CN106274069A - A kind of mark processing technique method of testing and system - Google Patents
A kind of mark processing technique method of testing and system Download PDFInfo
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- CN106274069A CN106274069A CN201510261085.3A CN201510261085A CN106274069A CN 106274069 A CN106274069 A CN 106274069A CN 201510261085 A CN201510261085 A CN 201510261085A CN 106274069 A CN106274069 A CN 106274069A
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Abstract
The invention discloses a kind of mark processing technique method of testing and system, described mark processing technique method of testing comprises the steps: to determine the number of parameters participating in the test of laser-marking processing technique according to material category and identity type；Material carries out laser-marking processing adaptive testing, determines and laser-marking is processed the parameter values scope played the role of a nucleus；Select in core parameter numerical range and be capable of the laser-marking machined parameters scope of basic identification processing request as laser-marking processing technique test benchmark parameter area；Selected parameter area is gradually reduced in laser-marking processing technique test benchmark parameter area, determine the laser-marking processing optimal parameter numerical value that can quickly realize fine definition, high-contrast laser-marking, by said method step, the display effect identified on mark rapidoprint can be improved, improve the contrast of mark, improve mark working (machining) efficiency.
Description
Technical field
The present invention relates to technical field of laser processing, particularly relate to a kind of mark processing technique test
Method and system.
Background technology
Laser-marking is one of application of Laser Processing maximum.Laser-marking technology is to control
Laser beam produces reciprocal action with marking materials in a different manner, so that material surface occurs
Change.Typical application includes metal incision, sur-face peeling and tempering；Plastics variable color, surface
Peel off and bubble；Marking of pottery, glass, silicon and inorganic material etc..
The meaning of laser-marking is, especially can touch (this being difficult to quickly, flexibly
Be for stylus printer and silk-screen, coding, Thermal-printing Technology for) position produce accurate, resistance to
Long labelling.Due to good endurance, laser-marking possesses the strongest trackability；Additionally, this
There is not the identification means of cutter and absorption surface and have that environmental pollution is little, material stress in kind of whole process
Little, the advantage of low cost.
Labelling can be realized on any material in traditional laser-marking technical know-how.But
In actual applications, all can be because of mark technique is bad or cost control problem meets with on many materials
Chance cannot realize high-contrast mark or identify the problem that fineness is relatively low.
Summary of the invention
In view of identifying processing technique above shortcomings at present, the present invention provides a kind of mark to add
Work technique test method and system, it is possible to increase identify the display effect on mark rapidoprint,
Improve the contrast of mark, improve mark working (machining) efficiency.
For reaching above-mentioned purpose, embodiments of the invention adopt the following technical scheme that
A kind of mark processing technique method of testing, described mark processing technique method of testing include as
Lower step:
The parameter participating in the test of laser-marking processing technique is determined according to material category and identity type；
Material carries out laser-marking processing adaptive testing, determines and laser-marking has been processed core
The parameter values scope of effect；
The selected laser mark being capable of basic identification processing request in core parameter numerical range
Know machined parameters scope as laser-marking processing technique test benchmark parameter area；
Selected parameter model is gradually reduced in laser-marking processing technique test benchmark parameter area
Enclose, determine can quickly realize fine definition, high-contrast laser-marking laser-marking processing
Good parameter values.
According to one aspect of the present invention, described determine participation according to material category and identity type
The parameter step specially step of laser-marking processing technique test is particularly as follows: determine for identifying
The chemical characteristic of the material of processing；According to materials chemistry characteristic, identity type, mark size,
The laser-marking machined parameters of mark processing it has been determined to for identifying the scantling of processing
Quantity.
According to one aspect of the present invention, the described laser-marking that carries out on material processes adaptation survey
Examination, determine the laser-marking parameter values scope step that plays the role of a nucleus of processing particularly as follows:
Laser-marking examination processing is carried out on the material identify processing；Laser-marking processing technique is set
The parameters numerical range of test；Added by the definition of laser-marking, contrast and mark
Work speed determines the parameter values scope playing the role of a nucleus mark processing.
