TWM539905U - Corpus luteum hormone ovulation test device featuring intelligent digital image analysis - Google Patents

Description

Luteinizing hormone ovulation checker for intelligent digital image analysis

The appearance of the menstrual cycle is a sign of women's reproductive ability. By measuring the basal body temperature or the form of salivary luteal hormone production, it is possible to more accurately determine the position of the woman in the cycle. For most women, the ovulation time is about 14 days before menstruation. Before and after ovulation, it is the most easy period for women to conceive. During this period, sexual life is easy to get pregnant. After 24 hours of ovulation, the egg cells gradually lose fertilization ability. We set the menstrual cramps from the 8th day to the 19th day as the easy pregnancy period (ie The first 6 days to the last 5 days of ovulation, the period outside is the so-called safe period. By avoiding the contraceptive purpose of the same room on the 8th to 19th day of menstruation, it is safe period of contraception, because sperm is in female reproduction. The inside of the tract can survive for 24-72 hours, while the time for an egg to be fertilized is only about 24-36 hours after ovulation. In each female menstrual cycle, Luteinizing Hormone (LH) in urine and saliva will High peaks occur within 24-48 hours before ovulation. Because LH is pulsed, ovulation checkers can measure pre-ovulation female urine. The surge of luteinizing hormone (LH) in saliva may fluctuate many times within 90 minutes. Therefore, ovulation can be predicted 12 to 36 hours in advance, so that women can predict the optimal time of conception, but urine should be tested at any time. The liquid is quite difficult. The doctor recommends that the level of luteinizing hormone in the saliva sample can be analyzed. Saliva detection has many advantages, because saliva contains only bio-available Unbound hormones, so analyzing the luteinizing hormone content of saliva samples will give a more accurate result. Another advantage of saliva testing is that it is simple and convenient to collect samples, saliva is less stress-free, salivary steroid hormones Very stable, far more than blood samples, so the level of luteinizing hormone in saliva is not changed. The so-called "ovulation calibrator" refers to the saliva ovulation tester, which detects the luteinizing hormone before ovulation. (LH) growth level, rather than hormones that stimulate ovulation, as the amount of luteinizing hormone increases, the concentration of sodium and chloride ions in female saliva will increase, causing saliva to produce fern-like crystals, and when saliva is dried and crystallized, It will display the pattern of fern-like crystals. It is very convenient to observe the way of ovulation by detecting the fern-like crystals in saliva. The basal body temperature is a commonly used ovulation monitoring method. The so-called basal body temperature means that women do not have any exercise after waking up in the morning. Baseline body temperature measured during activities affecting body temperature such as water intake, due to progesterone to hypothalamic body temperature The central center has an excitatory effect. Therefore, with the increase of progesterone level after ovulation, the female basal body temperature will increase by about 0.5~1.0 °C, which is medically used as one of the signs for ovulation. Based on the above information, this product provides a kind of product. The new design uses the smart mobile device, combined with the female physiological cycle detection device of the thermometer and the high-magnification digital microscope, plus the digital image analysis of the smart mobile device, and the APP calculation analysis software for the thermometer chart recording analysis. It is a kind of digital image analysis luteal hormone ovulation calibrator. It is a high-magnification digital microscope that can be put into a pocket and combined with a portable mobile device. Its appearance is a hand-held lipstick-sized tubular structure. When only a little bit of saliva is applied to the transparent digital ovulation calibrator transparent optical slide, the APP can be used to analyze the software display of the mobile device. Different periods of women's safety period (point-like and irregular structure), women's transition period (point-like mesh crossover), female ovulation period (female reticular or sacral root) Like, and show that it is a female ovulation period, a female safety period or a female transition period, for the user to solve the contraceptive problem, but also grasp the timing of pregnancy; according to the above reasons, according to the creation of a smart digital image analysis A corpus luteum hormonal ovulation calibrator, especially a tubular hood structure having an outer cover, the hand-held tubular hood structure including an outer cover, an upper cover, a lower cover, and a bottom cover, wherein the upper cover is a The Android Micro USB or iOS lightning plug for outputting signals can output digital video signals compatible with Android or iOS mobile devices. The tubular cover is constructed with an optically transparent slide with optically transparent slides. Block, the optically transparent slide has a circular division scale, the transparent optical transparent slide provides physical positioning measurement as saliva crystal, a bottom cover reflection grating contains a filter, and an optically transparent slide slip The optically transparent slides on the block cooperate to allow the user to apply saliva on the optically transparent slide. After the saliva is dried, the slide slider is inserted into the tubular cover, and the high-magnification digital microscope is combined with the projection. The light source and the reflective grating of the bottom cover allow the user to capture the image of the magnified and dried saliva crystal through a high-magnification digital microscope; a high-magnification digital microscope contains: a T-type circuit board for capturing an electronic image device, wherein T-type vertical circuit board contains optical structure, image sensor (CMOS, CCD), image sensor electronic circuit board, T-type horizontal circuit board contains image processing electronic circuit board with image processing IC for image processing An image signal compatible with the Android Micro USB or iOS lightning mobile device; a light source includes an LED flood light circuit board, in order to achieve the best light projection effect, the LED The floodlight circuit board is disposed at the front end of the lens side in the structure of the optical machine, and accordingly, the LED flood light can be projected on the front of the lens to generate a forward light project; and the bottom of the light transparent slide slide is disposed at the bottom of the slider. The reflection grating in the cover contains a filter, which allows the high-magnification digital microscope to use the light source to penetrate the transparent glass slide, and the reflected light of the bottom cover can achieve the desired reflected light fill effect. The forward projection back reflection fill light dark field photography method allows the high magnification digital microscope to capture the clear image of the dried saliva crystal after amplification; the above device is output via Android Micro USB or iOS lightning plug, which can be combined with Android or iOS mobile device The image output signal can be sent to the mobile device for analysis by the APP operation analysis software, and the three periods of the woman's safety period, the female transition period, and the female ovulation period are displayed on the display screen, and the smart phone can be utilized. The display screen inputs the two-digit thermometer reading below the decimal point, so that the body temperature change of the menstrual cycle can be recorded, and the body temperature fluctuation of the menstrual cycle is displayed in time. The physiological cycle curve, and the above information and the female safety period, the female transition period, the female ovulation period, the long-term record and chart analysis, to provide the tested women to predict whether they are in the ovulation period, available to users Solve the problem of contraception and also grasp the timing of pregnancy.

