CN2574591Y - Wall hanging type dossier register card public body temperature detecting service device - Google Patents
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- CN2574591Y CN2574591Y CN 02261179 CN02261179U CN2574591Y CN 2574591 Y CN2574591 Y CN 2574591Y CN 02261179 CN02261179 CN 02261179 CN 02261179 U CN02261179 U CN 02261179U CN 2574591 Y CN2574591 Y CN 2574591Y
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Abstract
The utility model discloses an automatic measuring and testing device with a color vision distinguishing characteristic. The utility model comprises a host computer PC, a color CRT display, a chin supporting rack, a special response keyboard, a photoelectric scaling system, and a printer. The host computer PC, the color CRT display, the special response keyboard and the printer are respectively connected with the photoelectric scaling system through an RS-232 serial interface, wherein, the central position of the screen of the color CRT display presents four 1*1 small squares which form a color block like the Chinese character 'tian' used for testing color stimulus. The chin supporting rack is place in front of the color CRT display. Color CRT simulating color simulation display technique controlled by computers is applied by the automatic measuring and testing device with the color vision distinguishing characteristic. A deformation interleaving ladder method is adopted by the utility model to carry out mental and physical visual tests. Through observers' answering operations, color distinguishing threshold of each color zone and each color direction of human eyes' vision and space-time characteristics are tested. The automatic measuring and testing device with the color vision distinguishing characteristic provides a testing technical method and device for researching the color distinguishing mechanism of human eyes' vision, and the testing result can be used for establishing visual database for study of color difference evaluating aspect. The automatic measuring and testing device with the color vision distinguishing characteristic can also be applied to detect the abnormality of human eyes' color vision.
Description
Technical field
This utility model relates to the device that is used for the test color vision.
Background technology
Human colour vision can be differentiated up to ten million kinds of colors, and this just chromatic discrimination power has promoted mankind's research and application to self colour vision mechanism.In industrial practice, color discrimination has become the important step of quality of production control, all have the application problem of color discrimination in the correlative technology fields such as great amount of images processing that relates in industry of tradition colored materials and the modern information industry and reproduction thereof, key wherein is the quantitative test of colour vision-identification characteristic.
The color characteristic of distinguishing of measuring human eye vision accurately and reliably is the key subjects in color science and the vision research field all the time.Traditional method is to utilize the dyeing sample in kind of known color parameter distribution or by the control of relevant emission wavelength of colored light sources and intensity being measured human eye vision to the color of the different zone resolution capability of aberration in different directions, belong to the method for " analog quantization " basically.The application of these methods is based on the availability of tinctorial pattern in kind or colored light sources, so have inhomogeneous, the tested color parameter of distribution of color zone free adjustment, illumination test environment complexity and the unit factor is difficult to separate, the complicated inconvenience of test operation, tested tinctorial pattern fabrication cycle is long, cost is high and tinctorial pattern surface characteristic unstability (as fading) in time or the like shortcoming continuously.Therefore, along with the appearance of electronic computer, the change of epochal character has also taken place in the method for testing of colour vision-identification characteristic and means, and computer technology has become requisite ingredient in the current color vision research.Modern times are distinguished color characteristic test method and technology also along with the particularly fast development of Display Technique and the continuous progress of relevant colors theories of vision and image technology of computer hardware level, are experiencing from elementary to progressively improving and sophisticated process.Relatively more current in the world modernism all is the method for " digitized ", mainly contain adjustment method, ash level Evaluation Method etc., the former utilizes keyboard by the test color lumps that shows on the computer monitor is carried out manual adjustments, consistent until its color table with the appearance of reference (standard) color lump that shows simultaneously, thereby by test with reference to the computer of tinctorial pattern colour developing parameter, transformational relation according between International Commission on Illumination (CIE) Standard Colors space and the computer colour developing space finally obtains the colour threshold that respective color stimulates; The latter then is by selecting to have the color parameter of certain distribution, on computer monitor, show two test color lumps corresponding to certain zone direction, the ash level color lump that is set at selected CIE color space standard aberration sequence is provided simultaneously, judge the ash level aberration between the test color lumps thus, so this method is mainly used in the comparison of aberration, calculate the colour threshold of all directions again according to the analysis of aberration.As seen, the application requirements operator of adjustment method has more deep color science knowledge, mutual relation between the adjusting of needs judgement color parameter and the change direction of color appearance, so test process and time have very big dependency to individual factors such as operator's schooling and know-hows, and test result is that single is judged to be the aberration of two color lumps (test with reference to tinctorial pattern) when consistent, has occasionality and uncertainty; Ash level Evaluation Method need be carried out the quantitative judgement of aberration to tested color lump, except individual factors such as operator's schooling and know-how are had the very big dependency, also be subjected to the influence of many psychology such as operator's emotion, attitude and health status at that time and physiological condition, has bigger uncertainty, and colour threshold is to obtain in the indirect calculation under imposing a condition by aberration, owes objectivity.At present, domestic research is in this respect carried out less, still is in starting and developmental stage, and is relatively backward.
