CN1026443C - System engineering for correcting achromatopsia and achromatopsia glasses - Google Patents
System engineering for correcting achromatopsia and achromatopsia glasses Download PDFInfo
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Abstract
The present invention relates to system engineering for correcting achromatopsia, and a pair of achromatopsia glasses, which belong to the system engineering for achromatopsia test and prescription, and the achromatopsia correcting glasses. The present invention externally changes the irritation proportion of three visual cone cells in human bodies so as to change the color code sequence in a visual area of a cerebral cortex, and thus, the color discrimination ability can be improved. As a result, the present invention realizes the computer simulation of a digital model for achromatopsia test and diagnosis, and besides, 32 kinds of spectral characteristic curves and parameters in four classes for preparing achromatopsia correcting glasses are designed. A result proves that the present invention has accurate achromatopsia correction and brings good news for billions of achromatopsia patients.
Description
The invention belongs to method, instrument and the achromatopsia glasses that is used to correct colour blindness of test colour blindness.
Red, orange, yellow, green, blue or green, blue, purple has constituted the multicoloured world, and why people can experience the fine of the world, and life gorgeous colorful is a kind of unique physiology reflection-colour vision by means of the eyes photic stimuli.Yet, the colour anomaly of people more than 200,000,000 is but arranged in the world, they have lost the correct identification capacity to color, are commonly called as colour blindness.Colour blindness is a kind of heredity physiological defect, and one to being considered to " incurable disease ".Achromate's misery be ordinary person's observation less than.Because most specialties all have strict demand to colour vision, the scientific worker has invented panoramic colour vision plates and chromatoptometry instrument miscellaneous.In enrollment, pre-employment physical, chromatoptometry is classified as essential items for inspection.One and be identified and suffer from colour blindness, they will be deprived the right of work such as being engaged in art designing, printing and dyeing, chemical industry, traffic, geology, medicine and national defence throughout one's life.Cause hundreds of millions achromates urgently to wish to have a kind of effective antidote, have fantasies of putting on a kind of special glasses, can equally enjoy the multicoloured boundless universe, obtain equal to enter a higher school, job opportunity with the normal person.
Think about the theory of colour blindness reason at present: " people's retina cell is divided into three kinds of awls of red, green, blue alms bowl cell.Cone pigment in these cells can only be felt its distinctive spectrum respectively and it is absorbed, so-called colour anomaly, and having a kind of in three kinds of cone pigments is congenitally just not have, people are its protanopia or second colour blindness.This situation is two colour pattern colour visions.If two kinds of cone pigments are all normal, another kind of pigment does not have, but and normal somewhat little difference, just be called anomalous trichromatism, just so-called anomalous trichromatism ".As if this theory is only summed up in the point that the reason of colour anomaly on the retina cell, also be ill-considered.Strictly speaking, also should consider information is passed to the neurocyte of brain cell, and whether brain cell itself is normal.
Can colour blindness be controlled still uncurable disease? can colour blindness is rectifiable still be rectified down? seek answer over more than hundred year in issue always.Aspect the colour blindness treatment, with headed by Japan medical science doctor Taketoshi Yamada and utilize the new technology of modern Medical Electronics with doctors'associations, create the point stimulating therapy (Just, Point, Just Channel) of a kind of being called " JPIC ".It is reported and obtained tangible curative effect.Aspect the rectification of colour blindness, Chinese patent 88200988, the protanopia anerythrochloropsia glasses of Chen Xiaoguang design were once disclosed, 87214130 disclose a kind of anomaloscope of Zhao Wenqing design, United States Patent (USP) 4300819, Deutsche Bundespatent 3209655 and Jap.P. 59-148027 have all reported achromatopsia glasses, but great majority are because calibration result is poor, or outward appearance is not beautiful, and does not form commodity.