According to market research, the consumption of traditional hand-held optical ovulation testers has not been large. The reason is that the simple ovulation tester currently used is only an optical magnifying glass. It is difficult to adjust after the image is enlarged, and it is close to the eye with eyes. The lens observation image, unlike the high-magnification digital microscope, can clearly distinguish the different vein crystals and spot crystal images produced by the saliva after drying. If the safety period is point-like and the structure is irregular, the transition period is a point-like inclusion network. The cross-shaped, ovulation period is the image of the three stages of the floss or the root shape. For the accuracy of the measurement, the simple ovulation tester often allows the user to measure back and forth for accuracy, so that Not only is it inaccurate and inconvenient for the user; in addition, the traditional hand-held optical ovulation evaluator light-emitting device is not easy to set, often because the distance between the magnifying glass and the eye is too long due to high magnification, resulting in insufficient light to make the hand-held ovulation measurement image. Unclear, plus the optical magnifying glass has a narrow viewing angle, and the fern pattern is difficult to recognize, so if the vision is not good, An optical saliva ovulation tester may not be the most suitable option because the user does not easily recognize the images produced by the saliva after drying; the general user must be trained for a certain period of time and used for a long time, if not trained, the optical saliva ovulation tester It is impossible to accurately judge the image seen, the failure rate will be greatly increased by about 25%, and the image seen by the optical magnifier cannot be automatically taken and stored, and the shortcomings such as the automatic fluctuation of the body temperature recorded by the basic thermometer can be automatically compared. Therefore, the traditional hand-held optical saliva ovulation tester can only be used as an auxiliary device for those who want to know whether they are in the ovulation period, and then the expectant mother or the woman who wants contraception. Therefore, this product is not currently large. Scale promotion.

