WO2020192301A1 - 设备参数的配置方法、装置和***、终端设备和计算机可读存储介质 - Google Patents
设备参数的配置方法、装置和***、终端设备和计算机可读存储介质 Download PDFInfo
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- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/418—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM]
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Definitions
- the embodiments of the present disclosure relate to the field of information processing technology, and in particular to a method, device, and system for configuring device parameters, terminal devices, and computer-readable storage media.
- the equipment parameters of the equipment are set by the engineer on the production line one by one. Due to the large number of equipment in the workshop, the workload and time to configure the equipment parameters are large, which will cost a lot of money. Time and labor costs, and error-prone.
- a method for configuring device parameters in at least one embodiment of the present disclosure includes: acquiring target information corresponding to a device parameter of at least one device to be configured; generating a device corresponding to the at least one device to be configured according to the target information corresponding to the device parameter Parameter batch configuration command; sending the parameter batch configuration command corresponding to the at least one device to be configured to the at least one device to be configured, so that the at least one device to be configured will at least The current information corresponding to one device parameter is adjusted to the target information corresponding to the at least one device parameter.
- obtaining target information of the device parameters of the at least one device to be configured includes: obtaining a filter condition corresponding to the device parameter, wherein the The screening conditions include the device identification of the at least one device to be configured, the product identification of the product corresponding to the at least one device to be configured, and the production line identification of the production line to which the at least one device to be configured belongs;
- the target information corresponding to the device parameters of the at least one device to be configured is filtered out in the database, wherein the device parameter database stores the device identification, product identification, production line identification, and target of the device parameter of each device to be configured Correspondence of information.
- the configuration method further includes: for each device to be configured, comparing the Whether the product identification of the product corresponding to the device to be configured is consistent with the product identification bound to the production line to which the device to be configured belongs; responding to that the product identification of the product corresponding to the device to be configured is bound to the production line to which the device to be configured belongs If the product identifiers are consistent with each other, a confirmation is issued to send the parameter batch configuration command corresponding to the device to be configured to the first feedback information of the device to be configured, and in response to receiving the first feedback information, it will be The parameter batch configuration command corresponding to the configuration device is sent to the device to be configured.
- the The configuration method further includes: in response to the product identification of the product corresponding to the device to be configured being inconsistent with the product identification bound to the production line to which the device to be configured belongs, outputting prompt information to prompt the product corresponding to the device to be configured.
- the product identification is inconsistent with the product identification bound to the production line to which the device to be configured belongs, and an inquiry request is output to confirm whether to send the parameter batch configuration command corresponding to the device to be configured to the device to be configured; response Upon receiving the first feedback information confirming that the parameter batch configuration command corresponding to the device to be configured is sent to the device to be configured, the parameter batch configuration command corresponding to the device to be configured is sent to the device to be configured Configure the device; in response to receiving the second feedback information that refuses to send the parameter batch configuration command corresponding to the
- the method for configuring device parameters further includes: determining check information of the device to be checked, wherein the check information includes the device identification of the device to be checked and the second item to be checked.
- a parameter identification of a device parameter generating an inspection instruction according to the inspection information; sending the inspection instruction to the equipment to be inspected according to the equipment identification, so that the equipment to be inspected can be
- the inspection instruction reads the information of the parameters of the first equipment to be inspected to obtain the first inspection information; receives the first inspection information sent by the equipment to be inspected; receives the input second inspection information to be inspected Information about the equipment parameters to obtain the second inspection information, wherein the information of the second equipment parameters to be inspected is obtained through an on-site test by a inspector; the first inspection information and the second inspection information And the identification information of the inspector is associated and saved.
- the method for configuring device parameters further includes: determining check information of the device to be checked, wherein the check information includes the device identification of the device to be checked and the second item to be checked.
- a parameter identification of a device parameter generating an inspection instruction according to the inspection information; sending the inspection instruction to the equipment to be inspected according to the equipment identification, so that the equipment to be inspected can be
- the inspection instruction reads the information of the parameters of the first equipment to be inspected to obtain first inspection information; receives the first inspection information sent by the equipment to be inspected; performs the first inspection information save.
- the method for configuring device parameters further includes: obtaining target information corresponding to the first device parameter of the current device input on the display interface of the current device and the identification information of the modifying person;
- the target information corresponding to the first device parameter updates the current information corresponding to the first device parameter; reads the current information corresponding to the second device parameter of the current device, where the current information corresponding to the second device parameter is the above Information obtained from the second field test; the updated current information corresponding to the first device parameter, the current information corresponding to the second device parameter, and the identification information of the modifier are associated and saved.
- the device parameter configuration method further includes: receiving input target information corresponding to the second device parameter of the current device and modifying the identification information of the person, wherein the target information corresponding to the second device parameter Obtained through on-site testing; generate a report instruction according to the target information corresponding to the second device parameter and the identification information of the modifier; send a read instruction of the first device parameter to the current device according to the report instruction; receive all The current information corresponding to the first device parameter read by the current device according to the read instruction; the target information corresponding to the second device parameter, the current information corresponding to the first device parameter, and the modifier The identification information for the associated storage.
- At least one embodiment of the present disclosure provides a method for configuring device parameters, including: a device to be configured receives a parameter batch configuration command, wherein the parameter batch configuration command is determined by the server according to target information corresponding to the device parameter of the device to be configured Generate; the device to be configured adjusts current information corresponding to at least one device parameter to target information corresponding to the at least one device parameter according to the parameter batch configuration command.
- the method for configuring device parameters further includes: the device to be inspected receives an inspection instruction, wherein the inspection instruction is generated by the server according to the inspection information of the device to be inspected Generated, the check information includes the device identification of the device to be checked and the parameter identifier of the first device parameter to be checked; the device to be checked reads the to-be-checked device according to the check instruction To obtain the first check information; send the first check information to the server so that the server can compile the first check information, the second check information, and The identification information of the inspector is associated and stored, wherein the second inspection information is the information of the second device parameter to be inspected obtained by the spot inspector through the field test received by the server.
- the method for configuring device parameters further includes: the device to be inspected receives an inspection instruction, wherein the inspection instruction is generated by the server according to the inspection information of the device to be inspected Generated, the check information includes the device identification of the device to be checked and the parameter identifier of the first device parameter to be checked; the device to be checked reads the to-be-checked device according to the check instruction To obtain the first check information; send the first check information to the server for storage.
- the device parameter configuration method further includes: receiving target information corresponding to the first device parameter of the current device and the identification information of the modifying person on the display interface of the current device; sending the first device parameter identification information;
- the target information corresponding to the device parameters and the identification information of the modifier are sent to the server, so that the server updates the first device parameter corresponding to the current device according to the target information corresponding to the first device parameter Read the current information corresponding to the second device parameter of the current device, and update the current information corresponding to the first device parameter, the current information corresponding to the second device parameter, and the modification
- the identification information of the person is associated and saved, wherein the current information corresponding to the second device parameter is the information obtained from the last field test.
- the method for configuring device parameters further includes: sending target information corresponding to the second device parameters of the current device and the identification information of the modifier to the server, so that the server can follow the
- the target information corresponding to the second device parameter and the identification information of the modifier generate a report instruction, and according to the report instruction, a read instruction of the first device parameter is sent, wherein the target information corresponding to the second device parameter passes on-site Test obtained; receive the read instruction of the first device parameter, and read the current information corresponding to the first device parameter according to the read instruction; send the current information corresponding to the first device parameter to the service Terminal for the server to associate and store the target information corresponding to the second device parameter, the current information corresponding to the first device parameter, and the identification information of the modifier.