As is generally known, no matter to treat still and correct, the diagnosis of colour blindness needs, and popular colour blindness inspection technique has following four classes:
1. charts for testing color perception,pseudo-isochromatic
A. the former formula charts for testing color perception,pseudo-isochromatic of stone
B. Tokyo medical university formula charts for testing color perception,pseudo-isochromatic
The pseudo-same color table of C.HRR
D. De Guo Fa Erpeisai-Si is for the pseudo-same color table of woods
2. hue discrimination device
A. color disk D15 inspection technique
B. hue discrimination detector
3. magic lantern inspection technique
4. anomaloscope
Chinese patent 88107043.2 discloses a kind of " objective detector for colour sense ", as a kind of objective determination method, the various subjectiveness and objectiveness inspection techniques that patent report is crossed have been enumerated in this invention, and made certain evaluation, really collection diagnosis and rectification are one, it is the disclosed Chinese patent 90200939.7 of Chen Xiaoguang, this utility model is designed a kind of colour blindness diagnosis and is corrected detector, it has concentrated achromatopsia checking figure, color contrast, the advantage of detection methods such as magic lantern is by man-machine conversation, to every group of colour vision plates random call, for the preparation achromatopsia-correcting glasses provides accurate data and correction curve and suitable prescription, and printing the classification of colour blindness, the photosensitive curves of step etc. have guaranteed the quality of chromatoptometry.
The present invention sets up mathematical model and expert diagnostic system according to human body physiological characteristics and colour blindness formation theory, and purpose provides the systems engineering of a kind of objective detection, diagnosis, rectification colour blindness and is the required achromatopsia glasses of rectification colour blindness.
The systems engineering that the present invention corrects colour blindness has broken through the classic method of colour vision mechanism research, derive the mathematical model of colour vision process and realized computer simulation, on the basis of colour vision and colour blindness topology research, set up colour anomaly catastrophic model and colour vision information and transmitted the communication line block diagram; By the computer simulation of colour blindness, realized quantitative and qualitative research that colour blindness and colour blindness are corrected, finished the mensuration of colour blindness correction curve, and, provided the spectral characteristic data of the achromatopsia-correcting glasses of 32 grades of four classes according to the result of this research.Do according to result of the present invention, the patient is by computerized optometry, and system provides the spectral characteristic data of suitable its rectification, makes glasses in view of the above, can make colour blindness be tending towards normal.
A large amount of clinical detection prove that the string person overwhelming majority who is diagnosed as protanopia anerythrochloropsia can tell the red, green, blue three primary colours still for the trichroism colour vision, and is just quite low to the colouring discrimination ability in some wavelength coverage.According to human colour vision process is the viewpoint that a kind of point-to-point Topological Mapping and physiology course have structural stability, and the mathematical model of colour vision process has been set up in systems engineering of the present invention.The foundation of this colour vision process mathematical model is: the colour blindness origin cause of formation mainly is achromate's the neat caused by abnormal of color sign indicating number: the one, in retina, chromatic information is carried out in the compressed encoding matrixing, because it is unusual that a certain pigment receives information, cause the out of proportion of monochrome information amount that gangliocyte spreads out of and chrominance information amount; The 2nd, when surveying geniculate body outside and carrying out the decoding matrix conversion, a certain confluent monolayer cells property abnormality, cause to the cerebral cortex vision area to look emittance out of proportion; The 3rd, cerebral cortex vision area cell function is unusual, causes the color sign indicating number unusual together.Experimental results show that the colour anomaly no matter any reason causes, as long as change the values ratio of three kinds of cone cells from the outside, it is neat all can to reach change cerebral cortex vision area color sign indicating number, thereby improves the purpose of chromatic discrimination power.
Among the present invention, the unusual mathematical model of colour blindness that we propose is:
According to standard red (R), green (G), blue (B) cone cell spectral absorption peak value, determine that respectively the subordinate function of its subclass is:
λ is a predominant wavelength in the formula, R
Max, G
Max, B
MaxBe respectively honeybee value wavelength, a
R, a
G, a
BBe respectively weighting coefficient, value is decided according to different ethnic groups.
R, G, B information are carried out matrixing in retina, access luminance signal and carrier chrominance signal:
L＝L
R（R）+L
G（G）+L
B（B）
U＝Ku（R-L）
V＝Kv（B-L）
Wherein L is a luminance signal, and U is red degree signal, and V is blue degree signal, and Ku, Kv are weighting coefficient.
