TW202120226A - Smart cutting tool system - Google Patents

Abstract

The present invention relates to a smart cutting tool system. The smart cutting tool system has at lease one tool cabinet and an internal server. The tool cabinet includes a body and a control system. The control system controls the opening and closing of the electronic control drawer for storing the cutting tool in the body, and senses the cutting tool information stored in each of the electronic control drawers. The control system is connected to the internal server so that the internal server obtains the cutting tool information in the cabinets. By centrally managing cutting tools, plant managers can keep abreast of cutting tool conditions in the plant and increase plant productivity.

Description

Smart Tool System

The present invention relates to a smart tool system, in particular to a tool used for storing tool machines and related peripheral equipment.

In the field of mechanical processing, it is a common technology to install tools on appropriate machine tools to perform various processing systems, such as the use of turning tools, planers, milling cutters, boring cutters, drills, reamers, threading cutters and other tools. In response to different situations, the same machine tool will need to be replaced with different tools. For example, different workpieces need to be processed or the tool life has expired. Therefore, a variety of tools must be prepared in the factory for replacement at any time. .

However, traditional factories often only set up storage cabinets for the storage and management of tools without proper control. Therefore, there is a lack of effective management of the collection and return of the tools. As a result, the management is ignorant of the use of the tools. Conditions such as service life and lack of on-site tools cannot be understood immediately, which affects overall production efficiency.

In view of this, the present invention researches and develops the tool management method used in the factory in order to solve the problem of inefficient management in the past.

In order to achieve the above-mentioned purpose of the invention, the technical means adopted by the present invention is to provide a smart tool system, including: At least one tool cabinet, which contains: A cabinet includes a plurality of electronically controlled drawers, a plurality of control panels, and a tool sensing unit; wherein each of the electronically controlled drawers includes a box and an electronic lock, and the control panels are arranged on the cabinet Corresponding to the electronically controlled drawers respectively on the main body, the tool sensing unit transmits wireless sensing signals to each of the electronically controlled drawers; and A control system is electrically connected to the electronically controlled drawers, the control panels, and the tool sensing unit of the cabinet to control the opening and closing of the electronic lock of the electronically controlled drawer, and control the control panels to display their The tool information of the tool stored in the box of the corresponding electronically controlled drawer, and control the tool sensor unit and receive the sensor signal returned by it, and obtain the tool information according to the sensor information; and An internal server, connected to the at least one tool cabinet, and built-in: A work order management module, which stores multiple work orders, each of which contains the number of the tool cabinet, the number of the electronically controlled drawer, the type and quantity of tools; and A tool inventory module stores tool information of the electronically controlled drawers of the at least one tool cabinet.

The advantage of the present invention is that an internal server is provided in the factory to manage at least one tool cabinet. The tool cabinet can actively update the tool information of each electronically controlled drawer, so that the internal server can effectively manage the tool in the factory. Factory management personnel can keep abreast of the condition of the tools in the factory and improve the production efficiency of the factory.

In order to achieve the above-mentioned purpose of the invention, the technical means adopted by the present invention is to provide another intelligent tool system, including: At least one machine tool; A tool cabinet is connected to the machine tool, and the tool cabinet contains: A cabinet includes a plurality of electronically controlled drawers, a plurality of control panels, and a tool sensing unit; wherein each of the electronically controlled drawers includes a box and an electronic lock, and the control panels are arranged on the cabinet Corresponding to the electronically controlled drawers respectively on the main body, the tool sensing unit transmits wireless sensing signals to each of the electronically controlled drawers; and A control system is electrically connected to the electronically controlled drawers, the control panels, and the tool sensing unit of the cabinet to control the opening and closing of the electronic lock of the electronically controlled drawer, and control the control panels to display their Corresponding to the tool information of the tool stored in the box of the electronic control drawer, and control the tool sensor unit and receive the sensor signal returned by it, and obtain the tool information according to the sensor information; the control system is built-in: A work order management module, which stores multiple work orders, each of which contains the machine tool number, the number of the electronically controlled drawer, the number and quantity of tool types; and

A tool inventory module stores tool information of the electronically controlled drawers of the at least one tool cabinet.

The advantage of the present invention is that the machine tool that uses tools in the factory is connected to the tool cabinet, and the tool cabinet communicates with the tool mechanism for tool management. The tool cabinet can actively update the tool information of each electronically controlled drawer, which can effectively perform The factory's machine tools and tool management allow factory managers to know the condition of the tools in the factory in time and improve the production efficiency of the factory.

