CN110019122A - A kind of method for building up and system of optics-clothing material standard database - Google Patents
A kind of method for building up and system of optics-clothing material standard database Download PDFInfo
- Publication number
- CN110019122A CN110019122A CN201711057884.4A CN201711057884A CN110019122A CN 110019122 A CN110019122 A CN 110019122A CN 201711057884 A CN201711057884 A CN 201711057884A CN 110019122 A CN110019122 A CN 110019122A
- Authority
- CN
- China
- Prior art keywords
- clothing material
- clothing
- value
- characterisitic parameter
- reflected light
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
- 239000000463 material Substances 0.000 title claims abstract description 500
- 238000000034 method Methods 0.000 title claims abstract description 48
- 230000003287 optical effect Effects 0.000 claims description 116
- 238000001514 detection method Methods 0.000 abstract description 4
- 238000010276 construction Methods 0.000 description 29
- 241000208340 Araliaceae Species 0.000 description 3
- 235000005035 Panax pseudoginseng ssp. pseudoginseng Nutrition 0.000 description 3
- 235000003140 Panax quinquefolius Nutrition 0.000 description 3
- 230000015572 biosynthetic process Effects 0.000 description 3
- 235000008434 ginseng Nutrition 0.000 description 3
- 230000002159 abnormal effect Effects 0.000 description 2
- 230000000149 penetrating effect Effects 0.000 description 2
- 238000010521 absorption reaction Methods 0.000 description 1
- 239000003086 colorant Substances 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 230000003760 hair shine Effects 0.000 description 1
- 238000002372 labelling Methods 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 230000000750 progressive effect Effects 0.000 description 1
- 230000011514 reflex Effects 0.000 description 1
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
Classifications
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
- G06F16/21—Design, administration or maintenance of databases
Landscapes
- Engineering & Computer Science (AREA)
- Databases & Information Systems (AREA)
- Theoretical Computer Science (AREA)
- Data Mining & Analysis (AREA)
- Physics & Mathematics (AREA)
- General Engineering & Computer Science (AREA)
- General Physics & Mathematics (AREA)
- Length Measuring Devices By Optical Means (AREA)
Abstract
The invention discloses a kind of optics-clothing material standard database method for building up and system, belong to clothing Material Identification technical field.This method comprises: obtaining reflected light attribute value and reflected light attribute value being stored as the Ith clothing material characterisitic parameter；It is associated with the Ith clothing material characterisitic parameter and corresponding clothing material, is stored to optics-clothing material standard database；Repeat above step several times.The method for building up provided according to the present embodiment can establish the optics-clothing material standard database for being applied to the method and device by reflection light detection clothing material.
Description
Technical field
The present invention relates to clothing Material Identification technical field, in particular to a kind of optics-clothing material standard database
Method for building up and system.
Background technique
In clothing Material Identification technical field, there is the suction for being applied to that clothing material is identified by clothing water absorption at present
Water-clothing material quality data library, applied to the trade mark-clothing material quality data library for identifying clothing material by clothing trade mark, but
Not yet propose the optics-clothing material quality data library for being applied to identify clothing material by reflected light.
Summary of the invention
The embodiment of the invention provides a kind of optics-clothing material standard database method for building up and system.In order to right
The some aspects of the embodiment of disclosure have a basic understanding, and simple summary is shown below.The summarized section is not general
General commentary, nor to determine key/critical composition data or describe the protection scope of these embodiments.Its sole purpose is to use
Some concepts are presented in simple form, in this, as the preamble of following detailed description.
According to a first aspect of the embodiments of the present invention, a kind of method for building up of optics-clothing material standard database is provided,
It include: to obtain reflected light attribute value and reflected light attribute value is stored as the Ith clothing material characterisitic parameter；It is associated with the Ith clothing
Object material characterisitic parameter and corresponding clothing material, store to optics-clothing material standard database.
The method for building up provided according to the present embodiment can establish the method being applied to through reflection light detection clothing material
And the optics of device-clothing material standard database.
It in a kind of optional embodiment, further include obtaining the actual distance value between reflection optical receiver point and clothing to be measured；
Merge the actual distance value and the Ith clothing material characterisitic parameter, obtains the IIth clothing material characterisitic parameter；Described in association
IIth clothing material characterisitic parameter and corresponding clothing material, store to optics-clothing material standard database.
It in a kind of optional embodiment, further include obtaining incident light attribute value；Merge the incident light attribute value and described
IIth clothing material characterisitic parameter obtains the IIIth clothing material characterisitic parameter；Be associated with the IIIth clothing material characterisitic parameter with
Corresponding clothing material is stored to optics-clothing material standard database.
It further include the color value for obtaining clothing to be measured in a kind of optional embodiment；Merge the color value and the IIIth clothing
Object material characterisitic parameter obtains the IVth clothing material characterisitic parameter；Be associated with the IVth clothing material characterisitic parameter with it is corresponding
Clothing material is stored to optics-clothing material standard database.
In a kind of optional embodiment, further includes: clothing material characterisitic parameter is divided into several sub- clothing material characteristics and is joined
Number；The clothing material characterisitic parameter is the IIth clothing material characterisitic parameter, the IIIth clothing material characterisitic parameter or the IVth clothing
Object material characterisitic parameter；It is associated with the sub- clothing material characterisitic parameter and corresponding clothing material, is stored to optics-clothing material
Standard database；Establish the index of the sub- clothing material characterisitic parameter.
It is described that clothing material characterisitic parameter is divided into several sub- clothing material characterisitic parameters in a kind of optional embodiment,
Specifically: the factor that the reflected light attribute value is influenced using control variate method control obtains several reflected light attribute values
Characteristic；The factor for influencing the reflected light attribute value is the actual distance value or the actual distance value and described
Incident light attribute value or the actual distance value, the incident light attribute value and the color value；One reflection light attribute
The characteristic and its influence factor of value merge into a sub- clothing material characterisitic parameter.
In a kind of optional embodiment, the index for merging two or more sub- clothing material characterisitic parameters forms a rope
Draw combination.
In a kind of optional embodiment, the reflection light attribute includes: reflection optical depth distortion value and reflected light amplitude.
In a kind of optional embodiment, a kind of clothing material characterisitic parameter includes reflection optical depth distortion value or reflection
The clothing material characterisitic parameter is divided by light amplitude value, the reflected light attribute value type for including according to clothing material characterisitic parameter
Two classes.
According to a second aspect of the embodiments of the present invention, a kind of optics-clothing material standard database systems, the light are provided
- clothing material standard database systems according to the present invention first aspect provide method for building up and establish.
Optics provided in an embodiment of the present invention-clothing material normal data system can be used for by reflecting light detection clothing material
The method and device of matter.
It should be understood that above general description and following detailed description be only it is exemplary and explanatory, not
It can the limitation present invention.
Detailed description of the invention
The drawings herein are incorporated into the specification and forms part of this specification, and shows and meets implementation of the invention
Example, and be used to explain the principle of the present invention together with specification.