According to one aspect of the present invention, described selecting in core parameter numerical range can be real
The laser-marking machined parameters scope of existing basic identification processing request is as laser-marking processing technique
Test benchmark parameter area step is particularly as follows: meet mark being used for identifying processing on the material of processing
Know the identity type that display requires；Mark processing；Determine and can realize what basic identification display required
Laser-marking machined parameters scope；To can realize the laser-marking processing that basic identification display requires
Parameter area is as laser-marking processing technique test benchmark parameter area.
According to one aspect of the present invention, described in laser-marking processing technique test benchmark parameter
In the range of gradually reduce selected parameter area, determine and can quickly realize fine definition, high contrast
The laser-marking processing optimal parameter numerical steps of degree laser-marking is particularly as follows: add at laser-marking
Work process test basic parameter scope is selected, and can to realize definition higher, the higher mark of contrast
Mark machined parameters scope；Mark is gradually reduced in the range of again selected mark machined parameters
Machined parameters scope, finally determines and can quickly realize fine definition, high-contrast laser-marking
Laser-marking processing optimal parameter numerical value.
According to one aspect of the present invention, described in laser-marking processing technique test benchmark parameter
In the range of gradually reduce selected parameter area, determine and can quickly realize fine definition, high contrast
Execution following steps after the laser-marking processing optimal parameter numerical steps execution of degree laser-marking:
Selected optimal mark machined parameters numerical value is finely adjusted, improves adding of laser-marking further
Work speed and precision.
A kind of mark processing technique test system, described mark processing technique test system includes:
Mark parameter setting module, for determining participation laser according to material category and identity type
The parameter of mark processing technique test；
Core parameter module, for carrying out laser-marking processing adaptive testing on material, determines
Laser-marking is processed the parameter values scope played the role of a nucleus；
Benchmark test module, is capable of substantially marking for selected in core parameter numerical range
Know the laser-marking machined parameters scope of processing request as laser-marking processing technique test benchmark
Parameter area；
Mark optimize module, in laser-marking processing technique test benchmark parameter area by
Secondary reduce selected parameter area, determine and can quickly realize fine definition, high-contrast laser mark
The laser-marking processing optimal parameter numerical value known.
According to one aspect of the present invention, described mark processing technique test system also includes: micro-
Mode transfer block, for being finely adjusted selected optimal mark machined parameters numerical value, improves further
The process velocity of laser-marking and precision.
According to one aspect of the present invention, described mark processing technique test system also includes: material
Material determines module, for determining the chemical characteristic of the material for identifying processing.
According to one aspect of the present invention, described mark processing technique test system also includes: mark
Know display module, can realize, for determining, the laser-marking machined parameters that basic identification display requires
Scope.
The advantage that the present invention implements: by determining participation laser mark according to material category and identity type
Know the parameter of processing technique test；Carrying out laser-marking processing adaptive testing on material, it is right to determine
Laser-marking processes the parameter values scope played the role of a nucleus；Select in core parameter numerical range
The laser-marking machined parameters scope being capable of basic identification processing request adds as laser-marking
Work process test basic parameter scope；In laser-marking processing technique test benchmark parameter area by
Secondary reduce selected parameter area, determine and can quickly realize fine definition, high-contrast laser-marking
Laser-marking processing optimal parameter numerical value, by said method step, can improve mark mark
Display effect on rapidoprint, improves the contrast of mark, improves mark working (machining) efficiency.