More than three kinds of signals be transferred to respectively in pregeniculate six layer tissues by optic nerve fiber and go, conversion decomposites R, G, three kinds of primary colour signals of B through Differential Topology again:
R＝V/Kv+L
G＝（L-L
RR-L
BB）/L
G
= (L
a)/(L
G) · (V)/(K
V) - (L
B)/(L
G) · (U)/(K
U)
B＝U/Ku+L
Via looking radiation delivery to the cerebral cortex vision area.
Cerebral cortex is to the scale-up factor of three primary colours
Carry out analysis-by-synthesis, make Y(c) → t(c), promptly produce a colored consciousness to external world.Y(c in the formula) is form and aspect, t(c) is colour vision.The Cusp Catastrophe Model of the colour vision behavior state variable that we propose is:
f（L）＝L
4+UL
2+VL
In the formula: L is a luminance signal, and U, V are respectively red degree signal and blue degree signal.
The present invention detects expert system by colour blindness above-mentioned model is simulated, colour blindness is corrected flow process as shown in Figure 1, and it is corrected colour blindness rafractive and constitutes (as shown in Figure 2) 1, microcomputer, and 2, the color card of high-resolution, 3, high-resolution enhancement mode color monitor, 4, printer.The software systems block diagram is seen Fig. 3.Microcomputer adopts AST-206(or other compatible), expert system comprises the neat chart of color sign indicating number of colour blindness, three primary colours adjustable ratio Control Software and colour blindness diagnosis corrective prescription software.The color card of the high-resolution that uses among the present invention is colour/graphic monitor adapter, and as the CRT control device, this adapter is more suitable for programming with respect to grating and character properties to critical piece by 6845 chips.It also provides necessary interface and the display buffer (64KBTES) that drives the CRT raster scanning, cooperates character generator simultaneously, timing generator, and colorflexer, the color card of high-resolution is formed in the support of circuit such as synthetic color generator.
The high-resolution display can adopt the CASDER display, and printer adopts Brotter-1724.
The present invention is owing to adopt computing machine to carry out the simulation of colour blindness behavior Cusp Catastrophe Model, for example use the storage host of ATS-286 as collection of illustrative plates, capacity is big, can realize the control of three primary colours saturation degree and any proportioning of three primary colours by the microcomputer terminal keyboard, thereby the step of color is many, and the terraced utmost point of three primary colours is 0-100.Owing to used high-resolution color display to accomplish that collection of illustrative plates is bright-colored, clear, careful, image stability, true to nature, owing to used the access and the welcome detection figure that transfers that microcomputer technology has been realized collection of illustrative plates, prevented person under inspection's subjective hypermnesia deviation, utilize terminal control to realize man-machine conversation, can realize control to correcting, get diagnosis prescription, i.e. the colour blindness correction curve of representing with spectral characteristic accurately by terminal writer at last.
In sum, the present invention's systems engineering of correcting colour blindness is summarized as by following key element and constitutes:
One. the theoretical analysis of the colour blindness origin cause of formation: achromate's color sign indicating number is unusual together, as long as change the stimulation ratio of three kinds of cone cells from the outside, it is neat all can to reach change cerebral cortex vision area color sign indicating number, thereby changes the purpose of chromatic discrimination power.
Two. the mathematical model that colour blindness is unusual is the Cusp Catastrophe Model of colour vision behavior state variable.
Three. colour vision information is transmitted the communication line model.
Four. colour blindness is corrected the mensuration of spectral pattern.
Five. the computer simulation of model-colour blindness inspection and diagnosis.
Six. according to spectral characteristic preparation achromatopsia-correcting glasses, i.e. the spectral characteristic data and the curve of 32 grade achromatopsia-correcting glasses of four classes.