To achieve the above-mentioned purpose of the invention, the technical means adopted by the present invention is to provide another smart tool system, including: a smart tool system, including: An external server, which stores the contact information of multiple suppliers, the types and prices of tools that can be provided; A tool cabinet is connected to the external server, and the tool cabinet contains: A cabinet includes a plurality of electronically controlled drawers, a plurality of control panels, and a tool sensing unit; wherein each of the electronically controlled drawers includes a box and an electronic lock, and the control panels are arranged on the cabinet Corresponding to the electronically controlled drawers respectively on the main body, the tool sensing unit transmits wireless sensing signals to each of the electronically controlled drawers; and A control system is electrically connected to the electronically controlled drawers, the control panels, and the tool sensing unit of the cabinet to control the opening and closing of the electronic lock of the electronically controlled drawer, and control the control panels to display their Corresponding to the tool information of the tool stored in the box of the electronic control drawer, and control the tool sensor unit and receive the sensor signal returned by it, and obtain the tool information according to the sensor information; the control system is built-in: One work order management module, which stores multiple work orders, and each work order contains the number of the electronically controlled drawer, the type and quantity of tools; A tool inventory module storing tool information of the electronically controlled drawers of the at least one tool cabinet; A tool purchasing module is set with a low inventory quantity. When updating the tool inventory module, it will also determine whether the updated quantity of the electronically controlled drawer is lower than the low inventory quantity; if so, then the tool The purchase module generates a purchase order and sends it to the external server, and the external server places an order with the supplier.

The advantage of the present invention is that the tool cabinet is set in the factory to connect the tool cabinet with the external server. Because the tool cabinet actively updates the tool information of each electronically controlled drawer, and then cooperates with the external server stored in the tool supply data, The tool cabinet can purchase insufficient tools in time to ensure the smooth production of the production line.

The following figures and embodiments of the present invention are used to further explain the technical means adopted by the present invention to achieve the intended purpose of the invention. The figures are simplified for illustrative purposes only and describe the relationship between the elements and components of the present invention. To illustrate the structure or method of the present invention, therefore, the elements shown in the figure are not presented in actual numbers, actual shapes, actual sizes, and actual ratios. The sizes or size ratios have been enlarged or simplified to provide a better description. , The actual number, actual shape or actual size ratio has been selectively designed and configured, and the detailed component layout may be more complicated.

Please refer to FIG. 1, the present invention includes at least one tool cabinet 10, an internal server 30, and may further include at least one machine tool 40; in addition, as shown in FIG. 2, the present invention further includes an external servo器50. The tool cabinet 10 can be combined with any one of the internal server 30, the machine tool 40, and the external server 50 to provide a function of bidirectional data transmission through connection therewith.

Please refer to Figure 1 again. The aforementioned tool cabinet 10 includes a cabinet 11 and a control system 20; wherein the control system 20 is electrically connected to the cabinet 11; The cabinet 11 has a plurality of electronically controlled drawers 12, a plurality of control panels 13 and a tool sensing unit 14. The control system 20 includes a control unit 21, a display 22, a communication module 23, a storage unit 24 with a built-in tool management database, and an identity recognition module 25.

Each of the above-mentioned electronically controlled drawers 12 includes a box body 121 and an electronic lock 122. The electronic lock 122 is controlled by the control unit 21 of the control system 20 to determine whether the box body 121 is opened from the main body of the cabinet 11 Or close.

The above-mentioned control panels 13 are arranged on the main body of the cabinet 11 and located in the corresponding electronically controlled drawer 12, and the control panel 13 is controlled by the control unit 21 of the control system 20, so each control panel 13 shows the type and quantity of the knives contained in the corresponding electronically controlled drawer 12. In this embodiment, the control panel 13 can be a touch panel or a physical button, and the display panel of the touch panel can be a liquid crystal panel or an OLED panel, but it is not limited to this.

The above-mentioned tool sensing unit 14 can be arranged inside or outside the cabinet 11 and electrically connected to the control unit 21 of the control system 20 to controlly transmit wireless sensing signals to each of the electronically controlled drawers 12. In this embodiment, the tool sensing unit 14 may be a radio frequency sensing unit that emits radio frequency sensing signals, but it is not limited to this. As shown in FIG. 3B, the tool sensor unit 14 may include a plurality of tool sensors 141, which are respectively arranged in the electronically controlled drawers 12. As the tool 60 may be provided with a corresponding type identification element 61, such as a radio frequency identification tag (RFID), so after the tool sensor 141 sends out a radio frequency signal, the tool information corresponding to the tools in the electronically controlled drawer 12 can be read respectively, including the type and quantity of the tools.