- At least one embodiment of the present disclosure provides a device parameter configuration method, which is applied to a device parameter configuration system, wherein the device parameter configuration system includes: a server and a device to be configured; the server and the device to be configured Device communication connection; the configuration method includes: the server obtains target information corresponding to the device parameter of at least one device to be configured; the server generates the target information corresponding to the at least one device to be configured according to the target information corresponding to the device parameter Corresponding parameter batch configuration command; the server sends the parameter batch configuration command corresponding to the at least one device to be configured to the at least one device to be configured; the at least one device to be configured is batched according to the parameter The configuration command adjusts the current information corresponding to the at least one device parameter to target information corresponding to the at least one device parameter.
- At least one embodiment of the present disclosure provides a device parameter configuration device, including: an acquisition circuit for acquiring target information corresponding to a device parameter of at least one device to be configured; a generating circuit for acquiring target information corresponding to the device parameter Generating a parameter batch configuration command corresponding to the at least one device to be configured; a sending circuit for sending the parameter batch configuration command corresponding to the at least one device to be configured to the at least one device to be configured for The at least one device to be configured adjusts current information corresponding to at least one device parameter to target information corresponding to the at least one device parameter according to the parameter batch configuration command.
- At least one embodiment of the present disclosure provides a system for configuring device parameters, including: a server and at least one device to be configured; wherein the server is in communication connection with the at least one device to be configured; and the server is used to obtain Target information corresponding to the device parameters of the at least one device to be configured; generating parameter batch configuration commands corresponding to the at least one device to be configured according to the target information corresponding to the device parameters; corresponding to the at least one device to be configured The parameter batch configuration command is sent to the at least one device to be configured; the at least one device to be configured is used to adjust current information corresponding to at least one device parameter to the at least one device parameter according to the parameter batch configuration command The corresponding target information.
- At least one embodiment of the present disclosure provides a terminal device, including a processor and a memory; wherein the memory is used to store a computer program; the processor is used to execute the computer program stored in the memory to implement any of the foregoing implementations The configuration method described in the example.
- At least one embodiment of the present disclosure provides a computer-readable storage medium, wherein a computer program is stored in the computer-readable storage medium, and when the computer program is executed by a processor, the method described in any of the foregoing embodiments is implemented.
- Fig. 1A is a schematic structural diagram of a system for configuring device parameters according to an embodiment of the present disclosure
- Fig. 1B is a flowchart of a PLM-ESB interface module according to an embodiment of the present disclosure
- Fig. 1C is a flowchart of an ESB-MES interface module according to an embodiment of the present disclosure
- Fig. 1D is a schematic diagram showing a workflow of a delivery module according to an embodiment of the present disclosure
- Fig. 2 is a flowchart showing a method for configuring device parameters according to an embodiment of the present disclosure
- Fig. 3 is a flow chart showing another method for configuring device parameters according to an embodiment of the present disclosure
- Fig. 4 is a flowchart showing another method for configuring device parameters according to an embodiment of the present disclosure
- Fig. 5A is a flow chart showing another method for configuring device parameters according to an embodiment of the present disclosure
- Fig. 5B is a flow chart of an automatic check according to an embodiment of the present disclosure.
- Fig. 6A is a flow chart showing another method for configuring device parameters according to an embodiment of the present disclosure
- Fig. 6B is a flow chart showing a record of automatic parameter modification history according to an embodiment of the present disclosure
- Fig. 7 is a flowchart showing another method for configuring device parameters according to an embodiment of the present disclosure.
- Fig. 8 is a flowchart showing another method for configuring device parameters according to an embodiment of the present disclosure.
- Fig. 9 is a block diagram showing a device parameter configuration device according to an embodiment of the present disclosure.
- Fig. 10 is a block diagram showing a system for configuring device parameters according to an embodiment of the present disclosure
- Fig. 11 is a block diagram showing a terminal device according to an embodiment of the present disclosure.
- the process of sending the equipment parameters of the equipment to the equipment is not systematically controlled.
- the equipment parameters of the equipment are set by the engineer on the production line equipment by equipment, which will consume a lot of time and labor costs, and is prone to errors.
- the inspection operation of the equipment also needs to be completed manually by the engineer, and during the inspection operation, missed inspections and false inspections often occur.
- the modification history of the device parameters of the device has not been recorded or manually recorded, and the recording and analysis of the device parameters cannot be realized, and when the modification of the device parameters is wrong, the device parameters cannot be restored to the original values, but the device needs to be restored Factory settings, resulting in a delay of one to two days to reset the equipment parameters one by one to the original value, therefore, it causes a great waste of manpower and material resources and affects production capacity.
- the device parameter configuration method can be applied to the device parameter configuration system shown in FIG. 1A.
- the device parameter configuration system may include a PLM (Product Lifecycle Management) server 11, an MES (Manufacturing Execution System, manufacturing enterprise production process execution system) server 12, a controller 13, and at least one Devices to be configured, for example, Figure 1A shows four devices to be configured.
- the four devices to be configured are the first device to be configured 14, the second device to be configured 15, the third device to be configured 16, and the fourth device to be configured. 17.
- all components in the device parameter configuration system (that is, the PLM server 11, the MES server 12, the controller 13 and the device to be configured) will determine whether the message is successfully received, and all components There is a mechanism to resend the message after receiving the message that failed to send the message.
- the controller 13 may be a computer, and a device module control system (Block Control System, BC for short, also called a device interface system) may be installed on the controller 13.
- the PLM server 11 is used to provide services to clients installed with the PLM system
- the MES server 12 is used to provide services to clients installed with the MES system.
- the PLM server 11 communicates with the MES server 12.
- the PLM server 11 can communicate with the MES server 12 through ESB (Enterprise Service Bus), the MES server 12 communicates with the controller 13, and the controller 13 communicates with the configuration to be configured.
- Equipment 14-17 communication connection For example, each MES server 12 may realize a communication connection with at least one controller 13, and each controller 13 may realize a communication connection with at least one device to be configured.
- a user can enter the target information of the device parameter into the PLM server 11 in advance.
- the process parameter maintenance interface of the equipment in the PLM system may include information such as serial numbers, parameter names, parameter descriptions, and parameter values.
- the PLM server 11 may verify the target information of the device parameter. For example, if the target information of the device parameter does not meet (for example, exceed) a preset threshold or the format is incorrect, the PLM The server 11 will output prompt information to remind the engineer to make corrections.
- the error prompt interface may include prompt information such as target information of device parameters that do not meet preset thresholds and parameter type errors.
- the prompt information includes: Line 3: Parameter value must Between X1 and X2; line 21: the parameter value must be numeric and line 23: the parameter value must be between X1 and X2, X1 and X2 can both be positive integers, and X1 is less than X2.
- the prompt information can include multiple pieces of information (for example, three, five, ten, etc.), or only one piece of information; in addition, the prompt information can include multiple types of error information, such as , The prompt information includes two types of error information, namely that the target information of the device parameter does not meet the preset threshold and the parameter type is wrong.
- the PLM server 11 can synchronize the target information of the device parameters that have passed the verification to the designated portal website for approval. After the approval is completed, the PLM server 11 can transfer the target information through the Webservice protocol.
- the target information of the device parameters is transmitted to the ESB interface module in the form of an XML file.
- the ESB interface module can send (ie transmit) the received XML file to the MES server 12 through the Webservice protocol, so that the MES server 12 can generate the target information according to the device parameters.
- the parameter batch configuration command is sent to multiple devices to be configured so that the device to be configured can adjust the current information of the device parameters to target information according to the parameter batch configuration command.
- the MES server 12 can also store the XML file file.
- the MES system is the core module of the equipment parameter configuration system. Therefore, first introduce the functions of the MES system.
- the MES system mainly includes three parts, which are the interface module, the storage module and the issuing module (the verification and re-sending mechanism of all modules below are automatically completed by the system).