Fig. 1 is a kind of logical construction schematic diagram of I clothing material characterisitic parameter shown according to an exemplary embodiment；
Fig. 2 is a kind of logical construction signal of Section II clothing material characterisitic parameter shown according to an exemplary embodiment
Figure；
Fig. 3 is a kind of logical construction signal of Section II .1 clothing material characterisitic parameter shown according to an exemplary embodiment
Figure；
Fig. 4 is a kind of logical construction signal of Section II .2 clothing material characterisitic parameter shown according to an exemplary embodiment
Figure；
Fig. 5 is a kind of logical construction signal of Section III clothing material characterisitic parameter shown according to an exemplary embodiment
Figure；
Fig. 6 is that a kind of logical construction of Section III .1 clothing material characterisitic parameter shown according to an exemplary embodiment is shown
It is intended to；
Fig. 7 is that a kind of logical construction of Section III .2 clothing material characterisitic parameter shown according to an exemplary embodiment is shown
It is intended to；
Fig. 8 is a kind of logical construction signal of Section IV clothing material characterisitic parameter shown according to an exemplary embodiment
Figure；
Fig. 9 is a kind of logical construction signal of Section IV .1 clothing material characterisitic parameter shown according to an exemplary embodiment
Figure；
Figure 10 is that a kind of logical construction of Section IV .2 clothing material characterisitic parameter shown according to an exemplary embodiment is shown
It is intended to；
Figure 11 is a kind of logical construction signal of Section II clothing material characterisitic parameter shown according to an exemplary embodiment
Figure；
Figure 12 is a kind of logical construction signal of Section III clothing material characterisitic parameter shown according to an exemplary embodiment
Figure；
Figure 13 is a kind of logical construction signal of Section IV clothing material characterisitic parameter shown according to an exemplary embodiment
Figure.
Specific embodiment
The following description and drawings fully show specific embodiments of the present invention, to enable those skilled in the art to
Practice them.Embodiment only represents possible variation.Unless explicitly requested, otherwise individual components and functionality is optional, and
And the sequence of operation can change.The part of some embodiments and feature can be included in or replace other embodiments
Part and feature.The range of embodiment of the present invention includes the entire scope of claims and the institute of claims
There is obtainable equivalent.Herein, each embodiment can individually or generally be indicated that this is only with term " invention "
It is merely for convenience, and if in fact disclosing the invention more than one, it is not meant to automatically limit the range of the application
For any single invention or inventive concept.Herein, relational terms such as first and second and the like are used only for one
Entity, which is perhaps operated, to be distinguished and exists without requiring or implying between these entities or operation with another entity or operation
Any actual relationship or sequence.Moreover, the terms "include", "comprise" or its any other variant be intended to it is non-exclusive
Property include so that include a series of elements process, method or equipment not only include those elements, but also including
Other elements that are not explicitly listed.Each embodiment herein is described in a progressive manner, and each embodiment stresses
Be the difference from other embodiments, the same or similar parts in each embodiment may refer to each other.For implementing
For structure, product etc. disclosed in example, since it is corresponding with part disclosed in embodiment, so being described relatively simple, phase
Place is closed referring to method part illustration.
According to Fig. 1 to Figure 13, illustrate the embodiment of the present invention in a first aspect, a kind of optics-clothing material standard database
Method for building up, comprising:
It obtains reflected light attribute value and reflected light attribute value is stored as the Ith clothing material characterisitic parameter；
It is associated with the Ith clothing material characterisitic parameter and corresponding clothing material, is stored to optics-clothing material normal data
Library.
Optics-clothing material standard database the method for building up provided according to the present embodiment, which can be established, to be applied to pass through
Reflect the method and device of light detection clothing material.Reflected light carries the characteristic information of clothing material, with clothing material to be measured
Variation and change.Every kind of the Ith clothing material characterisitic parameter corresponds to a kind of clothing material, and the Ith clothing material characteristic
Parameter is associated together with corresponding clothing material.Optics-clothing material standard database logical construction such as Fig. 1 at this time
Shown, when identifying the material of clothing to be measured, incident light irradiates clothing to be measured, reflected light attribute value is obtained, according to reflected light category
Property value is retrieved in the Ith clothing material characterisitic parameter of optics-clothing material standard database, obtains the reflection light attribute
It is worth corresponding clothing material, which is the clothing material of clothing to be measured.
Reflected light attribute value includes reflecting optical depth distortion value and reflected light amplitude, in the Ith clothing material characterisitic parameter
It only include a kind of reflected light attribute type, it should according to the reflected light attribute value type that the Ith clothing material characterisitic parameter includes
Ith clothing material characterisitic parameter is divided into two classes.
When in the Ith clothing material characterisitic parameter including reflection optical depth distortion value, optics-clothing material standard database
Method for building up are as follows: obtain reflection optical depth distortion value simultaneously will reflection optical depth distortion value be stored as the Ith .1 clothing material characteristic
Parameter；It is associated with the Ith .1 clothing material characterisitic parameter and corresponding clothing material, is stored to optics-clothing material standard database；
It is repeated in above-mentioned steps in order several times.When identifying the material of clothing to be measured, incident light irradiates clothing to be measured, obtains anti-
Optical depth distortion value is penetrated, it is special in the Ith .1 clothing material of optics-clothing material standard database according to reflection optical depth distortion value
It is retrieved in property parameter, obtains the corresponding clothing material of reflection optical depth distortion value, which is clothing to be measured
Clothing material.
When in the Ith clothing material characterisitic parameter including reflected light amplitude, optics-clothing material standard database is built
Cube method are as follows: obtain reflected light amplitude and reflected light amplitude is stored as the Ith .2 clothing material characterisitic parameter；It is associated with the Ith
.2 clothing material characterisitic parameter and corresponding clothing material, store to optics-clothing material standard database；It successively weighs in order
Multiple above-mentioned steps are several times.When identifying the material of clothing to be measured, incident light irradiates clothing to be measured, obtains reflected light amplitude,
It is retrieved, is obtained in the Ith .2 clothing material characterisitic parameter of optics-clothing material standard database according to reflected light amplitude
The corresponding clothing material of the reflected light amplitude is taken, which is the clothing material of clothing to be measured.
Incident light in the present invention refers to the good incident light of monochromaticjty, it is preferred that using infrared light as incident light.It is incident
The monochromaticjty of light is good, convenient to control the wavelength of incident light；In addition, the coherence of incident light is good, reflected light is easy to produce
Depth distortion phenomenon.
Since reflected light attribute value will receive the influence of the actual distance value between reflection optical receiver point and clothing to be measured, therefore
In an alternative embodiment, the actual distance value between reflection optical receiver point and clothing to be measured is obtained；Merge actual range
Value and the Ith clothing material characterisitic parameter obtain the IIth clothing material characterisitic parameter, i.e. the IIth clothing material characterisitic parameter packet at this time
Include reflected light attribute value and actual distance value；It is associated with the IIth clothing material characterisitic parameter and corresponding clothing material, is stored to light
- clothing material standard database.Optics-clothing material standard database logical construction is as shown in Figure 2 at this time.Identification to
When surveying the material of clothing, incident light irradiates clothing to be measured, obtains the actual distance value between reflection optical receiver point and clothing to be measured,
Reflected light attribute value is obtained, according to the characteristic of reflected light attribute value in the IIth clothing material of optics-clothing material standard database
Retrieved in matter characterisitic parameter, obtain the corresponding clothing material of characteristic of the reflected light attribute value, the clothing material be to
Survey the clothing material of clothing.
Reflected light attribute value includes reflecting optical depth distortion value and reflected light amplitude, in the IIth clothing material characterisitic parameter
It only include a kind of reflected light attribute type, it should according to the reflected light attribute value type that the IIth clothing material characterisitic parameter includes
IIth clothing material characterisitic parameter is divided into two classes.
When in the IIth clothing material characterisitic parameter including reflection optical depth distortion value, optics-clothing material normal data
The method for building up in library are as follows: obtain the actual distance value between reflection optical receiver point and clothing to be measured；Merge actual distance value and the
I .1 clothing material characterisitic parameter obtains the IIth .1 clothing material characterisitic parameter, i.e. the IIth .1 clothing material characterisitic parameter packet at this time
Include reflection optical depth distortion value and actual distance value；It is associated with the IIth .1 clothing material characterisitic parameter and corresponding clothing material, is deposited
It stores up to optics-clothing material standard database.Optics-clothing material standard database logical construction is as shown in Figure 3 at this time.?
