CN108279641A - A kind of CNC tune machine method and its system - Google Patents
A kind of CNC tune machine method and its system Download PDFInfo
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- CN108279641A CN108279641A CN201810071796.8A CN201810071796A CN108279641A CN 108279641 A CN108279641 A CN 108279641A CN 201810071796 A CN201810071796 A CN 201810071796A CN 108279641 A CN108279641 A CN 108279641A
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/18—Numerical control [NC], i.e. automatically operating machines, in particular machine tools, e.g. in a manufacturing environment, so as to execute positioning, movement or co-ordinated operations by means of programme data in numerical form
- G05B19/404—Numerical control [NC], i.e. automatically operating machines, in particular machine tools, e.g. in a manufacturing environment, so as to execute positioning, movement or co-ordinated operations by means of programme data in numerical form characterised by control arrangements for compensation, e.g. for backlash, overshoot, tool offset, tool wear, temperature, machine construction errors, load, inertia
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Abstract
This application provides a kind of CNC tune machine method and its systems, for generating accurate, reliable revision program, and then generate the target workpiece for meeting workpiece requirement.CNC tune machine method provided by the present application is applied to CNC tune machine systems, and CNC tune machine systems include that CNC, program distribution device, detection data terminal and tune machine server, method include：CNC generates source workpiece according to preset processing program；Detection data terminal obtains source workpiece and is presetting the testing result of sequential point, and testing result is sent to tune machine server；Program distribution device acquires CNC and is presetting the sequential beat value of sequential point, and sequential beat value is sent to tune machine server, and sequential beat value is corresponding with the working condition of CNC；Tune machine server according to testing result and sequential beat value, generates revision program, and revision program is sent to program distribution device；Revision program is sent to CNC by program distribution device；CNC generates target workpiece according to revision program.
Description
Technical field
This application involves production field more particularly to a kind of CNC tune machine methods and its system.
Background technology
Currently, being all by computer digital control machine tool (computer in the workshop of most of industrial enterprise
Numerical control, CNC) come what is produced, CNC is a kind of automated machine tool controlled by program, can be logically
Processing has control coding or other symbolic instruction regulated procedures, is decoded by computer, to make lathe execute rule
Blank material is processed as the workpiece such as semifinished or finished goods part by the action set by Tool in Cutting.
Currently, the tune machine operation for CNC is：When checking that the disqualification rate of workpiece reaches a certain range, pass through technology people
The technical experience of member carries out tune machine or technical staff according to scheduled tune machine scheme to carry out tune machine to CNC to CNC.
However, it is desirable to which inspection situation of the technical staff according to workpiece, carries out tune machine operation on CNC, manpower money is consumed
Source, and cannot achieve the realization in the intelligent chemical plant under current Internet of things system.
Invention content
This application provides a kind of CNC tune machine method and its systems, for generating accurate, reliable revision program, in turn
Generate the target workpiece for meeting workpiece requirement.
The application is in a first aspect, provide a kind of CNC tune machine method, applied to CNC tune machine systems, CNC tune machine systems
Include including CNC, detection data terminal, program distribution device and tune machine server, method：
CNC generates source workpiece according to preset processing program；
Detection data terminal obtains source workpiece in the testing result for presetting sequential point, and testing result is sent to tune machine clothes
Business device；
Program distribution device acquires CNC in the sequential beat value for presetting sequential point, and sequential beat value is sent to tune machine clothes
Business device, sequential beat value are corresponding with the working condition of CNC；
Tune machine server according to testing result and sequential beat value, generates revision program, and revision program is sent to
Program distribution device；
Revision program is sent to CNC by program distribution device；
CNC generates target workpiece according to revision program.
In conjunction with the application in a first aspect, in the first possible realization method of the application first aspect, testing result
Including measuring point standard value and measuring point Real-time Error value.
In conjunction with the application in a first aspect, in second of possible realization method of the application first aspect, method is also wrapped
It includes：
Program distribution device acquire CNC humiture information, geography information and temporal information, and by humiture information,
Reason information and temporal information are sent to tune machine server；
Tune machine server is according to testing result and sequential beat value, generation revision program include：
Tune machine server according to testing result, sequential beat value, humiture information, geography information and temporal information, it is raw
At revision program.