- the interface module can include the following four interfaces: Processflow (process route) data interface, SOP (Standard Operating Procedure) data interface, device parameter data interface, BOM (Bill of Material, material) List) data interface.
- Processflow processing route
- SOP Standard Operating Procedure
- device parameter data interface device parameter data interface
- BOM Bill of Material, material
- the issuance (ie transmission) of the target information of the device parameters is realized through the device parameter data interface.
- the interface mode of the device parameter data interface is PLM-ESB-MES.
- the interface module is divided into PLM-ESB interface Module and ESB-MES interface module in two parts.
- the workflow of the PLM-ESB interface module is as follows: First, the PLM system sends a list of registered device parameters and target information to the ESB interface module in the form of an XML file through the Webservice protocol. send. Next, the ESB interface module receives the XML file and verifies the received XML file, that is, it determines whether the ESB interface module successfully receives the XML file.
- the ESB interface module If the verification result is yes, that is, the ESB interface module successfully receives the XML file, then The ESB interface module sends a message that the XML file is successfully received to the PLM system; if the check result is no, that is, the ESB interface module has not successfully received the XML file, the ESB interface module sends a message that the XML file has not been received, that is, the reception failed to the PLM system. (The PLM system will trigger an automatic retransmission after receiving this message). Then, the PLM system receives the information returned by the ESB interface module and judges the information. If the XML file fails to be sent, the PLM system sends the XML file to the ESB interface module again; if the XML file is sent successfully, the process ends.
- the workflow of the ESB-MES interface module is as follows: First, the ESB interface module can send XML files to the MES system through the Webservice protocol. Next, the MES system receives the XML file and checks the received XML file, that is, the MES system determines whether the XML file is successfully received. If the MES system successfully receives the XML file, the MES system sends the XML file to the ESB interface module. A successful message; if the MES system fails to receive the XML file successfully, the MES system sends a message that the XML file failed to be sent to the ESB interface module.
- the ESB interface module receives the information returned by the MES system and judges the information, that is, judges whether the XML file is sent successfully based on the information, if the XML file fails to be sent, the ESB interface module sends the XML file to the MES system again; if the XML file If the transmission is successful, the MES system parses the XML file into a parameter list, and stores the parameter list in the corresponding database table of the MES server 12, and finally the process ends.
- the database table of the MES server 12 may include attributes such as device identification, parameter identification (for example, parameter name), parameter value range, and application line body.
- the application line is the production line for the application of equipment parameters. Due to equipment limitations, some equipment parameters cannot be uploaded automatically, and some parameters, such as temperature, require engineers to measure and upload on-site at the location of the equipment. In order to ensure the integrity of the parameters, the spot inspection parameters are divided into two parts: automatic equipment upload and manual upload. The MES system will automatically verify the two parts and merge the two parts together to form a unified version and upload it to the database table. The MES system will automatically record the latest manual inspection parameter list and automatic inspection parameter list.
- Engineers can filter requirements in the MES system based on the equipment identification of the delivered device (device to be configured), the production line identification of the delivery line (ie the line to which the device to be configured belongs), and the product identification (FGCode)
- the issued parameter list (the parameter list of all production lines and all equipment is stored in the MES system), that is, the target information of the device parameters is obtained, and the issuing instruction is issued, for example, by clicking the "Recipe Set" button to achieve the issuing instruction Function, and then, the issuing module will automatically perform fool-proof verification of the product identification. After the verification is successful, the target information of the device parameters will be issued to the device to be configured.
- the main process of the issuing module includes: the engineer filters the list of parameters to be issued according to the device ID of the issued device, the production line ID of the issuing line, and the product ID on the parameter issuing interface corresponding to the MES system. ; The engineer clicks the "Recipe Set” button to issue the operation; then performs fool-proof verification, that is, to determine whether the product identifier to be issued in the parameter list is consistent with the product identifier of the product bound to the current line (because each The line body can be bound to multiple models of products), if the product ID to be issued in the parameter list is inconsistent with the product ID of the product bound to the current line body, a warning prompt will pop up.
- the warning message is: "Parameter list The product ID to be issued is inconsistent with the product ID of the product bound to the current line body. Do you want to continue to issue" for the engineer to confirm. If the engineer confirms that the issue needs to be continued, the MES system will continue to perform the issue operation. If the engineer confirms that the delivery cannot be continued, it will automatically return to the parameter delivery interface for re-selecting product identification and other attributes. The engineer will recheck and fill in the correct product identification in the parameter delivery interface; if the parameter list is to be delivered The product identification is consistent with the product identification of the product bound to the current line body, then the MES system sends the target information of the device parameters to the corresponding device to be configured through the Tibco protocol, and finally, the process ends.
- the configuration system for device parameters is described above, and the method for configuring device parameters provided by the embodiments of the present disclosure is described below.
- the device parameter configuration method provided by the embodiments of the present disclosure is simple, efficient, intelligent, and easy to operate, which can greatly improve the user’s work efficiency and reduce labor costs. At the same time, it can shorten the time of mass production and increase the equipment utilization rate. Capacity.
- the configuration method can realize the issuance and return of equipment parameters through the MES system, and efficiently realize the automatic batch issuance, spot inspection and record modification history of equipment parameters of multiple production lines, saving labor costs, Increase equipment utilization and increase production capacity. At the same time, by recording and analyzing the memory rules of equipment parameters, it can better guide production and improve product yield.
- the embodiment of the present disclosure provides a method for configuring device parameters, which is applied to the MES server 12.
- the device parameter configuration method may include the following steps 201 to 203:
- step 201 target information corresponding to device parameters of at least one device to be configured is obtained.
- step 201 may include the following steps 301 to 302:
- step 301 filter conditions corresponding to device parameters are obtained.
- step 302 the target information corresponding to the device parameter of at least one device to be configured is filtered from the device parameter database according to the filter condition.
- the device parameter database in the MES server 12 stores the device identification, product identification, production line identification, and the corresponding relationship of the target information of the device parameter of each device to be configured.
- the target information of the device parameter is stored in the device parameter database in the form of a data list.
- the MES server 12 can obtain the filter conditions corresponding to the device parameters according to the input information, and can filter out the target information of the device parameters of at least one device to be configured from the device parameter database according to the filter conditions corresponding to the obtained device parameters.
- the screening conditions include at least one device identification of the device to be configured, at least one product identification of the product corresponding to the device to be configured, and at least one production line identification of the production line to which the device to be configured belongs.
- the “input information” may be information manually input by an engineer, or information automatically input by the MES server 12.
- a parameter batch configuration command corresponding to at least one device to be configured is generated according to the target information corresponding to the device parameter.
- the MES server 12 may generate parameter batch configuration commands according to the target information corresponding to the device parameters after receiving the issued instruction.
- a parameter batch configuration command can correspond to one or more devices to be configured, that is, the parameter batch configuration command can be transmitted to a device to be configured, so that the device to be configured can be configured according to the parameter batch configuration command.
- the current information corresponding to at least one device parameter of the configuration device is adjusted to the target information corresponding to at least one device parameter; or, the parameter batch configuration command can be transmitted to multiple devices to be configured, so that each of the multiple devices to be configured
- the configuration device adjusts the current information corresponding to at least one device parameter of each device to be configured to the target information corresponding to the at least one device parameter according to the parameter batch configuration command.
- the parameter batch configuration command can be sent directly to all the production line devices that produce the product of the product model to achieve the production of the same product model
- the equipment parameters of multiple equipment in multiple production lines are automatically issued in batches, which greatly improves the efficiency of product cutting and increases production capacity.
- step 203 the parameter batch configuration command corresponding to the at least one device to be configured is sent to the at least one device to be configured, so that the at least one device to be configured can adjust the current information corresponding to the at least one device parameter to at least Target information corresponding to a device parameter.
