KR20060114881A - A detector - Google Patents

Abstract

A detection system is provided to prescribe cosmetics suitable for a skin type of a user by accurately detecting and diagnosing the information, such as moisture and keratin, of a user's skin. A first camera(1) detects information of a skin. A moisture measuring device(2) directly contacts the skin to collect a moisture distribution rate of the skin. An elasticity measuring stick(5) has a solenoid valve(3) and a vacuum pump/motor drive unit(4). A keratin measuring stick(8) collects keratin of the skin. An interface(11) transmits an image signal from a CPU(9) to a computer(10) or transmits an image and a numerical signal to the CPU. A display(12) outputs the information obtained by the devices of detecting the information on the skin. A monitor(13) outputs the image signal transmitted from the CPU.

Description

Detection system {A detector}

1 is an overall outline of a "detection system" in a state of being connected to a computer according to the present invention.

2 is a front view showing an overall outline of the "detection system" according to the present invention.

3 is a side view showing an overall outline of the "detection system" according to the present invention.

4 is a rear view showing the overall outline of the "detection system" according to the present invention.

5 is a cross-sectional view showing an operation of a sensor for "means for detecting information of skin" in the "detection system" according to the present invention.

6 is a block diagram showing the overall configuration of the "detection system" according to the present invention.

7 is a cross-sectional view of the "elasticity measurement stick" of the "detection system" according to the present invention.

8 is a cross-sectional view of the "elasticity measurement stick" of the "detection system" according to the present invention is an initial state diagram before the vacuum pressure is applied while the "elasticity measurement stick" is in close contact with the skin.

9 is a cross-sectional view of the "elasticity measurement stick" of the "detection system" according to the present invention is a state diagram in which a vacuum pressure is applied for a predetermined time and a vacuum pressure while the "elasticity measurement stick" is in close contact with the skin.

Fig. 10 is a block diagram showing the overall configuration of a "detection system" of another embodiment according to the present invention.

<Brief description of symbols for the main parts of the drawings>

1: first camera 2: moisture meter

3: solenoid valve 4: vacuum pump and motor drive

5: elasticity measuring stick 6: second camera

7: oil measuring stick 8: keratin stick

9,9a: central processing unit 10: computer

11: interface unit 12: LCD display unit

13: Monitor A: Means of Detecting Skin Information

The present invention relates to a detection system, and more particularly, to detect information from a subject (particularly, the pores, pigmentation, oil, keratin, moisture, elasticity, etc. as comprehensive information on the skin of the human body). It relates to a detection system that can be managed and the like.

In general, when a skin type of a human body is classified as a subject, for example, oil, dry, and neutral skin are divided according to the amount of sebum secreted, and complexity and sensitivity are added thereto.

As a way to find out the type of skin, first wait in the evening, cleanse your face, wait 15 to 20 minutes without applying anything, and then sebum appears as a whole and starts to shine. If you have no feeling of pulling your face and notice nothing different, you have neutral skin.

The complex skin has a lot of sebum secretion in the forehead and nose, but the cheeks always feel crumbly, that is, a skin that has two or more skin properties, oily and dry due to an imbalance of sebum secretion.

Sensitive skin may appear reddish due to the expansion of capillaries and blood circulation, and itchy skin and redness of the skin when entering a warm room from a cold place are often classified as sensitive skin.

However, the skin information by the above method is unscientific and unreasonable because it is information based on one's feelings or conjectures, and is inappropriate to use as accurate skin care information.

In order to solve such a problem, it is necessary to perform rational skin care according to the diagnosis by a professional by performing accurate and comprehensive skin measurement.

Although the system for measuring the oil, pores and wrinkles of the facial skin has been devised in the Republic of Korea Patent Publication No. 2003-0018417 for scientific skin measurement, the present invention is limited to the measurement of oil, pores and wrinkles of the skin Skin measurement is not possible, and in the case of moisture measurement, the process of taking water from the skin by using a separate sampling means and collecting the sample by using a water-moisture imaging means to obtain image image information This was cumbersome and inconvenient to measure.

And the existing system for detecting skin had to run the program to detect skin oil, moisture, pores and wrinkles in order.

For example, when detecting skin information: ① Oil → ② Moisture → ③ Pores → ④ Wrinkles are detected sequentially When you want to detect skin wrinkles, do not detect wrinkles but oil, moisture, and pores After the sequential scan and then to detect, or by operating the mouse and keyboard buttons to sequentially click the sequence of the measurement to convert to an operating program that can detect wrinkles, the time was to be measured and diagnosed.

