Detection method and system for clutch tool tightening process

Abstract

The present invention proposes a detection method and system for the clutch tool tightening process. The method includes: first, by obtaining the model of the target vehicle, thereby retrieving a completely corresponding tightening task, and then accurately detecting different vehicles based on the tightening task. Specifically, first pairing with the Bluetooth module installed on the clutch tool. If the pairing is successful, the tightening task is sent to the Bluetooth module. Then, the status information sent by the Bluetooth module according to the tightening task is continuously monitored and received, and it is determined whether the status signal is torque qualified information, thereby lighting up icons with different standard part numbers with different colors of light. The detection method for the clutch tool tightening process proposed by the present invention can perform real-time detection of the process of the operator using the clutch tool to tighten the standard parts, thereby avoiding the occurrence of missed tightening and substandard tightening torque.

Description

Technical Field

[0001] The present invention relates to the technical field of standard parts tightening, and in particular to a detection method and system for a clutch tool tightening process. Background Art

[0002] In the assembly line operation of automobile final assembly, due to comprehensive considerations such as cost and efficiency, most final assembly plants use clutch battery tools to tighten standard parts. Due to the large number of vehicle models and high frequency of tightening processes, employees often fail to tighten or the tightening torque does not meet the standard, affecting the one-time pass rate of the vehicle and causing a large amount of rework or after-sales quality problems.

[0003] In the existing technology, in order to overcome the problems of employees not tightening or tightening torque not meeting the standard, most assembly plants will adopt single-point training and quality inspection point containment. However, since they are all manual operations, the management requirements are extremely high. The use of manual training and manual quality inspection methods always has the problem of poor reliability. As a result, there is still a high frequency of not tightening and tightening torque not meeting the standard when using clutch battery tools to tighten standard parts. Summary of the Invention

[0004] Based on this, the purpose of the present invention is to propose a detection method and system for the clutch tool tightening process, so as to perform real-time detection on the process of operators using clutch tools to tighten standard parts, thereby avoiding the occurrence of missed tightening and substandard tightening torque.

[0005] A detection method for a clutch tool tightening process proposed in the present invention is applied to a tightening error prevention system. The detection method includes:

[0006] Obtaining the model of a target vehicle, and retrieving a tightening task corresponding to the target vehicle from a preset database according to the model of the target vehicle, wherein the tightening task includes the number of the standard part to be tightened and the standard torque value corresponding to each standard part number;

[0007] Pairing with a Bluetooth module installed on a target clutch tool, and if the pairing is successful, sending the standard part number and the torque standard value corresponding to each standard part to the Bluetooth module within a first preset time;

[0008] receiving status information sent by the Bluetooth module at every second preset time, the status information including the number of the currently tightened standard part and a status signal corresponding to the currently tightened standard part number, the status signal being generated by the Bluetooth module by comparing the torque standard value with an actual torque value of the currently tightened standard part collected;

[0009] Determine whether the received status signal is torque qualified information;

[0010] If the received status signal is torque qualified information, the icon corresponding to the number of the currently tightened standard part is illuminated in the first preset light color;

[0011] If the received status signal is torque unqualified information, the icon corresponding to the number of the standard part currently tightened will be lit with a second preset light color.

[0012] In summary, according to the above-mentioned detection method for the tightening process of the clutch tool, by obtaining the model of the target vehicle, the completely corresponding tightening task is retrieved, and then different vehicles are accurately detected according to the tightening task. Specifically, it is first paired with the Bluetooth module installed on the clutch tool. If the pairing is successful, the tightening task is sent to the Bluetooth module, and then the status information sent by the receiving Bluetooth module according to the tightening task is continuously monitored and received, and it is determined whether the status signal is torque qualified information, so that the icons of different standard parts numbers are lit with lights of different colors, so as to visually display the tightening operation results of the operator, which is beneficial for the operator to avoid missed tightening and substandard tightening torque.