The tool management database of the control system 20 includes an identity management module, a work order management module, and a tool inventory module. The identity management module stores basic operator data and identity verification information. In this embodiment, the identity verification information includes a password or biological characteristics (such as fingerprints, etc.) set by the operator. The work order management module generates all work orders that are currently open to lead. The tool inventory module stores the types and quantities of the tools stored in the electronically controlled drawer 12.

The control unit 21 displays different work orders on the display 22 according to the work order management module. Each work order includes the name of the operator, the number of the electronically controlled drawer, the type and quantity of tools. In this embodiment, when an operator arrives at the control system 20, the control system 20 performs identity recognition through the identity recognition module 25 and the identity management module. After the identity recognition is passed, the control unit 21 will send the operator The work order 220 of is displayed on the display 22, as shown in FIG. 5, the corresponding electronic control drawer number is displayed on each work order, and the corresponding control panel 13 is controlled to display, such as flashing or displaying different colors, Allow the operator to quickly find the electronically controlled drawer 12, and press or touch the control panel 13, the control unit 21 receives the return message from the control panel 13, that is to open the electronic lock 122 of the electronically controlled drawer 12, so that the operator smoothly Take the cutter 60 in the box 121. For example, as shown in Fig. 4, the first electronically controlled drawer 12 on the upper left, the number of cells stored in the box 121 is 3 cells, and the control unit 21 is connected to the control panel 13 to display the tool information of the three cells, such as "Location -010101 Cutting 001 012", which represents the storage compartment No. 010101 in the electronic control drawer 12. There are a total of 12 tools with type number 001 stored, but the number of storage compartments and display methods are not limited to this.

Next, when the operator finishes taking the tool 60, the control unit 21 reads the electronically controlled drawer 12 through the tool sensor unit 14, obtains the tool information, and compares it with the previously stored tool information in the electronically controlled drawer 12 ; In terms of the number of tools, you can compare the difference between the inventory quantity before taking the knife and the inventory quantity after taking the knife, and judge whether the quantity difference is consistent with the number of tools requested in the work order; if it does not match, send a take The material error alarm is on the display 22 or other alarm tools; if it matches, the data of the tool inventory module is updated and displayed on the display 22, as shown in Figure 5, and the electronically controlled drawer 12 can be further controlled to correspond to The tool information 221 on the control panel 13.

Please refer to FIG. 1, the internal server 30 can be connected with more control systems 20 of the aforementioned tool cabinet 10; in this embodiment, the internal server 30 is built with an identity management module and a work order management module. Group and a tool inventory module, but the work order displayed by the work order management module further includes a tool cabinet number, and the tool inventory module also includes a tool cabinet number. Therefore, please refer to FIG. 3A. When an operator goes to the control system 20 to operate the identity recognition module 25, the control unit 21 will send the identity data to the internal server 30 through the communication module 23, and The internal server 30 reads the identity management module and determines whether the operator’s identity is consistent. If the identity is recognized, the internal server will return the operator’s work order to the control system 20 where the operator is located. And display the work order it belongs to. The operator will move to the correct tool cabinet 10 according to the tool cabinet number contained on the work order; at the same time, the internal server 30 will synchronously transmit the work order to the control system of the correct tool cabinet 10 20. So when the operator moves to the correct tool cabinet 10, the control unit 21 of the control system 20 also controls the corresponding control panel 13 to display, such as flashing or displaying different colors, so that the operator can quickly find the electronically controlled drawer 12. And press or touch the control panel 13, the control unit 21 receives the return message from the control panel 13, that is, opens the electronic lock 122 of the electronically controlled drawer 12, so that the operator can smoothly take the tool stored in the box 121 .

When the operator finishes taking it, the control unit 21 reads the electronically controlled drawer 12 through the tool sensor unit 14, obtains the tool information and sends it back to the internal server 30, and stores the tools in the electronically controlled drawer 12 previously. Information is compared. In terms of the number of tools, you can compare the difference between the memory quantity before taking the tool and the memory quantity after taking the tool, and judge whether the quantity difference is consistent with the number of tools requested in the work order; if it does not match, a reclaim error will be issued Alarm; if it matches, update the data of the tool inventory module, as shown in FIG. 5, and further control the tool information 221 on the control panel 13 corresponding to the electronically controlled drawer 12.