In addition, when detecting information of the skin, if two or more detection means are inadvertently operated, there is a problem that a malfunction occurs.

For example, when a user attempts to operate the oil picking rod and the pore picking rod at the same time due to carelessness, misunderstanding or confusion, a malfunction occurs because two data signals are input to the control unit.

Therefore, the present invention has been invented to solve the above problems, and an object of the present invention is to detect pores, pigmentation, oil, keratin, moisture, elasticity, etc. as comprehensive information on the skin of the subject, especially the human body. By diagnosing this and prescribing cosmetics suitable for one's skin type, it provides a low-cost detection system for scientific and rational skin care.

As another object of the present invention, when detecting comprehensive information on the skin of the human body (pores, pigmentation, oil, keratin, moisture, elasticity, etc.) by adopting an automatic sequence selection system to prevent malfunction of the device and a lot of time A detection system capable of detecting, accumulating and diagnosing skin information is provided.

Means for achieving the object of the present invention is a means for detecting the information of the skin as a means for detecting the skin pore distribution, pore size, pigmentation, keratin and other atopy, the first camera receiving the image image information, and direct contact with the skin Moisture meter to measure skin moisture distribution rate, elasticity measuring stick to measure skin elasticity to determine skin aging, and oil to measure skin oil through oil tap and input image image information to second camera A stick and a keratin measurement stick that detects keratin of the skin through the keratin tab and inputs image image information to the second camera, and further includes a first camera, a moisture meter, and an elasticity measuring stick which are means for detecting the skin information. And a central processing unit for controlling and transmitting information input from the oil measuring stick and the keratin measuring stick, and the central processing station. Interface to transfer the video signal transmitted from the device to the computer or the image and numerical signal processed by analyzing the image on the computer back to the central processing unit, and the processing by analyzing the image transmitted through the interface unit A computer for outputting or storing one image and a numerical signal, an LCD display for outputting the information obtained by the means for detecting the skin information through the central processing unit, and a video signal transmitted from the central processing unit. And a power supply unit for supplying power to the central processing unit.

As another embodiment of the means for achieving the object of the present invention, the image and numerical information input from the first camera, the moisture measuring device, the elasticity measuring stick, the oil measuring stick and the keratin measuring stick, which are means for detecting the information of the skin. A central processing unit that analyzes, processes, transmits, and stores images and numerical signals, an LCD display unit that outputs numerical values through the central processing unit, and outputs an image signal transmitted from the central processing unit; It is composed of a monitor and a power supply unit for supplying power to the central processing unit.

Means for achieving another object of the present invention is a configuration that allows the program of the central processing unit and the computer to be interlocked, and each of the means for detecting the information of the skin to configure the sensor to immediately detect the desired skin information .

Hereinafter, described in detail with reference to the accompanying drawings shown as a preferred embodiment as follows.

1 to 2 and 6 will be described a preferred embodiment of the present invention as follows.

As a means (A) for detecting skin information, a first camera 1 which captures the pore distribution, pore size, pigmentation, keratin and other atopy of the skin and receives image image information is configured.

The first camera 1 may select and combine the lenses L, L1, L2, and L3 having a lens magnification according to the fill.

And the moisture measuring device (2) to calculate the numerical value by calculating the moisture distribution rate of the skin in direct contact with the skin, and has a solenoid valve (3), a vacuum pump and a motor drive (4) to measure the elasticity of the skin Elasticity measuring stick (5) for discriminating skin aging is configured.

The elasticity measuring stick (5) is a pipe-like elasticity measuring stick (5) as shown in Figure 7 is a double inner cylinder consisting of the inner body 101 and the outer body (102) inside the outer cylinder 100 ( 103 and insert the first prism 104 and the light emitting portion 105 on one side of the inner body 101 and the outer surface 102 and the second prism 106 on the other side corresponding thereto. And a light receiving unit 107 are inserted.

In front of the first and second pre-proof 104, 106 forms a light passing hole 108 or a transparent material through which light can be transmitted.

The upper surface of the inner cylinder 103 is installed to seal the support plate 109, and the limit switch 110 and the resilient spring 111 is installed on the upper surface thereof.

And it is comprised so that the lower tip part of the inner cylinder 103 may protrude from the lower tip part of the said outer cylinder 100 by predetermined height h.