- the parameter batch configuration command is an instruction for controlling the device to be configured to perform parameter configuration, for example, controlling the device to be configured to adjust current information corresponding to at least one device parameter to target information corresponding to at least one device parameter.
- the MES server 12 may send parameter batch configuration commands to at least one device to be configured.
- the MES server 12 can send the parameter batch configuration command to the corresponding controller 13 through the Tibco protocol, and the controller 13 will determine whether the parameter batch configuration command is successfully received.
- the controller 13 If the controller 13 successfully receives the parameter batch configuration command, the controller 13 The device identifier of the device to be configured to which the device parameter belongs can be determined according to the device parameter, and the target information of the device parameter is sent to the device to be configured through the CCIE protocol according to the device identifier of the device to be configured; if the controller 13 fails to receive When the parameter batch configuration is reached, the controller 13 returns to the MES server 12 a message that the parameter batch configuration command has failed to be sent, and then the MES server 12 resends the parameter batch configuration command to the controller 13.
- the MES server 12 sends the parameter batch configuration command to the corresponding controller 13
- the MES server 12 performs fool-proof verification, and after the verification is successful, the MES server 12 sends the parameter batch configuration command to the corresponding controller 13.
- the controller 13
- the device to be configured After receiving the parameter batch configuration command, the device to be configured determines whether the device to be configured is running. If the device to be configured is running, the device to be configured does not execute the parameter batch configuration command and ends directly (to avoid affecting production, running If the device to be configured is not in operation, the device to be configured executes the parameter batch configuration command to adjust the current information corresponding to the device parameter to the target information corresponding to the device parameter. It should be noted that the current information corresponding to the device parameters and the target information corresponding to the device parameters may be the same or different.
- the configuration method may further include the following steps 401 to 405:
- step 401 for each device to be configured, compare whether the product ID of the product corresponding to the device to be configured is consistent with the product ID bound to the production line to which the device to be configured belongs; if so, the product responding to the product corresponding to the device to be configured If the identifier is consistent with the product identifier bound to the production line to which the device to be configured belongs, step 402 and step 406 are executed. If not, it responds to the product identifier of the product corresponding to the device to be configured and the product identifier bound to the production line to which the device to be configured belongs If they are not consistent, perform steps 403 to 405.
- step 402 send a confirmation to send the parameter batch configuration command corresponding to the device to be configured to the first feedback information of the device to be configured, and in step 406, in response to receiving the first feedback information, it will correspond to the device to be configured Send the parameter batch configuration command to the device to be configured.
- a prompt message is output to indicate that the product ID of the product corresponding to the device to be configured is inconsistent with the product ID bound to the production line to which the device to be configured belongs, and an inquiry request is output to confirm whether the parameters corresponding to the device to be configured Batch configuration commands are sent to the device to be configured.
- step 404 after receiving the first feedback message confirming that the parameter batch configuration command corresponding to the device to be configured is sent to the device to be configured, the parameter batch configuration command corresponding to the device to be configured is sent to the device to be configured.
- step 405 in response to receiving the second feedback information that refuses to send the parameter batch configuration command corresponding to the device to be configured to the device to be configured, the adjusted filter condition corresponding to the device parameter of the device to be configured is obtained, and according to the adjustment The latter filter condition reacquires the target information of the device parameter of at least one device to be configured to update the parameter batch configuration command corresponding to the device to be configured.
- an inquiry request is output to confirm whether to send parameter batch configuration commands to the device to be configured, so as to avoid downloading device parameters Make a mistake.
- the engineer can filter the products to be transmitted on the system interface where the MES is installed according to the production line identification of the production line to which the equipment to be configured belongs, the product identification of the product corresponding to the equipment to be configured, and the equipment identification of the equipment to be configured.
- the target information corresponding to the device parameter is obtained, and the parameter list to be transmitted is obtained.
- the engineer can click the "Recipe Set” button on the system interface to send the transmission instruction.
- MES generates parameter batch configuration commands after receiving the transmission instruction, and performs automatic fool-proof verification.
- the fool-proof verification includes: judging the product identification to be transmitted in the parameter list to be transmitted and the product bound to the current production line corresponding to the production line identification Whether the identifiers are consistent (because the products corresponding to different product identifiers can be bound to the same production line), if the product identifier to be transmitted in the parameter list to be transmitted is inconsistent with the product identifier bound to the current production line corresponding to the production line identifier, a warning prompt will pop up, for example , The warning message is "The product ID to be transferred in the parameter list to be transferred is inconsistent with the product ID bound to the current production line, whether to continue to send it", let the engineer confirm, if the engineer confirms to send the parameter batch configuration command, then Continue to perform the delivery operation.
- the engineer cancels, it will automatically return to the system interface that screens the target information corresponding to the equipment parameters.
- the engineer rechecks and fills in the correct production line identification, product identification, equipment identification, etc. in the system interface to update the parameters Batch configuration commands. For example, after the verification is successful, it is determined that the product identifier to be transmitted in the parameter list to be transmitted is consistent with the product identifier bound to the current production line corresponding to the production line identifier, and the issuing operation is executed, that is, the MES server 12 batches the parameter configuration command Send to the corresponding controller 13; finally, the controller 13 can send the parameter batch configuration command to the corresponding device to be configured.
- the target information corresponding to the device parameter of at least one device to be configured is obtained, and the parameter batch configuration command corresponding to the at least one device to be configured is generated according to the target information corresponding to the device parameter.
- the parameter batch configuration command corresponding to the configuration device is sent to at least one device to be configured, so that the at least one device to be configured can adjust the current information corresponding to the at least one device parameter to the target information corresponding to the at least one device parameter according to the parameter batch configuration command.
- the information of equipment parameters can be automatically issued in batches, saving labor costs, greatly improving the efficiency of product line cutting, improving equipment utilization, increasing production capacity, and improving accuracy.
- the embodiment of the present disclosure also provides a method for configuring device parameters. Based on the embodiment shown in FIG. 1A, in this embodiment, as shown in FIG. 5A, the configuration method further includes the following steps 501 to 506:
- step 501 the check information of the device to be checked is determined, where the check information includes the device identification of the device to be checked and the parameter identification of the first device parameter to be checked.
- the inspection information of the equipment to be inspected may be determined according to the input information.
- the input information includes the device identifier of the device to be inspected and the parameter identifier of the first device parameter to be inspected.
- an engineer can log in to the MES system interface via a wireless network with terminal equipment (for example, tablet computers, mobile phones, laptops, etc.) in the workshop (that is, the physical location of the equipment), and Information such as the device identification of the device to be inspected and the parameter identification of the first device parameter to be inspected are set in the system interface for the MES server 12 to determine the inspection information of the device to be inspected.
- step 502 a check instruction is generated based on the check information.
- the MES server 12 may generate a check instruction according to the above check information. For example, as shown in Figure 5B, when the engineer sets the equipment identification of the equipment to be inspected and the parameter identification of the first equipment parameter to be inspected on the MES system interface, he can press the "Inspect" button, The MES server 12 can generate a check instruction based on the check information after detecting the operation of the "check" button being clicked.
- step 503 the inspection instruction is sent to the device to be inspected according to the device identifier, so that the device to be inspected can read the information of the first device parameter to be inspected according to the inspection instruction to obtain the first inspection information.
- the MES server 12 may send the inspection instruction to the device to be inspected according to the device identifier, so that the device to be inspected can read the information of the first device parameter to be inspected according to the inspection instruction to obtain the first Check information.
- the first inspection information is the information of the first equipment parameter to be inspected, which is read by the device to be inspected according to the inspection instruction.
- the first device parameter to be checked may be a parameter that the device can automatically read.
- the check instruction is an instruction to control the device to be checked to execute the information of the first device parameter to be checked.