In view of this, this product provides a brand-new design, combined with intelligent mobile devices and high-magnification digital microscopes, plus APP computing analysis software combined with accurate thermometer data to develop this creation, based on this, a smart digital image analysis A corpus luteum hormonal ovulation calibrator, especially a tubular hood having a cover, an upper cover, a lower cover, and a bottom cover, the body of which is a tubular cover of a lipstick size, the outer cover and the upper cover The cover and the lower cover combine to function to protect the tubular cover, and the upper cover is combined with a T-type circuit board of a high-magnification digital microscope, and an output signal plug (Android Micro USB or iOS lightning) is outputted above the upper cover. A digital image signal compatible with an Android or iOS mobile device. The tubular cover has a slide slider with an optically transparent slide, and the optically transparent slide has a circular segment. Divided, the optically transparent glass material can be transparent glass, acrylic, PC, and can be used as a physical positioning measurement for saliva crystallization, which is optically transparent. The optically transparent slide on the slide slider allows the user to apply saliva to the saliva after drying. After inserting the optically transparent slide slider into the tubular cover, the high-magnification digital microscope is combined with the light source. And a reflective grating of the bottom cover to form a forward-projection back-reflecting fill-light dark field photography mode, which allows the user to capture a clear image of the dried saliva crystal after amplification by a high-magnification digital microscope; a high-magnification digital microscope contains: A T-type circuit board for capturing an electronic image device, wherein the T-shaped vertical circuit board is a sensor board comprising: a light machine structure, an image sensor, an image sensor electronic circuit board, wherein the light The machine structure includes: a lens focal length adapter, a lens mount, a high-magnification lens and the like, wherein the high-magnification lens The barrel with a diameter of 3.5mm, 4.0mm, 5.0mm, 6.0mm, 6.5mm, 7.0mm; a lens mount can be used as a carrying lens; an image sensor with an image sensor is 1/ 5 inch, 1/6 inch, 1/6.5 inch, 1/8 inch, 1/9 inch small (吋, CMOS) high resolution sensor, an image sensor electronic board The high-magnification image can be obtained to obtain the best high-magnification image output; the one-projection light source includes an LED floodlight circuit board containing 4-8 white LEDs, and the LED floodlight circuit board is annular hollow a plate, disposed at a front end of the lens side of the optomechanical structure in the T-shaped vertical circuit board, according to which the LED floodlight can be projected in front of the lens, and a reflective grating disposed on the bottom cover is replaceable The filter can be placed with different spectrum filters to achieve the desired reflected light fill effect. This kind of forward projection back reflection fill light dark field photography is especially suitable for observing translucent substances such as saliva; The horizontal board includes: an image processing electronic circuit board including an image processing IC, and the IC is an image for processing the image as Android or iOS. No. format, which can output image signals compatible with Android or iOS mobile devices; an image signal output plug can output image signals compatible with Android or iOS mobile devices with Micro USB or Lightning plugs; the above devices can be used with Android or iOS mobile devices In combination, the image output signal can be sent to the mobile device, and then analyzed by the APP operation analysis software to detect whether the woman is in the optimal conception period. The APP operation analysis software can also make the menstrual cycle of the luteinizing hormone into a curve. For the long-term physiological period reference; in addition, this creation can use the display screen of the smart phone to input and record the basal body temperature, at this time, the APP operation analysis software can draw the basal body temperature change + the menstrual cycle hyperbolic curve of the luteinizing hormone. For the user to refer to, record or copy the ovulation period of the physiological period use. Other features and functions of this creation will be further explained by the reviewer in conjunction with the following drawings, but the following is only a preferred embodiment for explaining the creation. It is not an attempt to impose any form of restriction on this creation.

1‧‧‧Tubular shell construction

11‧‧‧ Cover

12‧‧‧Upper casing

121‧‧‧ Plug hole for output signal

13‧‧‧Under the casing

131‧‧‧Optical transparent slide slider

132‧‧‧Optical transparent slides

132a‧‧‧Circular marking scale

14‧‧‧ bottom cover

141‧‧ Reflection grating

142‧‧‧Filter

2‧‧‧High magnification digital microscope

21‧‧‧T-type circuit board

211‧‧‧T-type vertical circuit board

2111‧‧‧ optomechanical structure

2111a‧‧‧Lens focal length adapter

2111b‧‧ lens mount

2111c‧‧‧High magnification lens

2112‧‧‧Image Sensor

2113‧‧‧Image sensor electronic circuit board

2114‧‧‧Light source

2114a‧‧‧LED Flood Light Board

212‧‧‧T-type horizontal circuit board

2121‧‧‧Image Processing Electronic Circuit Board

2122‧‧‧Image signal output plug

3‧‧‧Android or iOS mobile device

31‧‧‧APP operation analysis software

32‧‧‧Enter the precision basic thermometer reading

33‧‧‧Basic temperature changes + menstrual cycle hyperbolic curve of luteinizing hormone

34‧‧‧Analysis of women's safety period, transition period, ovulation period

35‧‧‧Mobile device display

4‧‧‧Image of three phases of salivary luteinizing hormone crystal form

41‧‧‧Safety period for women (point and irregular structure)

