An intelligent tool cabinet and control system used in product production

Abstract

The present invention discloses an intelligent tool cabinet and a control system thereof applied to product production, and relates to the technical field of tool cabinet control. The control system comprises: an authorization management module, a usage record management module, an activity evaluation module, a time threshold management module and a human-computer interaction module. The authorization management module comprises: a physical tag management unit, an identity identification management unit and an authorization management unit. The usage record management module, the activity evaluation module comprises: an activity evaluation value calculation unit, an activity evaluation value calculation unit and a target tool management unit. The intelligent tool cabinet comprises: a cabinet body, a first storage compartment, a second storage compartment, a human-computer interaction component and a supporting foot. The first storage compartment comprises a first compartment frame, a first compartment door panel and a first electric-controlled door lock. The second storage compartment comprises a second compartment frame, a second compartment door panel and a second electric-controlled door lock. The human-computer interaction component comprises: a camera component, a touch screen and an identity recognition component.

Description

Technical Field

[0001] The invention relates to the field of tool cabinet control, and in particular to an intelligent tool cabinet and a control system thereof used in product production. Background Art

[0002] As the level of industrial production improves, the degree of industrial production concentration develops rapidly, and the variety of products produced by a single product production factory becomes richer and richer. Therefore, the types and quantity of tools used in the production process of the same product production factory also increase. With the development of computer and Internet of Things technology, the solution of storing production tools through smart storage cabinets has gradually emerged.

[0003] In the existing technical solutions, tools can be retrieved and returned without management personnel through self-service access by employees. At the same time, some tools that have been placed in the storage cabinet for a long time may malfunction or become misaligned. Therefore, there will be a situation where normal tools and faulty tools are mixed. When faulty tools are mixed with normal tools, the probability of employees receiving faulty tools increases, which directly or indirectly affects the production efficiency of the production line. Summary of the invention

[0004] The purpose of the present invention is to provide an intelligent tool cabinet and a control system thereof for use in product production, so as to solve the problems raised in the prior art.

[0005] To achieve the above object, the present invention provides the following technical solution: an intelligent tool cabinet and a control system thereof applied to product production, the system comprising:

[0006] Authorization management module, usage record management module, activity evaluation module, time threshold management module and human-computer interaction module;

[0007] The authorization management module is used to manage tool information and employee information, and to authorize employees to use tools in the smart tool cabinet. The usage record management module collects tool usage records, and manages the storage time period of the tools in the smart tool cabinet and the time period when the tools are used by employees separately. The activity evaluation module is used to calculate the tool usage frequency and the ratio of the usage time to the storage time based on the tool usage records, and evaluate the activity of the tools. The time threshold management module is used to collect the time records of using tools in a certain job position in the production position, obtain the time distribution range of the time records, and use the minimum value in the time distribution range as the time judgment A human-computer interaction module is used to control the human-computer interaction interface of the smart tool cabinet, and human-computer interaction is performed when employees take or return tools. When the return time of the target tool is less than the time judgment threshold, a dialog box pops up in the human-computer interaction interface to inquire whether the tool is damaged. When the personnel confirm that the tool is damaged, the second storage compartment in the smart tool cabinet is opened. The door lock control unit is used to control the door lock of the tool storage compartment in the smart tool cabinet, wherein the smart tool cabinet includes a first storage compartment and a second storage compartment, the first storage compartment is used to store tools taken and returned by employees, and the second storage compartment is used to store recycled tools;

[0008] Further, the usage record management module includes: a usage record collection unit, a duration sorting unit, and an activity evaluation coefficient calculation unit;

[0009] The usage record collection unit is used to collect usage records of tools in the intelligent tool cabinet, set the state in which the tool information of any tool in the target category is bound to the personnel information as the access state, set the state in which the tool information is not bound to the personnel information as the storage state, set the unit detection cycle, and obtain the average duration of the access state and the average duration of the storage state of all tools in the unit detection cycle;

[0010] Get the average duration TU of the usage state corresponding to the i-th tool among all tools i , the average storage time TS i and the cycle time TC i ;

[0011] The time length sorting unit is used to arrange the cycle of each tool, and the damage cycle includes the average time length of the access state and the average time length of the storage state;

[0012] Get the time length of the cycle of all tools, arrange the time length of the cycle of all tools from high to low, get the cycle arrangement sequence, mark the time length of the cycle of each tool in the cycle arrangement sequence, and get the sequence number num of the i-th tool in the cycle arrangement sequence i ;

[0013] The activity evaluation coefficient calculation unit is used to calculate the activity evaluation coefficient of the tool, where the first activity evaluation coefficient α of the i-th tool i , α i =num i / N, where N represents the number of all tools of the target category; calculate the second activity evaluation coefficient β of the i-th tool i , β i =TU i / TC i , where TC i =TU i +TS i .