When identifying the material of clothing to be measured, incident light irradiates clothing to be measured, obtains the reality between reflection optical receiver point and clothing to be measured
Distance value obtains reflection optical depth distortion value, according to the characteristic of reflection optical depth distortion value in optics-clothing material normal data
It is retrieved in the IIth .1 clothing material characterisitic parameter in library, obtains the corresponding clothing material of characteristic of the reflection optical depth distortion value
Matter, the clothing material are the clothing material of clothing to be measured.
When in the IIth clothing material characterisitic parameter including reflected light amplitude, optics-clothing material standard database
Method for building up are as follows: obtain the actual distance value between reflection optical receiver point and clothing to be measured；Merge actual distance value and the Ith .2 clothing
Object material characterisitic parameter obtains the IIth .2 clothing material characterisitic parameter, i.e., the IIth .2 clothing material characterisitic parameter includes anti-at this time
Penetrate light amplitude value and actual distance value；It is associated with the IIth .2 clothing material characterisitic parameter and corresponding clothing material, is stored to optics-
Clothing material standard database.Optics-clothing material standard database logical construction is as shown in Figure 4 at this time.It is to be measured identifying
When the material of clothing, incident light irradiates clothing to be measured, obtains the actual distance value between reflection optical receiver point and clothing to be measured, obtains
It negates and penetrates light amplitude value, according to the characteristic of reflected light amplitude in the IIth .2 clothing material of optics-clothing material standard database
Retrieved in matter characterisitic parameter, obtain the corresponding clothing material of characteristic of the reflected light amplitude, the clothing material be to
Survey the clothing material of clothing.
Reflected light attribute value is also influenced by incident light attribute value, in an alternative embodiment, further includes, obtain into
Penetrate light attribute value；Merge incident light attribute value and the IIth clothing material characterisitic parameter, obtains the IIIth clothing material characterisitic parameter, i.e.,
The IIIth clothing material characterisitic parameter includes incident light attribute value, actual distance value and reflected light attribute value at this time, as shown in Figure 5；
It is associated with the IIIth clothing material characterisitic parameter and corresponding clothing material, is stored to optics-clothing material standard database.It is identifying
When the material of clothing to be measured, incident light attribute value is obtained, incident light irradiates clothing to be measured, obtains reflection optical receiver point and clothing to be measured
Actual distance value between object obtains reflected light attribute value, according to the characteristic of reflected light attribute value in optics-clothing material standard
It is retrieved in IIIth clothing material characterisitic parameter of database, obtains incident light attribute value, actual distance value and the reflected light
The corresponding clothing material of attribute value, the clothing material are the clothing material of clothing to be measured.
Reflected light attribute value includes reflecting optical depth distortion value and reflected light amplitude, in the IIIth clothing material characterisitic parameter
It only include a kind of reflected light attribute type, it should according to the reflected light attribute value type that the IIIth clothing material characterisitic parameter includes
IIIth clothing material characterisitic parameter is divided into two classes.
When in the IIIth clothing material characterisitic parameter including reflection optical depth distortion value, optics-clothing material normal data
The method for building up in library are as follows: obtain incident light attribute value；Merge incident light attribute value and the IIth .1 clothing material characterisitic parameter, obtains
IIIth .1 clothing material characterisitic parameter, i.e., the IIIth .1 clothing material characterisitic parameter includes incident light attribute value, actual range at this time
Value and reflection optical depth distortion value, as shown in Figure 6；It is associated with the IIIth .1 clothing material characterisitic parameter and corresponding clothing material, is deposited
It stores up to optics-clothing material standard database.When identifying the material of clothing to be measured, incident light attribute value is obtained, incident light shines
Clothing to be measured is penetrated, the actual distance value between reflection optical receiver point and clothing to be measured is obtained, obtains reflection optical depth distortion value, root
According to reflection optical depth distortion value characteristic in the IIIth .1 clothing material characterisitic parameter of optics-clothing material standard database into
Row retrieval, obtains the corresponding clothing material of characteristic of reflected light attribute value, which is the clothing material of clothing to be measured.
When in the IIIth clothing material characterisitic parameter including reflected light amplitude, optics-clothing material standard database
Method for building up are as follows: obtain incident light attribute value；Merge incident light attribute value and the IIth .2 clothing material characterisitic parameter, obtains the
III .2 clothing material characterisitic parameter, i.e., the IIIth .2 clothing material characterisitic parameter includes incident light attribute value, actual distance value at this time
With reflected light amplitude, as shown in Figure 7；It is associated with the IIIth .2 clothing material characterisitic parameter and corresponding clothing material, is stored to light
- clothing material standard database.When identifying the material of clothing to be measured, incident light attribute value is obtained, incident light irradiation is to be measured
Clothing obtains the actual distance value between reflection optical receiver point and clothing to be measured, obtains reflected light amplitude, is shaken according to reflected light
The characteristic of amplitude is retrieved in the IIIth .2 clothing material characterisitic parameter of optics-clothing material standard database, is obtained anti-
The corresponding clothing material of characteristic of light attribute value is penetrated, which is the clothing material of clothing to be measured.
In addition, the object of different colours is also different the absorbing state of light, therefore reflected light attribute value also suffers from object
The influence of body color further includes the color value for obtaining clothing to be measured in a kind of preferred embodiment；Merge color value and the
III clothing material characterisitic parameter obtains the IVth clothing material characterisitic parameter, and the IVth clothing material characterisitic parameter includes color at this time
Value, incident light attribute value, actual distance value and reflected light attribute value, as shown in Figure 8；Be associated with the IVth clothing material characterisitic parameter with
Corresponding clothing material is stored to optics-clothing material standard database.When identifying the material of clothing to be measured, obtain incident
Light attribute value, incident light irradiate clothing to be measured, obtain the actual distance value between reflection optical receiver point and clothing to be measured, obtain to
The color value of clothing is surveyed, reflected light attribute value is obtained, according to the characteristic of reflected light attribute value in optics-clothing material normal data
It is retrieved in the IVth clothing material characterisitic parameter in library, obtains the corresponding clothing material of characteristic of reflected light attribute value, the clothing
Object material is the clothing material of clothing to be measured.
Reflected light attribute value includes reflecting optical depth distortion value and reflected light amplitude, in the IVth clothing material characterisitic parameter
It only include a kind of reflected light attribute type, it should according to the reflected light attribute value type that the IVth clothing material characterisitic parameter includes
IVth clothing material characterisitic parameter is divided into two classes.
When in the IVth clothing material characterisitic parameter including reflection optical depth distortion value, optics-clothing material normal data
The method for building up in library are as follows: obtain the color value of clothing to be measured；Merge color value and the IIIth .1 clothing material characterisitic parameter, obtains the
IV .1 clothing material characterisitic parameter, at this time the IVth .1 clothing material characterisitic parameter include color value, incident light attribute value, it is practical away from
From being worth and reflecting optical depth distortion value, as shown in Figure 9；It is associated with the IVth .1 clothing material characterisitic parameter and corresponding clothing material,
It stores to optics-clothing material standard database.When identifying the material of clothing to be measured, incident light attribute value, incident light are obtained
Clothing to be measured is irradiated, the actual distance value between reflection optical receiver point and clothing to be measured is obtained, obtains the color value of clothing to be measured,
Reflection optical depth distortion value is obtained, according to the characteristic of reflection optical depth distortion value in optics-clothing material standard database the
It is retrieved in IV .1 clothing material characterisitic parameter, obtains the corresponding clothing material of characteristic of reflection optical depth distortion value, the clothing
Object material is the clothing material of clothing to be measured.