An oil measuring stick 7 which extracts oil from the skin through the oil tap and inputs image image information to the second camera 6, and a second camera by collecting keratin of the skin through the keratin tap. (6) is made of a keratin measurement stick (8) for inputting the video image information.

Then, input from the first camera (1), the moisture meter (2), the elasticity measurement stick (5), the oil measurement stick (7) and the keratin measurement stick (8), which is a means (A) for collecting the skin information. The central processing unit 9 controls and transmits the received information, and transmits the image signals (pores, pigmentation, oil, keratin) and numerical signals (elasticity, moisture) of the central processing unit 9 to the computer 10. Or an interface for transmitting images (pores, pigmentation, oil, keratin) and numerical signals (pores, pigmentation, oil, keratin) processed by image analysis on the computer 10 to the central processing unit 9 again. The information obtained by the unit 11, the computer 10 that analyzes the video signal transmitted through the interface unit 11, computes and outputs the video and numerical signals, and means for detecting the information of the skin. LCD display unit 12 for outputting the numerical value through the central processing unit (9), And a monitor 13 for outputting the video signal sent from the CPU 9, and is composed of a power supply 14 for supplying power to the central processing unit (13).

Referring to Figure 10 shown as another embodiment of the configuration of the present invention as follows.

That is, the image input from the first camera (1), the moisture measuring device (2), the elasticity measuring stick (5), the oil measuring stick (7), and the keratin measuring stick (8), which are means (A) for detecting skin information. And a central processing unit 9a for analyzing, numerically processing, and transmitting and storing numerical information into an image and a numerical signal, and an LCD display unit 12 for outputting numerical values through the central processing unit 9a. And a monitor 13 for outputting the video signal transmitted from the central processing unit 9a, and a power supply unit 14 for supplying power to the central processing unit 9a. In addition, since the same reference numerals and the same reference numerals in FIG. 6 are the same members, detailed descriptions will be omitted in order to avoid duplication of description.

On the other hand, in the present invention, as shown in Fig. 5, the program of the central processing unit (9) (9a) and the computer are interlocked, and each of the means (A) for detecting the information of the skin constitutes a sensor (S) immediately to the desired skin. It is a configuration that allows measurement.

Referring to the operation according to the detection method of the present invention as described above are as follows.

1, 2 and 6, the first camera 1 of one of the means (A) for detecting the information of the skin is in close contact with the skin to capture the pore distribution, pore size, pigmentation, keratin and other atopy of the skin The received image information is transmitted to the central processing unit 9 and the image information is transmitted to the computer 10 through the interface unit 11 via the central processing unit 9.

The computer 10 analyzes the transmitted image information and calculates and processes the image and numerical values, and outputs the calculated image and numerical signals through the monitor M of the computer 10 and outputs the image and numerical signals. The control unit 9 transmits the image signal to the central processing unit 9 through the interface unit 11, and outputs the image signal through the monitor 13 as an image by the central processing unit 9, and the numerical signal is an LCD display unit ( Also, the numerical value can be output through (12).

The case where skin moisture is to be detected is explained.

Moisture meter (2) is in direct contact with the skin to detect the moisture distribution of the skin moisture is measured in the sensor portion of the moisture meter (2) and the measured moisture value is calculated and processed in the moisture meter (2) The moisture value is transmitted to the central processing unit 9 and outputs a numerical value through the LCD display unit 12 through the central processing unit 9. At the same time, the numerical value is stored in the computer 10 via the interface unit 11.

The case where a skin elasticity is to be detected is demonstrated.

To measure skin elasticity and to determine skin aging, the elasticity measuring stick (5) is in close contact with the position of the skin to be detected and the solenoid valve (3), the vacuum pump and the motor driving unit are controlled by the control of the central processing unit (9). (4) is driven to measure the skin elasticity of the measurer to be calculated by the central processing unit (9) to convert to a numerical value and transmit it to the LCD (LCD) display unit 12 so that it can be displayed as a numerical value.

That is, as shown in FIGS. 6 and 7 to 9, power is supplied to the vacuum pump and the motor driving unit 4, the central processing unit 9, and the elasticity measuring stick 5 through the power supply unit 14.

Then, the elasticity measuring stick (5) is in close contact with the skin (S) of the human body to detect the skin elasticity, as shown in Figure 8 the lower tip of the outer cylinder 100 and the lower tip of the inner cylinder 103 in a horizontal state To match.