The realization that colour blindness of the present invention is corrected and detected is described below according to the intelligence software block diagram of accompanying drawing 3:
Start the expert diagnostic program of the present invention system that enters by microcomputer keyboard, change the three primary colours proportioning successively, when the person under inspection can distinguish on the indicator screen all designed neat figure colour bars of color sign indicating number of the present invention, then finish for detecting, print correction curve and diagnosis prescription.According to concrete operations shown in Figure 3 be: start microcomputer, strike the SMC instruction and enter software program system of the present invention, screen display goes out explanation of the present invention and system's master menu catalogue: " diagnosis ", " storage ", " statistics ", " output ", can choose wherein one wantonly by keyboard, and choose " diagnosis " item, strike carriage return then, enter diagnostic routine, screen display goes out the submenu catalogue: " filling out patient chart ", " colour test cards identification ", " correction curve shows and prints ".Choose " filling out medical history sheet " with keyboard again, strike enter key, screen display goes out " first visit ", " further consultation ", " current case history ".As choose " first visit ", and striking carriage return and then demonstrate medical history sheet, the hanzi system that can use this machine to have is filled in case history item by item and is finished.As choose " further consultation ", screen then to show " input medical record number ", as long as, strike carriage return, can access this case history and be presented on the screen first visit medical record number input.Go out the operation of can filling in a form of current medical history sheet if choose " current case " to strike the enter key screen display.More than three choose each fill in a form the operation finish after, strike esc key, screen display " correction ", " depositing case history withdraws from ", " not depositing medical history sheet withdraws from " optional each operation.Correction member can be done the correction of first visit medical history sheet.Strike enter key after aforesaid operations is finished, return the submenu catalogue again.Next-step operation choosing " colour test cards identification ", strike down enter key, screen display goes out the neat colour test cards identification of color sign indicating number of the present invention figure totally 10 width of cloth, by keyboard R, G, B three primary colours ratio are adjusted, the form and aspect of colour blindness chart change thereupon, until the achromate all identification charts are all distinguished.Strike the ESC operation, screen display goes out " saving result ", and " not depositing the result ", choosing " saving result " is to diagnose correction result to deposit in the medical history sheet archives colour blindness to go; Choose " not depositing the result " then not file.Next step of operation strikes carriage return, turn back to the submenu catalogue again, choose " correction curve shows and prints " item to strike enter key at last, screen demonstrates the blind patient's of institute's colour examining the short positive curve of diagnostic result immediately, strike the P key again, printer just comes out the diagnostic result and the curve printing of achromate's diagnosis, strikes the ESC operation again and just returns to the submenu directory entry, can detect diagnostic operation to the achromate repeatedly again.Systems engineering is carried out a large amount of clinical detection and diagnosis to the achromate according to rectification colour blindness of the present invention, comprehensive vision, the biophysics of colour vision, biochemical theory are summed up and have been designed four classes and correct the light Pood property that curve that colour blindness characterizes with spectral characteristic and extracting are character express.Its peak wavelength error is ± 100A that the transmittance error is ± 5%.
First kind colour blindness is corrected spectral pattern family zone and is gone out as shown in Figure 4, and wavelength is 100% in the transmitance upper limit extreme value of 4400A, and the lower limit extreme value is 40%, and wavelength is 45% in the transmitance upper limit extreme value of 5400A, and the lower limit extreme value is 5%; Wavelength is 100% in the transmitance upper limit extreme value of 6300A, and the lower limit extreme value is 55%, the normal curve distributed areas of being formed.
Second class goes out as shown in Figure 5, and wavelength is 75% in the transmitance upper limit extreme value of 4400A, and the lower limit extreme value is 53%; Wavelength is 66% in the transmitance upper limit extreme value of 5400A, and the lower limit extreme value is 51%; Wavelength is 87% in the transmitance upper limit extreme value of 6300A, and the lower limit extreme value is 49%, the normal distribution curve zone of being formed.
The 3rd class such as Fig. 6, wavelength is 41% in the transmitance upper limit extreme value of 4400A, the lower limit extreme value is 5%; Wavelength is 32% in the transmitance upper limit extreme value of 5400A, and the lower limit extreme value is 5%; Wavelength is 100% in the transmitance upper limit extreme value of 6300A, and the lower limit extreme value is the 63% normal distribution curve zone of being formed.