Summary of the invention
The purpose of this utility model provides a kind of colour vision-identification characteristic automatic quantitative test set, the color CRT simulation color emulation Display Technique of appliance computer control, adopt the staggered staircase method of distortion to carry out the psychological physic visual test, by observer's response operation, fast, accurately, the quantitative test human eye vision distinguishes color threshold values and time and space characteristic thereof on each color direction of each zone.
The technical solution adopted in the utility model is as follows:
It comprises: master computer PC, color CRT display, lower jaw bracing frame, specific response keyboard, photoelectricity scaling system, printer; The master computer PC is tested color CRT display, specific response keyboard, printer of color stimulus, is connected with the photoelectricity scaling system through the RS-232 serial line interface at four 1 ° * 1 ° little square matrix pattern color lump of forming of centre, fluorescent screen oblatio with it respectively, and the lower jaw bracing frame is placed in color CRT display front.
Said photoelectricity scaling system comprises the photochromic pick off that contains X, Y, three Color Channels of Z, the photosignal of its output becomes three the tunnel respectively, insert the amplifying circuit of voltage-current conversion and voltage amplification separately, three tunnel outputs convert digital signal to through the A/D changer, the microprocessor microcontroller system that access is made up of reset circuit, single-chip microcomputer, read only memory, its output connects the specific response keyboard respectively and connects the master computer PC through serial line interface RS-232.
By master computer PC control color CRT display oblatio test color stimulus on its fluorescent screen, observer's head is held so that the viewing distance between human eye and the testing stimulus is fixed as 50cm by the lower jaw bracing frame, thereby guarantees that test color stimulus pattern meets design load to the vision subtended angle of human eye.The observer is after finishing the adaptation of dark adaptation and background colour, carrying out colour threshold measures, its visual task is the color lump position that color is different from background colour in four little square color lumps of judgement, the specified button of pressing then on the specific response keyboard is replied as his/her, and computer writes down this result of determination automatically and starts and distinguish color judgement test next time thus; Test result can be by the printer output of being disposed.Obviously, show on the color CRT display that like clockwork the color stimulus with requirement brightness and colorimetric parameter is basis and the prerequisite that native system is realized color discrimination characteristic quantitative test, this function is finished by the automatic photoelectricity scaling system of the photochromic parameter of display.It is uncomfortable that this photoelectricity scaling system can also be proofreaied and correct CRT monitor colour developing aging owing to fluorescent material or that other reason causes at any time, thereby guarantee that this test macro has the precision and the repeatability of lasting stability.