[0013] In a preferred embodiment of the present invention, the step of pairing with a Bluetooth module installed on a clutch tool, and if the pairing is successful, sending the standard part number and the torque standard value corresponding to each standard part to the Bluetooth module within a first preset time comprises:

[0014] Obtaining the first website account manually entered by the user, and jumping to the binding operation interface according to the first website account, the binding operation interface includes a system account box that needs to be bound and a unique serial number box of the Bluetooth module;

[0015] When the system account and the unique serial number manually input by the user into the system account box and the unique serial number box are received, the system account and the unique serial number are bound.

[0016] In a preferred embodiment of the present invention, the step of receiving status information sent by the Bluetooth module at every second preset time, the status information including the number of the currently tightened standard part and a status signal corresponding to the currently tightened standard part number, and the status signal being generated by the Bluetooth module by comparing the torque standard value with the actual torque value of the currently tightened standard part collected, includes:

[0017] If the actual torque value of the currently tightened standard part collected by the Bluetooth module is greater than or equal to the torque standard value, the status signal is torque qualified information;

[0018] If the actual torque value of the currently tightened standard part collected by the Bluetooth module is less than the torque standard value, the status signal is torque unqualified information.

[0019] In a preferred embodiment of the present invention, the method further comprises:

[0020] After receiving the completion pending confirmation instruction sent by the Bluetooth module, the completion degree of the standard parts required to be tightened in the tightening task is calculated according to the total number of all lit icons and the standard part numbers within a third preset time, and the qualification degree of the standard parts required to be tightened in the tightening task is calculated according to the number of the first preset light color and the standard part numbers among all lit icons;

[0021] Determining whether the completion degree is equal to a first preset completion degree threshold and whether the qualification degree is equal to a first preset qualification degree threshold;

[0022] If the completion degree is not equal to the first preset completion degree threshold and / or the qualification degree is not equal to the first preset qualification threshold, an alarm message corresponding to the instruction to be confirmed is sent to the Bluetooth module, and the alarm message includes the standard part number of the unlit icon and the standard part number of the lit icon with the second preset light color.

[0023] In a preferred embodiment of the present invention, after receiving the system account and unique serial number manually input by the user into the system account box and the unique serial number box, the step of binding the system account and the unique serial number further includes:

[0024] Obtain the second website account entered by the user, and jump to the pairing result display interface according to the second website account;

[0025] If the binding is successful, the pairing result display interface displays a first prompt message;

[0026] If the binding fails, the pairing result display interface displays a second prompt message.

[0027] Another aspect of the present invention further provides a detection system for a clutch tool tightening process, the system comprising:

[0028] A task acquisition module is used to obtain the model of a target vehicle and retrieve a tightening task corresponding to the target vehicle from a preset database according to the model of the target vehicle, wherein the tightening task includes the number of the standard part to be tightened and the torque standard value corresponding to each standard part number;

[0029] a pairing module, configured to pair with a Bluetooth module mounted on a target clutch tool, and if the pairing is successful, to send the standard part number and the torque standard value corresponding to each standard part to the Bluetooth module within a first preset time;

[0030] a status information receiving module, configured to receive status information transmitted by the Bluetooth module at every second preset time interval, the status information including the number of the currently tightened standard part and a status signal corresponding to the currently tightened standard part number, the status signal being generated by the Bluetooth module by comparing the torque standard value with the collected actual torque value of the currently tightened standard part;

[0031] A status information detection module is used to determine whether the received status signal is torque qualified information;

[0032] If the received status signal is torque qualified information, the icon corresponding to the number of the currently tightened standard part is illuminated in the first preset light color;

[0033] If the received status signal is torque unqualified information, the icon corresponding to the number of the standard part currently tightened will be lit with a second preset light color.

[0034] In a preferred embodiment of the present invention, the pairing module further includes:

[0035] A binding operation interface jump unit, configured to obtain a first website account manually input by a user and jump to a binding operation interface according to the first website account, wherein the binding operation interface includes a system account box requiring binding settings and a unique serial number box for the Bluetooth module;

[0036] The binding information receiving unit is used to bind the system account and the unique serial number when receiving the system account and the unique serial number manually input by the user into the system account box and the unique serial number box.