The 4th class curve goes out as shown in Figure 7, and wavelength is 25% in the transmitance upper limit extreme value of 4400A, and the lower limit extreme value is 5%; Wavelength is 55% in the transmitance upper limit extreme value of 5400A, and the lower limit extreme value is 32%; Wavelength is 95% in the transmitance upper limit extreme value of 6300A, and the lower limit extreme value is the 88% normal distribution curve zone of being formed.
According to above-mentioned four class spectral patterns and parameter is that dissimilar achromates prepare and correct achromatopsia glasses and all obtain good effect.Thereby the present invention has solved essential problem with the technical characterictic of spectral characteristic sign achromatopsia glasses first.
The detailed spectral signature classification of achromatopsia glasses of the present invention again can Fig. 8-39 32 curves characterize, and describe by following table:
(table 1, table 2, table 3, table 4 are seen the literary composition back)
Check for the achromate according to the present invention, existing case prescription falls into 32 kinds of correction curves of above-mentioned four classes substantially, the data of correction curve can adopt vacuum coating in view of the above, dyeing, ion is low-priced goes into, and infiltrates absorbing medium, and technologies such as dope dyeing realize the making of achromatopsia-correcting glasses, lens materials can be optical glass, CR-39, acryl, PC etc.
Maximum characteristics of the present invention are to have found out a class various colour blindness are tested, and provide the approach of corrective prescription.The spectrum characteristic data curve plotting achromatopsia glasses of the achromatopsia-correcting glasses that adopts diagnosis of the present invention and provide by the present invention can be panoramic achromate and removes misery, brings the hope of being engaged in the work of oneself liking.
The embodiment of the invention is as follows:
Obtained a large amount of achromates with " colour blindness rectification rafractive " of the present invention and detected diagnostic result,, designed 32 colour blindness correction curves of four classes through the computer statistics analysis.Adopt optical glass, the CR-39 lens, by technologies such as optical coating, chemical stainings, manufacture the achromatopsia-correcting glasses of 32 spectral characteristics of four classes, give respectively four classes in various degree the achromate wear, from duckweed compilation, the intelligent compilation of Li Chun, the achromatopsia checking figure table of the Ministry of Public Health of rear-service department of PLA Air Force compilation carries out colour blindness, and to check and verify the result as follows by Yu:
Achromate 156 people of one class colour blindness correction curve, all identification accounts for 92.3% by charts for testing color perception,pseudo-isochromatic person 154 people, has only one or two width of cloth to recognize unclear person 21, accounts for 7.7%.
Achromate 94 people of two class colour blindness correction curves, all identification accounts for 98.9% by achromatopsia checking figure table person 93 people, has only one or two width of cloth to recognize unclear person one people, accounts for 1.1%.
Achromate 31 people of three class colour blindness correction curves all by colour blindness chart person 30 people, account for 90.9%, have only one or two width of cloth to recognize unclear person one people, account for 9.1%.
The achromate who verifies four class correction curves is totally 301 people, all by achromatopsia checking figure table person 296 people, accounts for 94.3%, has only one to two width of cloth to recognize unclear person 5 people, accounts for 5.7%.
Above-mentioned checking result shows, the achromatopsia-correcting glasses that 32 designed of four classes of " colour blindness rectification rafractive " of the present invention are corrected the colour blindness curve and contained 32 spectral characteristics is successful; The colour blindness correcting principle is believable, and its success ratio of correcting colour blindness is stem-winding.It will bring glad tidings to hundreds of millions achromates.