Accompanying drawing explanation
For the technical scheme being illustrated more clearly that in the embodiment of the present invention, below will be to embodiment
The accompanying drawing used required in is briefly described, it should be apparent that, the accompanying drawing in describing below
It is only some embodiments of the present invention, for those of ordinary skill in the art, is not paying
On the premise of going out creative work, it is also possible to obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the side of a kind of embodiment 1 identifying processing technique method of testing of the present invention
Method flow chart；
Fig. 2 is the side of a kind of embodiment 2 identifying processing technique method of testing of the present invention
Method flow chart；
Fig. 3 is a kind of structural representation identifying processing technique test system of the present invention.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, to the technical side in the embodiment of the present invention
Case is clearly and completely described, it is clear that described embodiment is only the present invention one
Divide embodiment rather than whole embodiments.Based on the embodiment in the present invention, this area is general
The every other embodiment that logical technical staff is obtained under not making creative work premise,
Broadly fall into the scope of protection of the invention.
Embodiment 1:
As it is shown in figure 1, a kind of mark processing technique method of testing, described mark processing technique is surveyed
Method for testing comprises the steps:
Step S1: determine that participation laser-marking processing technique is surveyed according to material category and identity type
The parameter of examination；
Described step S1: described according to material category and identity type determine participation laser-marking add
The parameter step of work process test specially step is particularly as follows: determine the material for identifying processing
Chemical characteristic；According to materials chemistry characteristic, identity type, mark size, add for mark
The scantling of work has been determined to the laser-marking machined parameters quantity of mark processing.
At pottery, glass, aluminum, copper etc., these are difficult to by the usual direct labelling of laser marking technology
Material on realize high-contrast labelling, need to do a large amount of testing experiment to determine that best image is imitated
Really, need to determine the parameters of laser marking technique and to respectively according to the quality of printed material
Individual mark parameter is debugged, such as: laser single-pulse energy, pulse width, pulse spacing
Time, spot diameter and energy density parameter.
Step S2: carry out laser-marking processing adaptive testing on material, determine laser-marking
The parameter values scope that processing plays the role of a nucleus；
Described step S2: carry out laser-marking processing adaptive testing on material, determine laser
The mark parameter values scope step that plays the role of a nucleus of processing is particularly as follows: for identifying processing
Laser-marking examination processing is carried out on material；The parameters of laser-marking processing technique test is set
Numerical range；Determined mark by the definition of laser-marking, contrast and mark process velocity
Know the parameter values scope that processing plays the role of a nucleus.
At pottery, glass, aluminum, copper etc., these are difficult to by the usual direct labelling of laser marking technology
Material on realize high-contrast labelling, need to do a large amount of testing experiment to determine that best image is imitated
Really, need to determine the parameters of laser marking technique and to respectively according to the quality of printed material
Individual mark parameter is debugged, to different mark materials, and the work of each parameter in mark parameter
With also differing, have may not play any effect, and have then can play a decisive role, total
In these mark technological parameters, one or more marks to realizing high-contrast play important in fact
Effect.Such as: mark on pottery, high-contrast to be realized mark has only to according to mark sample
Formula, size, mark scantling arranges laser single-pulse energy, interpulse period and mark
Number of repetition is assured that optimal mark technological parameter numerical value.
Step S3: select in core parameter numerical range and be capable of basic identification processing request
Laser-marking machined parameters scope as laser-marking processing technique test benchmark parameter area；
Described step S3: the selected basic identification that is capable of is processed in core parameter numerical range
The laser-marking machined parameters scope required is as laser-marking processing technique test benchmark parameter model
Enclose step particularly as follows: processing meets the mark that mark display requires on the material for identify processing
Know type；Mark processing；Determine and can realize the laser-marking processing ginseng that basic identification display requires
Number scope；Show that the laser-marking machined parameters scope required is as swashing using basic identification can be realized
Light mark processing technique test benchmark parameter area.
A plurality of values of multiple parameter are used in single test, thus by overall test number of times
Mathematic expectaion is reduced to logN (n) from log2 (n).
As a example by single parameter, test value isI=0,1 ..., N.I
It it is canonical incomplete βfunction.
In different application scenarios, α and β has different experience values.