[0037] In a preferred embodiment of the present invention, the system further comprises:

[0038] a task status calculation module, configured to, upon receiving the completion pending confirmation instruction sent by the Bluetooth module, calculate the completion degree of the standard parts required to be tightened in the tightening task based on the total number of all lit icons and the standard part numbers within a third preset time, and calculate the qualification degree of the standard parts required to be tightened in the tightening task based on the number of the first preset light color and the standard part numbers among all lit icons;

[0039] a task status detection module, configured to determine whether the degree of completion is equal to a first preset degree of completion threshold and whether the degree of qualification is equal to a first preset degree of qualification threshold;

[0040] An alarm module is used to send an alarm message corresponding to the instruction to be confirmed to the Bluetooth module if the completion degree is not equal to the first preset completion degree threshold and / or the qualification degree is not equal to the first preset qualification threshold, and the alarm message includes the standard part number of the unlit icon and the standard part number of the lit icon with the second preset light color.

[0041] In a preferred embodiment of the present invention, the pairing module further includes:

[0042] A pairing result display interface jump unit, configured to obtain a second website account number input by the user and jump to the pairing result display interface according to the second website account number;

[0043] A first prompt information display unit, configured to display a first prompt information on the pairing result display interface if the binding is successful;

[0044] The second prompt information display unit is used to display the second prompt information on the pairing result display interface if the binding fails.

[0045] Additional aspects and advantages of the present invention will be set forth in part in the following description and, in part, will be obvious from the following description, or may be learned through embodiments of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS

[0046] Figure 1 This is a flow chart of a method for detecting a clutch tool tightening process according to a first embodiment of the present invention;

[0047] Figure 2 This is a schematic structural diagram of a detection system for a clutch tool tightening process proposed in a second embodiment of the present invention.

[0048] The following specific embodiments will further illustrate the present invention in conjunction with the above-mentioned drawings. DETAILED DESCRIPTION

[0049] To facilitate understanding of the present invention, the present invention will be described more fully below with reference to the accompanying drawings. The drawings illustrate several embodiments of the present invention. However, the present invention may be implemented in many different forms and is not limited to the embodiments described herein. Rather, these embodiments are provided to provide a more thorough and comprehensive understanding of the present invention.

[0050] Unless otherwise defined, all technical and scientific terms used herein have the same meaning as commonly understood by those skilled in the art to which this invention pertains. The terms used in this specification of the present invention are for the purpose of describing specific embodiments only and are not intended to limit the present invention. The term "and / or" as used herein includes any and all combinations of one or more of the associated listed items.

[0051] See also Figure 1 , which is a flow chart of a method for detecting a clutch tool tightening process in a first embodiment of the present invention, and is applied to a tightening error-proofing system, and includes steps S01 to S06, wherein:

[0052] Step S01: Obtain the model of a target vehicle, and retrieve a tightening task corresponding to the target vehicle from a preset database according to the model of the target vehicle, wherein the tightening task includes the number of the standard part to be tightened and the standard torque value corresponding to each standard part number;

[0053] It should be noted that standard parts are components such as bolts, screws or screws used to fasten the entire vehicle. For different models of vehicles, the number of standard parts required to be tightened may vary, and the same model of vehicle may have different standard parts corresponding to different torque standard values. Based on this, in order to achieve fine management of operators tightening standard parts, the manufacturing plant will pre-establish a database, which includes multiple tightening tasks. At the same time, each tightening task corresponds to a vehicle model, and each tightening task includes all standard parts numbers that need to be tightened. The numbers are marked from 1, 2, 3, etc. from large to small, so that the number with the largest number in each tightening task corresponds to the number of standard parts required to be tightened.