42‧‧‧ Women's transition period (dotted with mesh cross)

43‧‧‧ Female ovulation period (female reticular or sacral root)

The first picture is the creation, the corpus luteum hormonal ovulation tester for intelligent digital image analysis, and the external perspective view of the embodiment; the second picture is the creation, the luteal hormone ovulation checker for intelligent digital image analysis, high magnification digital The schematic diagram of the components of the microscope component; the third diagram is the creation, the corpus luteum hormonal ovulation calibrator for intelligent digital image analysis, and the functional flow block diagram; the fourth diagram is the creation, the luteal hormone ovulation calibrator for intelligent digital image analysis , the imaging diagram of the salivary luteinizing hormone crystal form in three periods; the fifth picture is the creation, the intelligent digital image analysis of the luteal hormone ovulation checker, the menstrual cycle basal body temperature change curve; the sixth picture is the creation, intelligent Digital image analysis of the luteinizing hormone ovulation calibrator, basal body temperature change + luteinizing hormone menstrual cycle hyperbolic diagram;

In the present embodiment, the following is a detailed description of how to implement and create a corpus luteum hormonal ovulation calibrator for intelligent digital image analysis; as shown in the attached figures, the creative system ovulates intelligent numbers. The detector is assembled in a tubular cover of a hand-held lipstick size, please refer to the figure (1), the tubular cover structure comprises: a tubular cover structure (1), a high-magnification digital microscope (2); a tubular cover structure (1) Included: the outer cover (11), the upper cover (12), the plug hole (121) containing the output signal, and the lower cover (13) containing the optically transparent slide slider (131) optically transparent carrier The sheet (132) and the bottom cover (14) include a reflection grating (141) filter (142); the assembly method is the outer cover (11), and the upper cover (12) and the lower cover (13) The nesting method is combined to protect the tubular casing (1), and the upper casing (12) and the lower casing (13) are rotated by a screw, and the lower casing (13) is opened by the side. The hole insertion method is combined with the optical transparent slide slider (131), and the lower cover (13) and the bottom cover (14) are combined by a bolt; a high-magnification digital microscope (2), please refer to (2) comprising: a T-type circuit board (21) comprising a T-type vertical circuit board (211) and a T-type horizontal circuit board (212), the T-type circuit board being bonded with tantalum tin; the T-type vertical circuit board (211) Including optical machine structure (2111), image sensor (2112), image sensor electronic circuit board (2113), light projecting light source (2114); optical machine structure (2111) containing lens focal length matching The device (2111a) is fixed on the image sensor electronic circuit board (2113), and the lens holder (2111b) is fixed on the focal length adapter (2111a) and can be used as a bearing lens, and the high magnification lens (2111c) is fixed to the lens holder. (2111b), adjust the high-magnification lens (2111c) for image sharp focus use, image sensor (2112) for image capture, image sensor electronic circuit board (2113) for loss The high-magnification image and the light-emitting source (2114) include an LED flood light circuit board (2114a) which can be used as a light projecting device in front of the lens side; the T-type horizontal circuit board (212) is fixed to the upper casing (2) 12), through the image processing electronic circuit board (2121) and the image signal output plug (2122), outputting the image signal compatible with the mobile device; and through the above device steps, the tubular cover structure (1) and other mechanical components and high magnification The digital microscope (2) circuit board can be combined to complete the assembly of the intelligent digital ovulation calibrator. For other functional processes, please refer to Figure (3). The following is a detailed description of how to operate the corpus luteum hormonal ovulation calibrator for intelligent digital image analysis: the saliva ovulation checker is generally used on the 8th day of the menstrual cycle, and the teeth are not brushed daily, no water is consumed. When eating, pick up the corpus luteum hormonal ovulation tester of the intelligent digital image analysis and face up, open the cover (11), hold the hand-held tubular cover (1) with one hand, and cover the lower cover (13). The optically transparent slide slider (131) pushes the lower cover (13) from left to right, and the tip of the tongue is sucked with a cotton swab (or a fingertip), and uniformly applied to the circular segment of the optically transparent slide (132). On the scale (132a) (no bubbles), let the saliva dry naturally (about 5~7 minutes), become crystal (otherwise there will be errors), then push the optically transparent slide slider (131) from right to left. Enter the lower cover (13), connect the video signal output plug (2122) to the Android or iOS mobile device (3), and the LED flood light circuit board (2114a) will light up, at this time, the smart digital image The analyzed luteinizing hormone ovulation calibrator will connect the image signal to the mobile device display screen. In operation when APP analysis software (31) for analysis. Images of three stages of female salivary luteinizing hormone crystal form (4), please refer to Figure (4), female safety period (point and irregular structure) (41), female transition period (point-like inclusion network) Cross) (42) Female ovulation period (43), three periods are displayed on the display screen and the menstrual cycle of the luteinizing hormone can be made into a curve, which can clearly analyze the safety period, transition period and ovulation period of women (34). You can use the display screen of the smart phone to input the accurate basic thermometer reading (32), so you can observe the body temperature change during the menstrual cycle. Please refer to Figure (5). At this time, the APP calculation analysis software (31) will integrate all the data. Displayed as the menstrual cycle hyperbola (33) of basal body temperature change + luteinizing hormone, please refer to Figure (5). At this time, you can press the APP operation analysis software (31) to indicate the operation and store the generated data for The user refers to the ovulation period of the physiological period. After the test, the saliva-coated optical transparent slide glass (132) is wiped clean with a soft tissue or optical paper, and the outer cover (11) is placed in the upper cover. Shell (12), ready to use again next time.