The spectral characteristic of 8 kinds of achromatopsia-correcting glasses of table 1 first kind
Transmitance % under this wavelength of project
Wavelength numbers 12345678
4400A 40 47 54 61 68 85 92 99
6300A 80 83 86 89 92 95 98 100
The spectral characteristic of 8 kinds of achromatopsia-correcting glasses of table 2 second class
Transmitance % under this wavelength of project
4400A 42 40 28 20 15 11 3 0
6300A 100 100 80 90 90 94 94 98
The spectral characteristic of 8 kinds of achromatopsia-correcting glasses of table 3 second class
Transmitance % under this wavelength of project
4400A 80 75 70 65 60 56 53 40
5400A 68 63 57 51 49 46 52 30
6300A 90 89 87 85 84 70 50 50
The spectral characteristic of 8 kinds of achromatopsia-correcting glasses of table 4 the 4th class
Transmitance % under this wavelength of project
Wavelength numbers 25 26 27 28 29 30 31 32
5400A 31 32 32 40 48 57 60 65
6300A 100 95 95 95 93 90 95 100
Claims (36)
1, a kind of achromatopsia glasses that is used to correct colour blindness, the spectral characteristic parameter that it is characterized in that described achromatopsia glasses are limited to 40% down for to be limited to 100% on the transmitance at 440nm place; Be limited to 45% on the 540nm place transmitance, be limited to 5% down; Be limited to 100% on the 630nm place transmitance, be limited to 55% down.
2, according to the described achromatopsia glasses of claim 1, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 40% for the transmitance at the 440nm place, 540nm place transmitance is that 4%, 630 place's transmitance is 80%.
3, according to the described achromatopsia glasses of claim 1, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 47% for the transmitance at the 440nm place, the transmitance at 540nm place is 6%, 630nm place transmitance is 83%.
4, according to the described achromatopsia glasses of claim 1, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 54% for the transmitance at the 440nm place, the 540nm place is 10% for transmitance, 630nm place transmitance is 86%.
5, according to the described achromatopsia glasses of claim 1, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 61% for the transmitance at the 440nm place, the 540nm place is 14% for transmitance, 630nm place transmitance is 89%.
6, according to the described achromatopsia glasses of claim 1, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 68% for the transmitance at the 440nm place, the 540nm place is 18% for transmitance, 630nm place transmitance is 92%.
7, according to the described achromatopsia glasses of claim 1, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 85% for the transmitance at the 440nm place, the 540nm place is 22% for transmitance, 630nm place transmitance is 95%.
8, according to the described achromatopsia glasses of claim 1, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 92% for the transmitance at the 440nm place, the 540nm place is 26% for transmitance, 630nm place transmitance is 98%.
9, according to the described achromatopsia glasses of claim 1, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 99% for the transmitance at the 440nm place, the 540nm place is 30% for transmitance, 630nm place transmitance is 100%.
10, a kind of achromatopsia glasses that is used to correct colour blindness, the spectral characteristic parameter that it is characterized in that described achromatopsia glasses are limited to 5% down for to be limited to 41% on the transmitance at 440nm place; Be limited to 23% on the 540nm place transmitance, be limited to 5% down; Be limited to 100% on the 630nm place transmitance, be limited to 63% down.
11, according to the described achromatopsia glasses of claim 10, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 42% for the transmitance at the 440nm place, 540nm place transmitance is 21%, the transmitance at 630nm place is 100%.
12, according to the described achromatopsia glasses of claim 10, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 40% for the transmitance at the 440nm place, 540nm place transmitance is 18%, the transmitance at 630nm place is 100%.
13, according to the described achromatopsia glasses of claim 10, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 28% for the transmitance at the 440nm place, 540nm place transmitance is 15%, the transmitance at 630nm place is 80%.
14, according to the described achromatopsia glasses of claim 10, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 20% for the transmitance at the 440nm place, 540nm place transmitance is 12%, the transmitance at 630nm place is 90%.
15, according to the described achromatopsia glasses of claim 10, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 15% for the transmitance at the 440nm place, 540nm place transmitance is 9%, the transmitance at 630nm place is 90%.
16, according to the described achromatopsia glasses of claim 10, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 11% for the transmitance at the 440nm place, 540nm place transmitance is 6%, the transmitance at 630nm place is 94%.
17, according to the described achromatopsia glasses of claim 10, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 3% for the transmitance at the 440nm place, 540nm place transmitance is 3%, the transmitance at 630nm place is 94%.
18, according to the described achromatopsia glasses of claim 10, it is characterized in that described achromatopsia glasses spectral characteristic parameter is that 0%, 540 place's transmitance is 0% for the transmitance at the 440nm place, the transmitance at 630nm place is 98%.