When in the IVth clothing material characterisitic parameter including reflected light amplitude, optics-clothing material standard database
Method for building up are as follows: obtain the color value of clothing to be measured；Merge color value and the IIIth .2 clothing material characterisitic parameter, obtains the IVth .2
Clothing material characterisitic parameter, the IVth .2 clothing material characterisitic parameter includes color value, incident light attribute value, actual distance value at this time
With reflected light amplitude, as shown in Figure 10；It is associated with the IVth .2 clothing material characterisitic parameter and corresponding clothing material, is stored to light
- clothing material standard database.When identifying the material of clothing to be measured, incident light attribute value is obtained, incident light irradiation is to be measured
Clothing obtains the actual distance value between reflection optical receiver point and clothing to be measured, obtains the color value of clothing to be measured, obtains reflection
Light amplitude value, according to the characteristic of reflected light amplitude in the IVth .2 clothing material characteristic of optics-clothing material standard database
It is retrieved in parameter, obtains the corresponding clothing material of characteristic of reflected light amplitude, which is clothing to be measured
Clothing material.
The characteristic of reflected light attribute value has the different forms of expression, can be a specific data, can be one
Characteristic curve.In a kind of optional embodiment, further includes: clothing material characterisitic parameter is divided into several sub- clothing material characteristics and is joined
Number；Clothing material characterisitic parameter is the IIth clothing material characterisitic parameter, the IIIth clothing material characterisitic parameter or the IVth clothing material
Matter characterisitic parameter；It is associated with sub- clothing material characterisitic parameter and corresponding clothing material, is stored to optics-clothing material normal data
Library；Establish the index of sub- clothing material characterisitic parameter.It should be noted that above-mentioned be divided into several sons for clothing material characterisitic parameter
Clothing material characterisitic parameter, optionally, the Different Logic structure according to the data in clothing material characterisitic parameter is by clothing material
Characterisitic parameter is divided into several sub- clothing material characterisitic parameters.Clothing is being identified with optics-clothing material characterisitic parameter standard database
When object material, different sub- clothing material characterisitic parameters corresponds to different retrieval modes, is selected according to existing data appropriate
Sub- clothing material characterisitic parameter is retrieved, and recall precision can be speeded, and improves optics-clothing material standard database efficiency.
It is above-mentioned that clothing material characterisitic parameter is divided into several sub- clothing material characterisitic parameters, in a kind of optional embodiment
In, specifically: the factor for influencing reflected light attribute value is controlled using control variate method, obtains the spy of several reflected light attribute values
Property；The factor for influencing reflected light attribute value is actual distance value or actual distance value and incident light attribute value or actual range
Value, incident light attribute value and color value；The characteristic and its influence factor of one reflected light attribute value merge into a sub- clothing material
Matter characterisitic parameter.
Reflected light attribute value includes reflection optical depth distortion value and reflected light amplitude, the spy of above-mentioned reflected light attribute value
Property, the i.e. characteristic of the characteristic of digital reflex optical depth distortion value and reflected light amplitude.
For the IIth .1 clothing material characterisitic parameter, including actual distance value and reflection optical depth distortion value, such as Figure 11 institute
Show, about the characteristic of reflection optical depth distortion value, control actual distance value is constant, and the numerical value of reflection optical depth distortion value is exactly
Reflect the characteristic of optical depth distortion value；Change actual distance value is variable, several actual distance values and several with actual distance value
Variation and change reflection optical depth distortion value constitute " distortion of distance-depth " characteristic curve, as reflect optical depth it is abnormal
The characteristic of variate reflects reflection optical depth distortion value with the variation characteristic of actual distance value.
Logical construction for constructing the data of the characteristic of different reflection optical depth distortion values is different, is classified into 2 accordingly
Sub- clothing material characterisitic parameter, as shown in figure 11: the sub- clothing material characterisitic parameter of the IIth .1-1 and the sub- clothing material of the IIth .1-2
Characterisitic parameter；Above-mentioned 2 sub- clothing material characterisitic parameters and corresponding clothing material are associated with, are stored to optics-clothing material mark
Quasi- database；And establish the index of above-mentioned 2 sub- clothing material characterisitic parameters.
In the IIth .1 clothing material characterisitic parameter, influence reflect optical depth distortion value because being known as: actual distance value.It closes
And an actual distance value and a reflection optical depth distortion value form the sub- clothing material characterisitic parameter of the IIth .1-1, such as Figure 11 institute
Show；Several actual distance values and several reflection optical depth distortion values changed with actual distance value variation form the IIth .1-2
Clothing material characterisitic parameter, as shown in figure 11.Above is 2 sub- clothing material characteristics of the IIth .1 clothing material characterisitic parameter
The logical construction that parameter stores in optics-clothing material standard database.
For the IIth .2 clothing material characterisitic parameter, including actual distance value and reflected light amplitude, as shown in figure 11, close
In the characteristic of reflected light amplitude, control actual distance value is constant, and the numerical value of reflected light amplitude is exactly reflected light amplitude
Characteristic；
Logical construction for constructing the data of the characteristic of different reflected light amplitudes is different, is classified into 2 sub- clothing accordingly
Object material characterisitic parameter, as shown in figure 11: the sub- clothing material characterisitic parameter of the IIth .2-1 and the sub- clothing material characteristic of the IIth .2-2
Parameter；Above-mentioned 2 sub- clothing material characterisitic parameters and corresponding clothing material are associated with, are stored to optics-clothing material criterion numeral
According to library；And establish the index of above-mentioned 2 sub- clothing material characterisitic parameters.
In the IIth .2 clothing material characterisitic parameter, influence reflected light amplitude because being known as: actual distance value.Merge one
A actual distance value and a reflected light amplitude form the sub- clothing material characterisitic parameter of the IIth .2-1, as shown in figure 11；It is several
It is special that actual distance value and several reflected light amplitudes changed with actual distance value variation form the sub- clothing material of the IIth .2-2
Property parameter, as shown in figure 11.Above 2 sub- clothing material characterisitic parameters for being the IIth .2 clothing material characterisitic parameter are in light
The logical construction stored in-clothing material standard database.
For the IIIth .1 clothing material characterisitic parameter, it is preferred that incident light attribute value includes incidence wave long value and incident light
Modulating frequency value, at this point, the IIIth .1 clothing material characterisitic parameter includes incident light wave long value, the incident beam modulated frequency values, reality
Distance value and reflection optical depth distortion value, as shown in figure 12.
About the characteristic of reflection optical depth distortion value, control incident light wave long value, the incident beam modulated frequency values and it is practical away from
It is constant from value, the numerical value of reflection optical depth distortion value is exactly the characteristic for reflecting optical depth distortion value；Control incident light wave long value
With actual distance value be constant in the case where, change the incident beam modulated frequency values, several the incident beam modulated frequency values and it is several with
The variation of the incident beam modulated frequency values and " modulating frequency-depth distortion " characteristic that the reflection optical depth distortion value changed is constituted is bent
Line is the characteristic for reflecting optical depth distortion value, and it is special with the variation of the incident beam modulated frequency values to reflect reflection optical depth distortion value
Property；Controlling the incident beam modulated frequency values and actual distance value is constant, changes incident light wave long value, several incident light wave long values with
Several variations with incident light wave long value and " wavelength-depth distortion " characteristic curve that the reflection optical depth distortion value changed is constituted
The characteristic for as reflecting optical depth distortion value reflects reflection optical depth distortion value with the variation characteristic of incident light wave long value.
Logical construction for constructing the data of the characteristic of different reflection optical depth distortion values is different, accordingly by the IIIth .1 clothing
Object material characterisitic parameter is divided into 4 sub- clothing material characterisitic parameters, as shown in figure 12: the sub- clothing material characteristic ginseng of the IIIth .1-1
Number, the sub- clothing material characterisitic parameter of the IIIth .1-2, the sub- clothing material characterisitic parameter of the IIIth .1-3 and the sub- clothing material of the IIIth .1-4
Characterisitic parameter；Above-mentioned 4 sub- clothing material characterisitic parameters and corresponding clothing material are associated with, are stored to optics-clothing material mark
Quasi- database；And establish the index of aforementioned four sub- clothing material characterisitic parameter.