- the MES server 12 can send the inspection instruction to the corresponding controller 13 through the Tibco protocol according to the device identification, and the controller 13 can determine whether the inspection instruction is received. If the controller 13 If the check instruction is not received, the controller 13 may return a check instruction reception failure message; if the controller 13 receives the check instruction, the controller 13 may select the device controlled by the controller 13 according to the device identification. Identify the corresponding equipment to be inspected, and issue inspection instructions to the equipment to be inspected through the CCIE protocol.
- the device to be checked may read the information of the first device parameter to be checked according to the parameter identifier of the first device parameter to be checked. For example, as shown in Figure 5B, the equipment to be inspected determines whether it receives an inspection instruction. If the equipment to be inspected does not receive an inspection instruction, the equipment to be inspected returns an inspection instruction reception failure message; if the equipment to be inspected After receiving the check instruction, the device to be checked reads the information of the first device parameter to be checked according to the parameter identifier of the first device parameter to be checked.
- step 504 the first check information sent by the device to be checked is received.
- the MES server 12 may receive the first inspection information sent by the equipment to be inspected returned by the equipment to be inspected.
- the device to be checked may send the read information of the first device parameter to be checked to the controller 13.
- the controller 13 determines whether the information of the first device parameter to be inspected is successfully received.
- the controller 13 If the controller 13 does not successfully receive the information of the first device parameter to be inspected, the controller 13 sends the information to The device to be inspected feeds back the information of the first device parameter to be inspected, a reception failure message; if the controller 13 successfully receives the information of the first device parameter to be inspected, the controller 13 temporarily stores the pending inspection of the device to be inspected The information of the first device parameter of the device to be checked is uploaded to the system interface of the MES through the Tibco protocol for display.
- the MES server 12 determines whether the information of the first device parameter to be checked of the device to be checked is received, if the MES server 12 does not receive the first device parameter of the device to be checked Information, the MES server 12 returns the information transmission failure message of the first device parameter to be checked; if the MES server 12 receives the information of the first device parameter to be checked, the MES server 12 can output a prompt Information to prompt that the information of the first device parameter to be checked is successfully read, and prompts to enter the information of the second device parameter to be checked.
- step 505 the input information of the second device parameter to be checked is received, and the second check information is obtained, wherein the information of the second device parameter to be checked is obtained through the spot checker's on-site test.
- the MES server 12 may receive the input information of the second device parameter to be checked to obtain the second check information.
- an engineer that is, an inspector
- the MES server 12 may receive the input information of the second device parameter to be checked to obtain the second check information.
- an engineer that is, an inspector
- the identification information can be used to obtain information about the parameters of the second device to be inspected through field testing.
- the engineer can view the information displayed on the MES system interface through the terminal device, for example, the information of the first device parameter to be checked and the information of the second device parameter to be checked.
- terminal equipment accesses the system interface of MES wirelessly.
- step 506 the first check information, the second check information, and the identification information of the checker are associated and saved.
- the MES server 12 may, after receiving the second inspection information to be inspected, combine the first inspection information, the second inspection information, and the identification information of the inspector For example, it can be stored in the device parameter database of the MES server 12.
- the configuration method may also only acquire the first check information.
- the configuration method may further include: determining the point of the device to be checked Inspection information, where the inspection information includes the equipment identification of the equipment to be inspected and the parameter identification of the first equipment parameter to be inspected; the inspection instruction is generated according to the inspection information; the inspection instruction is sent to the equipment to be inspected according to the equipment identification Equipment for the equipment to be inspected to read the information of the parameters of the first equipment to be inspected according to the inspection instructions to obtain the first inspection information; to receive the first inspection information sent by the equipment to be inspected; to perform the first inspection The information is saved.
- the first check information that can be automatically read by the equipment to be checked can be obtained according to the check instruction, and the input second check information can be received, and then the first check information and the second check information
- the information and the identification information of the inspector are associated and stored, so that automatic inspection can be realized, which greatly reduces inspection workload and improves inspection efficiency.
- the embodiment of the present disclosure also provides a method for configuring device parameters.
- the configuration method further includes the following steps 601 to 604:
- step 601 the target information corresponding to the first device parameter of the current device input on the display interface of the current device and the identification information of the modifying person are obtained.
- the engineer can modify the device parameters on the display interface of the current device.
- the current device may receive the input target information of the first device parameter and the identification information of the modifier, and send the received target information of the first device parameter and the identification information of the modifier to the MES server 12 for the MES server 12 Obtain the target information of the first device parameter input on the display interface of the current device and the identification information of the modifier.
- the current device can send the received information, for example, the target information of the first device parameter and the identification information of the modification person, to the controller 13 through the CCIE protocol, and the controller accepts And temporarily store the target information of the first device parameter and the identification information of the modifier 13 to verify the received information, that is, to determine whether the controller 13 successfully receives the target information of the first device parameter and the identification information of the modifier and other parameter information, If the controller 13 successfully receives the target information of the first device parameter and the parameter information such as the identification information of the modification person, the controller 13 uploads the target information of the first device parameter and the modification person's identification information and other parameter information to the system interface of the MES ; If the controller 13 does not receive parameter information such as the target information of the first device parameter and the identification information of the modification person, the controller 13 feeds back the target information of the first device parameter and the modification person's identification information to the current device.
- the current device can send the received target information of the first device parameter and the identification information of the
- step 602 the current information corresponding to the first device parameter is updated according to the target information corresponding to the first device parameter.
- the MES server 12 receives the target information of the first device parameter and the parameter information such as the identification information of the modifier and performs the reception status verification, that is, determines whether the MES server 12 successfully receives the first device If the MES server 12 successfully receives the target information of the first device parameter and the modification person’s identification information and other parameter information, the MES server 12 will use the target information corresponding to the first device parameter. Update the current information corresponding to the first device parameter, and control the system interface of the MES to display the updated current information of the first device parameter.
- the MES server 12 fails to receive the target information of the first device parameter and the identification information of the modifier and other parameter information, the MES server 12 feeds back to the controller 13 the target information of the first device parameter and the modifier’s identification information and other parameter information. Failure message.
- step 603 the current information corresponding to the second device parameter of the current device is read, where the current information corresponding to the second device parameter is the information obtained from the last field test.
- the MES server 12 can read the second device parameter corresponding to the current device stored in the device parameter database.
- the current information and the updated current information of the first device parameter and the current information corresponding to the second device parameter are combined.
- the current information corresponding to the second device parameter is the last on-site test (for example, when performing the configuration of this device parameter)
- the second device parameter is a parameter that the current device cannot automatically read.
- the second device parameter may be temperature.
- step 604 the current information corresponding to the updated first device parameter, the current information corresponding to the second device parameter, and the identification information of the modifier are associated and saved.
- the MES server 12 may associate and save the updated current information of the first device parameter, the current information of the second device parameter, and the identification information of the modifier, for example, it may be saved in In the device parameter database of the MES server 12.
- the target information corresponding to the first device parameter input on the display interface of the current device and the identification information of the modifying person can be obtained, and the current corresponding to the first device parameter can be updated according to the target information corresponding to the first device parameter. Then, the current information corresponding to the second device parameter of the current device obtained from the last field test can be read, and the current information corresponding to the updated first device parameter, the current information corresponding to the second device parameter, and the modifier can be read In this way, the parameter modification history of the equipment can be automatically recorded, and the workload of maintaining equipment parameters can be reduced.
- the embodiment of the present disclosure also provides a method for configuring device parameters. Based on the embodiment shown in FIG. 1A, in this embodiment, as shown in FIG. 7, the following steps 701 to 705 are further included:
- step 701 the input target information of the second device parameter corresponding to the current device and the identification information of the modifier are received, where the target information corresponding to the second device parameter is obtained through field testing.
- the MES server 12 may receive the input target information corresponding to the second device parameter of the current device and the identification information of the modifier.