1 and 6A, each of the tool cabinets 10 can be further connected to at least one machine tool 40, that is, the machine tool 40 includes a controller 41, a communication module 42, an identification module 43, A tool sensor 44 and a tool status sensor 45; wherein the controller 41 is electrically connected to the communication module 42, the identity recognition module 43, and the tool sensor 44, and the controller 41 communicates The module 42 is connected to the communication module 23 of the control system 20 corresponding to the tool cabinet 10 for two-way communication. The identity recognition module 43 of the machine tool 40 can be a card recognition, fingerprint recognition, face recognition and other prior art identity recognition methods, which will not be repeated here.

The storage unit 24 of the control system 20 of each tool cabinet 10 further includes a tool measurement module, and the generated work order can further indicate the machine tool number corresponding to the work order, so that the operator can understand the current work order request Which machine tool 40 is used with the tool of the collar. After the operator takes the tool contained on the work order from the tool cabinet 10, he arrives at the machine tool 40 on the work order. At this time, the operator confirms his identity through the identification module 43 of the machine tool 40, The controller 41 of the machine tool 40 allows the operator to place the tool and its type identification element near the tool sensor 44, so that the controller 41 can read the tool number through the tool sensor 44. The controller of the machine tool 40 41 and then through the communication module 42 to return the tool number to the control system 20 of the tool cabinet 10, the control system 20 determines whether the tool number matches the tool type contained in the work order, and then responds to the tool after confirmation The machine 40, the machine tool 40, the controller 41 judges that the control system 20 responds to the correct tool, and then starts it.

When the tool is installed in the machine tool 40, the tool sensor 44 therein will monitor the tool's use status during the tool use process, and when the tool is stopped, it will report the sensing information of the tool status sensor 45 to the control system 20. The sensing information includes the number of times of use (such as the number of turns or the number of cuts) and the time of use. When the machine tool 40 reports the sensory information of the tool, the control system 20 will find the tool used by the machine tool 40 according to the number of the machine tool 40 returned, and calculate the service life of the tool or whether it has reached the service life or not according to the sensory information. The scrapping standard, if the scrapping standard has been reached, the tool inventory module is updated, that is, the number of scrapped tools is subtracted from the stock quantity of the electronically controlled drawer 12 where the tool is stored.

Similarly, referring to FIG. 1 and FIG. 6B, the internal server 30 can also be further connected to at least one machine tool 40 for two-way communication.

The internal server 30 further includes a tool measurement module, and the generated work order can further specify the machine tool number corresponding to the work order, so that the operator can know which tool the currently requested tool is matched with The machine tool 40 is used. The operator is instructed to take the tool contained on the work order from the corresponding tool cabinet 10, and then move to the position of the machine tool 40 on the work order; at this time, the operator uses the identity of the machine tool 40 to identify After the module 43 confirms the identity, the controller 41 of the machine tool 40 allows the operator to place the tool and its type identification component near the tool sensor 44, so that the controller 41 can read the tool number through the tool sensor 44 , The controller 41 of the machine tool 40 then returns the tool number to the internal server 30 through the communication module 42. The internal server 30 determines whether the tool number matches the tool type contained in the work order, and then After the confirmation, the machine tool 40 is replied, and the controller 41 of the machine tool 40 determines that the control system 20 responds to the correct tool and then starts the machine.

When the tool is set in the machine tool 40, the tool status sensor in it will monitor the usage status of the tool during the use of the tool, and report the sensing information of the tool status sensor 45 to the internal server 30 when the tool is stopped. The perception message includes the number of times of use (such as the number of turns or the number of cuts) and the time of use. When the machine tool 40 reports the sensory information of the tool, the control system 20 will find the tool used by the machine tool 40 according to the returned number of the machine tool 40, and calculate the service life of the tool or whether it has reached the end of the tool life The scrap standard, if the scrap standard is reached, the tool measurement module is updated, that is, the number of scrap tools is subtracted from the amount of the electronically controlled drawer 12 stored in the tool, and the tool cabinet 10 corresponding to the tool is also notified. The control system 20 is updated.

The control system 20 of the tool cabinet 10 or the internal server 30 can be further added with a tool purchasing module, because the tool inventory module stores the quantity to be stored in each of the electronically controlled drawers 12 of each tool cabinet 10, A low inventory quantity can be further set. When the tool inventory module is updated, it can be further judged whether the quantity to be stored in the electronically controlled drawer 12 to be updated is lower than its preset low inventory quantity; if so, then the tool The purchase module generates a purchase order. As shown in Figure 2, the control system 20 or the internal server 30 of the tool cabinet 10 is connected to the external server 50. In practical applications, a single factory 100 can be provided with an internal server 30 and multiple machine tools. 40, and multiple tool cabinets 10, and the internal server 30 and tool cabinet 10 of a single factory 100 can correspond to the external servers 50 of multiple suppliers, and the external server 50 of one supplier can also correspond to the external servers 50 of multiple factories 100 Internal server 30 and tool cabinet 10. The tool cabinet 10 can be directly connected to the external server 50 of the supplier, and can also be connected to the external server 50 of the supplier through the internal server 30. The external server 50 stores the tool type and price information provided by the supplier. Therefore, the purchase amount and quantity can be confirmed according to the purchase order sent by the control system 20 or the internal server 30, and then the shipment is created. Form and request form.