[0014] Further, the activity evaluation module includes: an activity evaluation value calculation unit, an activity evaluation value calculation unit and a target tool management unit;

[0015] The activity evaluation value calculation unit is used to calculate the activity evaluation value of each tool, where the activity evaluation value γ of the i-th tool i , γ i =α i ×β i , collect the activity evaluation values ​​of all tools and calculate the average value avg of all activity evaluation values;

[0016] The activity evaluation unit is used to evaluate the activity evaluation value of the tool and obtain the low activity interval, wherein the value range of [0,1] is divided into k intervals, the activity evaluation values ​​of all tools are filled into the corresponding intervals according to the data, the average of the activity evaluation values ​​of each interval is calculated, and the interval with an average value less than avg is set as a low activity interval;

[0017] The target tool management unit is used to select a target tool from all tools, wherein tools corresponding to activity evaluation values ​​in a low activity interval are obtained, and the tools are aggregated into a target tool set.

[0018] Further, the authorization management module includes: a physical tag management unit, an identity management unit and an authorization management unit;

[0019] The physical tag management unit is used to manage the physical tag information. The physical tag is set on the tool. The tool corresponds to a unique physical tag. The tool information is matched with the physical tag. The physical tag includes an RFID tag, an NFC tag, a QR code and a one-dimensional barcode.

[0020] The identity management unit is used to manage identity data. The identity is used to represent the identity information of the employee, wherein the identity information includes the identity of the person and the position information of the employee. The identity includes a physical identity or a biometric identity. The physical identity includes an IC card and an NFC bracelet. The biometric identity includes the employee's face data, iris data, fingerprint data and voiceprint data.

[0021] The authorization management unit is used to authorize employees to use tools in the smart tool cabinet. By identifying the employee's identity, the physical identification of the tool is bound to the employee's identity.

[0022] Furthermore, the first storage compartment is provided with a first electric-controlled door lock, and the second storage compartment is provided with a second electric-controlled door lock. When the first electric-controlled door lock is in an open state, the first storage compartment is in an enabled state. At this time, the second electric-controlled door lock is in a closed state, and the second storage compartment is in a closed state; when the second electric-controlled door lock is in an open state, the second storage compartment is in an enabled state. At this time, the first electric-controlled door lock is in a closed state, and the first storage compartment is in a closed state.

[0023] An intelligent tool cabinet used in product production comprises: a cabinet body, a first storage compartment, a second storage compartment, a human-computer interaction component and a support foot;

[0024] A first compartment array is formed by a plurality of first storage compartments, a second storage array is formed by a plurality of second storage compartments, and the first compartment array is arranged above the second compartment array;

[0025] The first storage compartment comprises a first compartment frame, a first compartment door panel and a first electric door lock, wherein the first compartment frame is embedded in the cabinet, the first compartment door panel is mounted on the first compartment frame by means of a rotating shaft hinge, and the first electric door lock is mounted between the first compartment frame and the first compartment door panel;

[0026] The second storage compartment includes a second compartment frame, a second compartment door panel and a second electric door lock, the second compartment frame is embedded in the cabinet, the second compartment door panel is installed on the first compartment frame by means of a rotating shaft hinge, and the second electric door lock is installed between the second compartment frame and the second compartment door panel;

[0027] The human-computer interaction component is embedded in the cabinet of the tool cabinet, and the human-computer interaction component includes: a camera component, a touch screen, a card reader and a fingerprint recognition component;

[0028] The supporting feet are installed at the bottom of the cabinet.

[0029] Compared with the prior art, the beneficial effects of the present invention are: by analyzing the usage records of tools stored in the smart tool cabinet, tools that have been stored for a long time are screened, and the screened-out tools are used as target tools; the minimum usage time of tools of the same type as the target tool under normal use is obtained as the time threshold, and when the return time of the target tool is less than the time threshold, the target tool is asked whether it is damaged, and the damaged tools are stored separately from the non-damaged tools.