In conjunction with second of possible realization method of the application first aspect, the third in the application first aspect is possible
In realization method, adjust machine server according to testing result, sequential beat value, humiture information, geography information and temporal information,
Generating revision program includes：
Tune machine server according to testing result, sequential beat value, humiture information, geography information and temporal information, it is raw
At characteristic function；
Tune machine server generates revision program according to characteristic function.
In conjunction with the application in a first aspect, in the 4th kind of possible realization method of the application first aspect, machine service is adjusted
According to testing result and sequential beat value, after generating revision program, method further includes device：
Tune machine server sends processing program heavy duty notice to detection data terminal.
The application provides a kind of CNC tune machine system in second aspect, and CNC tune machine systems include CNC, detection data end
End, program distribution device and tune machine server；
CNC, for generating source workpiece according to preset processing program；
Detection data terminal is presetting the testing result of sequential point for obtaining source workpiece, and testing result is being sent to
Tune machine server；
Program distribution device is presetting the sequential beat value of sequential point for acquiring CNC, and sequential beat value is sent to tune
Machine server, sequential beat value are corresponding with the working condition of CNC；
Tune machine server, for according to testing result and sequential beat value, generating revision program, and revision program is sent out
It send to program distribution device；
Program distribution device is additionally operable to revision program being sent to CNC；
CNC is additionally operable to, according to revision program, generate target workpiece.
In conjunction with the application second aspect, in the first possible realization method of the application second aspect, testing result
Including measuring point standard value and measuring point Real-time Error value.
In conjunction with the application second aspect, in second of possible realization method of the application second aspect, program distribution
Device, be additionally operable to acquisition CNC humiture information, geography information and temporal information, and by humiture information, geography information and
Temporal information is sent to tune machine server；
Tune machine server, be specifically used for according to testing result, sequential beat value, humiture information, geography information be with timely
Between information, generate revision program.
In conjunction with second of possible realization method of the application second aspect, the third in the application second aspect is possible
In realization method, adjust machine server, be specifically used for according to testing result, sequential beat value, humiture information, geography information and
Temporal information generates characteristic function；
According to characteristic function, revision program is generated.
In conjunction with the application second aspect, in the 4th kind of possible realization method of the application second aspect, machine service is adjusted
Device is additionally operable to send processing program heavy duty notice to detection data terminal.
The application has provided a kind of computer readable storage medium, computer readable storage medium packet in the third aspect
Instruction is included, when the instruction is run on the relevant device of CNC tune machine systems so that the relevant device of CNC tune machine systems executes
Such as the flow of at least one of possible realization method in above-mentioned the application first aspect and first aspect.
The application provides a kind of computer program product in fourth aspect, which includes computer
Software instruction, when computer software instructions are run on the relevant device of CNC tune machine systems so that the phase of CNC tune machine systems
Equipment is closed to execute such as at least one of possible realization method in above-mentioned the embodiment of the present application first aspect and first aspect
Flow.
As can be seen from the above technical solutions, the application has the following advantages：
In CNC tune machine systems, CNC generates source workpiece according to preset processing program；Detection data terminal obtains source workpiece
In the testing result of default sequential point, and testing result is sent to tune machine server；Program distribution device acquires CNC when default
The sequential beat value of sequence point, and sequential beat value is sent to tune machine server, the working condition pair of sequential beat value and CNC
It answers；Tune machine server according to testing result and sequential beat value, generates revision program, and revision program is sent to program point
Send out device；Revision program is sent to CNC by program distribution device；CNC generates target workpiece according to revision program.In this process, it adjusts
Machine server can analyze rhythm of production, cyclically-varying and the survey of CNC according to the sequential beat value and testing result of CNC
The rule for measuring the error change of result to generate accurate, reliable revision program, and then generates the target for meeting workpiece requirement
Workpiece while saving human resources, is also achieved to CNC higher automations and intelligentized control.