Various application scenarios are specifically described below, but the present invention is not limited thereto.

Application scenario: The operator A is the operator of the first machine tool 40, and the processes that can be performed by the first machine tool 40 are the m1 process of product 1 and the n1 process of product 2, and the m process of product 1 uses a No. 2 tool is used in the nth process of product 3.

Application Scenario 1 : Operator A is currently assigned to use the first machine tool 40 to perform the m1 process of product 1, so he goes to the tool cabinet 10 closest to the first machine tool 40 and passes through the tool X After the identity recognition module 25 of the cabinet 10 confirms the identity of the operator A, it also confirms from the stored work order that the worker currently wants to take the No. 1 tool. At this time, the No. X tool cabinet 10 is the fifth row of the cabinet 11 The panel 112 next to the electronically controlled drawer 12 on the left lights up. An operator clicks on the control panel 13 and then opens the electronically controlled drawer 12 and takes out a pair of the corresponding tool No. 1. At this time, the tool sensor 141 in the electronically controlled drawer 12 The message that a pair of the No. 1 tool has been taken out is transmitted to the control unit 21, and the control unit 21 updates the inventory data of the No. 1 tool. After obtaining the No. 1 tool, the operator returns to the first machine tool 40 to perform the operation.

Application Scenario 2 : When the operator A opens the designated electronically controlled drawer 12, A person takes two sets of No. 1 tools, which do not match the pair of No. 1 tools on the work order. At this time, the electronically controlled drawer 12 The tool sensor unit 14 senses that two sets of No. 1 tools have been taken away, and transmits this message to the control unit 21, which transmits the warning message to the internal server 30 through the communication module 23, The internal server 30 also sends out a warning message after receiving it, so that the manager can know the situation of the tool mishandling in real time, so as to deal with it in real time.

Application Scenario 3 : After the operator A takes a designated pair of No. 2 tool, the remaining No. 2 tool in tool cabinet 10 of No. Y is lower than a low tool inventory quantity (it can be any quantity preset by the factory) ), at this time, the control system 20 of the tool cabinet 10 of No. Y will send a purchase message to the external server 50 of the supplier storing the No. 2 tool through the communication module 23; or send it to the internal server 30 through the communication module 23, The internal server 30 sends a purchase message to the external server 50 of the supplier storing the No. 2 tool.

Application scenario 4 : When the operator A uses the second tool, the tool status sensor 45 of the first machine tool 40 continuously monitors the speed and time of the use of the second tool, and the operation status of the first machine tool 40. After the process is completed, when the operator A removes the No. 2 tool, the first machine tool 40 immediately transmits the use history information of the second No. 2 tool to the control system 20 of the No. Y tool cabinet 10, and the control unit of the control system 20 21 Update the information of the secondary tool No. 2 based on the history information, and calculate its remaining life. When the operator A puts the tool No. 2 back into the original electronically controlled drawer 12, the tool sensing unit 14 of the electronically controlled drawer 12 also Send a message to inform the control unit 21.

In summary, the smart tool system of the present invention is mainly set up in the factory with a tool cabinet. Since the tool cabinet can actively update the tool information of each electronically controlled drawer, it is convenient and effective to manage the tool in the factory or cooperate with the internal server management. More tool cabinets in the factory, so that factory managers can keep abreast of the condition of the tools in the factory, and can also further connect with the tool machines and tool cabinets in the factory that use tools, or connect with an external server, so as to purchase insufficient tools in a timely manner to ensure The production line went into production smoothly.

The above are only the embodiments of the present invention and do not limit the present invention in any form. Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention. Anyone with ordinary knowledge in the relevant technical field, Without departing from the scope of the technical solution of the present invention, when the technical content disclosed above can be used to make slight changes or modification into equivalent embodiments with equivalent changes, but any content that does not depart from the technical solution of the present invention is based on the technical essence of the present invention Any simple modifications, equivalent changes and modifications made to the above embodiments still fall within the scope of the technical solution of the present invention.