- the current device cannot automatically read the target information corresponding to the second device parameter.
- the target information corresponding to the equipment parameters needs to be obtained by the engineer through on-site testing.
- the engineer can log in to the MES through a terminal device (for example, a tablet computer, etc.), and can input the target information corresponding to the second device parameter of the current device and the identification information of the modification person on the system interface of the MES, and then, You can click the "Report" button to report to the MES server 12.
- a terminal device for example, a tablet computer, etc.
- a report instruction is generated according to the target information corresponding to the second device parameter and the identification information of the modifier.
- the MES server 12 may generate a report instruction according to the target information of the second device parameter and the identification information of the modifier after detecting the operation of the "report" button being clicked.
- step 703 a read instruction of the first device parameter is sent to the current device according to the report instruction.
- the MES server 12 may send the read instruction of the first device parameter to the current device according to the report instruction.
- the first device parameter is a parameter that the current device can automatically read.
- the read instruction includes the device identification of the current device.
- the MES server 12 may send the first device parameter read instruction to the controller 13 through the Tibco protocol according to the device identifier of the current device.
- the controller 13 judges whether it receives a read instruction of the first device parameter, if the controller 13 does not receive the read instruction of the first device parameter, the controller 13 returns a message that the reception of the read instruction of the first device parameter failed; If the controller 13 receives the instruction to read the first device parameter, the controller 13 selects the current device from the devices controlled by the controller 13 according to the device identifier of the current device, and reads the first device parameter through the CCIE protocol The command is sent to the current device. The current device judges whether the read instruction of the first device parameter is received.
- the current device judges that it has not received the read instruction of the first device parameter, the current device returns the first device parameter read instruction reception failure message; if the current device If it is determined that the read instruction of the first device parameter is received, the current device reads the current information corresponding to the first device parameter and sends the current information corresponding to the first device parameter to the controller 13.
- step 704 the current information corresponding to the first device parameter read by the current device according to the read instruction is received.
- the MES server 12 may receive the current information corresponding to the first device parameter read by the current device according to the read instruction. For example, after the current device sends the current information corresponding to the first device parameter to the controller 13, the controller 13 determines whether the current information corresponding to the first device parameter is successfully received, if the controller 13 does not successfully receive the current information corresponding to the first device parameter , The controller 13 feeds back to the current device a message that the current information corresponding to the first device parameter has failed to be received through the CCIE protocol; if the controller 13 successfully receives the current information corresponding to the first device parameter, the controller 13 temporarily stores the first device parameter Corresponding current information.
- the controller 13 can upload the current information corresponding to the first device parameter to the system interface of the MES through the Tibco protocol for display (the terminal device can wirelessly access the MES in the workshop).
- the MES server 12 determines whether the current information corresponding to the first device parameter is received. If the MES server 12 does not receive the current information corresponding to the first device parameter, the MES server 12 returns a message that the current information corresponding to the first device parameter has failed to be sent. So that the controller 13 resends; if the MES server 12 receives the current information corresponding to the first device parameter, the MES server 12 displays the current information corresponding to the first device parameter.
- step 705 the target information corresponding to the second device parameter, the current information corresponding to the first device parameter, and the identification information of the modifier are associated and stored.
- the MES server 12 may store the target information corresponding to the second device parameter, the current information corresponding to the first device parameter, and the identification information of the modifier in association, for example, it may be stored in the device parameter database of the MES server 12 in.
- the input target information corresponding to the second device parameter of the current device and the identification information of the modifier obtained through the field test can be received, and generated according to the target information corresponding to the second device parameter and the identification information of the modifier Report the instruction, and then send the read instruction of the first device parameter to the current device according to the report instruction, and receive the current information corresponding to the first device parameter read by the current device according to the read instruction, and then set the second device parameter to
- the target information, the current information corresponding to the first device parameter, and the identification information of the modifier are associated and stored.
- the embodiments of the present disclosure also provide a method for configuring device parameters, which can be applied to the device side.
- the method for configuring device parameters includes: the device to be configured receives a parameter batch configuration command, where the parameter batch configuration command is generated by the server according to the target information corresponding to the device parameter of the device to be configured; The current information corresponding to one device parameter is adjusted to target information corresponding to at least one device parameter.
- the method for configuring device parameters can also implement automatic inspection of the device.
- the device parameter configuration method further includes: the device to be inspected receives an inspection instruction, where the inspection instruction is generated by the server according to the inspection information of the device to be inspected, and the inspection information includes the inspection information to be inspected.
- the device identification of the check equipment and the parameter identification of the first device parameter to be checked; the device to be checked reads the information of the first device parameter to be checked according to the check instruction to obtain the first check information;
- the check information is sent to the server for the server to associate and save the first check information, the second check information, and the identification information of the checker, where the second check information is the pass check received by the server Information about the parameters of the second device to be inspected obtained by a person performing on-site testing.
- the device parameter configuration method further includes: the device to be inspected receives an inspection instruction, where the inspection instruction is generated by the server according to the inspection information of the device to be inspected, and the inspection information includes The device identification of the device to be inspected and the parameter identification of the first device parameter to be inspected; the device to be inspected reads the information of the first device parameter to be inspected according to the inspection instruction to obtain the first inspection information; Check the information to the server for storage.
- the device parameter configuration method can also realize automatic recording of parameter modification history.
- the device parameter configuration method further includes: receiving the target information corresponding to the first device parameter of the current device and the identification information of the modifying person on the display interface of the current device; sending the target information corresponding to the first device parameter and the modification The identification information of the person is sent to the server, so that the server updates the current information corresponding to the first device parameter of the current device according to the target information corresponding to the first device parameter, reads the current information corresponding to the second device parameter of the current device, and The current information corresponding to the updated first device parameter, the current information corresponding to the second device parameter, and the identification information of the modifier are associated and saved, where the current information corresponding to the second device parameter is the information obtained from the last field test.
- the device parameter configuration method further includes: sending target information corresponding to the second device parameter of the current device and the identification information of the modifier to the server, so that the server can use the target according to the second device parameter
- the information and the identification information of the modifier generate a report instruction, and according to the report instruction, send a read instruction of the first device parameter, where the target information corresponding to the second device parameter is obtained through field testing; receive the read instruction of the first device parameter, And read the current information corresponding to the first device parameter according to the read instruction; send the current information corresponding to the first device parameter to the server, so that the server can convert the target information corresponding to the second device parameter and the current information corresponding to the first device parameter
- the information and the identification information of the modifying person are stored in association.
- the embodiment of the present disclosure also provides a device parameter configuration method, which can be applied to a device parameter configuration system.
- the device parameter configuration system includes: a server and a device to be configured; the server communicates with the device to be configured.
- the device parameter configuration method may include the following steps 801 to 804:
- step 801 the server obtains target information corresponding to the device parameters of at least one device to be configured.
- step 802 the server generates a parameter batch configuration command corresponding to at least one device to be configured according to the target information corresponding to the device parameter.
- step 803 the server sends the parameter batch configuration command corresponding to at least one device to be configured to at least one device to be configured.
- step 804 at least one device to be configured adjusts the current information corresponding to the at least one device parameter to target information corresponding to the at least one device parameter according to the parameter batch configuration command.
- the server in this embodiment may be the aforementioned MES server 12, and the at least one device to be configured may be any one or more of the aforementioned devices 14-17.
- the method for configuring device parameters in this embodiment is similar to the method for configuring device parameters as shown in FIG. 2 and will not be repeated here.
- the configuration device includes:
- the acquiring circuit 901 is configured to acquire target information corresponding to a device parameter of at least one device to be configured;
- the generating circuit 902 is configured to generate a parameter batch configuration command corresponding to at least one device to be configured according to the target information corresponding to the device parameter;
- the sending circuit 903 is configured to send the parameter batch configuration command corresponding to the at least one device to be configured to the at least one device to be configured, so that the at least one device to be configured can adjust the current information corresponding to the at least one device parameter to Target information corresponding to at least one device parameter.