Description of the drawings
Fig. 1 is a kind of embodiment schematic diagram of CNC tune machine system provided by the present application；
Fig. 2 is a kind of embodiment schematic diagram of CNC tune machine method provided by the present application；
Fig. 3 is a kind of embodiment schematic diagram of sequential beat value provided by the present application and sequential；
Fig. 4 is a kind of embodiment schematic diagram of sequential beat value provided by the present application；
Fig. 5 is another embodiment schematic diagram of CNC tune machine method provided by the present application.
Specific implementation mode
This application provides a kind of CNC tune machine method and its systems, for generating accurate, reliable revision program, in turn
Generate the target workpiece for meeting workpiece requirement.
Below in conjunction with the attached drawing in the embodiment of the present application, technical solutions in the embodiments of the present application carries out clear, complete
Site preparation describes, it is clear that described embodiments are only a part of embodiments of the present application, instead of all the embodiments.It is based on
Embodiment in the application, those skilled in the art's acquired every other implementation without creative efforts
Example, shall fall in the protection scope of this application.
In the following, starting to introduce the application.
First, in this application, CNC tune machine method is applied to CNC tune machine systems, and CNC tune machines system is real as shown in Figure 1
It applies illustration to be intended to, including CNC101, detection data terminal 102, tune machine server 103 and program distribution device 104, then please refer to
Fig. 2 shows CNC tune machine method provided by the present application flow diagram, CNC tune machine methods specifically include：
Step 201, CNC generates source workpiece according to preset processing program；
In this application, CNC101 is a kind of automated machine tool controlled by program, can logically be handled with control
Coding or other symbolic instruction regulated procedures, are decoded by computer, the action provided to make lathe execute,
Blank material is processed as the workpiece such as semifinished or finished goods part by Tool in Cutting, CNC101 can be widely used in factory.
CNC101 specifically includes CNC controller and lathe, and CNC controller is by executing processing program, control lathe life
At workpiece.
As shown in Figure 1, the quantity of CNC101 can be n, and n is the integer more than or equal to 3, and CNC101 is deposited in advance
Preset processing program is stored up, preset processing program can be that user is arranged according to product demand, and CNC101 is according to preset processing
Program can be processed raw material, generate source workpiece.
Step 202, detection data terminal obtains source workpiece and is presetting the testing result of sequential point, and testing result is sent
To tune machine server；
After CNC101 produces source workpiece, it is necessary to which the source workpiece of being detected is qualified products, is specifically detected
Journey, the mode that can be manually entered can also be to automatically enter mode, and the testing result of source workpiece re-sends to detection data end
End 102.
Manual input-mode can be set by the input of the computers such as machine interactive interface, touch screen, keyboard, mouse and microphone
It is standby to realize.
The mode of automatically entering can be by workpiece sensing equipment and data collection station realization, the source work that CNC101 is generated
Part can be detected by workpiece sensing equipment, obtain the testing result of source workpiece and then by being mounted on workpiece sensing
The testing result of data collection station acquisition source workpiece in equipment, detection data terminal 102, data are sent to by testing result
Acquisition terminal is specifically as follows advanced programmable remote application server (advanced programmable remote
Utility server, APRUS), with WiFi function, testing result can be sent to testing number by wireless router
According to terminal 102.
It is appreciated that there is the testing result that detection obtains timing, detection data terminal 102 can only obtain and preset sequential
The testing result of point, or the testing result of default sequential point can be also filtered out from the testing result got, specifically exist
This is not limited.
Default sequential point can be arranged according to product demand, such as can be arranged 5 groups, be divided into a, b, c, d, e5 measuring points, to
The testing result of { a=21.234, b=103.321, c=230.678, d=98.339, e=49.303 } is obtained, it is each to detect
As a result it all can be considered that a measurement label, a kind of embodiment schematic diagram of sequential beat value and sequential as shown in Figure 3 are each to survey
It measures label and corresponds to a time point t respectively, to a corresponding sequential beat value.