[0054] Step S02: Pairing with a Bluetooth module installed on a target clutch tool. If the pairing is successful, the standard part number and the torque standard value corresponding to each standard part are sent to the Bluetooth module within a first preset time.

[0055] It is understandable that there are high-precision electric tools on the current market, which can also prevent the problem of wrong tightening. However, the cost of this high-precision electric tool is very high, generally more than 100,000. In order to achieve the problem of wrong tightening while reducing the cost, this solution adopts the method of adding a Bluetooth module to the target clutch tool to realize the information exchange after pairing the Bluetooth module with the tightening error prevention system, thereby realizing the detection of the operator's tightening process of standard parts.

[0056] Furthermore, the Bluetooth module may be a Bluetooth chip or a processor with Bluetooth function.

[0057] In some optional embodiments of the present invention, the pairing process is as follows:

[0058] Obtaining the first website account manually entered by the user, and jumping to the binding operation interface according to the first website account, the binding operation interface includes a system account box that needs to be bound and a unique serial number box of the Bluetooth module;

[0059] When receiving the system account and unique serial number manually entered by the user into the system account box and the unique serial number box, the system account and the unique serial number are bound;

[0060] Obtain the second website account entered by the user, and jump to the pairing result display interface according to the second website account;

[0061] If the binding is successful, the pairing result display interface displays a first prompt message;

[0062] If the binding fails, the pairing result display interface displays a second prompt message.

[0063] By way of example and not limitation, in this embodiment, the first URL account is: 192.168.4.1 / update? sn=BS00001&HN=1, the system account is BS00015, and the unique serial number is BS28187. The second URL account is: 192.168.4.1, the first prompt message is: Succeed to match id BS00015 and tool sn BS28187, and the second prompt message is: write nothing. It should be noted that if the second prompt message appears, you need to refresh the URL or check for a problem with the Bluetooth module's line.

[0064] It should also be pointed out that the purpose of setting the first preset time is to send the information in the tightening task to the Bluetooth module installed on the target clutch tool in a timely manner. Generally, it does not exceed 3 seconds. Technicians can set it according to process requirements and it is not limited in detail in this embodiment.

[0065] Step S03: receiving status information sent by the Bluetooth module at a second preset time interval, the status information including the number of the currently tightened standard part and a status signal corresponding to the currently tightened standard part number, the status signal being generated by the Bluetooth module by comparing the torque standard value with the actual torque value of the currently tightened standard part collected;

[0066] It should be noted that the purpose of setting the second preset time is to continuously receive the information sent by the Bluetooth module in real time. Since the second preset time is related to the requirements of the tightening process, it is not limited in detail in this embodiment.

[0067] Step S04: determining whether the received status signal is torque qualified information;

[0068] Step S05: If the received status signal is torque qualified information, the icon corresponding to the number of the currently tightened standard part is illuminated with a first preset light color;

[0069] Step S06: If the received status signal is information of unqualified torque, the icon corresponding to the number of the currently tightened standard part is lit with a second preset light color.

[0070] It should be noted that if the actual torque value of the currently tightened standard part collected by the Bluetooth module is greater than or equal to the torque standard value, the status signal is torque qualified information;

[0071] If the actual torque value of the currently tightened standard part collected by the Bluetooth module is less than the torque standard value, the status signal is torque unqualified information. The first preset light color and the second preset light color can be any one of red, green, blue, etc. By lighting up the icon of the corresponding color, the management personnel or the operator can check it to provide timely feedback on whether there is an error in the tightening process.

