;

[0061] The wireless data transmission unit can receive information processed by the Internet of Things detection unit. The wireless data transmission unit also includes an alarm. When the alarm receives a damage signal, the alarm will sound an alarm and send the alarm information to the monitoring center through the wireless communication module, and at the same time link the video monitoring system to perform a video alarm;

[0062] The specific workflow is to record the identity information and labor information of different personnel in the RFID card, and set different permissions for different personnel. When it is necessary to take the labor tools, the RFID card reader is used to read the labor permissions in the RFID card. After verifying that the personnel have the labor authorization, the lock on the labor tools will be closed;

[0063] After detecting the use status of the labor tool, the monitored labor tool information will be displayed on the display of the labor tool lock control status, the labor tool position display and the warning display;

[0064] When detecting the integrity of the labor tool, the labor tool is connected to the IoT wire rope. At this time, the integrity of the IoT wire rope can be detected by electrical communication, thereby improving the accuracy of the labor tool integrity detection. When the labor tool is abnormal, the alarm will sound an alarm and send the alarm information to the monitoring center through the wireless communication module, and at the same time link the video monitoring system for video alarm;

[0065] Furthermore, through the combination of RFID readers and cards, personnel information can be quickly and accurately read for identity authentication, ensuring that only personnel with labor authorization can take out labor tools, saving time and energy for manual review, improving the efficiency of the work process, and enhancing the monitoring and protection of labor tools. Spare parts can also be prepared in advance based on the frequency of use and degree of wear of the labor tools, thereby achieving effective management and monitoring of labor tools and personnel, and further improving work efficiency.

[0066] Embodiment three:

[0067] Based on the second embodiment, as shown in the accompanying drawings of the specification Figure 1 As shown, the wear detection module can receive the information processed by the IoT detection unit. At the same time, the wear detection module will establish a scene database to record the wear information of the labor tools in different labor scenes. Suppose the original complete value of the labor tool is L Y , let the complete value of the labor tool after the Xth labor be L X , the Xth labor loss ratio is B X ;

[0068]

[0069] According to the above formula, the loss ratio of labor tools can be calculated;

[0070] The life prediction module can receive information processed by the wear detection module. After predicting the service life of the labor tool, the life prediction module will access the shopping software to obtain the sales information of different labor tools in different software, and then sort the labor tools in different software according to the sales price and quality, obtain the sales links of the top three labor tools, and obtain the corresponding transportation time of the labor tools. At this time, the predicted service life and the transportation time of different labor tools are used to analyze the time to purchase the labor tools, and provide personnel with labor tool purchase time recommendations;

[0071] The work quality analysis module can receive the information processed by the wear detection module and obtain the complete value L of the work tool after the Xth work. X When the labor content corresponding to the labor tool is recorded, the completion degree of the labor content is obtained, and the labor quality of the personnel for the labor content is judged. The complete value of the labor tool loss after the predicted labor content is completed is set as W S , suppose that the complete value of the labor tool loss after the labor content is completed in reality is W H , let the completion quality value of labor content be W Z ;

[0072]

[0073] According to the above formula, the completion quality value of the labor content can be calculated, and the evaluation limit can be set at the same time;

[0074] The method to evaluate the bounds is as follows:

[0075] Worse level, calculated W Z <0.5;

[0076] Good grade, calculated 0.5≤W Z <0.8;

[0077] Excellent, calculated W Z ≥0.8;

[0078] At this time, the labor quality of the corresponding personnel can be analyzed through the wear of the labor tools, and a deviation submission unit can be set at the same time. When the labor seriousness of the personnel deviates according to the wear of the labor tools, the personnel can enter their actual labor volume in the deviation submission unit. At this time, the administrator can confirm the authenticity of the actual labor volume submitted by the personnel by checking the monitoring, so as to judge the labor quality of the personnel. The internal administrator can modify the evaluated labor quality and mark the modification reason and corresponding monitoring evidence at the modified location;

[0079] Specific workflow: Understand the wear information of labor tools in different scenarios, record the wear information of labor tools after multiple uses, calculate the loss ratio of labor tools, and then predict the service life of the labor tools. Access the shopping software, retrieve the corresponding sales information according to the information of different labor tools, obtain the corresponding transportation time of labor tools, and use the predicted service life and transportation time of different labor tools to analyze the time to purchase labor tools;

[0080] At the same time, the seriousness of the personnel during work is analyzed according to the wear information of the labor tools in different scenarios and the wear information of the labor tools after multiple uses, so as to judge the labor quality of the personnel according to the wear information of the labor tools. At the same time, a deviation submission unit is set. When the seriousness of the personnel in work is analyzed according to the wear condition of the labor tools, the personnel can enter their actual labor volume in the deviation submission unit. At this time, the administrator can confirm the authenticity of the actual labor volume submitted by the personnel by checking the monitoring. The administrator can modify the assessed labor quality and mark the modification reason and corresponding monitoring evidence at the modified location;

[0081] Furthermore, the wear detection module can predict the service life of labor tools based on loss information, which helps to plan the purchase of labor tools in advance and avoid production interruptions due to sudden damage of labor tools. The life prediction module can provide more options and comparisons for procurement, ensuring that new labor tools arrive in time before the end of the life of old labor tools, reducing inventory backlogs and capital occupation. The deviation submission unit allows personnel to submit actual labor volume when they believe that the assessment is biased. The administrator verifies by checking the monitoring to ensure the fairness of the assessment. The internal administrator's modification of the labor quality assessment and the marking of reasons and monitoring evidence increase the transparency and traceability of the assessment, which helps to establish a fair and just working environment.