Detection data terminal 102 can be the equipment such as computer, server, not limit herein specifically.
Step 203, program distribution device acquisition CNC is sent in the sequential beat value for presetting sequential point, and by sequential beat value
To tune machine server；
Wherein, sequential beat value is corresponding with the working condition of CNC101.
Program distribution device 104 and CNC101 is corresponded, and program distribution device 104 can be generated according to the working condition of CNC101
Sequential beat value, and it is sent to tune machine server 103.
Sequential beat value has unit fiducial time frequency, such as unit fiducial time set of frequency is 1 second, then adjusts machine to take
The business device 103 one group of sequential beat value per second that all can receive the transmission of program distribution device 104.
Sequential beat value is the sum of temporal reference value and sequential variate-value, and as shown in Figure 3, temporal reference value S is constant
Value, temporal reference value S can be used to indicate that normal connection status between CNC and program distribution device 104 or CNC101 are
No normally to power on, sequential variate-value specifically includes sequential variate-value X, Y, Z, and sequential variate-value X, Y, Z can be respectively intended to indicate
Whether three kinds of working conditions of CNC101, such as X instructions CNC101 are currently in open state, and Y instructions CNC101 is currently
Be not in machining state, Z indicate CNC101 some indicator light whether light on and off.
For ease of being recognized accurately the working condition of CNC101 according to sequential beat value, each sequential beat value need to be with
The different working condition of CNC101 corresponds, specifically, lower surface function for example can be used to indicate temporal reference value S and sequential
Variate-value：
It is 1 that temporal reference value S is then constant if true value, is then 0 if non-value；Sequential variate-value X, Y, Z if true value then
It is indicated respectively with 2,4,8, is then 0 if non-value.After such setting, for example, 7,1+2+4 can only be broken down into；5 can only be decomposed
At 1+4；9 can only be broken down into 1+8；15 only can be decomposed into 1+2+4+8；No matter how sequential beat value changes, and can disassemble out
The combination of unique temporal reference value S and sequential variate-value, to quickly determine the specific works state of CNC101.It is specific to go back
It can refer to the embodiment schematic diagram of sequential beat value as shown in Figure 4.
Certainly, the function of above-mentioned offer and parameter are only for example, and in practical applications, different functions can be used, such as
Exponential function or other functions that the exponential function that can be 3 with the truth of a matter, the truth of a matter are 4 indicates that n can also be used in sequential variate-value
Group indicates the n different working condition of CNC101, does not limit herein specifically.It is appreciated that the reflection of sequential variate-value
Different working conditions more CNC101, the revision program being subsequently generated can be more accurate and reliable.
It is appreciated that indicating the working condition of CNC101 using number, parsing CNC101 specific works can be greatly reduced
The workload of state keeps the normal operation of CNC tune machine systems more efficient.
Program distribution device 104 be specifically as follows remote USB distributor (remote USB dispatcher dongle,
RUDD), structure specifically includes power supply module, for providing electric energy；Processing module, for execute instruction control wireless module and
Interface module generates sequential beat value；Wireless module, revision program for receiving the transmission of tune machine server 103 and to tune
103 transmission timing beat value of machine server；Interface module, for sending revision program to CNC101；Memory module, for storing
The instruction that revision program and storage processing module execute.
Wherein, interface module is specifically as follows USB interface；Wireless module is specifically as follows ESP8266 chips, ESP8266
Chip is a kind of WiFi chip that industry is general；Processing module is specifically as follows STM32F103 chips, STM32F103 chip categories
One kind in STM32F series belonging to 32 Advanced Reduced Instruction Set processor (Advanced RISC of low and middle-end
Machines, ARM), which is that STMicw Electronics (ST) company produces, and kernel is Cortex-M3；Memory module has
Body can be FLASH memory, and FLASH memory is also referred to as flash memory, is a kind of Nonvolatile memory, in the supply of no electric current
Under the conditions of also can muchly keep data, storage characteristics to be equivalent to hard disk.