[0030] First, the proportion of damaged tools among the tools borrowed by employees is reduced, which reduces the probability of employees borrowing damaged tools.

[0031] Secondly, inactive tools are accurately extracted by using the usage frequency and the usage duration ratio in the usage cycle;

[0032] Finally, classifying and managing faulty tools is beneficial to the recovery of faulty tools and preventing faulty tools from being mixed with non-faulty tools and making them difficult to identify. After classified storage, the efficiency of repairing faulty tools is improved. BRIEF DESCRIPTION OF THE DRAWINGS

[0033] Figure 1 It is a structural schematic diagram of a control system of an intelligent tool cabinet applied to product production according to the present invention;

[0034] Figure 2 This is a structural front view of an intelligent tool cabinet used in product production according to the present invention;

[0035] Figure 3 This is a schematic diagram of the three-dimensional structure of an intelligent tool cabinet used in product production according to the present invention;

[0036] Markings in the figure: 1-cabinet, 2-first storage compartment, 3-second storage compartment, 4-human-computer interaction component, 5-support leg, 21-first compartment frame, 22-first compartment door panel, 23-first electric door lock, 31-second compartment frame, 32-second compartment door panel, 33-second electric door lock, 41-camera component, 42-touch screen, 43-card reader and 44-fingerprint recognition component. DETAILED DESCRIPTION

[0037] 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.

[0038] Example: Figure 1 , Figure 2 and Figure 3 As shown, the present invention provides a technical solution, a control system of an intelligent tool cabinet applied to product production, the system comprising: an authorization management module, a usage record management module, an activity evaluation module, a time threshold management module and a human-computer interaction module;

[0039] The authorization management module is used to manage tool information and employee information, and to authorize employees to use tools in the smart tool cabinet. The authorization management module includes: a physical tag management unit, an identity management unit, and an authorization management unit;

[0040] The physical tag management unit is used to manage the physical tag information. The physical tag is set on the tool. The tool corresponds to a unique physical tag. The tool information is matched with the physical tag. The physical tag includes an RFID tag, an NFC tag, a QR code and a one-dimensional barcode.

[0041] The identity management unit is used to manage identity data. The identity is used to represent the identity information of the employee, wherein the identity information includes the identity of the person and the position information of the employee. The identity includes a physical identity or a biometric identity. The physical identity includes an IC card and an NFC bracelet. The biometric identity includes the employee's face data, iris data, fingerprint data and voiceprint data.

[0042] The authorization management unit is used to authorize employees to access tools in the smart tool cabinet, and binds the physical identification of the tool with the employee's identity by identifying the employee's identity.

[0043] The usage record management module collects the usage records of the tools, and manages the storage time period of the tools in the smart tool cabinet and the time period when the tools are taken by employees separately. The usage record management module includes: a usage record collection unit, a duration sorting unit, and an activity evaluation coefficient calculation unit;

[0044] Among them, the usage record collection unit is used to collect the usage records of the tools in the intelligent tool cabinet, the duration sorting unit is used to arrange the cycle periods of each tool, and the activity evaluation coefficient calculation unit is used to calculate the activity evaluation coefficient of the tool;

[0045] The activity evaluation module is used to calculate the usage frequency and the ratio of the access time to the storage time of the tool according to the tool usage record, and evaluate the activity of the tool, wherein the activity evaluation module includes: an activity evaluation value calculation unit, an activity evaluation value calculation unit and a target tool management unit, wherein the activity evaluation value calculation unit is used to calculate the activity evaluation value of each tool, the activity evaluation unit is used to evaluate the activity evaluation value of the tool, and the target tool management unit is used to select the target tool from all tools;

[0046] The time threshold management module is used to collect the time records of using tools in a certain work position in the production position, obtain the time distribution range of the time records, and use the minimum value in the time distribution range as the time judgment threshold;

[0047] A human-computer interaction module is used to control the human-computer interaction interface of the smart tool cabinet, and perform human-computer interaction when an employee takes or returns a tool. When the return time of the target tool is less than the time judgment threshold, a dialog box pops up in the human-computer interaction interface to inquire whether the tool is damaged. When the person confirms that the tool is damaged, the second storage compartment in the smart tool cabinet is opened. The door lock control unit is used to control the door lock of the tool storage compartment in the smart tool cabinet;