Such as:
(systemic presupposition determines α=0.5 to arrange pulse spacing testing scheme；β=2)
N is set to 7, arranges parameter bound value and be respectively 1ps and 200ps, then system is pressed
8 pulse spacing values PIT0 are generated according to said method ..., PIT7
(systemic presupposition determines α=1 to arrange pulse number of repetition scheme；β=1)
N is set to 9, arranges parameter bound value and be respectively 1 and 100, then system is according to upper
Method of stating generates 10 pulse number of repetition values PRT0 ..., PRT9
63 tests are completed according to above-mentioned setting after starting test.
Step S4: gradually reduce selected in laser-marking processing technique test benchmark parameter area
Parameter area, determine the laser mark that can quickly realize fine definition, high-contrast laser-marking
Know processing optimal parameter numerical value.
Described step S4: gradually reduce in laser-marking processing technique test benchmark parameter area
Selected parameter area, determines and can quickly realize fine definition, the swashing of high-contrast laser-marking
Light mark processing optimal parameter numerical steps is particularly as follows: in laser-marking processing technique test benchmark
Parameter area is selected can realize that definition is higher, the mark machined parameters model of the higher mark of contrast
Enclose；Mark machined parameters scope is gradually reduced in the range of again selected mark machined parameters,
Finally determine can quickly realize fine definition, high-contrast laser-marking laser-marking processing
Good parameter values.
The optimal value obtaining PIT from test result analysis should be between PIT3 and PIT5；PRT
Optimal value should be between PRT5 and PRT9, repeat the above steps, by PIT3 and PIT5
It is set to new PIT bound value；PRT5 and PRT9 is set to new PRT bound value.
63 tests are again carried out according to new value.
The above-mentioned test of iteration, can approach rapidly and finally obtain optimal mark technological parameter numerical value and take
Value.
The test of laser-marking processing technique is participated in by determining according to material category and identity type
Number of parameters；Material carries out laser-marking processing adaptive testing, determines and laser-marking is added
The parameter values scope that work plays the role of a nucleus；Select in core parameter numerical range and be capable of
The laser-marking machined parameters scope of basic identification processing request is surveyed as laser-marking processing technique
Examination basic parameter scope；Gradually reduce in laser-marking processing technique test benchmark parameter area
Selected parameter area, determines and can quickly realize fine definition, the swashing of high-contrast laser-marking
Light mark processing optimal parameter numerical value, by said method step, can improve mark and add in mark
Display effect on work material, improves the contrast of mark, improves mark working (machining) efficiency.
Embodiment 2:
As in figure 2 it is shown, a kind of mark processing technique method of testing, described mark processing technique is surveyed
Method for testing comprises the steps:
Step S1: determine that participation laser-marking processing technique is surveyed according to material category and identity type
The parameter of examination；
Described step S1: described according to material category and identity type determine participation laser-marking add
The parameter step of work process test specially step is particularly as follows: determine the material for identifying processing
Chemical characteristic；According to materials chemistry characteristic, identity type, mark size, add for mark
The scantling of work has been determined to the laser-marking machined parameters quantity of mark processing.
At pottery, glass, aluminum, copper etc., these are difficult to by the usual direct labelling of laser marking technology
Material on realize high-contrast labelling, need to do a large amount of testing experiment to determine that best image is imitated
Really, need to determine the parameters of laser marking technique and to respectively according to the quality of printed material
Individual mark parameter is debugged, such as: laser single-pulse energy, pulse width, pulse spacing
Time, spot diameter and energy density parameter.
Step S2: carry out laser-marking processing adaptive testing on material, determine laser-marking
The parameter values scope that processing plays the role of a nucleus；
Described step S2: carry out laser-marking processing adaptive testing on material, determine laser
The mark parameter values scope step that plays the role of a nucleus of processing is particularly as follows: for identifying processing
Laser-marking examination processing is carried out on material；The parameters of laser-marking processing technique test is set
Numerical range；Determined mark by the definition of laser-marking, contrast and mark process velocity
Know the parameter values scope that processing plays the role of a nucleus.