It should be understood that the restriction in sequential is had no between step 203 and step 201, step 202, CNC tune machine systems
Step 201, step 202 can be first carried out, then executes step 203；Or step 203 can be also first carried out, then execute step 201, step
Rapid 202；Or can also be performed simultaneously between step 201, step 202 and step 203, it does not limit herein specifically.
Step 204, it adjusts machine server according to testing result and sequential beat value, generates revision program, and journey will be corrected
Sequence is sent to program distribution device；
Tune machine server 103 after receiving testing result and sequential beat value, can with the variation of sequential beat,
And with the variation for measuring label, analyze the error change of the rhythm of production of CNC, cyclically-varying and measurement result
Rule, predicts when next allowable error critical point will occur, and generates revision program, with how many weeks
After phase, calculating is modified to processing program or CNC101 is allowed to update processing program.
Tune machine server 103 can be to be specifically used to the server apparatus of processing CNC tune machines, or can also pass through computer
It realizes.After tune machine server 103 generates revision program, it can be sent to the corresponding program distribution devices of target CNC101 104.
Step 205, revision program is sent to CNC by program distribution device；
After program distribution device 104 receives revision program, you can it is forwarded to corresponding CNC101.
Step 206, CNC generates target workpiece according to revision program.
After CNC101 receives revision program, you can calculating or update processing program are modified to processing program, from
And the standard workpiece needed for generating, i.e. target workpiece.
From the foregoing, it will be observed that in CNC tune machine methods, CNC101 generates source workpiece according to preset processing program；Testing number
Source workpiece is obtained according to terminal 102 and is presetting the testing result of sequential point, and testing result is sent to tune machine server 103；Journey
Sequence distributor 104 acquires CNC101 and is presetting the sequential beat value of sequential point, and sequential beat value is sent to tune machine server
103, sequential beat value is corresponding with the working condition of CNC；Tune machine server 103 is according to testing result and sequential beat value, raw
It is sent to program distribution device 104 at revision program, and by revision program；Revision program is sent to CNC101 by program distribution device；
CNC101 generates target workpiece according to revision program.In this process, adjust machine server 103 can be according to the sequential section of CNC101
Bat value and testing result analyze the rule of the error change of the rhythm of production of CNC101, cyclically-varying and measurement result,
To generate accurate, reliable revision program, and then the target workpiece for meeting workpiece requirement is generated, saves the same of human resources
When, it also achieves to CNC higher automations and intelligentized control.
In practical applications, the arrangement for ease of CNC tune machine systems and application, can also to the connection Ei between each equipment into
Row adjustment, by taking WiFi network environment as an example, data interaction can be realized between CNC101 and program distribution device 104 by physical connection
, and the data interaction between program distribution device 104, detection data terminal 102 and tune machine server 103 is to pass through wireless routing
The WiFi links that device provides realize that specific connection can be realized by specific interface module or wireless module.
Further, in practical applications, optionally, another embodiment signal of CNC tune machine method as shown in Figure 5
Figure, CNC tune machine methods specifically may also include：
Step 501, CNC generates source workpiece according to preset processing program；
Step 502, detection data terminal obtains source workpiece and is presetting the testing result of sequential point, and testing result is sent
To tune machine server；
Step 503, program distribution device acquisition CNC is sent in the sequential beat value for presetting sequential point, and by sequential beat value
To tune machine server；
It is appreciated that step 501, step 502, step 503 step 201 corresponding with Fig. 2, step 202, step 203 class
It is seemingly, specific that details are not described herein.
Step 504, humiture information, geography information and the temporal information of program distribution device acquisition CNC, and by humiture
Information, geography information and temporal information are sent to tune machine server；
Program distribution device 104 acquires CNC101 in the sequential beat value of default sequential point, can also pass through temperature and humidity sensing
Humiture information, the geography information of device, GPS sensor acquisition CNC, while can also acquisition time information.
It is appreciated that under different season environment, weather environment, the rhythm of production of CNC101, cyclically-varying and
If the rule of the error change of measurement result may also form different as a result, with reference to testing result and sequential beat value
Meanwhile referring again to humiture information, geography information and temporal information, CNC tune machines system then produces more accurate, complete
Revision program, to be further ensured that CNC101 processes target workpiece.