10: Tool cabinet 100: Factory 11: Cabinet body 12: Electronically controlled drawer 121: Box body 122: Electronic lock 13: Control Panel 14: Tool induction unit 141: Tool sensor 20: Control system 21: Control unit 22: display 220: Work order 221: Tool Information 23: Communication module 24: storage unit 25: Identity Recognition Module 30: Internal server 40: Machine tool 41: Controller 42: Communication module 43: Identity Recognition Module 44: Tool sensor 45: Tool status sensor 50: External server 60: Tool 61: Identify components

Figure 1: A system architecture diagram of the first embodiment of the smart tool system of the present invention. Figure 2: A system architecture diagram of the second embodiment of the smart tool system of the present invention. Fig. 3A: A functional block diagram of the first embodiment of the tool cabinet of the present invention. Fig. 3B: A functional block diagram of the second embodiment of the tool cabinet of the present invention. Figure 4: A schematic appearance view of one of the tool cabinets of the present invention. Figure 5: A schematic diagram of a screen of the display of the tool cabinet of the present invention. Fig. 6A: A system architecture diagram of the third embodiment of the smart tool system of the present invention. Fig. 6B: A system architecture diagram of the fourth embodiment of the smart tool system of the present invention.

10: Tool cabinet

11: Cabinet

12: Electronically controlled drawer

13: Control Panel

20: Control system

22: display

30: Internal server

40: machine tool

Claims (25)