[0048] The intelligent tool cabinet includes a first storage compartment and a second storage compartment. The first storage compartment is used to store tools taken and returned by employees, and the second storage compartment is used to store recovered tools. The first storage compartment is provided with a first electric-controlled door lock, and the second storage compartment is provided with a second electric-controlled door lock. When the first electric-controlled door lock is in an open state, the first storage compartment is in an enabled state. At this time, the second electric-controlled door lock is in a closed state, and the second storage compartment is in a closed state; when the second electric-controlled door lock is in an open state, the second storage compartment is in an enabled state. At this time, the first electric-controlled door lock is in a closed state, and the first storage compartment is in a closed state; when the second electric-controlled door lock is in an open state, the second storage compartment is in an enabled state. At this time, the first electric-controlled door lock is in a closed state, and the first storage compartment is in a closed state;

[0049] More preferably, the door opening direction of the first storage compartment is different from the door opening direction of the second storage compartment, and the first storage compartment and the second storage compartment are distinguished by the different door opening directions.

[0050] As a method for implementing a control system of an intelligent tool cabinet applied to product production, the method includes:

[0051] Step S100: In a production workshop equipped with a tool cabinet, the production workshop includes several types of work positions, tools in the production workshop are obtained, the tools are classified according to their types, and one of the types of tools is used as a target type. The tool cabinet is equipped with a tool management system and a human-computer interaction interface. Through the tool management system, personnel who borrow tools are authorized;

[0052] Step S101: Setting a physical tag on any tool, associating the physical tag with tool information by writing information or associating information, and any tool corresponds to a unique physical tag;

[0053] Step S102: Employees in the production workshop wear identification tags, or their biometric information is recorded, and the identification tags and biometric information are associated with the employee's identity and job position;

[0054] Step S103: After the employee provides the identity identification or biometric information on the human-computer interaction interface, the tool management system determines whether the employee has the tool borrowing authority. If the employee has the tool borrowing authority, the cabinet door lock of the first storage compartment is opened;

[0055] Step S104: After the employee takes out the tool from the first storage compartment, the tool cabinet obtains the tool information corresponding to the physical tag by scanning the physical tag on the tool. The tool management system associates the tool information, personnel identity and job position, and sends the associated tool information, personnel identity and job position to the tool management personnel.

[0056] Step S200: Obtain the storage and retrieval history records of the target type of tools through the tool identification device, obtain the storage period and retrieval period length of each tool in the target type, combine the storage period and retrieval period into a cycle period, calculate the evaluation value of the cycle period length, obtain the first activity evaluation coefficient of each tool, calculate the proportion of the retrieval period in each cycle period, and obtain the second activity evaluation coefficient of each tool;

[0057] Step S201: Set the state in which the tool information of any tool in the target category is bound to the personnel information as the access state, and set the state in which the tool information is not bound to the personnel information as the storage state, set a unit detection cycle, the duration of the unit detection cycle is T0, obtain the average duration of the access state and the average duration of the storage state of all tools in the unit detection cycle, and take the sum of the average duration of the access state and the average duration of the storage state as the duration of the cycle;

[0058] Step S202: Obtain the average duration TU of the use state corresponding to the i-th tool among all tools of the target type i , the average storage time TS i and the cycle time TC i ;

[0059] Step S203: Obtain the time lengths of the cycle periods of all tools, arrange the time lengths of the cycle periods of all tools from high to low to obtain a cycle period arrangement sequence, sequence the time lengths of the cycle periods of each tool in the cycle period arrangement sequence, and obtain the sequence number numi of the i-th tool in the cycle period arrangement sequence;

[0060] Step S204: Calculate the first activity evaluation coefficient α of the i-th tool i , α i =num i / N, where N represents the number of all tools of the target category; calculate the second activity evaluation coefficient β of the i-th tool i , β i =TUi / TC i , where TC i =TU i +TS i .