[0072] Since in actual application, the tightening error-proofing system may simultaneously realize communication connection with multiple clutch tools, the tightening error-proofing system is generally set up in the control room, and it is inconvenient for the operator to check back and forth. Based on this, after receiving the completion confirmation instruction sent by the Bluetooth module, the completion degree of the standard parts required to be tightened in the tightening task is calculated according to the total number of all lit icons and the standard part number within the third preset time, and the qualification degree of the standard parts required to be tightened in the tightening task is calculated according to the number of the first preset light color and the standard part number among all lit icons, that is, the qualification degree is equal to the number of icons with the first preset light color divided by the total number of standard parts, and the completion degree is the number of lit icons divided by the total number of standard parts;

[0073] Determining whether the degree of completion is equal to a first preset degree of completion threshold and whether the degree of qualification is equal to a first preset degree of qualification threshold, wherein the first preset degree of completion threshold and the first preset degree of qualification threshold are generally 100% unless otherwise set manually;

[0074] If the completion degree is not equal to the first preset completion degree threshold and / or the qualification degree is not equal to the first preset qualification threshold, an alarm message corresponding to the pending confirmation instruction is sent to the Bluetooth module, and the alarm message includes the standard part number of the unlit icon and the standard part number of the lit icon with the second preset light color. By sending the alarm message to the Bluetooth module, the operator is prompted that the currently completed tightening work verification has failed, thereby giving feedback to the operating employee to avoid missed tightening and substandard tightening torque.

[0075] In summary, according to the above-mentioned detection method for the tightening process of the clutch tool, by obtaining the model of the target vehicle, the completely corresponding tightening task is retrieved, and then different vehicles are accurately detected according to the tightening task. Specifically, it is first paired with the Bluetooth module installed on the clutch tool. If the pairing is successful, the tightening task is sent to the Bluetooth module, and then the status information sent by the receiving Bluetooth module according to the tightening task is continuously monitored and received, and it is determined whether the status signal is torque qualified information, so that the icons of different standard parts numbers are lit with lights of different colors, so as to visually display the tightening operation results of the operator, which is beneficial for the operator to avoid missed tightening and substandard tightening torque.

[0076] See also Figure 2 , which is a schematic structural diagram of a detection system for a clutch tool tightening process according to a second embodiment of the present invention, the system comprises:

[0077] The task acquisition module 10 is used to obtain the model of the target vehicle and retrieve the tightening task corresponding to the target vehicle from a preset database according to the model of the target vehicle, wherein the tightening task includes the number of the standard part to be tightened and the torque standard value corresponding to each standard part number;

[0078] a pairing module 20 for pairing with a Bluetooth module installed on a target clutch tool, and if the pairing is successful, sending the standard part number and the torque standard value corresponding to each standard part to the Bluetooth module within a first preset time;

[0079] a status information receiving module 30, configured to receive status information transmitted by the Bluetooth module at a second preset time interval, the status information including the number of the currently tightened standard part and a status signal corresponding to the currently tightened standard part number, the status signal being generated by the Bluetooth module by comparing the torque standard value with the actual torque value of the currently tightened standard part collected;

[0080] The status information detection module 40 is used to determine whether the received status signal is torque qualified information;

[0081] If the received status signal is torque qualified information, the icon corresponding to the number of the currently tightened standard part is illuminated in the first preset light color;

[0082] If the received status signal is torque unqualified information, the icon corresponding to the number of the standard part currently tightened will be lit with a second preset light color.

[0083] Furthermore, in some optional embodiments of the present invention, the pairing module further includes:

[0084] A binding operation interface jump unit, configured to obtain a first website account manually input by a user and jump to a binding operation interface according to the first website account, wherein the binding operation interface includes a system account box requiring binding settings and a unique serial number box for the Bluetooth module;

[0085] The binding information receiving unit is used to bind the system account and the unique serial number when receiving the system account and the unique serial number manually input by the user into the system account box and the unique serial number box.

[0086] Furthermore, in some optional embodiments of the present invention, the system further includes:

[0087] a task status calculation module, configured to, upon receiving the completion pending confirmation instruction sent by the Bluetooth module, calculate the completion degree of the standard parts required to be tightened in the tightening task based on the total number of all lit icons and the standard part numbers within a third preset time, and calculate the qualification degree of the standard parts required to be tightened in the tightening task based on the number of the first preset light color and the standard part numbers among all lit icons;

[0088] a task status detection module, configured to determine whether the degree of completion is equal to a first preset degree of completion threshold and whether the degree of qualification is equal to a first preset degree of qualification threshold;

[0089] An alarm module is used to send an alarm message corresponding to the instruction to be confirmed to the Bluetooth module if the completion degree is not equal to the first preset completion degree threshold and / or the qualification degree is not equal to the first preset qualification threshold, and the alarm message includes the standard part number of the unlit icon and the standard part number of the lit icon with the second preset light color.