A smart tool system, including: At least one tool cabinet, which contains: A cabinet includes a plurality of electronically controlled drawers, a plurality of control panels, and a tool sensing unit; wherein each of the electronically controlled drawers includes a box and an electronic lock, and the control panels are arranged on the cabinet Corresponding to the electronically controlled drawers respectively on the main body, the tool sensing unit transmits wireless sensing signals to each of the electronically controlled drawers; and A control system is electrically connected to the electronically controlled drawers, the control panels, and the tool sensing unit of the cabinet to control the opening and closing of the electronic lock of the electronically controlled drawer, and control the control panels to display their The tool information of the tool stored in the box of the corresponding electronically controlled drawer, and control the tool sensor unit and receive the sensor signal returned by it, and obtain the tool information according to the sensor information; and An internal server, connected to the at least one tool cabinet, and built-in: A work order management module, which stores multiple work orders, each of which contains the number of the tool cabinet, the number of the electronically controlled drawer, the type and quantity of tools; and A tool inventory module stores tool information of the electronically controlled drawers of the at least one tool cabinet. The smart tool system as described in claim 1, wherein: The control system includes a control unit, a display, a first communication module, a storage unit, and a first identification module; wherein the control unit is connected to the display, the first communication module, and the storage unit And the first identification module are electrically connected to the electronic lock of the corresponding tool cabinet, the control panel and the tool sensing unit; the control unit controls the display to display the work order corresponding to the tool cabinet number, and Tool information of these electronically controlled drawers; and The internal server further has a built-in identity management module, which stores basic operator data and identity verification information, and is used to compare whether the identity recognition data returned by the first identity recognition module of the at least one tool cabinet is qualified. The smart tool system according to claim 1 or 2, wherein the tool sensor unit includes a plurality of tool sensors, and the tool sensors are respectively arranged in the cabinet and correspond to the electronically controlled drawers to sense Tool information of the corresponding electronically controlled drawer. The smart tool system according to claim 3, wherein the internal server has a built-in tool fetching process, including: (a) Perform identity verification through the first identity recognition module; (b) After the identity verification in step (a) is passed, the work order containing the identity is read according to the identity, and the work order is transmitted to the control system of the corresponding tool cabinet according to the tool cabinet number on the work order , The control system displays the work order on the display, and controls the corresponding control panel of the electrical control drawer to light up according to the electrical control drawer number contained on the work order, and unlocks after receiving the control signal back from the control panel The electronic lock then controls the tool sensor unit to read the tool information in the unlocked electronically controlled drawer, and sends back the latest tool information; and (c) After receiving the tool information returned by the tool cabinet, update the tool information of the tool cabinet number in the tool inventory module. The smart tool system described in claim 4, wherein in step (c), after the internal server receives the tool information returned by the tool cabinet, it will match the current tool information stored in the tool inventory module Compare and determine whether there is an abnormality; if it is abnormal, an alarm signal will be issued; if it is normal, the tool information of the tool cabinet number in the tool inventory module will be updated. The smart tool system according to claim 5, further includes at least one machine tool, each of the machine tools is connected to the internal server, and includes a second controller, a second communication module, and a second identity Identification module and a second tool sensor; wherein the second controller is electrically connected with the second communication module, the second identification module and the second tool sensor, and the second controller The second communication module is connected with the corresponding first communication module of the control system of the tool cabinet for two-way communication. The smart tool system described in claim 6, wherein: The internal server is further built with a tool measurement module to store the usage status of each tool; and The second controller has a built-in tool monitoring process, which includes: (a) Perform identity verification through the second identity recognition module, send the read identity verification data to the internal server through the second communication module, and wait for the internal server to return the identity verification result; (b) Upon receiving the internal server and returning the identity verification result and confirming that the identity verification is qualified, the tool information is read through the second tool sensor, and the tool information is returned to the internal server, and wait for the The internal server returns the tool information judgment result; and (c) After confirming that the judgment result of the tool information returned by the internal server is correct, start the machine tool; (d) After the machine tool is turned on, monitor the tool usage status of the machine tool through the tool status sensor, and after the machine tool is stopped, the sensing signal will be sent back to the internal server, and the internal server will follow the Perceive the signal to calculate the service life of the tool and update it to the tool measurement module. The smart tool system described in claim 7, wherein the internal server determines whether the service life has reached the scrap standard after calculating the service life of the tool, and if so, updates the tool inventory module, minus the number of scrap tools . The smart tool system described in claim 8 further includes an external server connected to the internal server, and the external server stores the contact information of multiple suppliers, the types of tools that can be provided, and price. For the smart tool system described in claim 9, wherein the internal server is further built with a tool purchasing module and a low inventory quantity. When the tool inventory module is updated, the updated electronic control unit is also determined Whether the storage quantity of the drawer is lower than the low inventory quantity; if it is, the tool purchasing module generates a purchase order and sends it to the external server to place an order for the supplier. A smart tool system, including: At least one machine tool; A tool cabinet is connected to the machine tool, and the tool cabinet contains: A cabinet includes a plurality of electronically controlled drawers, a plurality of control panels, and a tool sensing unit; wherein each of the electronically controlled drawers includes a box and an electronic lock, and the control panels are arranged on the cabinet Corresponding to the electronically controlled drawers respectively on the main body, the tool sensing unit transmits wireless sensing signals to each of the electronically controlled drawers; and A control system is electrically connected to the electronically controlled drawers, the control panels, and the tool sensing unit of the cabinet to control the opening and closing of the electronic lock of the electronically controlled drawer, and control the control panels to display their Corresponding to the tool information of the tool stored in the box of the electronic control drawer, and control the tool sensor unit and receive the sensor signal returned by it, and obtain the tool information according to the sensor information; the control system is built-in: A work order management module, which stores multiple work orders, each of which contains the machine tool number, the number of the electronically controlled drawer, the number and quantity of tool types; and A tool inventory module stores tool information of the electronically controlled drawers of the at least one tool cabinet. The smart tool system described in claim 11, wherein: The control system includes a control unit, a display, a first communication module, a storage unit, and a first identification module; wherein the control unit is connected to the display, the first communication module, and the storage unit And the first identification module are electrically connected to the electronic lock