- the acquiring circuit 901, the generating circuit 902, and/or the sending circuit 903 may include codes and programs stored in a memory; the processor may execute the codes and programs to implement the acquiring circuit 901,
- the generating circuit 902 and/or the transmitting circuit 903 may have some or all of the functions.
- the acquiring circuit 901, the generating circuit 902, and/or the sending circuit 903 may be one circuit board or a combination of multiple circuit boards, and are used to implement the functions described above.
- the one circuit board or the combination of multiple circuit boards may include: (1) one or more processors; (2) one or more non-transitory computer-readable computers connected to the processors And (3) the processor executable firmware stored in the memory.
- the embodiment of the present disclosure also provides a device parameter configuration system.
- the device parameter configuration system includes: a server end 1001 and at least one device to be configured 1002; a server end 1001 and at least one device to be configured 1002 Communication connection.
- the server 1001 may be the aforementioned MES server 12, and the at least one device to be configured 1002 can be any one or more of the aforementioned devices 14-17.
- the server 1001 is configured to obtain target information corresponding to device parameters of at least one device to be configured.
- the server 1001 is further configured to generate parameter batch configuration commands corresponding to at least one device to be configured according to the target information corresponding to the device parameters.
- the server 1001 is further configured to send parameter batch configuration commands corresponding to at least one device to be configured to at least one device to be configured.
- the at least one device to be configured 1002 is configured to adjust current information corresponding to at least one device parameter to target information corresponding to at least one device parameter according to the parameter batch configuration command.
- the server 1001 is provided with an MES system.
- the configuration system may further include an input system, and the input system may include the aforementioned terminal devices, such as a tablet computer, a smart phone, a notebook computer, and the like.
- the network may include a wireless network, a wired network, and/or any combination of a wireless network and a wired network.
- the network may include a local area network, the Internet, a telecommunication network, the Internet of Things based on the Internet and/or a telecommunication network, and/or any combination of the above networks, and so on.
- the wired network may, for example, use twisted pair, coaxial cable, or optical fiber transmission for communication, and the wireless network may use, for example, a 3G/4G/5G mobile communication network, Bluetooth, Zigbee, or WiFi.
- the present disclosure does not limit the types and functions of the network here.
- the detailed description of the device parameter configuration method using the device parameter configuration system can refer to the relevant description in the embodiment of the device parameter configuration method.
- the technical effects of the device parameter configuration device may refer to the technical effects of the above-mentioned device parameter configuration method.
- Fig. 11 is a block diagram showing a terminal device according to an exemplary embodiment.
- the terminal device 1100 may be provided as a server.
- the terminal device 1100 includes a processing component 1122 and a memory resource represented by a memory 1132.
- the processing component 1122 includes one or more processors.
- the memory 1132 is used to store instructions that can be executed by the processing component 1122, such as application programs.
- the application program stored in the memory 1132 may include one or more modules, and each module corresponds to a set of instructions.
- the processing component 1122 is configured to execute the instructions stored in the memory 1132 to execute the above-mentioned device parameter configuration method.
- the processor may control other components in the terminal device to perform desired functions.
- the processor 730 may be a central processing unit (CPU), a tensor processor (TPU), or other devices with data processing capabilities and/or program execution capabilities.
- the central processing unit (CPU) can be an X86 or ARM architecture.
- the memory 1132 may include any combination of one or more computer program products, and the computer program products may include various forms of computer-readable storage media, such as volatile memory and/or non-volatile memory.
- Volatile memory may include random access memory (RAM) and/or cache memory (cache), for example.
- the non-volatile memory may include, for example, read only memory (ROM), hard disk, erasable programmable read only memory (EPROM), portable compact disk read only memory (CD-ROM), USB memory, flash memory, etc.
- ROM read only memory
- EPROM erasable programmable read only memory
- CD-ROM portable compact disk read only memory
- USB memory flash memory, etc.
- One or more computer-readable instructions may be stored in the memory 1132, and the processor may run the computer-readable instructions to implement various functions of the terminal device.