In the IIIth .1 clothing material characterisitic parameter, influence reflect optical depth distortion value because being known as: incident light wave long value,
The incident beam modulated frequency values and actual distance value.As shown in figure 12, merge an incident light wave long value, a incident beam modulated frequency
Rate value, an actual distance value and a reflection optical depth distortion value form the sub- clothing material characterisitic parameter of the IIIth .1-1；Merge
One incident light wave long value, a incident beam modulated frequency values, several actual distance values and it is several with actual distance value variation and
The reflection optical depth distortion value of variation forms the sub- clothing material characterisitic parameter of the IIIth .1-2；Merge incident light wave long value, one
A actual distance value, several the incident beam modulated frequency values and several reflection optical depths changed with the variation of the incident beam modulated frequency values
It spends distortion value and forms the sub- clothing material characterisitic parameter of the IIIth .1-3；Merge an actual distance value, a incident beam modulated frequency
Value, several incident light wave long values and several reflection optical depth distortion values changed with the variation of incident light wave long value form the IIIth
.1-4 sub- clothing material characterisitic parameter.Above is several sub- clothing material characterisitic parameters of the IIIth .1 clothing material characterisitic parameter
The logical construction stored in optics-clothing material standard database.
For the IIIth .2 clothing material characterisitic parameter, it is preferred that incident light attribute value includes incidence wave long value, incident light tune
Frequency values and incident light amplitude processed, at this point, the IIIth .2 clothing material characterisitic parameter includes incident light wave long value, the incident beam modulated
Frequency values, incident light amplitude, actual distance value and reflection optical depth distortion value.
About the characteristic of reflected light amplitude, incident light wave long value, the incident beam modulated frequency values, incident light amplitude are controlled
It is constant with actual distance value, the numerical value of reflected light amplitude is exactly the characteristic of reflected light amplitude；Control incident light wave long value,
In the case that incident light amplitude and actual distance value are constant, change the incident beam modulated frequency values, several the incident beam modulated frequencies
Rate value and several variations with the incident beam modulated frequency and " modulating frequency-amplitude " characteristic that the reflected light amplitude changed is constituted
Curve is the characteristic of reflected light amplitude；It is normal for controlling the incident beam modulated frequency values, incident light amplitude and actual distance value
Amount changes incident light wave long value, the reflected light that several incident light wave long values change with several variations with incident light wave long value
" wavelength-amplitude " characteristic curve that amplitude is constituted is the characteristic of reflected light amplitude.
Logical construction for constructing the data of the characteristic of different reflected light amplitudes is different, accordingly by the IIIth .2 clothing material
Matter characterisitic parameter is divided into 4 sub- clothing material characterisitic parameters, as shown in figure 12: the sub- clothing material characterisitic parameter of the IIIth .2-1, the
The sub- clothing material characterisitic parameter of III .2-2, the sub- clothing material characterisitic parameter of the IIIth .2-3 and the sub- clothing material characteristic ginseng of the IIIth .2-4
Number；Above-mentioned 4 sub- clothing material characterisitic parameters and corresponding clothing material are associated with, are stored to optics-clothing material normal data
Library；And establish the index of aforementioned four sub- clothing material characterisitic parameter.
In the IIIth .2 clothing material characterisitic parameter, influence reflected light amplitude because being known as: incident light wave long value, incidence
Light modulation frequency value, incident light amplitude and actual distance value.As shown in figure 12, merge an incident light wave long value, one enter
It penetrates light modulation frequency value, an actual distance value, an incident light amplitude and a reflected light amplitude and forms the IIIth .2-1
Sub- clothing material characterisitic parameter；Merge an incident light wave long value, a incident beam modulated frequency values, an incident light amplitude
Value, several actual distance values and several reflected light amplitudes changed with actual distance value variation form the IIIth sub- clothing of .2-2
Material characterisitic parameter；Merge an incident light wave long value, an actual distance value, an incident light amplitude, several incident lights
Modulating frequency value and several reflected light amplitudes changed with the variation of the incident beam modulated frequency values form the IIIth sub- clothing of .2-3
Material characterisitic parameter；Merge an actual distance value, a incident beam modulated frequency values, an incident light amplitude, it is several enter
The reflected light amplitude penetrating light wave long value and several change with incident light wave long value and changing forms the sub- clothing material of the IIIth .2-4
Characterisitic parameter.Above 4 sub- clothing material characterisitic parameters for being the IIIth .2 clothing material characterisitic parameter are in optics-clothing material
The logical construction stored in standard database.
For the IVth .1 clothing material characterisitic parameter, as shown in figure 13, it is preferred that incident light attribute value includes incident wavelength
Value and the incident beam modulated frequency values, at this point, the IVth .1 clothing material characterisitic parameter includes color value, incident light wave long value, incidence
Light modulation frequency value, actual distance value and reflection optical depth distortion value.
About reflection optical depth distortion value characteristic, control color value, incident light wave long value, the incident beam modulated frequency values and
Actual distance value is constant, and the numerical value of reflection optical depth distortion value is exactly the characteristic for reflecting optical depth distortion value；Control color value,
In the case that incident light wave long value and actual distance value are constant, change the incident beam modulated frequency values, several the incident beam modulated frequencies
Rate value and several variations with the incident beam modulated frequency and " modulating frequency-depth that the reflection optical depth distortion value changed is constituted
Distortion " characteristic curve is the characteristic for reflecting optical depth distortion value, reflects reflection optical depth distortion value with the incident beam modulated frequency
The variation characteristic of rate value；Controlling color value, the incident beam modulated frequency values and actual distance value is constant, changes lambda1-wavelength
Value, several incident light wave long values and several variations with incident light wave long value and the reflection optical depth distortion value that changes constitutes
" wavelength-depth distortion " characteristic curve is the characteristic for reflecting optical depth distortion value, reflects reflection optical depth distortion value with entering
Penetrate the variation characteristic of light wave long value.
Logical construction for constructing the data of the characteristic of different reflection optical depth distortion values is different, accordingly by the IVth .1 clothing
Object material characterisitic parameter is divided into 4 sub- clothing material characterisitic parameters: the sub- clothing material characterisitic parameter of the IVth .1-1, the IVth .1-2
Clothing material characterisitic parameter, the sub- clothing material characterisitic parameter of the IVth .1-3 and the sub- clothing material characterisitic parameter of the IVth .1-4；Association
Above-mentioned 4 sub- clothing material characterisitic parameters and corresponding clothing material, store to optics-clothing material standard database；And
Establish the index of aforementioned four sub- clothing material characterisitic parameter.
In the IVth .1 clothing material characterisitic parameter, influence reflect optical depth distortion value because being known as: color value, incident light
Wavelength value, the incident beam modulated frequency values and actual distance value.As shown in figure 13, merge a color value, a lambda1-wavelength
Value, a incident beam modulated frequency values, an actual distance value and a reflection optical depth distortion value form the IVth sub- clothing of .1-1
Object material characterisitic parameter；Merge a color value, an incident light wave long value, a incident beam modulated frequency values, several reality
It is special that distance value and several reflection optical depth distortion values changed with actual distance value variation form the sub- clothing material of the IVth .1-2
Property parameter；Merge a color value, an incident light wave long value, an actual distance value, several the incident beam modulated frequency values and
It is several to change and the reflection optical depth distortion value formation sub- clothing material characteristic of the IVth .1-3 of variation with the incident beam modulated frequency values
Parameter；If merge a color value, an actual distance value, a incident beam modulated frequency values, several incident light wave long values and
It is dry to change and the reflection optical depth distortion value formation sub- clothing material characterisitic parameter of the IVth .1-4 of variation with incident light wave long value.With
Upper 4 sub- clothing material characterisitic parameters for being the IVth .1 clothing material characterisitic parameter are in optics-clothing material standard database
The logical construction of middle storage.