That is, pressing the inner cylinder 103 protruding to a predetermined height (h) in close contact with the skin surface (S), while pressing the elastic spring 111, the inner cylinder 103 is raised and the When coinciding with the lower tip, the skin S of the human body protrudes into the inner surface 101 by a predetermined height H (see FIG. 8), and at the same time, the limit switch 110 is operated.

According to the operation of the limit switch 110, the signal is transmitted to the central processing unit (9) at this time to cause a constant amount of light in the light emitting unit 105 by the command of the central processing unit (9).

The amount of light emitted by the light emitting unit 105 is transmitted to the second prism 106 through the first prism 104 and the light transmitted to the second prism 106 is received by the light receiving unit 107.

By the way, if the amount of light emitted from the light emitting unit 104 is 100% is initially blocked by the skin (S) protruding into the inner surface 101, only the remaining light is received by the light receiving unit 107. In addition, this light quantity value is set as an initial reference | standard in measuring the elasticity of skin.

It is assumed that the received light quantity value used as the initial reference is, for example, 80%.

However, the received light quantity value used as the initial reference is not an absolute value but an arbitrary value because the degree of skin elasticity varies from person to person.

That is, as described above, even when the elasticity measuring stick 5 is applied to the skin S and pressed under the same conditions of pressure (lower tip of the inner cylinder 103 and lower tip of the outer cylinder 100 coincide). The amount of light received by the light receiver 107 varies from person to person such as 95%, 93%, 85%, 72%, 75%, and so on.

As described above, the received light quantity value used as the initial reference is read by the A / D converter in the CPU 5, and the microcomputer stores the value.

In this state, when the vacuum pressure is applied to the elasticity measuring stick 5 by the operation of the vacuum pump and the motor driving unit 4 by the command of the central processing unit 9, the pipe-type elasticity measuring stick 5 It is in a vacuum state and the skin is adsorbed into the elasticity measuring stick (5).

That is, the elasticity measuring stick (5) is in close contact with the measurer's skin (S) to operate the vacuum pump and the motor driving unit (4), and in advance to the central processing unit (9) so that all the measurers can be subjected to the vacuum pressure under the same conditions. Enter it.

The vacuum pressure under the same conditions for all the above measuring members is, for example, 500 mbar for 5 seconds.

As the vacuum pressure is applied at 500 mbar for 5 seconds, the skin is inserted into the inner body 101 of the elasticity measuring stick 5 as shown in FIG. (H '), the vacuum degree is transmitted to the A / D converter through the vacuum pressure sensor, and this value is recognized by the microcomputer and the solenoid valve 3 is operated by the command of the central processing unit 9. To isolate the applied vacuum pressure.

Subsequently, air is immediately injected into the elasticity measuring stick 5 (not forcibly injecting air, but to release the vacuum state), and the vacuum is released again in the elasticity measuring stick 5 and adsorbed to a predetermined height. The meter's skin also returns to its original condition.

At this time, the degree of skin elasticity is calculated by measuring the time to reach the height of the measurer's skin elasticity to the height of the initial initial reference (see Fig. 8).

That is, when the vacuum pressure is released to the sufficiently adsorbed skin, the initial measurement was performed according to the degree of skin elasticity of the measurer (in the present invention, as the above example, the value of the received light amount was set to 80% as an initial reference). Since the time to reach the value is different, the time is measured and the degree of elasticity is calculated.

In other words, in brief description, the amount of light irradiated from the light emitting unit 105 through the first and second prisms 104 and 106 in the light receiving unit 107 is measured as an initial reference value as shown in FIG. 8. After applying the vacuum pressure at 500 mbar for 5 seconds [in this case, the skin is adsorbed into the inner body 101 as shown in FIG. 9 and is necessarily adsorbed higher than the initial adsorption height as shown in FIG. The amount of light received by the light receiving unit 107 blocked by the skin is less than the initial amount of light.] By blocking and releasing the vacuum pressure, the time is measured only until the initial light amount is reached by the light receiving unit 107 to determine the degree of elasticity. To calculate.

To explain this, after the solenoid valve 3 is shut off using the timer configured in the central processing unit 9, the timer is initialized and air is injected into the elasticity measuring stick 5 (forced air injection. The number of timers automatically increases synchronously with the microcomputer clock when starting at the same time, and the light quantity value of the light receiving unit 107 based on the initial reference is 80. Only measure until% is reached.