- the terminal device 1100 may further include a power supply component 1126 configured to perform power management of the terminal device 1100, a wired or wireless network interface 1150 configured to connect the terminal device 1100 to the network, and an input output (I/O) interface 1158.
- the terminal device 1100 may operate based on an operating system stored in the memory 1132, for example, Windows ServerTM, Mac OS XTM, UnixTM, LinuxTM, FreeBSDTM or similar operating systems.
- various components in the terminal device 1100 may communicate with each other through a network and/or a system bus connection.
- the embodiment of the present disclosure also provides a computer-readable storage medium including instructions.
- the computer-readable storage medium may be the foregoing memory 1132 including instructions, and the foregoing instructions may be executed by the processing component 1122 of the terminal device 1100 to complete the foregoing configuration method. .
- the computer-readable storage medium may be a non-transitory computer-readable storage medium.
- the non-transitory computer-readable storage medium may be ROM, random access memory (RAM), CD-ROM, magnetic tape, floppy disk, optical data storage device, etc.
- first and second are only used for descriptive purposes, and cannot be understood as indicating or implying relative importance.
- plurality refers to two or more, unless specifically defined otherwise.
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Abstract
Description
Claims (18)
- 一种设备参数的配置方法,包括:获取至少一个待配置设备的设备参数对应的目标信息;根据所述设备参数对应的目标信息生成与所述至少一个待配置设备对应的参数批量配置命令;将与所述至少一个待配置设备对应的所述参数批量配置命令发送给所述至少一个待配置设备,以供所述至少一个待配置设备根据所述参数批量配置命令将至少一个设备参数对应的当前信息调整为所述至少一个设备参数对应的目标信息。
- 根据权利要求1所述的设备参数的配置方法,其中,获取所述至少一个待配置设备的所述设备参数的目标信息,包括:获取所述设备参数对应的筛选条件,其中,所述筛选条件包括所述至少一个待配置设备的设备标识、所述至少一个待配置设备对应的产品的产品标识以及所述至少一个待配置设备所属的生产线的生产线标识;根据所述筛选条件从设备参数数据库中筛选出所述至少一个待配置设备的所述设备参数对应的目标信息,其中,所述设备参数数据库中存储有每个待配置设备的设备标识、产品标识、生产线标识以及设备参数的目标信息的对应关系。
- 根据权利要求2所述的设备参数的配置方法,其中,在根据所述设备参数的目标信息生成参数批量配置命令之后,所述配置方法还包括:针对每个待配置设备,对比所述待配置设备对应的产品的产品标识与所述待配置设备所属的生产线绑定的产品标识是否一致;响应于所述待配置设备对应的产品的产品标识与所述待配置设备所属的生产线绑定的产品标识一致,则发出确认将与所述待配置设备对应的参数批量配置命令发送至所述待配置设备的第一反馈信息,响应于接收到所述第一反馈信息,将与所述待配置设备对应的参数批量配置命令发送至所述待配置设备。
- 根据权利要求3所述的设备参数的配置方法,其中,在对比所述待配置设备对应的产品的产品标识与所述待配置设备所属的生产线绑定的产品标识是否一致之后,所述配置方法还包括:响应于所述待配置设备对应的产品的产品标识与所述待配置设备所属的生产线绑定的产品标识不一致,则输出提示信息,以提示所述待配置设备对应的产品的产品标识与所述待配置设备所属的生产线绑定的产品标识不一致,并输出询问请求,以确认是否将与所述待配置设备对应的所述参数批量配置命令发送至所述待配置设备;响应于接收到确认将与所述待配置设备对应的参数批量配置命令发送至所述待配置设备的所述第一反馈信息,将与所述待配置设备对应的参数批量配置命令发送至所述待配置设备;响应于接收到拒绝将与所述待配置设备对应的参数批量配置命令发送至所述待配置设备的第二反馈信息,获取所述待配置设备的设备参数对应的调整后的筛选条件,根据所述调整后的筛选条件重新获取所述待配置设备的设备参数的目标信息,以更新与所述待配置设备对应的参数批量配置命令。
- 根据权利要求1-4任一项所述的设备参数的配置方法,还包括:确定待点检设备的点检信息,其中,所述点检信息包括所述待点检设备的设备标识以及待点检的第一设备参数的参数标识;根据所述点检信息生成点检指令;根据所述设备标识将所述点检指令发送至所述待点检设备,以供所述待点检设备根据所述点检指令读取所述待点检的第一设备参数的信息,得到第一点检信息;接收所述待点检设备发送的所述第一点检信息;接收输入的待点检的第二设备参数的信息,得到第二点检信息,其中,所述待点检的第二设备参数的信息通过点检人现场测试得到;将所述第一点检信息、所述第二点检信息以及所述点检人的标识信息进行关联保存。
- 根据权利要求1-4任一项所述的设备参数的配置方法,还包括:确定待点检设备的点检信息,其中,所述点检信息包括所述待点检设备的设备标识以及待点检的第一设备参数的参数标识;根据所述点检信息生成点检指令;根据所述设备标识将所述点检指令发送至所述待点检设备,以供所述待点检设备根据所述点检指令读取所述待点检的第一设备参数的信息,得到第一点检信息;接收所述待点检设备发送的所述第一点检信息;将所述第一点检信息进行保存。
- 根据权利要求1-6任一项所述的设备参数的配置方法,还包括:获取在当前设备的显示界面上输入的所述当前设备的第一设备参数对应的目标信息以及修改人的标识信息;根据所述第一设备参数对应的目标信息更新所述第一设备参数对应的当前信息;读取所述当前设备的第二设备参数对应的当前信息,其中,所述第二设备参数对应的当前信息为上次现场测试得到的信息;将更新后的所述第一设备参数对应的当前信息、所述第二设备参数对应的当前信息以及所述修改人的标识信息进行关联保存。
- 根据权利要求1-6任一项所述的设备参数的配置方法,还包括:接收输入的当前设备的第二设备参数对应的目标信息以及修改人的标识信息,其中,所述第二设备参数对应的目标信息通过现场测试得到;根据所述第二设备参数对应的目标信息与所述修改人的标识信息生成上报指令;根据所述上报指令向所述当前设备发送第一设备参数的读取指令;接收所述当前设备根据所述读取指令读取的所述第一设备参数对应的当前信息;将所述第二设备参数对应的目标信息、所述第一设备参数对应的当前信息以及所述修改人的标识信息进行关联存储。
- 一种设备参数的配置方法,包括:待配置设备接收参数批量配置命令,其中,所述参数批量配置命令由服务端根据所述待配置设备的设备参数对应的目标信息生成;所述待配置设备根据所述参数批量配置命令将至少一个设备参数对应的当前信息调整为所述至少一个设备参数对应的目标信息。
- 根据权利要求9所述的设备参数的配置方法,还包括:待点检设备接收点检指令,其中,所述点检指令由所述服务端根据所述待点检设备的点检信息而生成的,所述点检信息包括所述待点检设备的设备标识以及待点检的第一设备参数的参数标识;所述待点检设备根据所述点检指令读取所述待点检的第一设备参数的信 息,得到第一点检信息;发送所述第一点检信息至所述服务端,以供所述服务端将所述第一点检信息、第二点检信息以及点检人的标识信息进行关联保存,其中,所述第二点检信息为所述服务端接收到的通过所述点检人进行现场测试得到的待点检的第二设备参数的信息。
- 根据权利要求9所述的设备参数的配置方法,还包括:待点检设备接收点检指令,其中,所述点检指令由所述服务端根据所述待点检设备的点检信息而生成的,所述点检信息包括所述待点检设备的设备标识以及待点检的第一设备参数的参数标识;所述待点检设备根据所述点检指令读取所述待点检的第一设备参数的信息,得到第一点检信息;发送所述第一点检信息至所述服务端进行保存。
- 根据权利要求9-11任一项所述的设备参数的配置方法,还包括:在当前设备的显示界面上接收所述当前设备的第一设备参数对应的目标信息以及修改人的标识信息;发送所述第一设备参数对应的目标信息以及所述修改人的标识信息至所述服务端,以使所述服务端根据所述第一设备参数对应的目标信息更新所述当前设备的所述第一设备参数对应的当前信息,读取所述当前设备的第二设备参数对应的当前信息,以及将更新后的所述第一设备参数对应的当前信息、所述第二设备参数对应的当前信息以及所述修改人的标识信息进行关联保存,其中,所述第二设备参数对应的当前信息为上次现场测试得到的信息。
- 根据权利要求9-11任一项所述的设备参数的配置方法,还包括:发送当前设备的第二设备参数对应的目标信息以及修改人的标识信息至所述服务端,以供所述服务端根据所述第二设备参数对应的目标信息与所述修改人的标识信息生成上报指令,并根据所述上报指令发送第一设备参数的读取指令,其中,所述第二设备参数对应的目标信息通过现场测试得到;接收所述第一设备参数的读取指令,并根据所述读取指令读取所述第一设备参数对应的当前信息;发送所述第一设备参数对应的当前信息至所述服务端,以供所述服务端将所述第二设备参数对应的目标信息、所述第一设备参数对应的当前信息以及所述修改人的标识信息进行关联存储。
- 一种设备参数的配置方法,应用于设备参数的配置***,其中,所述设备参数的配置***包括:服务端与待配置设备;所述服务端与所述待配置设备通信连接;所述配置方法包括:所述服务端获取至少一个待配置设备的设备参数对应的目标信息;所述服务端根据所述设备参数对应的目标信息生成与所述至少一个待配置设备对应的参数批量配置命令;所述服务端将与所述至少一个待配置设备对应的所述参数批量配置命令发送给所述至少一个待配置设备;所述至少一个待配置设备根据所述参数批量配置命令将至少一个设备参数对应的当前信息调整为所述至少一个设备参数对应的目标信息。
- 一种设备参数的配置装置,包括:获取电路,用于获取至少一个待配置设备的设备参数对应的目标信息;生成电路,用于根据所述设备参数对应的目标信息生成与所述至少一个待配置设备对应的参数批量配置命令;发送电路,用于将与所述至少一个待配置设备对应的所述参数批量配置命令发送给所述至少一个待配置设备,以供所述至少一个待配置设备根据所述参数批量配置命令将至少一个设备参数对应的当前信息调整为所述至少一个设备参数对应的目标信息。
- 一种设备参数的配置***,包括:服务端与至少一个待配置设备;其中,所述服务端与所述至少一个待配置设备通信连接;所述服务端用于获取所述至少一个待配置设备的设备参数对应的目标信息;根据所述设备参数对应的目标信息生成与所述至少一个待配置设备对应的参数批量配置命令;将与所述至少一个待配置设备对应的所述参数批量配置命令发送给所述至少一个待配置设备;所述至少一个待配置设备用于根据所述参数批量配置命令将至少一个设备参数对应的当前信息调整为所述至少一个设备参数对应的目标信息。
- 一种终端设备,包括处理器和存储器;其中,所述存储器用于存储计算机程序;所述处理器用于执行所述存储器上所存储的计算机程序,实现权利要求1-8任一项所述的配置方法。
- 一种计算机可读存储介质,其中,所述计算机可读存储介质内存储有计算机程序,所述计算机程序被处理器执行时实现权利要求1-8任一项所述的 方法。
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