The useful effect that the utlity model has is:
It builds on the up-to-date theories of color vision basis, the color CRT simulation color emulation Display Technique of appliance computer control, the related work standard that meets international vision research standard and color science, adopt the staggered staircase method of rational and effective distortion to carry out the psychological physic visual test, color stimulus and workflow thereof have been designed with particular space and time conditions, by the simple response operation of observer, colour threshold and the time and space characteristic thereof of quantitative test human eye vision on each color direction of each zone rapidly and accurately, and do not rely on individual differencess such as observer's age and know-how.Therefore, test result is accurate, just, objective, reliable.Simultaneously, it is uncomfortable that the photochromic parameter automatic scaling system of the display that system specially joins can be proofreaied and correct CRT monitor colour developing aging owing to fluorescent material or that other reason causes at any time, thereby guarantee that color vision distinguishes that the color characteristic automatic quantitative testing system has the precision and the repeatability of lasting stability.
This device is distinguished the deep layer research of mechanism and discussion for the human eye visual color measuring technology means and equipment is provided, its measurement result can be the research of aberration evaluation aspect and sets up visual database, also can be applicable to the detection (comprising the quantitative test of achromatopsia and color weakness etc.) of human eye color anomalopia chromatopsia.
Description of drawings
Fig. 1 is a structural representation of the present utility model;
Fig. 2 is made of the color stimulus of matrix pattern color lump four 1 ° * 1 ° little squares;
Fig. 3 is a structured flowchart of the present utility model;
Fig. 4 is the circuit block diagram of this utility model photoelectricity scaling system.
The specific embodiment
As Fig. 1, shown in Figure 3, this utility model comprises: master computer PC 1, color CRT display 2, lower jaw bracing frame 5, specific response keyboard 6, photoelectricity scaling system 7, printer 8; Master computer PC 1 is tested color CRT display 2, specific response keyboard 6, printer 8 of color stimulus 3, is connected with photoelectricity scaling system 7 through the RS-232 serial line interface at four 1 ° * 1 ° little square matrix pattern color lump of forming of centre, fluorescent screen oblatio with it respectively, and lower jaw bracing frame 5 is placed in color CRT display 2 fronts.
As shown in Figure 4, said photoelectricity scaling system 7 comprises the photochromic pick off 7.1 that contains the CIE1913 of International Commission on Illumination tristimulus values X, Y, three Color Channels of Z, the photosignal of its output becomes three the tunnel respectively, insert the amplifying circuit of voltage-current conversion A1 and voltage amplification A2 separately, three tunnel outputs convert digital signal to through A/D changer 7.3, access is by reset circuit, single-chip microcomputer, the erasable microprocessor microcontroller system 7.4 that forms except that read only memory, and its output connects specific response keyboard 6 respectively and connects the master computer PC through serial line interface RS-232.
A1 is OP07 or corresponding operational amplifier; A2 is CA3140 or corresponding operational amplifier; A/D is AD574 or respective mode number converter; MCPU is 89C51 or corresponding single-chip microcomputer; RS-232 is MAX232 or corresponding serial line interface drive circuit.
1, the photochromic parameter auto-scaling of display
Has the color stimulus of requirement brightness and colorimetric parameter to carry out the quantitative test of color discrimination characteristic in order on the color CRT display, to show, must measure and analyze R, G, the B three-color phosphor characteristics of luminescence of color CRT, set up the mathematical character model of its gamma curve, and the chromaticity coordinate that utilizes the exciting characteristic of R, G, the trichroism electron gun of B and three-color phosphor constitutes eigenmatrix and mapping relations thereof between trichroism buffer colors input value and the CIE standard colorimetric system, thereby the emulation that realizes color shows.
The photochromic parameter automatic scaling system of display is used for the test to the exciting characteristic and the three-color phosphor colorimetric parameter of color CRT display R, G, the trichroism electron gun of B, and realizes the mathematical modeling and the photometric and chromatric calibration function of gamma curve and eigenmatrix under master computer control.The photochromic parameter automatic scaling system of display mainly amplifies (7.2) by the photochromic pick off (7.1) that meets International Commission on Illumination (CIE) standard spectrum tristimulus values curve, photosignal to be formed with data communication (7.6) and power supply unit modules such as (7.5) with A/D conversion signal processing such as (7.3) and collecting unit, special-purpose microprocessor microcontroller system (7.4), master computer PC (1) interface, and its structural framing as shown in Figure 3.