At pottery, glass, aluminum, copper etc., these are difficult to by the usual direct labelling of laser marking technology
Material on realize high-contrast labelling, need to do a large amount of testing experiment to determine that best image is imitated
Really, need to determine the parameters of laser marking technique and to respectively according to the quality of printed material
Individual mark parameter is debugged, to different mark materials, and the work of each parameter in mark parameter
With also differing, have may not play any effect, and have then can play a decisive role, total
In these mark technological parameters, one or more marks to realizing high-contrast play important in fact
Effect.Such as: mark on pottery, high-contrast to be realized mark has only to according to mark sample
Formula, size, mark scantling arranges laser single-pulse energy, interpulse period and mark
Number of repetition is assured that optimal mark technological parameter numerical value.
Step S3: select in core parameter numerical range and be capable of basic identification processing request
Laser-marking machined parameters scope as laser-marking processing technique test benchmark parameter area；
Described step S3: the selected basic identification that is capable of is processed in core parameter numerical range
The laser-marking machined parameters scope required is as laser-marking processing technique test benchmark parameter model
Enclose step particularly as follows: processing meets the mark that mark display requires on the material for identify processing
Know type；Mark processing；Determine and can realize the laser-marking processing ginseng that basic identification display requires
Number scope；Show that the laser-marking machined parameters scope required is as swashing using basic identification can be realized
Light mark processing technique test benchmark parameter area.
A plurality of values of multiple parameter are used in single test, thus by overall test number of times
Mathematic expectaion is reduced to logN (n) from log2 (n).
As a example by single parameter, test value isI=0,1 ..., N.I
It it is canonical incomplete βfunction.
In different application scenarios, α and β has different experience values.
Such as:
(systemic presupposition determines α=0.5 to arrange pulse spacing testing scheme；β=2)
N is set to 7, arranges parameter bound value and be respectively 1ps and 200ps, then system is pressed
8 pulse spacing values PIT0 are generated according to said method ..., PIT7
(systemic presupposition determines α=1 to arrange pulse number of repetition scheme；β=1)
N is set to 9, arranges parameter bound value and be respectively 1 and 100, then system is according to upper
Method of stating generates 10 pulse number of repetition values PRT0 ..., PRT9
63 tests are completed according to above-mentioned setting after starting test.
Step S4: gradually reduce selected in laser-marking processing technique test benchmark parameter area
Parameter area, determine the laser mark that can quickly realize fine definition, high-contrast laser-marking
Know processing optimal parameter numerical value.
Described step S4: gradually reduce in laser-marking processing technique test benchmark parameter area
Selected parameter area, determines and can quickly realize fine definition, the swashing of high-contrast laser-marking
Light mark processing optimal parameter numerical steps is particularly as follows: in laser-marking processing technique test benchmark
Parameter area is selected can realize that definition is higher, the mark machined parameters model of the higher mark of contrast
Enclose；Mark machined parameters scope is gradually reduced in the range of again selected mark machined parameters,
Finally determine can quickly realize fine definition, high-contrast laser-marking laser-marking processing
Good parameter values.
The optimal value obtaining PIT from test result analysis should be between PIT3 and PIT5；PRT
Optimal value should be between PRT5 and PRT9, repeat the above steps, by PIT3 and PIT5
It is set to new PIT bound value；PRT5 and PRT9 is set to new PRT bound value.
63 tests are again carried out according to new value.
The above-mentioned test of iteration, can approach rapidly and finally obtain optimal mark technological parameter numerical value and take
Value.
Step S5: selected optimal mark machined parameters numerical value is finely adjusted, improves further
The process velocity of laser-marking and precision.
In certain is tested, sets single pulse energy as in the case of fixed value, need by trying
Test and obtain the optimal values value that mark number of repetition and mark are spaced on technological parameter.
Obtaining after optimal mark technological parameter numerical value, by laser single-pulse energy, pulse width,
The mark techniques such as pulse spacing, pulse number of repetition, spot diameter, energy density work are mainly joined
Number carries out technique fine setting, obtains optimal mark process lowest optimization parameter values, obtains stable
High-contrast identifies.