Step 505, adjust machine server according to testing result, sequential beat value, humiture information, geography information and time
Information generates characteristic function；
Further, adjust machine server receive testing result, sequential beat value, humiture information, geography information with
And temporal information, it can also be further processed.
It is appreciated that testing result, sequential beat value, humiture information, geography information and temporal information be based on when
Between t initial data, these initial data are it is also possible to because the loss of information or the reasons such as inaccuracy of facility information, lead
There are the breakthrough of part, exceptions for cause, therefore directly according to the revision program of Raw Data Generation, in a strict sense can not be total
It is the rule of the error change of the rhythm of production for meeting CNC, cyclically-varying and measurement result.
At this point, can find out testing result, sequential beat value, humiture information, geography information and temporal information when
Sequence characteristics, it is unrelated with feature to filter out, and may to the noisy information of feature, such as missing values, exceptional value, to
Find out that testing result, sequential beat value, humiture information, geography information and temporal information are more accurate, meet actual rule
Rule, generation is more accurate, meets actual revision program.
For example, following probability-distribution function can be used to find out the feature of information：
Certainly, the function of above-mentioned offer is only for example, and in practical applications, other functions also can be used or mode is come in fact
It is existing, it does not limit herein specifically.
It is noted that in practical applications, testing result is also disassembled at measuring point standard value and measuring point Real-time Error
Value, the characteristic function of error amount can be generated with specific reference to Real-time Error value by adjusting machine server 103 also, so as to the specific of error amount
Characteristic function generates revision program.
It is appreciated that one of the main purpose that error is CNC tune machine systems is eliminated, therefore, by the spy for generating error amount
Function is levied, the accuracy of the revision program of generation is greatly improved.
Step 506, it adjusts machine server according to characteristic function, generates revision program, and revision program is sent to program point
Send out device；
After generating characteristic function, adjusts machine server 103 to produce corresponding revision program, it is sent to target
The corresponding program distribution devices of CNC101 104.
Step 507, revision program is sent to CNC by program distribution device；
Step 508, CNC generates target workpiece according to revision program；
It is appreciated that step 507, step 508 step 205 corresponding with Fig. 2, step 206 are similar, it is specifically no longer superfluous herein
It states.
Step 509, machine server is adjusted to send processing program heavy duty notice to detection data terminal.
It is logical can to send processing program heavy duty after generating revision program to detection data terminal 102 for tune machine server 103
To know, detection data terminal 102 is after receiving processing program heavy duty notice, after CNC101 can be waited for generate target workpiece, then
The workpiece sensing for carrying out a new round to save the energy consumption of workpiece sensing, and reduces the data that acquisition testing result is brought and tires out
Product.
It should be understood that the restriction in sequential is had no between step 509 and step 507, step 508, CNC tune machine systems
Step 507, step 508 can be first carried out, then executes step 509；Or step 509 can be also first carried out, then execute step 507, step
It can also be performed simultaneously between rapid 508 or step 507, step 508 and step 509, not limit herein specifically.
It is the introduction to CNC tune machine method provided by the present application above, starts to introduce below to CNC tune provided by the present application
Machine system.
As shown in Figure 1, CNC tune machine systems include CNC101, detection data terminal 102, adjust machine server 103 and program point
Send out device 104；
CNC101, for generating source workpiece according to preset processing program；
Detection data terminal 102 is presetting the testing result of sequential point for obtaining source workpiece, and testing result is being sent
To tune machine server 103；
Program distribution device 104 is sent out for acquiring CNC101 in the sequential beat value for presetting sequential point, and by sequential beat value
It send to tune machine server 103, sequential beat value is corresponding with the working condition of CNC101；
Tune machine server 103, for according to testing result and sequential beat value, generating revision program, and journey will be corrected
Sequence is sent to program distribution device 104；
Program distribution device 104 is additionally operable to revision program being sent to CNC104；
CNC101 is additionally operable to, according to revision program, generate target workpiece.