It is corresponding, during identifying the material of clothing to be measured, with the characteristic of different reflection optical depth distortion values
When identifying to the material of clothing to be measured, optics-clothing material standard database has the different methods of operation:
1) it when being identified with reflecting the characteristic that optical depth distortion value is reflection optical depth distortion value to clothing to be measured, obtains
The color value of clothing to be measured obtains the actual distance value of reflection optical receiver point and clothing to be measured, obtains incident light wave long value and enters
Light modulation frequency value is penetrated, incident light irradiates clothing to be measured, reflection optical depth distortion value is obtained, first in optics-clothing material standard
According to color value, actual distance value, incident light wave long value, the incident beam modulated in IVth .1 clothing material characterisitic parameter of database
Frequency values are retrieved, and retrieve several reflection optical depth distortion values and its corresponding clothing material information, then reflect optical depth
Distortion value matches clothing material, and the clothing material being matched to is the clothing material of clothing to be measured.
2) clothing to be measured is known using the characteristic of " distortion of distance-depth " characteristic curve as reflection optical depth distortion value
When other, the color value of clothing to be measured is obtained, obtains incident light wave long value and the incident beam modulated frequency values, incident light irradiates clothing to be measured
Object changes the actual distance value of reflection optical receiver point and clothing to be measured, obtains several reflection optical depth distortion values, acquisition do with
The variation of actual distance value and the reflection optical depth distortion value changed, it is abnormal to reflect optical depth using actual distance value as abscissa
Variate is ordinate, " distortion of distance-depth " characteristic curve is obtained, in the IVth .1-2 of optics-clothing material standard database
It is retrieved in sub- clothing material characterisitic parameter: first being carried out according to color value, incident light wave long value and the incident beam modulated frequency values
Retrieval, obtains " distortion of distance-depth " standard feature collection of curves, by " distortion of distance-depth " characteristic curve in " distance-depth
Retrieval matching is carried out in degree distortion " standard feature collection of curves, obtains highest " distortion of the distance-depth " standard feature of similarity
Curve, highest " distortion of distance-depth " the standard feature curve of the similarity are associated in optics-clothing material standard database
Clothing material be clothing to be measured clothing material.
3) using " modulating frequency-depth distortion " characteristic curve as reflect the characteristic of optical depth distortion value to clothing to be measured into
When row identification, the color value of clothing to be measured is obtained, obtain incident light wave long value and reflects the reality of optical receiver point and clothing to be measured
Distance value, incident light irradiate clothing to be measured, change the incident beam modulated frequency values, obtain several with the incident beam modulated frequency values
Variation and the reflection optical depth distortion value changed using the incident beam modulated frequency as abscissa is vertical to reflect optical depth distortion value
Coordinate obtains " modulating frequency-depth distortion " characteristic curve, in the IVth sub- clothing of .1-3 of optics-clothing material standard database
It is retrieved in object material characterisitic parameter: first being retrieved, obtained according to color value, incident light wave long value and actual distance value
" modulating frequency-depth distortion " standard feature collection of curves, by " modulating frequency-depth distortion " characteristic curve in " modulating frequency-
Retrieval matching is carried out in depth distortion " standard feature collection of curves, obtains highest " modulating frequency-depth distortion " mark of similarity
Quasi- characteristic curve, highest " modulating frequency-depth distortion " the standard feature curve of the similarity is in optics-clothing material criterion numeral
It is the clothing material of clothing to be measured according to clothing material associated in library.
4) clothing to be measured is known using the characteristic of " wavelength-depth distortion " characteristic curve as reflection optical depth distortion value
When other, the color value of clothing to be measured is obtained, obtain the incident beam modulated frequency values and reflects the reality of optical receiver point and clothing to be measured
Distance value, incident light irradiate clothing to be measured, change incident light wave long value, and acquisition is several to be become with the variation of incident light wave long value
The reflection optical depth distortion value of change, to reflect optical depth distortion value as ordinate, is obtained using incident light wave long value as abscissa
" wavelength-depth distortion " characteristic curve, the IVth sub- clothing material characterisitic parameter of .1-4 of optics-clothing material standard database into
Row retrieval: first being retrieved according to color value, the incident beam modulated frequency values and actual distance value, and " wavelength-depth distortion " is obtained
Standard feature collection of curves, by " wavelength-depth distortion " characteristic curve in " wavelength-depth distortion " standard feature collection of curves
Retrieval matching is carried out, highest " wavelength-depth distortion " the standard feature curve of similarity, the highest " wavelength-of the similarity are obtained
Depth distortion " standard feature curve associated clothing material in optics-clothing material standard database is clothing to be measured
Clothing material.
For the IVth .2 clothing material characterisitic parameter, it is preferred that incident light attribute value includes incidence wave long value, incident light tune
Frequency values and incident light amplitude processed, at this point, the IVth .2 clothing material characterisitic parameter includes color value, incident light wave long value, enters
Penetrate light modulation frequency value, incident light amplitude, actual distance value and reflection optical depth distortion value.
About the characteristic of reflected light amplitude, color value, incident light wave long value, the incident beam modulated frequency values, incidence are controlled
Light amplitude value and actual distance value are constant, and the numerical value of reflected light amplitude is exactly the characteristic of reflected light amplitude；Control color
In the case that value, incident light wave long value, incident light amplitude and actual distance value are constant, change the incident beam modulated frequency values,
Several the incident beam modulated frequency values and several variations with the incident beam modulated frequency values and what the reflected light amplitude changed was constituted
" modulating frequency-amplitude " characteristic curve is the characteristic of reflected light amplitude；Control color value, enters the incident beam modulated frequency values
Penetrating light amplitude value and actual distance value is constant, changes incident light wave long value, several incident light wave long values and several with incident light
The variation of wavelength value and " wavelength-amplitude " characteristic curve that the reflected light amplitude that changes is constituted are the spy of reflected light amplitude
Property.
Logical construction for constructing the data of the characteristic of different reflected light amplitudes is different, accordingly by the IVth .2 clothing material
Matter characterisitic parameter is divided into 4 sub- clothing material characterisitic parameters, as shown in figure 13: the sub- clothing material characterisitic parameter of the IVth .2-1, the
The sub- clothing material characterisitic parameter of IV .2-2, the sub- clothing material characterisitic parameter of the IVth .2-3 and the sub- clothing material characteristic ginseng of the IVth .2-4
Number；Above-mentioned 4 sub- clothing material characterisitic parameters and corresponding clothing material are associated with, are stored to optics-clothing material normal data
Library；And establish the index of aforementioned four sub- clothing material characterisitic parameter.
In the IVth .2 clothing material characterisitic parameter, influence reflected light amplitude because being known as: color value, lambda1-wavelength
Value, the incident beam modulated frequency values, incident light amplitude and actual distance value.As shown in figure 13, merge a color value, one enter
Penetrate light wave long value, a incident beam modulated frequency values, an actual distance value, an incident light amplitude and a reflected light vibration
Amplitude forms the sub- clothing material characterisitic parameter of the IVth .2-1；Merge a color value, an incident light wave long value, an incident light
Modulating frequency value, an incident light amplitude, several actual distance values and several reflections changed with actual distance value variation
Light amplitude value forms the sub- clothing material characterisitic parameter of the IVth .2-2；Merge a color value, an incident light wave long value, a reality
Border distance value, an incident light amplitude, several the incident beam modulated frequency values and it is several with the incident beam modulated frequency values variation and
The reflected light amplitude of variation forms the sub- clothing material characterisitic parameter of the IVth .2-3；Merge a color value, an actual range
Value, a incident beam modulated frequency values, an incident light amplitude, several incident light wave long values and several with incident light wave long value
The reflected light amplitude formation sub- clothing material characterisitic parameter of the IVth .2-4 of variation and variation.It is above the IVth .2 clothing material
The logical construction that the sub- clothing material characterisitic parameter of 4 of characterisitic parameter stores in optics-clothing material standard database.