19, a kind of achromatopsia glasses that is used to correct colour blindness is characterized in that described achromatopsia glasses spectral characteristic parameter for to be limited to 75% on the transmitance at 440nm place, is limited to 53% down; Be limited to 66% on the 540nm place transmitance, be limited to 51% down; Be limited to 87% on the 630nm place transmitance, be limited to 49% down.
20, according to the described achromatopsia glasses of claim 19, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 80% for the transmitance at the 440nm place, 540nm place transmitance is 68%, 630nm place transmitance is 90%.
21, according to the described achromatopsia glasses of claim 19, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 75% for the transmitance at the 440nm place, 540nm place transmitance is 63%, 630nm place transmitance is 89%.
22, according to the described achromatopsia glasses of claim 19, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 67% for the transmitance at the 440nm place, 540nm place transmitance is 57%, 630nm place transmitance is 83%.
23, according to the described achromatopsia glasses of claim 19, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 65% for the transmitance at the 440nm place, 540nm place transmitance is 51%, 630nm place transmitance is 85%.
24, according to the described achromatopsia glasses of claim 19, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 60% for the transmitance at the 440nm place, 540nm place transmitance is 49%, 630nm place transmitance is 84%.
25, according to the described achromatopsia glasses of claim 19, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 55% for the transmitance at the 440nm place, 540nm place transmitance is 46%, 630nm place transmitance is 70%.
26, according to the described achromatopsia glasses of claim 19, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 53% for the transmitance at the 440nm place, 540nm place transmitance is 52%, 630nm place transmitance is 50%.
27, according to the described achromatopsia glasses of claim 19, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 40% for the transmitance at the 440nm place, 540nm place transmitance is 30%, 630nm place transmitance is 50%.
28, a kind of achromatopsia glasses that is used to correct colour blindness is characterized in that described achromatopsia glasses spectral characteristic parameter for to be limited to 25% on the transmitance at 440nm place, is limited to 5% down; Be limited to 55% on the 540nm place transmitance, be limited to 32% down; Be limited to 95% on the 630nm place transmitance, be limited to 88% down.
29, according to the described achromatopsia glasses of claim 28, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 1% for the transmitance at the 440nm place, 540nm place transmitance is 31%, 630nm place transmitance is 100%.
30, according to the described achromatopsia glasses of claim 28, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 5% for the transmitance at the 440nm place, 540nm place transmitance is 32%, 630nm place transmitance is 95%.
31, according to the described achromatopsia glasses of claim 28, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 9% for the transmitance at the 440nm place, 540nm place transmitance is 32%, 630nm place transmitance is 95%.
32, according to the described achromatopsia glasses of claim 28, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 15% for the transmitance at the 440nm place, 540nm place transmitance is 40%, 630nm place transmitance is 95%.
33, according to the described achromatopsia glasses of claim 28, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 20% for the transmitance at the 440nm place, 540nm place transmitance is 48%, 630nm place transmitance is 93%.
34, according to the described achromatopsia glasses of claim 28, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 23% for the transmitance at the 440nm place, 540nm place transmitance is 57%, 630nm place transmitance is 90%.
35, according to the described achromatopsia glasses of claim 28, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 26% for the transmitance at the 440nm place, 540nm place transmitance is 60%, 630nm place transmitance is 95%.