In one possible implementation, testing result includes measuring point standard value and measuring point Real-time Error value.
In one possible implementation, program distribution device 104, is additionally operable to：
Acquire CNC101 humiture information, geography information and temporal information, and by humiture information, geography information with
And temporal information is sent to tune machine server 103；
Tune machine server 103, is specifically used for：
According to testing result, sequential beat value, humiture information, geography information and temporal information generate revision program.
In one possible implementation, machine server 103 is adjusted, is specifically used for：
According to testing result, sequential beat value, humiture information, geography information and temporal information generate characteristic function；
According to characteristic function, revision program is generated.
In one possible implementation, machine server 103 is adjusted, is additionally operable to：
Processing program heavy duty notice is sent to detection data terminal 102.
It is appreciated that the workflow and content of CNC tune machine systems, specifically can refer to the explanation of above-mentioned CNC tune machine method,
It is specific that details are not described herein.
From the foregoing, it will be observed that in CNC tune machine systems, CNC101 generates source workpiece according to preset processing program；Testing number
Source workpiece is obtained according to terminal 102 and is presetting the testing result of sequential point, and testing result is sent to tune machine server 103；Journey
Sequence distributor 104 acquires CNC101 and is presetting the sequential beat value of sequential point, and sequential beat value is sent to tune machine server
103, sequential beat value is corresponding with the working condition of CNC；Tune machine server 103 is according to testing result and sequential beat value, raw
It is sent to program distribution device 104 at revision program, and by revision program；Revision program is sent to CNC101 by program distribution device；
CNC101 generates target workpiece according to revision program.In this process, adjust machine server 103 can be according to the sequential section of CNC101
Bat value and testing result analyze the rule of the error change of the rhythm of production of CNC101, cyclically-varying and measurement result,
To generate accurate, reliable revision program, and then the target workpiece for meeting workpiece requirement is generated, saves the same of human resources
When, it also achieves to CNC higher automations and intelligentized control.
The embodiment of the present application also provides a kind of computer readable storage medium, computer readable storage medium includes referring to
It enables, when the instruction is run on the relevant device of CNC tune machine systems so that the relevant device of CNC tune machine systems executes such as Fig. 2
Or the flow in the CNC tune machine methods in Fig. 5 corresponding embodiments.
The embodiment of the present application also provides a kind of computer program product, which includes computer software
Instruction, when computer software instructions are run on the relevant device of CNC tune machine systems so that the correlation of CNC tune machine systems is set
It is standby to execute such as the flow in the CNC tune machine methods in Fig. 2 or Fig. 5 corresponding embodiments.
It should be understood that in the various embodiments of the application, size of the sequence numbers of the above procedures is not meant to execute suitable
The execution sequence of the priority of sequence, each process should be determined by its function and internal logic, the implementation without coping with the embodiment of the present application
Process constitutes any restriction.
The above, above example are only to illustrate the technical solution of the application, rather than its limitations；Although with reference to before
Embodiment is stated the application is described in detail, it will be understood by those of ordinary skill in the art that：It still can be to preceding
The technical solution recorded in each embodiment is stated to modify or equivalent replacement of some of the technical features；And these
Modification or replacement, the range of each embodiment technical solution of the application that it does not separate the essence of the corresponding technical solution.
Claims (10)
1. a kind of CNC tune machine method, which is characterized in that be applied to CNC tune machine systems, the CNC tune machine system includes CNC, inspection
Measured data terminal, program distribution device and tune machine server, the method includes：
The CNC generates source workpiece according to preset processing program；
The detection data terminal obtains the source workpiece and is presetting the testing result of sequential point, and the testing result is sent
To the tune machine server；
Described program distributor acquires the CNC in the sequential beat value for presetting sequential point, and the sequential beat value is sent
To the tune machine server, the sequential beat value is corresponding with the working condition of the CNC；
The tune machine server generates revision program, and repair described according to the testing result and the sequential beat value
Positive program is sent to described program distributor；
The revision program is sent to the CNC by described program distributor；
The CNC generates target workpiece according to the revision program.