2, the emulation of computer mould mimic colouration shows
Utilization is based on the calibration mathematical model of color CRT display R, G, B three-color phosphor colorimetric parameter and γ characteristic thereof, according to the guiding work standard (Guide to characterizing the colorimetry of computer-controlled CRT displays) of CIE about computer-controlled CRT monitor colorimetric properties calibration, set up the trichroism buffer numeral of CRT input value (LUT_R, LUT_G, LUT_B) and transformation model between the CIE-XYZ parameter and eigenmatrix thereof, promptly
Wherein (Lum_R, Lum_G, Lum_B)=(L
R, L
G, L
B) expression R, G, B three-color phosphor luminosity.
According to the calibration parameter of fluorescent material can determine target Show Color tristimulus values (X, Y, Z) and the mappings characteristics matrix A between the three-color phosphor luminosity:
Or
That (2) can obtain required R, G, B electron gun thus excites brightness (L
R, L
G, L
B).Again according to the determined gamma curve mathematical model of CRT input and output calibration characteristic:
Or
(3)
Can obtain to be the needed trichroism buffer numeral input parameter (LUT_R of the color stimulus of display requirement on CRT, LUT_G, LUT_B), finally reach the simulation color copying that on conventional color CRT display fidelity reproduces the color stimulus with requirement brightness and colorimetric parameter.
3, color discrimination characteristic psychological physic quantitative test
Color stimulus: based on the theory of human eye vision, with reference to the guidance standard of CIE about color discrimination and aberration research, determine the color center that neutral ash is measured for colour vision, and the zone of choose reasonable test color stimulus distributes, as 5 kinds of basic colors centers (grey Gray, red Red, yellow Yellow, green Green, blue Blue) and the 4 kinds of extension color centers (orange Orange, yellowish green Yellow-Green, bluish-green Blue-Green, purple Purple) that CIE recommends, design detection by quantitative and analysis that special stimulation pattern carries out human eye colour vision characteristic.
Steric requirements: testing stimulus is had between each little square color lump to be no more than 0.1 ° of little separation of black that the visual angle is wide by four matrix pattern color lumps (as shown in Figure 2) that 1 ° * 1 ° little square is formed that are in the CRT monitor centre; Four little square color lump groups are separated by the dark border at about 0.1 ° of visual angle and the background colour at its place (6 ° of visual angles), thereby fully suppress because of the caused lightness contrast sensitivity of the radio-frequency component of color lump boundary, color contrast sensitivity is occupied an leading position, detect with the accurate quantification that reaches the colour vision characteristic.Background colour is arranged to the neutral ash of selected center color, and is surrounded by a bright frame (8 ° at visual angle).The brightness of this bright frame is made as the maximum brightness such as the 100cd/m that can show in the CRT gamut range
2, and have the chromaticity index of CIED65 standard illuminants.This " white " bright frame makes CRT go up stimulation energy analogies body surface complexion or the related color rather than the aperture colour originally of demonstration, has defined the white warm spot of stimulating image simultaneously.
Time response: adopt the interval condition in the testing stimulus procedure for displaying, promptly comprise time period and two black intervals of two display background colors in the one-period, be in the beginning and the finish time that testing stimulus shows respectively.In the black interval time, the luminous blank screen that is cut to that comprises the All Ranges of the testing stimulus that the little square color lump of background colour and four is formed, have only peripheral bright frame to continue to show, so that the observer keeps the complete state of chromatic adaptation of dialogue color temperature point rather than testing stimulus always.
Assay method: adopt staircase method (also deserving to be called purgation) under the dark room conditions that shields extraneous veiling glare fully, carrying out objective reliable actual test to the threshold value of distinguishing on each color direction from neutral ash.For fear of caused observer possible judgement deviation or conjecture by the display order of testing stimulus, native system is improved traditional staircase method, forms the staggered staircase method (interleaved staircase method) of distortion.Be included in one group of stimulation on four color direction in ladder simultaneously, and have oblatio order at random.In stagewise initial revolution compromise, at first show the step-length that (trichromat) obviously can distinguish, systematically reduce the modulation step-length of each color distance then, reach certain marginal value until it, thereby form effectively vibration convergence process, and produce the revolution break about ten times.At last, handle the reply record of observer automatically, and solve the colour threshold of corresponding all directions each oblatio color stimulus by computer software.