[0061] Step S300: multiplying the first activity evaluation coefficient of each tool by the second activity evaluation coefficient to obtain an activity evaluation value, obtaining an evaluation interval of the activity evaluation value, dividing the evaluation interval into a low activity interval and a high activity interval, and taking the tool corresponding to the activity evaluation value in the low activity interval as the target tool;

[0062] Step S301: Calculate the activity evaluation value γ of the i-th tool i , γ i =α i ×β i , collect the activity evaluation values ​​of all tools and calculate the average value avg of all activity evaluation values;

[0063] Step S302: Divide the value range of [0,1] into k intervals, fill the activity evaluation values ​​of all tools into the corresponding intervals according to the data, calculate the average of the activity evaluation values ​​of each interval, and set the interval with an average value less than avg as a low activity interval;

[0064] Step S303: Obtain tools corresponding to activity evaluation values ​​in the low activity interval, and collect the tools into a target tool set.

[0065] Step S400: a certain job position is set as a target job position, a historical record of the time a tool of a target type is used in the target job position is obtained, a cluster analysis is performed on the historical records, and a cluster boundary value is set as a time judgment threshold for the tool of the target type;

[0066] Step S401: using the target job position as a screening condition, obtaining a plurality of target type tool usage records, wherein each usage record corresponds to a duration of a tool usage state;

[0067] Step S402: using a clustering algorithm, obtaining a clustering range of several target type tool usage records, obtaining a minimum value of the duration in the clustering range, and setting the minimum value as a time judgment threshold for the target type tool.

[0068] Step S500: The storage compartment of the tool cabinet is divided into a first storage compartment and a second storage compartment. An employee borrows a tool from the tool cabinet by verifying his identity. When the tool borrowed by the employee is a target tool, a time judgment threshold corresponding to the tool is obtained.

[0069] Step S600: When the tool return time is less than the time judgment threshold, a dialog box pops up in the human-computer interaction interface to inquire whether the tool is damaged. When the employee confirms that the tool is faulty, the second storage compartment is opened.

[0070] Step S700: After the employee stores the tools in the second storage compartment, the tool management system re-authorizes the personnel to select tools in the first storage compartment and binds the employee to the re-selected tools.

[0071] In such Figure 2 In the illustrated embodiment, the intelligent tool cabinet comprises: a cabinet body 1, a first storage compartment 2, a second storage compartment 3, a human-computer interaction component 4 and a support leg 5, wherein a first compartment array is formed by a plurality of first storage compartments 2, wherein a second storage array is formed by a plurality of second storage compartments 3, wherein the first compartment array is arranged above the second compartment array;

[0072] In this embodiment, the first storage compartment 2 includes a first compartment frame 21, a first compartment door panel 22 and a first electric door lock 23. The first compartment frame 21 is embedded in the cabinet 1, the first compartment door panel 22 is installed on the first compartment frame 21 by means of a rotating shaft hinge, and the first electric door lock 23 is installed between the first compartment frame 21 and the first compartment door panel 22;

[0073] In this embodiment, the second storage compartment 3 includes a second compartment frame 31, a second compartment door panel 32 and a second electric door lock 33. The second compartment frame 31 is embedded in the cabinet 1, the second compartment door panel 32 is installed on the second compartment frame 31 by means of a rotating shaft hinge, and the second electric door lock 33 is installed between the second compartment frame 31 and the second compartment door panel 32.

[0074] In this embodiment, the human-computer interaction component 4 is embedded in the cabinet of the tool cabinet, and the human-computer interaction component 4 includes: a camera component 41 , a touch screen 42 , a card reader 43 and a fingerprint recognition component 44 .

[0075] It will be apparent to those skilled in the art that the invention is not limited to the details of the exemplary embodiments described above and that the invention can be implemented in other specific forms without departing from the spirit or essential features of the invention. Therefore, the embodiments should be considered exemplary and non-limiting in all respects, and the scope of the invention is defined by the appended claims rather than the foregoing description, and it is intended that all variations falling within the meaning and scope of the equivalent elements of the claims be included in the invention. Any reference numeral in a claim should not be considered as limiting the claim to which it relates.