36, according to the described achromatopsia glasses of claim 28, it is characterized in that described achromatopsia glasses spectral characteristic parameter is 30% for the transmitance at the 440nm place, 540nm place transmitance is 65%, 630nm place transmitance is 100%.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 90110297 CN1026443C (en) | 1990-12-29 | 1990-12-29 | System engineering for correcting achromatopsia and achromatopsia glasses |
| JP3357539A JP2813743B2 (en) | 1990-12-29 | 1991-12-26 | Color blindness correcting glasses and method for manufacturing color blindness correcting glasses |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 90110297 CN1026443C (en) | 1990-12-29 | 1990-12-29 | System engineering for correcting achromatopsia and achromatopsia glasses |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1062832A CN1062832A (en) | 1992-07-22 |
| CN1026443C true CN1026443C (en) | 1994-11-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 90110297 Expired - Fee Related CN1026443C (en) | 1990-12-29 | 1990-12-29 | System engineering for correcting achromatopsia and achromatopsia glasses |
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| Country | Link |
|---|---|
| JP (1) | JP2813743B2 (en) |
| CN (1) | CN1026443C (en) |
Families Citing this family (18)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP3773230B2 (en) * | 1998-02-26 | 2006-05-10 | セイコーエプソン株式会社 | Color correction eyeglass lenses |
| CN1110711C (en) * | 1998-07-24 | 2003-06-04 | 长春科利尔光学制品有限公司 | Resin glasses able to correct colour vision by reduce concave reflection |
| CN1157151C (en) * | 2000-12-26 | 2004-07-14 | 陈言 | Color vision detecting and correcting method and equipment and its application |
| WO2003084448A1 (en) * | 2002-04-11 | 2003-10-16 | Sendo Co., Ltd. | Color-blindness correcting eyeglass and method for manufacturing color-blindness correcting eyeglass |
| AU2003221142A1 (en) * | 2002-04-26 | 2003-11-10 | Electronics And Telecommunications Research Institute | Method and system for transforming adaptively visual contents according to terminal user's color vision characteristics |
| CN1567028A (en) * | 2003-07-08 | 2005-01-19 | 陈谋 | Achromatopsia rectification spectacle and method for making same |
| WO2007094338A1 (en) | 2006-02-17 | 2007-08-23 | National University Corporation Toyohashi University Of Technology | Method for forming functional spectrum filter |
| FR2905011B1 (en) * | 2006-08-16 | 2009-04-17 | Essilor Int | METHOD FOR ENHANCING A COLOR FILTER |
| JP6035152B2 (en) * | 2013-01-10 | 2016-11-30 | 公 足立 | Color vision correction glasses |
| KR102185566B1 (en) | 2013-01-14 | 2020-12-02 | 쓰리엠 이노베이티브 프로퍼티즈 컴파니 | Filters to enhance color discrimination for color vision deficient individuals |
| JP6328680B2 (en) * | 2016-03-29 | 2018-05-23 | ネオ・ダルトン株式会社 | Color blindness experience lens set |
| CN106037628B (en) * | 2016-07-08 | 2017-08-25 | 温州星康医学科技有限公司 | A kind of colour vision acuity qualitative and quantitative detection device and method |
| WO2018025561A1 (en) * | 2016-08-04 | 2018-02-08 | イリスコミュニケーション株式会社 | Optical element production method, optical element, color adjustment program, and color adjustment device |
| CN106249406B (en) * | 2016-08-30 | 2019-05-14 | 陈晓冬 | Improve Color perception and corrects the artificial intelligence lens and design method of colour blindness anomalous trichromatism vision |
| JP6646031B2 (en) * | 2017-12-07 | 2020-02-14 | 公 足立 | Color vision correction filter and color vision correction glasses |
| CN111352238A (en) * | 2018-12-20 | 2020-06-30 | 淮北幻境智能科技有限公司 | Color blindness correction method and device |
| CN111820865B (en) * | 2020-07-24 | 2024-05-17 | 安徽猫头鹰科技有限公司 | On-line monitoring system for eye vision data acquisition |
| CN115032812B (en) * | 2022-05-23 | 2023-12-29 | 东南大学 | Optimal design method of achromatopsia auxiliary glasses and plasmon achromatopsia auxiliary glasses |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0682385B2 (en) * | 1987-05-15 | 1994-10-19 | 日本放送協会 | Color vision converter |
-
1990
- 1990-12-29 CN CN 90110297 patent/CN1026443C/en not_active Expired - Fee Related
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1991
- 1991-12-26 JP JP3357539A patent/JP2813743B2/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| JP2813743B2 (en) | 1998-10-22 |
| JPH0618819A (en) | 1994-01-28 |
| CN1062832A (en) | 1992-07-22 |
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