[0082] The above shows and describes the basic principles, main features and advantages of the present invention. It should be understood by those skilled in the art that the present invention is not limited to the above embodiments. The above embodiments and descriptions are only for explaining the principles of the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, which fall within the scope of the present invention. The scope of protection of the present invention is defined by the attached claims and their equivalents.

Claims

1. A multifunctional labor tool operation management system, comprising a collection module, wherein the collection module can collect shape information of different labor tools, characterized in that: It also includes PCBA module, wear detection module, life prediction module and labor quality analysis module; The PCBA module includes a labor tool management unit, an RFID card reader unit, a micro-contact module unit, an Internet of Things detection unit, and a wireless data transmission unit; The labor tool management unit can perform EVA die positioning according to the shape information of different labor tools, formulate placement standards for the correct placement of different labor tools, and ensure that the labor tools can be placed correctly; RFID card reader unit manages the rights of personnel who take labor tools and sets different rights for different personnel; The micro-moving contact unit includes a micro-moving contact switch and an electric contact spring, which can obtain the position information of the working tool, thereby performing in-situ detection of the working tool and detecting the integrity of the working tool; IoT detection units can monitor the connection status of labor tools to further analyze the integrity of labor tools; The wireless data transmission unit can communicate with the base station via Bluetooth and LORA to transmit the use status of labor tools in real time; The wear detection module can obtain labor scene information, analyze the wear information of labor tools in different scenes, and obtain the wear information of labor tools after multiple uses, so as to improve the accuracy of analyzing the wear information of labor tools in different scenes; The life prediction module predicts the service life of the labor tool based on the wear information of the labor tool, so as to prepare for the replacement of the labor tool in advance; The labor quality analysis module obtains the labor scene and analyzes the wear information of the labor tools when working in the labor scene, so as to analyze the wear status of the labor tools after the personnel complete the labor task, and judge the labor quality of the personnel according to the wear status of the labor tools in different labor scenes.

2. A multifunctional labor tool operation management system according to claim 1, characterized in that: The RFID card reader unit includes an RFID card reader and an RFID card. Personnel information is recorded in the RFID card. The information recorded in the RFID card can be read by the RFID card reader, thereby realizing the identity verification function. When it is verified that the person has the labor authorization, the lock on the labor tool will be closed, allowing the person to take out the labor tool; When it is verified that the person does not have work authorization, the lock of the work tool will not be closed.

3. A multifunctional labor tool operation management system according to claim 1, characterized in that: When the micro-contact unit detects the presence of the working tool, the micro-contact unit will synchronously establish an indication display function, wherein the indication display function includes displaying the power supply, displaying the locking status of the working tool, displaying the presence of the working tool and displaying a warning, and then using the indication display function to display the working status and status of the working tool in real time.

4. The multifunctional labor tool operation management system according to claim 1, characterized in that: The IoT detection unit includes an IoT wire rope, which connects the labor tool to the IoT wire rope. At this time, the integrity of the IoT wire rope can be detected by electrical communication. When the IoT wire rope is damaged, the IoT detection unit will generate a damage signal, scan the appearance of the labor tool, and analyze the wear information of the labor data.

5. A multifunctional labor tool operation management system according to claim 4, characterized in that: The wireless data transmission unit can receive information processed by the Internet of Things detection unit. The wireless data transmission unit also includes an alarm. When the alarm receives a damage signal, the alarm will sound an alarm and send the alarm information to the monitoring center through the wireless communication module, and at the same time link the video monitoring system to issue a video alarm.

6. A multifunctional labor tool operation management system according to claim 5, characterized in that: The wear detection module can receive information processed by the IoT detection unit. At the same time, the wear detection module will establish a scene database to record the wear information of the labor tool in different labor scenes. Suppose the original complete value of the labor tool is L Y , let the complete value of the labor tool after the Xth labor be L X , the Xth labor loss ratio is B X ; According to the above formula, the loss ratio of labor tools can be calculated.

7. A multifunctional labor tool operation management system according to claim 6, characterized in that: The life prediction module can receive information processed by the wear detection module. After predicting the service life of the labor tool, the life prediction module will access the shopping software to obtain the sales information of different labor tools in different software, and then sort the labor tools in different software according to the selling price and quality, obtain the top three labor tool sales links, and obtain the corresponding labor tool transportation time. At this time, the predicted service life and the transportation time of different labor tools are used to analyze the time to purchase the labor tools, and provide personnel with recommendations for the time to purchase the labor tools.

8. The multifunctional labor tool operation management system according to claim 6, characterized in that: The labor quality analysis module can receive the information processed by the wear detection module and obtain the complete value L of the labor tool after the Xth labor. X When the labor content corresponding to the labor tool is recorded, the completion degree of the labor content is obtained, and the labor quality of the personnel for the labor content is judged. The complete value of the labor tool loss after the predicted labor content is completed is set as W S , suppose that the complete value of the labor tool loss after the labor content is completed in reality is W H , let the completion quality value of labor content be W Z ; According to the above formula, the completion quality value of the labor content can be calculated and the evaluation limit can be set.

9. A multifunctional labor tool operation management system according to claim 8, characterized in that: The method for evaluating the bounds is as follows: Worse level, calculated W Z <0.5; Good grade, calculated 0.5≤W Z <0.8; Excellent, calculated W Z ≥0.8; At this time, the labor quality of the corresponding personnel can be analyzed through the wear of the labor tools, and a deviation submission unit can be set up at the same time. When the personnel's labor seriousness deviates according to the analysis of the wear of the labor tools, the personnel can enter their actual labor volume in the deviation submission unit. At this time, the administrator can confirm the authenticity of the actual labor volume submitted by the personnel by checking the monitoring, so as to judge the labor quality of the personnel. The internal administrator can modify the assessed labor quality and mark the reason for the modification and the corresponding monitoring evidence at the modified location.

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