The measured value is converted into a time value, and the granular value of the time is expressed up to 10 ^-6 (micro sec), and converted into a percentage to express elasticity.

For example, if the clock of the microcomputer (the oscillation frequency is the reference) is 4 MHz, if the timer reference is divided by 4 to 1 MHz, one clock is t = 1 / T = ^1/1 × 10 ^-6 = 1 ㎲ (1 × 10 ^-6 sec).

Therefore, close the solenoid valve 3, reset the timer, start simultaneously with the air injection (vacuum release), start the counter and start the counter to get the initial skin height value (initial received light quantity value), e.g. 100 If the dog is 100㎲ and the skin elasticity of healthy age is 1ms, 100 × 10 ^-6 / 1 × 10 ^-3 = 0.1, which is 0.1 × 100 = 10. Therefore, the elasticity is expressed as 10.

This action is controlled by the CPU 5.

The information obtained by converting the skin elasticity of the measurer to a numerical value is transmitted to the LCD display unit 12 so that the numerical value can be outputted and viewed.

On the other hand, if necessary, the information obtained by converting the skin elasticity of the measurer to the numerical value is transmitted to the computer 10 through the interface unit 11 so that it can be stored, analyzed and the like.

The case where you want to detect oil in skin is demonstrated.

To detect oil on the skin, put the oil tap (not shown) on the oil measurement stick (7), put it in contact with the skin, hold it for a certain time (about 3 seconds), and then remove the oil tap on which the oil content is buried. The image is received by the second camera 6 and transmitted to the central processing unit 9, and the central processing unit 9 transmits the received image to the computer 10 through the interface unit 11 and the computer 10. In the present invention, the image information is analyzed and processed into an image and a numerical value, and the processed image and numerical signal are also output through the monitor M of the computer 10, and the image and numerical signals are again output to the interface unit 11. Is transmitted to the central processing unit (9) via the central processing unit (9), and the image signal is output as an image through the monitor (13), and the numerical signal is the numerical value through the LCD (LCD) display unit 12 It also prints.

The case where skin keratin is to be detected is explained.

To detect keratin of skin, put keratin tab (not shown) on keratin measurement stick (8), put it in contact with skin, hold it for a certain period of time (about 3 seconds), and then remove keratin tab on which angular mass of skin is buried. The image is received by the second camera 6 and transmitted to the central processing unit 9, and the central processing unit 9 transmits the received image to the computer 10 through the interface unit 11 and the computer 10. In the present invention, the image information is analyzed and processed into an image and a numerical value, and the processed image and the numerical signal are output through a monitor of the computer 10, and the image and the numerical signal are returned to the center through the interface unit 11 again. The image signal is transmitted to the processing unit 9 and the image signal is output as an image through the monitor 13 by the central processing unit 9, and the numerical signal may also output a numerical value through the LCD display unit 12. .

As above, the skin's pore distribution, pore size, pore size, pigmentation, keratin and other atopy, and moisture, elasticity, oil and keratin are precisely measured and diagnosed and cosmetics suitable for your skin type. Can be prescribed and scientific and reasonable skin care will be available.

Referring to Figure 10 shown as another embodiment of the present invention will be described the operation according to the detection method.

The detection method shown in Fig. 10 is the same as the method described in accordance with Figs. 1, 2 and 6 described above, and all of the information of the skin detected by the means for detecting the information of the skin in the central processing unit 9a. There is a difference in analysis, operation processing and storage.

That is, the first camera 1 is in close contact with the skin to capture the pore distribution, pore size, pigmentation, keratin and other atopy of the skin and receive it as an image, and the received image information is transmitted to the central processing unit 9a. Image information is analyzed by the central processing unit (9a) and the image processing and processing of the image and the numerical value, the processed image and the numerical signal is stored and the image is output through the monitor 13, the numerical signal is the LCD ( LCD) may be output as a numerical value through the display unit 12.

When the moisture of the skin is detected, the moisture value measured by the moisture meter 2 is processed by the moisture meter 2 and the calculated moisture value is transmitted to the central processing unit 9a and the central processing unit 9a. At the same time, the numerical value is output through the LCD display unit 12, and the numerical value is stored in the central processing unit 9a.

When detecting the elasticity of the skin, the skin elasticity value detected by the elasticity measuring stick (5) is analyzed and calculated by the central processing unit (9a) and converted into a numerical value, which is then processed by the LCD display unit 12. It should be able to transmit and output as numerical value and save at the same time.