The test of laser-marking processing technique is participated in by determining according to material category and identity type
Parameter；Material carries out laser-marking processing adaptive testing, determines and laser-marking is processed
The parameter values scope of central role；Select in core parameter numerical range and be capable of substantially
The laser-marking machined parameters scope of mark processing request tests base as laser-marking processing technique
Quasi-parameter area；Gradually reduce selected in laser-marking processing technique test benchmark parameter area
Parameter area, determine the laser mark that can quickly realize fine definition, high-contrast laser-marking
Know processing optimal parameter numerical value, by said method step, mark can be improved at mark processing material
Display effect on material, improves the contrast of mark, improves mark working (machining) efficiency.
A kind of embodiment identifying processing technique test system:
A kind of mark processing technique test system, described mark processing technique test system includes:
Identification parameter arranges module 1, for determining participation laser according to material category and identity type
The parameter of mark processing technique test；
Core parameter module 2, for carrying out laser-marking processing adaptive testing on material, determines
Laser-marking is processed the parameter values scope played the role of a nucleus；
Benchmark test module 3, is capable of substantially marking for selected in core parameter numerical range
Know the laser-marking machined parameters scope of processing request as laser-marking processing technique test benchmark
Parameter area；
Mark optimize module 4, in laser-marking processing technique test benchmark parameter area by
Secondary reduce selected parameter area, determine and can quickly realize fine definition, high-contrast laser mark
The laser-marking processing optimal parameter numerical value known.
In the present embodiment, mark processing technique test system also includes: fine setting module 5, is used for
Selected optimal mark machined parameters numerical value is finely adjusted, improves adding of laser-marking further
Work speed and precision.
In the present embodiment, mark processing technique test system also includes: material determines module 6,
For determining the chemical characteristic of the material for identifying processing.
In the present embodiment, mark processing technique test system also includes: mark display module 7,
The laser-marking machined parameters scope that basic identification display requires can be realized for determining.
The advantage that the present invention implements: by determining participation laser according to material category and identity type
The parameter of mark processing technique test；Material carries out laser-marking processing adaptive testing, really
The fixed parameter values scope that laser-marking processing is played the role of a nucleus；At core parameter numerical range
Interior selecting is capable of the laser-marking machined parameters scope of basic identification processing request as laser
Mark processing technique test benchmark parameter area；In laser-marking processing technique test benchmark parameter
In the range of gradually reduce selected parameter area, determine and can quickly realize fine definition, high contrast
The laser-marking processing optimal parameter numerical value of degree laser-marking, by said method step, can carry
High mark display effect on mark rapidoprint, improves the contrast of mark, improves mark
Working (machining) efficiency.
The above, the only detailed description of the invention of the present invention, but protection scope of the present invention is also
Being not limited to this, any those skilled in the art is at technology model disclosed by the invention
In enclosing, the change that can readily occur in or replacement, all should contain within protection scope of the present invention.
Therefore, protection scope of the present invention should be as the criterion with described scope of the claims.
Claims (10)
1. a mark processing technique method of testing, it is characterised in that described mark process test
Method comprises the steps:
The parameter participating in the test of laser-marking processing technique is determined according to material category and identity type；
Material carries out laser-marking processing adaptive testing, determines and laser-marking has been processed core
The parameter values scope of effect；
The selected laser mark being capable of basic identification processing request in core parameter numerical range
Know machined parameters scope as laser-marking processing technique test benchmark parameter area；
Selected parameter model is gradually reduced in laser-marking processing technique test benchmark parameter area
Enclose, determine can quickly realize fine definition, high-contrast laser-marking laser-marking processing optimal
Parameter values.
Mark processing technique method of testing the most according to claim 1, it is characterised in that
The described parameter determining participation laser-marking processing technique test according to material category and identity type
Step particularly as follows:
Determine the chemical characteristic of material for identifying processing；
According to materials chemistry characteristic, identity type, mark size, it is used for identifying the material chi of processing
The very little laser-marking machined parameters being determined to mark processing.