Claims

1. A control system for an intelligent tool cabinet used in product production, characterized in that: The control system performs the following control steps: Step S100: In a production workshop equipped with a tool cabinet, the production workshop includes several types of work positions, tools in the production workshop are obtained, the tools are classified according to their types, and one of the types of tools is used as a target type. The tool cabinet is equipped with a tool management system and a human-computer interaction interface. The tool management system is used to authorize employees who borrow tools. Step S200: Obtain the storage and retrieval history records of the target type of tools through the tool identification device, obtain the storage period and retrieval period length of each tool in the target type, combine the storage period and retrieval period into a cycle period, calculate the evaluation value of the cycle period length, obtain the first activity evaluation coefficient of each tool, calculate the proportion of the retrieval period in each cycle period, and obtain the second activity evaluation coefficient of each tool; Step S200 includes: Step S201: setting the state in which the tool information of any tool in the target category is bound to the employee information as the access state, setting the state in which the tool information is not bound to the employee information as the storage state, setting a unit detection cycle, the duration of which is T0, obtaining the average duration of the access state and the average duration of the storage state for all tools in the unit detection cycle, and taking the sum of the average duration of the access state and the average duration of the storage state as the duration of the cycle; Step S202: Obtain the average duration TU of the use state corresponding to the i-th tool among all tools of the target type i , the average storage time TS i and the cycle time TC i ; Step S203: Obtain the time lengths of the cycle periods of all tools, arrange the time lengths of the cycle periods of all tools from high to low to obtain a cycle period arrangement sequence, and sequence the time lengths of the cycle periods of each tool in the cycle period arrangement sequence to obtain the sequence number num of the i-th tool in the cycle period arrangement sequence. i ; Step S204: Calculate the first activity evaluation coefficient α of the i-th tool i , α i =num i / N, where N represents the number of all tools of the target type; calculate the second activity evaluation coefficient β of the i-th tool i , β i =TU i / TC i , where TC i =TU i +TS i ; Step S300: multiplying the first activity evaluation coefficient of each tool by the second activity evaluation coefficient to obtain an activity evaluation value, obtaining an evaluation interval of the activity evaluation value, dividing the evaluation interval into a low activity interval and a high activity interval, and taking the tool corresponding to the activity evaluation value in the low activity interval as the target tool; Step S300 includes: Step S301: Calculate the activity evaluation value γ of the i-th tool i , γ i =α i ×β i , collect the activity evaluation values ​​of all tools and calculate the average value avg of all activity evaluation values; Step S302: Divide the value range of [0,1] into k intervals, fill the activity evaluation values ​​of all tools into the corresponding intervals according to the data, calculate the average of the activity evaluation values ​​of each interval, and set the interval with an average value less than avg as a low activity interval; Step S303: Acquire tools corresponding to activity evaluation values ​​in the low activity interval, and collect the tools into a target tool set; Step S400: a certain job position is set as a target job position, a historical record of the time the target type of tool is used in the target job position is obtained, a cluster analysis is performed on the historical record, and a cluster boundary value is set as a time judgment threshold for the target type of tool; Step S500: Divide the storage compartment of the tool cabinet into a first storage compartment and a second storage compartment, and an employee borrows a tool from the tool cabinet by verifying his identity. When the tool borrowed by the employee is a target tool, obtain the time judgment threshold corresponding to the tool; Step S600: When the tool return time is less than the time judgment threshold, a dialog box pops up in the human-computer interaction interface to inquire whether the tool is damaged. When the employee confirms that the tool is damaged, the second storage compartment is opened; Step S700: After the employee stores the tool in the second storage compartment, the tool management system re-authorizes the employee to select tools in the first storage compartment and binds the employee to the re-selected tools.

2. According to claim 1, a control system of an intelligent tool cabinet used in product production is characterized in that: Step S100 includes: Step S101: setting a physical tag on any tool, and associating the physical tag with tool information by writing information or associating information, wherein any tool corresponds to a unique physical tag; Step S102: The employees in the production workshop wear identification tags, or the employees' biometric information is recorded, and the identification tags and biometric information are associated with the employees' identities and job positions; Step S103: After the employee provides the identity identification or biometric information on the human-computer interaction interface, the tool management system determines whether the employee has the tool borrowing authority. If the employee has the tool borrowing authority, the cabinet door lock of the first storage compartment is opened; Step S104: After the employee takes out the tool from the first storage compartment, the tool cabinet obtains the tool information corresponding to the physical tag by scanning the physical tag on the tool. The tool management system associates the tool information, personnel identity and job position, and sends the associated tool information, personnel identity and job position to the tool management personnel.