It is corresponding, during identifying the material of clothing to be measured, treated with the characteristic of different reflected light amplitudes
When the material of survey clothing is identified, optics-clothing material standard database has the different methods of operation:
1) when being identified using reflected light amplitude as material of the characteristic of reflected light amplitude to clothing to be measured, obtain to
The color value of clothing is surveyed, the actual distance value of reflection optical receiver point and clothing to be measured is obtained, obtains incident light wave long value, incident light
Modulating frequency value and incident light amplitude, incident light irradiate clothing to be measured, reflected light amplitude are obtained, first in optics-clothing material
According to color value, actual distance value, incident light wave long value, incidence in IVth .2 clothing material characterisitic parameter of matter standard database
Light modulation frequency value and incident light amplitude are retrieved, and several reflected light amplitudes and its corresponding clothing material letter are retrieved
Breath, then clothing material is matched by reflected light amplitude, the clothing material being matched to is the clothing material of clothing to be measured.
2) characteristic using " distance-amplitude " characteristic curve as reflected light amplitude identifies the material of clothing to be measured
When, the color value of clothing to be measured is obtained, incident light wave long value, the incident beam modulated frequency values and incident light amplitude are obtained, it is incident
Light irradiates clothing to be measured, changes the actual distance value of reflection optical receiver point and clothing to be measured, obtains several reflected light amplitudes, obtain
The dry reflected light amplitude changed with the variation of actual distance value is taken to shake using actual distance value as abscissa with reflected light
Amplitude is ordinate, " distance-amplitude " characteristic curve is obtained, in the IVth sub- clothing of .2-2 of optics-clothing material standard database
It is retrieved in object material characterisitic parameter: first being shaken according to color value, incident light wave long value, the incident beam modulated frequency values and incident light
Amplitude is retrieved, and " distance-amplitude " standard feature collection of curves is obtained, by " distance-amplitude " characteristic curve in " distance-vibration
Retrieval matching is carried out in width " standard feature collection of curves, obtains highest " distance-amplitude " the standard feature curve of similarity, it should
Highest " distance-amplitude " the standard feature curve of similarity associated clothing material in optics-clothing material standard database
The clothing material of clothing as to be measured.
3) characteristic using " modulating frequency-amplitude " characteristic curve as reflected light amplitude carries out the material of clothing to be measured
When identification, obtain the color value of clothing to be measured, obtain incident light wave long value and incident light amplitude, obtain reflection optical receiver point with
The actual distance value of clothing to be measured, incident light irradiate clothing to be measured, change the incident beam modulated frequency values, obtain several with incidence
The variation of light modulation frequency value and the reflected light amplitude changed, using the incident beam modulated frequency as abscissa, to reflect light amplitude
Value is ordinate, obtains " modulating frequency-amplitude " characteristic curve, in optics-clothing material standard database the IVth .2-3
It is retrieved in clothing material characterisitic parameter: first according to color value, incident light wave long value, incident light amplitude and actual distance value
It is retrieved, obtains " modulating frequency-amplitude " standard feature collection of curves, by " modulating frequency-amplitude " characteristic curve in " modulation
Retrieval matching is carried out in frequency-amplitude " standard feature collection of curves, obtains highest " modulating frequency-amplitude " standard of similarity
Characteristic curve, highest " modulating frequency-amplitude " the standard feature curve of the similarity is in optics-clothing material standard database
Associated clothing material is the clothing material of clothing to be measured.
4) characteristic using " wavelength-amplitude " characteristic curve as reflected light amplitude identifies the material of clothing to be measured
When, obtain the color value of clothing to be measured, obtain the incident beam modulated frequency values and incident light amplitude, obtain reflection optical receiver point with
The actual distance value of clothing to be measured, incident light irradiate clothing to be measured, change incident light wave long value, obtain several with incident light wave
The variation of long value and the reflected light amplitude changed, using incident light wave long value as abscissa, using reflected light amplitude as ordinate,
Obtain " wavelength-amplitude " characteristic curve, the IVth sub- clothing material characterisitic parameter of .2-4 of optics-clothing material standard database into
Row retrieval: it is first retrieved according to color value, the incident beam modulated frequency values, incident light amplitude and actual distance value, obtains " wave
Length-amplitude " standard feature collection of curves, by " wavelength-amplitude " characteristic curve in " wavelength-amplitude " standard feature collection of curves
Retrieval matching is carried out, highest " wavelength-amplitude " the standard feature curve of similarity, the highest " wavelength-vibration of the similarity are obtained
Width " standard feature curve associated clothing material in optics-clothing material standard database is the clothing material of clothing to be measured
Matter.
In a kind of optional embodiment, the index for merging two or more sub- clothing material characterisitic parameters forms a rope
Draw combination.Including: the index for merging two sub- clothing material characterisitic parameters forms an index combination；Merge three or more
The index of mostly sub- clothing material characterisitic parameter forms an index combination.
Such as merge the index and the sub- clothing material characterisitic parameter of the IVth .2-1 of the sub- clothing material characterisitic parameter of the IVth .1-1
Index form index combination, when identifying the material of clothing to be measured, intersected with two different identification methods and identified, i.e., when logical
Cross the clothing material and pass through the sub- clothing material characterisitic parameter of the IVth .2-1 that the sub- clothing material characterisitic parameter of the IVth .1-1 is matched to
When the clothing material being matched to is identical, then using the identical clothing material as the material of clothing to be measured, it is to be measured that identification can be improved
The accuracy rate of clothing.
Such as merge the index of the sub- clothing material characterisitic parameter of the IVth .1-1, the sub- clothing material characterisitic parameter of the IVth .1-3
Index, the index of the sub- clothing material characterisitic parameter of the IVth .2-1 and the sub- clothing material characterisitic parameter of the IVth .2-3 index to form one
Index combination, i.e., from reflection optical depth distortion value, " modulating frequency-depth distortion " characteristic curve, reflected light amplitude and " modulation
Frequency-amplitude " characteristic curve four dimensions go to identify the material of clothing to be measured, and recognition accuracy is greatly improved.
In a kind of optional embodiment, the index for merging the identical sub- clothing material characterisitic parameter of two or more forms one
A index combination.A sub- clothing material characterisitic parameter is indexed, twice in succession or repeatedly to obtain accurate clothing material.
For example, first being obtained with an IVth sub- clothing material characterisitic parameter of .1-2 of the first secondary index of the incident beam modulated frequency
One " distortion of distance-depth " characteristic curve changes the incident beam modulated frequency, then with second of another the incident beam modulated frequency
Index the sub- clothing material characterisitic parameter of the IVth .1-2, obtain Article 2 " distortion of distance-depth " characteristic curve, by this two " away from
From the distortion of-depth " characteristic curve merges, " distortion of distance-depth " characteristic curve group is formed, according to " distance-the depth
Distortion " characteristic curve group goes to identify the material of clothing to be measured.Same sub- clothing material characterisitic parameter of certain continuity index
Number is more, and the characteristic item number in the characteristic curve group of acquisition is also more, and the present embodiment does not limit a characteristic song
Characteristic item number in line group reasonably selects according to the actual situation.
The second aspect of the embodiment of the present invention provides a kind of optics-clothing material normal data system, the optics-clothing
Method for building up that material standard database systems first aspect according to an embodiment of the present invention provides and establish.
Optics-clothing material standard database systems in the present embodiment are by letter entrained by incident light and reflected light
The method for ceasing to identify clothing material provides the unified optical properties of standard and clothing material associated data, does not need up and down
The identification process to clothing can be completed in the cooperation of trip industrial chain, such as labelling etc. on clothing.
It should be understood that the invention is not limited to the process and structure that are described above and are shown in the accompanying drawings,
And various modifications and changes may be made without departing from the scope thereof.The scope of the present invention is only limited by the attached claims
System.