Mark processing technique method of testing the most according to claim 1, it is characterised in that
The described laser-marking that carries out on material processes adaptive testing, determines and laser-marking is processed nuclei of origin
The parameter values scope step of heart effect is particularly as follows: swashing on the material of processing for identifying
Light mark examination processing；The parameters numerical range of laser-marking processing technique test is set；Logical
Cross the definition of laser-marking, contrast and mark process velocity determine to mark processed core
The parameter values scope of effect.
Mark processing technique method of testing the most according to claim 1, it is characterised in that
The described selected laser mark being capable of basic identification processing request in core parameter numerical range
Know machined parameters scope concrete as laser-marking processing technique test benchmark parameter area step
For: at the identity type meeting mark display requirement for identifying processing on the material of processing；Mark
Know processing；Determine and can realize the laser-marking machined parameters scope that basic identification display requires；Will
The laser-marking machined parameters scope that can realize basic identification display requirement is processed as laser-marking
Process test basic parameter scope.
5., according to the mark processing technique method of testing one of Claims 1-4 Suo Shu, it is special
Levy and be, described gradually reduce in laser-marking processing technique test benchmark parameter area selected
Parameter area, determine the laser mark that can quickly realize fine definition, high-contrast laser-marking
Know processing optimal parameter numerical steps particularly as follows: in laser-marking processing technique test benchmark parameter
Scope is selected can realize that definition is higher, the mark machined parameters scope of the higher mark of contrast；
Mark machined parameters scope is gradually reduced, finally in the range of again selected mark machined parameters
Determine the optimal ginseng of laser-marking processing that can quickly realize fine definition, high-contrast laser-marking
Number numerical value.
Mark processing technique method of testing the most according to claim 5, it is characterised in that
Described in laser-marking processing technique test benchmark parameter area, gradually reduce selected parameter model
Enclose, determine can quickly realize fine definition, high-contrast laser-marking laser-marking processing optimal
Parameter values step performs following steps after performing: enter selected optimal mark machined parameters numerical value
Row fine setting, improves process velocity and the precision of laser-marking further.
7. a mark processing technique test system, it is characterised in that described mark processing technique
Test system includes:
Mark parameter setting module, for determining participation laser according to material category and identity type
The parameter of mark processing technique test；
Core parameter module, for carrying out laser-marking processing adaptive testing on material, determines
Laser-marking is processed the parameter values scope played the role of a nucleus；
Benchmark test module, is capable of substantially marking for selected in core parameter numerical range
Know the laser-marking machined parameters scope of processing request as laser-marking processing technique test benchmark
Parameter area；
Mark optimize module, in laser-marking processing technique test benchmark parameter area by
Secondary reduce selected parameter area, determine and can quickly realize fine definition, high-contrast laser mark
The laser-marking processing optimal parameter numerical value known.
8. testing system according to the mark processing technique one of claim 1 to 7 Suo Shu, it is special
Levying and be, described mark processing technique test system also includes: fine setting module, for selected
Optimal mark machined parameters numerical value be finely adjusted, improve the process velocity of laser-marking further
With precision.
Mark processing technique the most according to claim 8 test system, it is characterised in that
Described mark processing technique test system also includes: material determines module, is used for determining for marking
Know the chemical characteristic of the material of processing.
Mark processing technique the most according to claim 9 test system, it is characterised in that
Described mark processing technique test system also includes: mark display module, is used for determining and can realize
The laser-marking machined parameters scope that basic identification display requires.
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108672941A (en) * | 2018-05-03 | 2018-10-19 | 合肥江航飞机装备有限公司 | The method of laser scoring Quick Response Code |
| CN109128518A (en) * | 2018-08-22 | 2019-01-04 | 北京铂阳顶荣光伏科技有限公司 | The evaluating method of laser scribing machine and its technological ability |
| CN110039183A (en) * | 2019-04-13 | 2019-07-23 | 王玉芹 | A kind of laser marking system |
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