3. The control system of the intelligent tool cabinet used in product production according to claim 2 is characterized in that: Step S400 includes: Step S401: using the target job position as a screening condition, obtaining a plurality of target type tool usage records, wherein each usage record corresponds to a duration of a tool usage state; Step S402: obtaining a clustering range of several target type tool usage records through a clustering algorithm, obtaining a minimum duration in the clustering range, and setting the minimum duration as a time judgment threshold for the target type tool.

4. An intelligent tool cabinet for product production, used to operate the control system of an intelligent tool cabinet for product production as claimed in any one of claims 1 to 3, characterized in that: The smart tool cabinet includes: an authorization management module, a usage record management module, an activity evaluation module, a time threshold management module and a human-computer interaction module; The authorization management module is used to manage tool information and employee information, and to authorize employees to use tools in the smart tool cabinet. The usage record management module is used to collect tool usage records, and to separately manage the storage time period of the tools in the smart tool cabinet and the time period when the tools are used by employees. The activity evaluation module is used to calculate the tool usage frequency and the ratio of the usage time to the storage time based on the tool usage records, and to evaluate the activity of the tools. The time threshold management module is used to collect the time records of using tools in a certain work position in the production position, obtain the time distribution range of the time, and use the minimum value in the time distribution range as the time judgment threshold. A human-computer interaction module is used to control the human-computer interaction interface of the smart tool cabinet, and perform human-computer interaction when employees take or return tools. When the return time of the target tool is less than the time judgment threshold, a dialog box pops up in the human-computer interaction interface to inquire whether the tool is damaged. When the employee confirms that the tool is damaged, the second storage compartment in the smart tool cabinet is opened. The human-computer interaction module includes a door lock control unit, which is used to control the door lock of the tool storage compartment in the smart tool cabinet, wherein the smart tool cabinet includes a first storage compartment and a second storage compartment, the first storage compartment is used to store tools taken and returned by employees, and the second storage compartment is used to store recycled tools.

5. The intelligent tool cabinet used in product production according to claim 4, characterized in that: The usage record management module includes: a usage record collection unit, a duration sorting unit, a duration sorting unit, and an activity evaluation coefficient calculation unit; The usage record collection unit is used to collect the usage records of tools in the intelligent tool cabinet, and set the state of binding tool information and personnel information of any tool in the target category as the access state; The time length sorting unit is used to sort the cycle periods of each tool, mark the time length of the cycle period of each tool in the cycle period arrangement sequence, and obtain the sequence number of any tool in the cycle period arrangement sequence; The activity evaluation coefficient calculation unit is used to calculate the activity evaluation coefficient of the tool.

6. The intelligent tool cabinet used in product production according to claim 4, characterized in that: The activity evaluation module includes: an activity evaluation value calculation unit, an activity evaluation value calculation unit and a target tool management unit; The activity evaluation value calculation unit is used to calculate the activity evaluation value of each tool; The activity evaluation unit is used to evaluate the activity evaluation value of the tool and obtain the low activity interval; The target tool management unit is used to select a target tool from all tools.

7. The intelligent tool cabinet used in product production according to claim 4, characterized in that: The authorization management module includes a physical tag management unit, an identity management unit and an authorization management unit; The physical tag management unit is used to manage the physical tag information. The physical tag is set on the tool. The tool corresponds to a unique physical tag. The tool information is matched with the physical tag. The physical tag includes an RFID tag, an NFC tag, a two-dimensional code and a one-dimensional barcode. The identity management unit is used to manage identity data, where the identity is used to represent the identity information of the employee, where the identity information includes the identity of the person and the position information of the employee, and the identity includes a physical identity or a biometric identity, where the physical identity includes an IC card and an NFC bracelet, and the biometric identity includes the employee's face data, iris data, fingerprint data, and voiceprint data; The authorization management unit is used to authorize employees to use tools in the smart tool cabinet. By identifying the employee's identity, the physical identification of the tool is bound to the employee's identity.

8. The intelligent tool cabinet used in product production according to claim 4, characterized in that: The first storage compartment is provided with a first electric-controlled door lock, and the second storage compartment is provided with a second electric-controlled door lock. When the first electric-controlled door lock is in an open state, the first storage compartment is in an enabled state. At this time, the second electric-controlled door lock is in a closed state and the second storage compartment is in a closed state; when the second electric-controlled door lock is in an open state, the second storage compartment is in an enabled state. At this time, the first electric-controlled door lock is in a closed state and the first storage compartment is in a closed state.

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