1‧‧‧Tubular shell construction

11‧‧‧ Cover

12‧‧‧Upper casing

121‧‧‧ Plug hole for output signal

13‧‧‧Under the casing

131‧‧‧Optical transparent slide slider

14‧‧‧ bottom cover

21‧‧‧T-type circuit board

211‧‧‧T-type vertical circuit board

212‧‧‧T-type horizontal circuit board

2122‧‧‧Image signal output plug

Claims (16)

The invention relates to a corpus luteum hormonal ovulation calibrator for intelligent digital image analysis, in particular to a tubular cover having a size of lipstick, and the tubular cover structure comprises: a tubular cover structure and a high-magnification digital microscope; The tubular cover structure comprises: an outer cover, an upper cover shell, a lower cover shell and a bottom cover; an outer cover, which is combined with the upper cover shell and the lower cover shell, and functions to protect the tubular cover from use; An upper casing is combined with a T-type circuit board of a high-magnification digital microscope. The top of the upper casing is an output signal plug for outputting a digital image signal compatible with an Android or iOS mobile device; a slide slider, an optically transparent slide, the slide slider containing the optically transparent slide is used for saliva crystallization measurement; a bottom cover, the inner side of which is a reflection grating containing filter The film is used as reflected light to fill light; a high-magnification digital microscope contains: a T-type circuit board containing: a T-type vertical circuit board, a T-type horizontal circuit board; a T-type vertical circuit board containing: a light machine structure , an image sensor, an image Detector electronic circuit board, a light source; a optomechanical structure includes: a lens focal length adapter, a lens mount, a high power lens and other optomechanical components; a lens focal length adapter lens, can make an electron microscope Therefore, different magnifications are obtained; one lens holder can be used as a bearing lens; an image sensor with a small size and high resolution sensor can be used as a sensing image; an image sensor electronic circuit board can be used High-magnification image and high-magnification image output; a light source with an LED floodlight circuit board can be projected on the front side of the lens to achieve the ideal projection light fill effect; a T-type horizontal circuit board contains: An image processing electronic circuit board, an image signal output plug; an image processing electronic circuit The board contains an image processing IC that can process the image as an image signal compatible with Android or iOS mobile devices; the corpus luteum hormonal ovulation checker analyzed by intelligent digital image is combined with Android or iOS mobile device, at this time, the mobile device The APP calculation analysis software is used for analysis and calculation, and the three periods of women's safety period, female transition period, and female ovulation period are displayed on the display screen, and the menstrual cycle of the luteinizing hormone is made into a curve; another product can be combined. Smart mobile device APP operation analysis software, input the accurate basic thermometer reading of two digits below the decimal point, so that the basal body temperature change of the menstrual cycle can be recorded for a long time, and the menstrual cycle curve of the basal body temperature change can be made, and the above information is The combination of women's safety period, women's transition period, and women's ovulation period, APP calculation analysis software will produce a basal body temperature change + luteinizing hormone menstrual cycle hyperbola, which can provide users with long-term records and predict the future physiological cycle. Change for the purpose of pregnancy or contraception. As described in the first paragraph of the patent application, the corpus luteum hormonal ovulation calibrator for intelligent digital image analysis has a tubular cover of a size of a lipstick, and the high-magnification digital microscope contained in the tubular cover structure is adopted. The positive projection light back reflection fill light dark field photography method, in order to extract the yellow body to produce hormone saliva crystal images. The invention relates to a corpus luteum hormonal ovulation calibrator for intelligent digital image analysis, wherein the tubular cover structure comprises an upper cover, and the top of the upper cover is an output signal plug (Android Micro USB, iOS lightning) can output digital video signals compatible with Android and iOS mobile devices. As described in item 1 of the patent application, the corpus luteum generation of intelligent digital image analysis A hormone ovulation detector, wherein the tubular housing structure comprises a slide slider with an optically transparent slide, and an optically transparent slide with a