of the corresponding tool cabinet, the control panel and the tool sensing unit; the control unit controls the display to display the work order corresponding to the tool cabinet number, and Tool information of these electronically controlled drawers; and The control system has a built-in identity management module that stores basic operator data and identity verification information to compare whether the identity information returned by the first identity recognition module is qualified. The smart tool system according to claim 11 or 12, wherein the tool sensor unit includes a plurality of tool sensors, and the tool sensors are respectively arranged in the cabinet and correspond to the electronically controlled drawers to sense Tool information of the corresponding electronically controlled drawer. The smart tool system according to claim 13, wherein the control system has a built-in tool fetching process, including: (a) Perform identity verification through the first identity recognition module; After the identity verification in step (a) is passed, the work order containing the identity is read according to the identity, and then the control panel corresponding to the electrical control drawer is controlled to light up according to the number of the electronic control drawer contained on the work order; (b) After receiving the control signal from the control panel, unlock the electronic lock of the electronically controlled drawer, and then control the tool sensor unit to read the information of the tools in the unlocked electronically controlled drawer; and (c) Update the tool information of the tool cabinet number in the tool inventory module. The smart tool system described in claim 14, wherein in step (c), after receiving the tool information, it will compare it with the corresponding tool information stored in the current tool inventory module and determine whether there is an abnormality ; If it is abnormal, an alarm signal will be issued; if it is normal, the tool information of the tool cabinet number in the tool inventory module will be updated. According to the smart tool system of claim 15, each machine tool includes a second controller, a second communication module, a second identification module, and a second tool sensor; wherein the second control The device is electrically connected with the second communication module, the second identification module and the second tool sensor, and the second controller is connected to the corresponding control system of the tool cabinet through the second communication module The first communication module is connected for two-way communication. The smart tool system described in claim 16, wherein: The control system is further built with a tool measurement module, which stores the usage status of each tool; and The second controller has a built-in tool monitoring process, which includes: (a) Perform identity verification through the second identity recognition module, send the read identity verification data to the control system through the second communication module, and wait for the control system to return the identity verification result; (b) After receiving the control system to return the identity verification result and confirm that the identity verification is qualified, the tool information is read through the second tool sensor, and the tool information is returned to the control system, and waits for the control system Return the tool information judgment result; (c) After confirming that the judgment result of the tool information returned by the control system is correct, start the machine tool; and (d) After the machine tool is turned on, monitor the tool usage status of the machine tool through the tool status sensor, and after the machine tool is stopped, the sensing signal is transmitted back to the control system, and the control system is based on the sensing signal Calculate the service life of the tool and update it to the tool measurement module. The smart tool system according to claim 17, wherein the control system determines whether the service life has reached the scrap standard after calculating the service life of the tool, and if so, updates the tool inventory module and subtracts the number of scrap tools. A smart tool system, including: An external server, which stores the types and prices of tools that can be provided; A tool cabinet is connected to the external server, and the tool cabinet contains: A cabinet includes a plurality of electronically controlled drawers, a plurality of control panels, and a tool sensing unit; wherein each of the electronically controlled drawers includes a box and an electronic lock, and the control panels are arranged on the cabinet Corresponding to the electronically controlled drawers respectively on the main body, the tool sensing unit transmits wireless sensing signals to each of the electronically controlled drawers; and A control system is electrically connected to the electronically controlled drawers, the control panels, and the tool sensing unit of the cabinet to control the opening and closing of the electronic lock of the electronically controlled drawer, and control the control panels to display their Corresponding to the tool information of the tool stored in the box of the electronic control drawer, and control the tool sensor unit and receive the sensor signal returned by it, and obtain the tool information according to the sensor information; the control system is built-in: One work order management module, which stores multiple work orders, and each work order contains the number of the electronically controlled drawer, the type and quantity of tools; A tool inventory module storing tool information of the electronically controlled drawers of the at least one tool cabinet; A tool purchasing module is set with a low inventory quantity. When updating the tool inventory module, it will also determine whether the updated quantity of the electronically controlled drawer is lower than the low inventory quantity; if so, then the tool The purchase module generates a purchase order and sends it to the external server to place an order for the supplier. The smart tool system described in claim 19, wherein: The control system includes a control unit, a display, a first communication module, a storage unit, and a first identification module; wherein the control unit is connected to the display, the first communication module, and the storage unit And the first identification module are electrically connected to the electronic lock of the corresponding tool cabinet, the control panel and the tool sensing unit; the control unit controls the display to display the work order corresponding to the tool cabinet number, and Tool information of these electronically controlled drawers; and The control system has a built-in identity management module that stores basic operator data and identity verification information to compare whether the identity information returned by the first identity recognition module is qualified. The smart tool system according to claim 19 or 20, wherein the tool sensor unit includes a plurality of tool sensors, and the tool sensors are respectively arranged in the cabinet and correspond to the electronically controlled drawers to sense Tool information of the corresponding electronically controlled drawer. The smart tool system according to claim 21, wherein the control system has a built-in tool fetching process, including: (a) Perform identity verification through the first identity recognition module; (b) After the identity verification in step (a) is passed, the work order containing the identity is read according to the identity, and then the control panel point corresponding to the electrical control drawer is controlled according to the number of the electronic control drawer contained on the work order bright; (c) After receiving the control signal returned from the control panel, unlock the electronic lock of the electronically controlled drawer, and then control the tool sensor unit to read the tool information in the unlocked electronically controlled drawer; and (d) Update the tool information of the tool cabinet number in the tool inventory module. The smart tool system described in claim 22, wherein in step (c), after receiving the tool information, it will compare with the corresponding tool information stored in the current tool inventory module and determine whether there is an abnormality ; If it is abnormal, an alarm signal will be issued; if it is normal, the tool information of the tool cabinet number in the tool inventory module will be updated. The smart tool system according to claim 23, wherein the control system further has a built-in tool measurement module to store the usage status of each tool, and the usage status includes the service life of each tool. The smart tool system according to claim 24, wherein the control system judges whether the service life has reached the scrap standard based on the service life of each tool, and if so, updates the tool inventory module, minus the number of scrap tools.

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