Determination step: whole test process is divided into steps such as dark adaptation, background colour adaptation, colour threshold mensuration.When distinguishing that at every turn color is judged, determine randomly to show on some color lumps of test color in four little squares by software, and other three little squares still remain the color consistent with background.Test color corresponding to according to the psychological physic method of testing that is adopted and definite in different directions with the prediction color distance or the aberration of color center.Observer's visual task is to judge that its color is different from the position of the little square color lump of background colour (i.e. the position of the square of an only demonstration different colours in four little square color lumps), press specified button then and reply as his/her, computer writes down this result of determination automatically and starts and distinguish color judgement test next time thus.
Claims (2)
1. the colour vision-identification characteristic automatic quantitative test set is characterized in that it comprises: master computer PC (1), color CRT display (2), lower jaw bracing frame (5), specific response keyboard (6), photoelectricity scaling system (7), printer (8); Master computer PC (1) is tested color CRT display (2), specific response keyboard (6), printer (8) of color stimulus (3), is connected with photoelectricity scaling system (7) through the RS-232 serial line interface at four 1 ° * 1 ° little square matrix pattern color lump of forming of centre, fluorescent screen oblatio with it respectively, and lower jaw bracing frame (5) is placed in color CRT display (2) front.
2. colour vision-identification characteristic automatic quantitative test set according to claim 1, it is characterized in that: said photoelectricity scaling system (7) comprises and contains X, Y, the photochromic pick off (7.1) of three Color Channels of Z, the photosignal of its output is divided into three the tunnel, insert the signal amplification circuit of voltage-current conversion (A1) and voltage amplification (A2) separately respectively, three tunnel outputs convert digital signal to through A/D changer (7.3), access is by reset circuit, single-chip microcomputer, the erasable microprocessor microcontroller system (7.4) that removes the read only memory composition, its output connects specific response keyboard (6) respectively, with connect master computer PC (1) through serial line interface RS-232 (7.6).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 02261179 CN2574591Y (en) | 2002-10-29 | 2002-10-29 | Wall hanging type dossier register card public body temperature detecting service device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 02261179 CN2574591Y (en) | 2002-10-29 | 2002-10-29 | Wall hanging type dossier register card public body temperature detecting service device |
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| CN2574591Y true CN2574591Y (en) | 2003-09-24 |
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| CN 02261179 Expired - Lifetime CN2574591Y (en) | 2002-10-29 | 2002-10-29 | Wall hanging type dossier register card public body temperature detecting service device |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103356158A (en) * | 2012-03-26 | 2013-10-23 | 傅凌进 | Novel human eye color visual characteristic evaluating system |
| CN106037628A (en) * | 2016-07-08 | 2016-10-26 | 温州星康医学科技有限公司 | Color vision acuity qualitative and quantitative detection device and method |
| CN111938672A (en) * | 2020-08-20 | 2020-11-17 | 京东方科技集团股份有限公司 | Visual characteristic detection method based on virtual reality environment and related equipment |
-
2002
- 2002-10-29 CN CN 02261179 patent/CN2574591Y/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103356158A (en) * | 2012-03-26 | 2013-10-23 | 傅凌进 | Novel human eye color visual characteristic evaluating system |
| CN106037628A (en) * | 2016-07-08 | 2016-10-26 | 温州星康医学科技有限公司 | Color vision acuity qualitative and quantitative detection device and method |
| CN111938672A (en) * | 2020-08-20 | 2020-11-17 | 京东方科技集团股份有限公司 | Visual characteristic detection method based on virtual reality environment and related equipment |
| CN111938672B (en) * | 2020-08-20 | 2024-01-23 | 京东方科技集团股份有限公司 | Visual characteristic detection method based on virtual reality environment and related equipment |
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