circular shape on the slide For the scaler, the optically transparent slide can be made of transparent glass, acrylic, or PC, and can be used as a physical positioning measurement user for saliva crystallization. The invention relates to a corpus luteum hormonal ovulation calibrator for intelligent digital image analysis, wherein the tubular cover structure comprises a bottom cover, and the bottom cover comprises a reflection grating containing a filter. Cooperating with the optically transparent glass slide on the slider of the lower cover optically transparent slide allows the high-magnification digital microscope to use the light source to pass through the transparent slide and the reflected light from the bottom cover, allowing the high-magnification digital microscope A dark-field photography method with a forward-reflecting back-reflecting fill light is obtained, and a clear image of the dried saliva crystals after amplification is taken. The luteinizing hormone ovulation detector for intelligent digital image analysis as described in claim 1 of the patent application, wherein the high-magnification digital microscope has an electronic circuit board of a T-type circuit board, wherein the T-type vertical circuit board is inside Light-emitting machine structure, image sensor, image sensor electronic circuit board, light source. The invention relates to a luteal hormone ovulation calibrator for intelligent digital image analysis according to claim 1, wherein the high-magnification digital microscope, wherein the reflection grating of the bottom cover comprises a filter, which is a replaceable filter. Reflectors of different spectra can be achieved by placing filters of different spectra as required. The luteal hormone ovulation calibrator for intelligent digital image analysis as described in claim 1 of the patent application, wherein the high-magnification digital microscope, the T-shaped vertical plate contains The image sensor is 1/5 inch, 1/6 inch, 1/6.5 inch, 1/8 inch, 1/9 inch high resolution sensor. The corpus luteum hormonal ovulation calibrator for intelligent digital image analysis as described in claim 1 of the patent application, wherein the high-magnification digital microscope includes a optomechanical structure in the direction of the object, and the high-magnification lens and the LED are projected. A combination of optical components such as lamps, lens mounts, and lens focal lengths. The corpus luteum hormonal ovulation calibrator for intelligent digital image analysis as described in claim 1 of the patent application, wherein the optomechanical structure contained in the high-magnification digital microscope is a lens focal length adapter for high-magnification pen type Electron microscopy, due to different lens focal lengths, get different magnifications. The corpus luteum hormonal ovulation calibrator for intelligent digital image analysis as described in claim 1 of the patent application, wherein the high-magnification digital microscope includes an illuminator structure for placing the LED flood light before the front side of the high-magnification lens Projection light designer. The invention relates to a corpus luteum hormonal ovulation calibrator for intelligent digital image analysis according to claim 1, wherein the high-magnification digital microscope comprises a optomechanical structure, wherein the LED floodlight circuit board is an annular hollow plate, Contains 4-8 LEDs. The corpus luteum hormonal ovulation calibrator for intelligent digital image analysis as described in claim 1 of the patent application, wherein the high magnification lens contained in the high magnification digital microscope has a diameter of 3.5 mm and 4.0 mm. Designers of 5.0mm, 6.0mm, 6.5mm, and 7.0mm. As described in the first paragraph of the patent application, the smart digital image analysis of the luteinizing hormone ovulation calibrator, wherein the high-magnification digital microscope contains a T-type circuit The T-shaped horizontal circuit board includes: an image processing electronic circuit board including an image processing IC, and the IC is an image signal capable of processing the image into an Android and iOS mobile device compatible image. As described in the first paragraph of the patent application, the corpus luteum hormonal ovulation calibrator for intelligent digital image analysis, wherein the T-type horizontal circuit board contained in the high-magnification digital microscope contains the Android Micro USB, iOS lightning image signal output. Plug. As described in the first paragraph of the patent application scope, the digital image analysis method for the digital image analysis of the digital image analysis is combined with the Android and iOS mobile devices, and the APP operation analysis software can be produced. The menstrual cycle hyperbola of the basal body temperature change + luteinizing hormone change curve.