Claims (10)
1. a kind of optics-clothing material standard database method for building up characterized by comprising
It obtains reflected light attribute value and reflected light attribute value is stored as the Ith clothing material characterisitic parameter；
It is associated with the Ith clothing material characterisitic parameter and corresponding clothing material, is stored to optics-clothing material normal data
Library.
2. method for building up according to claim 1, which is characterized in that further include obtaining reflection optical receiver point and clothing to be measured
Actual distance value between object；
Merge the actual distance value and the Ith clothing material characterisitic parameter, obtains the IIth clothing material characterisitic parameter；
It is associated with the IIth clothing material characterisitic parameter and corresponding clothing material, is stored to optics-clothing material normal data
Library.
3. method for building up according to claim 2, which is characterized in that further include obtaining incident light attribute value；
Merge the incident light attribute value and the IIth clothing material characterisitic parameter, obtains the IIIth clothing material characterisitic parameter；
It is associated with the IIIth clothing material characterisitic parameter and corresponding clothing material, is stored to optics-clothing material normal data
Library.
4. method for building up according to claim 3, which is characterized in that further include the color value for obtaining clothing to be measured；
Merge the color value and the IIIth clothing material characterisitic parameter, obtains the IVth clothing material characterisitic parameter；
It is associated with the IVth clothing material characterisitic parameter and corresponding clothing material, is stored to optics-clothing material normal data
Library.
5. method for building up according to any one of claim 2 to 4, which is characterized in that further include:
Clothing material characterisitic parameter is divided into several sub- clothing material characterisitic parameters；The clothing material characterisitic parameter is the IIth clothing
Object material characterisitic parameter, the IIIth clothing material characterisitic parameter or the IVth clothing material characterisitic parameter；
It is associated with the sub- clothing material characterisitic parameter and corresponding clothing material, is stored to optics-clothing material standard database；
Establish the index of the sub- clothing material characterisitic parameter.
6. method for building up according to claim 5, which is characterized in that described that clothing material characterisitic parameter is divided into several sons
Clothing material characterisitic parameter, specifically:
The factor that the reflected light attribute value is influenced using control variate method control, obtains the spy of several reflected light attribute values
Property；The factor for influencing the reflected light attribute value is the actual distance value or the actual distance value and the incidence
Light attribute value or the actual distance value, the incident light attribute value and the color value；
The characteristic and its influence factor of one reflected light attribute value merge into a sub- clothing material characterisitic parameter.
7. method for building up according to claim 5, which is characterized in that merge two or more sub- clothing material characterisitic parameters
Index form index and combine.
8. method for building up according to any one of claim 1 to 4, which is characterized in that incident light includes incident light amplitude
Value, the incident beam modulated frequency values, incident light wave long value；The reflection light attribute includes: reflection optical depth distortion value and reflected light
Amplitude.
9. method for building up according to claim 8, which is characterized in that a kind of clothing material characterisitic parameter includes reflection
Optical depth distortion value or reflected light amplitude, the reflected light attribute value type for including according to clothing material characterisitic parameter is by the clothing
Object material characterisitic parameter is divided into two classes.
10. a kind of optics-clothing material standard database systems, which is characterized in that the optics-clothing material standard database
System is established according to method for building up described in any one of claims 1 to 9.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711057884.4A CN110019122A (en) | 2017-11-01 | 2017-11-01 | A kind of method for building up and system of optics-clothing material standard database |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711057884.4A CN110019122A (en) | 2017-11-01 | 2017-11-01 | A kind of method for building up and system of optics-clothing material standard database |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN110019122A true CN110019122A (en) | 2019-07-16 |
Family
ID=67186744
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711057884.4A Pending CN110019122A (en) | 2017-11-01 | 2017-11-01 | A kind of method for building up and system of optics-clothing material standard database |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN110019122A (en) |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN202671887U (en) * | 2012-06-26 | 2013-01-16 | 无锡小天鹅股份有限公司 | Washing machine capable of identifying clothes automatically |
| CN103344613A (en) * | 2013-07-26 | 2013-10-09 | 杭州远方光电信息股份有限公司 | Apparatus and method for measuring reflection characteristic of material |
| WO2014055376A2 (en) * | 2012-10-04 | 2014-04-10 | Bjontegard Bernt Erik | Contextually intelligent communication systems and processes |
| CN106917223A (en) * | 2015-12-25 | 2017-07-04 | 青岛海尔滚筒洗衣机有限公司 | A kind of clothes washing control method, washing machine and system |
| CN106996922A (en) * | 2016-01-25 | 2017-08-01 | 杭州海康威视数字技术股份有限公司 | A kind of target object infrared reflectivity measurement method and device |
-
2017
- 2017-11-01 CN CN201711057884.4A patent/CN110019122A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN202671887U (en) * | 2012-06-26 | 2013-01-16 | 无锡小天鹅股份有限公司 | Washing machine capable of identifying clothes automatically |
| WO2014055376A2 (en) * | 2012-10-04 | 2014-04-10 | Bjontegard Bernt Erik | Contextually intelligent communication systems and processes |
| CN103344613A (en) * | 2013-07-26 | 2013-10-09 | 杭州远方光电信息股份有限公司 | Apparatus and method for measuring reflection characteristic of material |
| CN106917223A (en) * | 2015-12-25 | 2017-07-04 | 青岛海尔滚筒洗衣机有限公司 | A kind of clothes washing control method, washing machine and system |
| CN106996922A (en) * | 2016-01-25 | 2017-08-01 | 杭州海康威视数字技术股份有限公司 | A kind of target object infrared reflectivity measurement method and device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| Zhu et al. | A noise removal algorithm based on OPTICS for photon-counting LiDAR data | |
| EP2167992B8 (en) | Identifying vegetation attributes from lidar data | |
| CN106353811B (en) | Based on well information attribute, preferably more attributes merge fluid identification of reservoir method to one kind | |
| CA2689849C (en) | Identifying vegetation attributes from lidar data | |
| CN109804232A (en) | A kind of asphalt pavement crack development degree detection method based on infrared thermal imagery map analysis | |
| CN102884397B (en) | Structured-light measuring method and system | |
| CN103424777B (en) | A kind of method that improves seismic imaging resolution ratio | |
| CN106651863A (en) | Point cloud data based automatic tree cutting method | |
| CN108919353A (en) | A kind of automatic classification of microseism waveform first arrival-time picks up and preferred method | |
| CN104729667A (en) | Method for recognizing disturbance type in a distributed optical fiber vibration sensing system | |
| Wang et al. | Fault detection in seismic datasets using hough transform | |
| CN108919203A (en) | A kind of recognition methods and system of radar active interference | |
| CN106415313A (en) | Multi-target laser distance meter | |
| CN106875481A (en) | A kind of preparation method of three-dimensional visualization remote sensing image Surface classification model | |
| Walton et al. | An approach for automated lithological classification of point clouds | |
| CN106405644A (en) | Crack determination method and device | |
| CN110136138A (en) | Based on an adaptive filter method for cloud sector regional partition | |
| CN110019122A (en) | A kind of method for building up and system of optics-clothing material standard database | |
| CN106772237A (en) | Long baselines positioning using TDOA interferometer direction finding aids in ambiguity solution method | |
| Perrin et al. | Multisensor fusion in the frame of evidence theory for landmines detection | |
| CN105911553A (en) | Determination method and system for road feasible region | |
| Mao et al. | Linear segmentation algorithm for detecting layer boundary with lidar | |
| CN109932727A (en) | A method of improving laser ranging system medium and long distance range accuracy | |
| CN116165635A (en) | Denoising method for photon cloud data of different beams under daytime condition of multistage filtering algorithm | |
| CN110120070A (en) | Filtering method based on airborne laser radar point cloud volume elements Continuity Analysis |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| RJ01 | Rejection of invention patent application after publication |
Application publication date: 20190716 |