2. CNC tune machine method according to claim 1, which is characterized in that the testing result include measuring point standard value and
Measuring point Real-time Error value.
3. CNC tune machine method according to claim 1, which is characterized in that the method further includes：
Described program distributor acquires humiture information, geography information and the temporal information of the CNC, and by the humiture
Information, the geography information and the temporal information are sent to the tune machine server；
According to the testing result and the sequential beat value, generate revision program includes the tune machine server：
The tune machine server is according to the testing result, the sequential beat value, the humiture information, the geography information
And the temporal information, generate the revision program.
4. CNC tune machine method according to claim 3, which is characterized in that the tune machine server is tied according to the detection
Fruit, the sequential beat value, the humiture information, the geography information and the temporal information, generate the amendment journey
Sequence includes：
The tune machine server is according to the testing result, the sequential beat value, the humiture information, the geography information
And the temporal information, generate characteristic function；
The tune machine server generates the revision program according to the characteristic function.
5. CNC tune machine method according to claim 1, which is characterized in that the tune machine server is tied according to the detection
Fruit and the sequential beat value, after generating revision program, the method further includes：
The tune machine server sends processing program heavy duty notice to the detection data terminal.
6. a kind of CNC tune machine system, which is characterized in that the CNC tune machine system includes CNC, detection data terminal, program distribution
Device and tune machine server；
The CNC, for generating source workpiece according to preset processing program；
The detection data terminal is tied for obtaining the source workpiece in the testing result for presetting sequential point, and by the detection
Fruit is sent to the tune machine server；
Described program distributor, for acquire the CNC default sequential point sequential beat value, and by the sequential beat value
It is sent to the tune machine server, the sequential beat value is corresponding with the working condition of the CNC；
The tune machine server, for according to the testing result and the sequential beat value, generating revision program, and by institute
It states revision program and is sent to described program distributor；
Described program distributor is additionally operable to the revision program being sent to the CNC；
The CNC is additionally operable to, according to the revision program, generate target workpiece.
7. CNC tune machine system according to claim 6, which is characterized in that the testing result include measuring point standard value and
Measuring point Real-time Error value.
8. CNC tune machine system according to claim 6, which is characterized in that described program distributor is additionally operable to described in acquisition
Humiture information, geography information and the temporal information of CNC, and by the humiture information, the geography information and described
Temporal information is sent to the tune machine server；
The tune machine server is specifically used for according to the testing result, the sequential beat value, the humiture information, institute
Geography information and the temporal information are stated, the revision program is generated.
9. CNC tune machine system according to claim 8, which is characterized in that the tune machine server is specifically used for according to institute
Testing result, the sequential beat value, the humiture information, the geography information and the temporal information are stated, is generated special
Levy function；
According to the characteristic function, the revision program is generated.
10. CNC tune machine system according to claim 6, which is characterized in that the tune machine server is additionally operable to described
Detection data terminal sends processing program heavy duty notice.
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| CN111381559A (en) * | 2018-12-29 | 2020-07-07 | 鸿富锦精密电子（成都）有限公司 | Processing equipment error correction method and system based on server |
| CN111598251A (en) * | 2019-02-20 | 2020-08-28 | 东莞先知大数据有限公司 | CNC predictive maintenance system and method based on machine learning |
| CN114637255A (en) * | 2022-02-23 | 2022-06-17 | 厦门莱蔓新材料科技有限公司 | CNC (computer numerical control) machine debugging system and method |
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| CN111598251A (en) * | 2019-02-20 | 2020-08-28 | 东莞先知大数据有限公司 | CNC predictive maintenance system and method based on machine learning |
| CN111598251B (en) * | 2019-02-20 | 2023-08-25 | 东莞先知大数据有限公司 | CNC predictive maintenance system and method based on machine learning |
| CN114637255A (en) * | 2022-02-23 | 2022-06-17 | 厦门莱蔓新材料科技有限公司 | CNC (computer numerical control) machine debugging system and method |
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