[0090] Furthermore, in some optional embodiments of the present invention, the pairing module further includes:

[0091] A pairing result display interface jump unit, configured to obtain a second website account number input by the user and jump to the pairing result display interface according to the second website account number;

[0092] A first prompt information display unit, configured to display a first prompt information on the pairing result display interface if the binding is successful;

[0093] The second prompt information display unit is used to display the second prompt information on the pairing result display interface if the binding fails.

[0094] Throughout this specification, reference to terms such as "one embodiment," "some embodiments," "examples," "specific examples," or "some examples" means that a specific feature, structure, material, or characteristic described in conjunction with that embodiment or example is included in at least one embodiment or example of the present invention. In this specification, schematic representations of the above terms do not necessarily refer to the same embodiment or example. Furthermore, the specific features, structures, materials, or characteristics described may be combined in any suitable manner in any one or more embodiments or examples.

[0095] The above-described embodiments merely illustrate several implementations of the present invention, and while their descriptions are relatively specific and detailed, they should not be construed as limiting the scope of the present invention. It should be noted that a person skilled in the art would be able to make numerous variations and improvements without departing from the spirit of the present invention, all of which fall within the scope of protection of the present invention. Therefore, the scope of protection of the present invention shall be determined by the appended claims.

Claims

1. A detection method for the tightening process of a clutch tool, applied to a tightening error-proofing system, characterized in that: The detection method comprises: Obtaining the model of a target vehicle, and retrieving a tightening task corresponding to the target vehicle from a preset database according to the model of the target vehicle, wherein the tightening task includes the number of the standard part to be tightened and the standard torque value corresponding to each standard part number; Pairing with a Bluetooth module installed on a target clutch tool; if pairing is successful, sending the standard part number and the torque standard value corresponding to each standard part to the Bluetooth module within a first preset time, specifically including: obtaining a first website account manually input by a user, and jumping to a binding operation interface according to the first website account, the binding operation interface including a system account box requiring binding settings and a unique serial number box of the Bluetooth module; upon receiving the system account and unique serial number manually input by the user into the system account box and the unique serial number box, binding the system account and the unique serial number; receiving status information sent by the Bluetooth module at every second preset time, the status information including the number of the currently tightened standard part and a status signal corresponding to the currently tightened standard part number, the status signal being generated by the Bluetooth module by comparing the torque standard value with an actual torque value of the currently tightened standard part collected; Determine whether the received status signal is torque qualified information; If the received status signal is torque qualified information, the icon corresponding to the number of the currently tightened standard part is illuminated in the first preset light color; If the received status signal is torque unqualified information, the icon corresponding to the number of the currently tightened standard part will be lit with a second preset light color.

2. The method for detecting the tightening process of a clutch tool according to claim 1, characterized in that: The step of receiving status information sent by the Bluetooth module at every second preset time, the status information including the number of the currently tightened standard part and a status signal corresponding to the currently tightened standard part number, wherein the status signal is generated by the Bluetooth module by comparing the torque standard value with the actual torque value of the currently tightened standard part collected, includes: If the actual torque value of the currently tightened standard part collected by the Bluetooth module is greater than or equal to the torque standard value, the status signal is torque qualified information; If the actual torque value of the currently tightened standard part collected by the Bluetooth module is less than the torque standard value, the status signal is torque unqualified information.

3. The method for detecting the tightening process of a clutch tool according to claim 2, characterized in that: The method further comprises: After receiving the completion pending confirmation instruction sent by the Bluetooth module, the completion degree of the standard parts required to be tightened in the tightening task is calculated according to the total number of all lit icons and the standard part numbers within a third preset time, and the qualification degree of the standard parts required to be tightened in the tightening task is calculated according to the number of the first preset light color and the standard part numbers among all lit icons; Determining whether the completion degree is equal to a first preset completion degree threshold and whether the qualification degree is equal to a first preset qualification degree threshold; If the completion degree is not equal to the first preset completion degree threshold and / or the qualification degree is not equal to the first preset qualification threshold, an alarm message corresponding to the instruction to be confirmed is sent to the Bluetooth module, and the alarm message includes the standard part number of the unlit icon and the standard part number of the lit icon with the second preset light color.

4. The method for detecting the tightening process of a clutch tool according to claim 1, characterized in that: When the system account and the unique serial number manually inputted by the user into the system account box and the unique serial number box are received, the step of binding the system account and the unique serial number further includes: Obtain the second website account entered by the user, and jump to the pairing result display interface according to the second website account; If the binding is successful, the pairing result display interface displays a first prompt message; If the binding fails, the pairing result display interface displays a second prompt message.

5. A detection system for the tightening process of a clutch tool, characterized in that: The system comprises: A task acquisition module is used to obtain the model of a target vehicle and retrieve a tightening task corresponding to the target vehicle from a preset database according to the model of the target vehicle, wherein the tightening task includes the number of the standard part to be tightened and the torque standard value corresponding to each standard part number; a pairing module, configured to pair with a Bluetooth module installed on a target clutch tool; if pairing is successful, the standard part number and the torque standard value corresponding to each standard part are sent to the Bluetooth module within a first preset time, specifically comprising: obtaining a first website account manually input by a user, and jumping to a binding operation interface according to the first website account, the binding operation interface including a system account box requiring binding settings and a unique serial number box of the Bluetooth module; upon receiving the system account and unique serial number manually input by the user into the system account box and the unique serial number box, binding the system account and the unique serial number; a status information receiving module, configured to receive status information transmitted by the Bluetooth module at every second preset time interval, the status information including the number of the currently tightened standard part and a status signal corresponding to the currently tightened standard part number, the status signal being generated by the Bluetooth module by comparing the torque standard value with the collected actual torque value of the currently tightened standard part; A status information detection module is used to determine whether the received status signal is torque qualified information; If the received status signal is torque qualified information, the icon corresponding to the number of the currently tightened standard part is illuminated in the first preset light color; If the received status signal is torque unqualified information, the icon corresponding to the number of the currently tightened standard part will be lit with a second preset light color.

6. The detection system for the clutch tool tightening process according to claim 5, characterized in that: The system further comprises: a task status calculation module, configured to, upon receiving the completion pending confirmation instruction sent by the Bluetooth module, calculate the completion degree of the standard parts required to be tightened in the tightening task based on the total number of all lit icons and the standard part numbers within a third preset time, and calculate the qualification degree of the standard parts required to be tightened in the tightening task based on the number of the first preset light color and the standard part numbers among all lit icons; a task status detection module, configured to determine whether the degree of completion is equal to a first preset degree of completion threshold and whether the degree of qualification is equal to a first preset degree of qualification threshold; An alarm module is used to send an alarm message corresponding to the instruction to be confirmed to the Bluetooth module if the completion degree is not equal to the first preset completion degree threshold and / or the qualification degree is not equal to the first preset qualification threshold, and the alarm message includes the standard part number of the unlit icon and the standard part number of the lit icon with the second preset light color.

7. The detection system for the clutch tool tightening process according to claim 5, characterized in that: The pairing module further includes: A pairing result display interface jump unit, configured to obtain a second website account number input by the user and jump to the pairing result display interface according to the second website account number; A first prompt information display unit, configured to display a first prompt information on the pairing result display interface if the binding is successful; The second prompt information display unit is used to display the second prompt information on the pairing result display interface if the binding fails.

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