When oil is detected on the skin, the oil detected by the oil measurement stick 7 is received by the second camera 6 as an image, transmitted to the central processing unit 9a, and the image information from the central processing unit 9a. Analyze and process the image and numerical value, and store the processed image and numerical signal and at the same time output the image signal to the image through the monitor 13, the numerical signal through the LCD display unit 12 It also outputs numerical values.

When detecting keratin of the skin, the keratin detected by the keratin measuring stick 8 is received as an image by the second camera 6 and transmitted to the central processing unit 9a, and the image information is received by the central processing unit 9a. Analyze and process the image and numerical value, and store the processed image and numerical signal and at the same time output the image signal to the image through the monitor 13, the numerical signal through the LCD display unit 12 It also outputs numerical values.

As described above, it is possible to precisely detect and diagnose comprehensive information about skin and to diagnose it and prescribe cosmetics suitable for one's skin type, and also to perform scientific and rational skin care.

On the other hand, the present invention is applied to the automatic sequence selection system to the program of the central processing unit (9) (9a) as a program having an automatic sequence selection function, and the computer is linked to each of the means for detecting the information of the skin As shown in FIG. 5, the sensor S may be configured to immediately detect desired skin information.

The sensor S is composed of a light emitting unit S1 for irradiating light and a light receiving unit S2 for receiving light.

That is, for example, even if the user lifts the third elasticity measuring stick 5 immediately without operating the means for sequentially detecting the skin information from the beginning, the operation of the sensor S, that is, the light emitting unit S1 By receiving the light to be irradiated from the light receiving unit (S2) is turned on (ON) immediately the program suitable for the elasticity measurement is selected, and the detected value is also automatically input and arithmetic processing.

As another example, when the second moisture meter (2) and the third elasticity measurement stick (5), which are means (A) for detecting skin information for skin measurement, are simultaneously lifted, Even if two data signals enter the processing device (9) (9a), there is no malfunction and only the second moisture meter (2) is turned ON. In conjunction with this, the computer program is a program suitable for the second moisture meter (2). The selected and measured values are also automatically entered and processed.

Therefore, it is possible to make a measurement in a short time without malfunction and provide convenience of measurement and reduce the diagnostic time.

The present invention as described above can obtain the following effects.

That is, scientifically accurately detect and diagnose the pore distribution, pore size, pigmentation, keratin and other atopy, and moisture, elasticity, oil and keratin, which are comprehensive information about the skin of the human body (mainly face) as the subject. Cosmetics suitable for the skin type can be prescribed and scientific and reasonable skin care will be possible.

And, when detecting the information of the skin can be detected within a short time without a malfunction, providing the convenience of detection, it is possible to reduce the diagnostic time.

Claims (10)

Means (A) for detecting information of skin as a subject, comprising: a first camera (1) for capturing the pore distribution, pore size, pigmentation, keratin and other atopies of the skin and receiving image image information; A moisture measuring device (2) which directly contacts the skin and collects the moisture distribution ratio of the skin to calculate a numerical value; An elasticity measuring stick (5) having a solenoid valve (3), a vacuum pump, and a motor driving part (4) to measure skin elasticity to determine skin aging; An oil measurement stick 7 for extracting oil from the skin through an oil tap and inputting image image information to the second camera 6; A keratin measurement stick 8 for extracting keratin of skin through a keratinous tap and inputting image image information to the second camera 6; In addition, the first camera 1, the moisture measuring device 2, the elasticity measuring stick 5, the oil measuring stick 7 and the keratin measuring stick 8, which are means for detecting the skin information, are controlled. Central processing unit (9) for transmitting by; Interface unit 11 for transmitting the image signal of the central processing unit 9 to the computer 10 or the image and numerical signal processed by the image analysis in the computer 10 to the central processing unit 9 again. )Wow; A computer 10 for analyzing and outputting the video signal transmitted through the interface unit 11 into an image and a numerical signal; An LCD display unit 12 for outputting information obtained by the means for detecting information of the skin as a numerical value through the central processing unit 9; And a monitor (13) for outputting the video signal transmitted from said central processing unit (9). The method according to claim 1, wherein the first camera 1 receives image measurement information of pore distribution, pore size, pigmentation, keratin and other atopy of the skin, and passes them through the central processing unit 9 and the interface unit 11. The computer 10 analyzes the image information and computes the image and the numerical value, and outputs the calculated image signal to the image through the monitor 13, and the numerical signal is the numerical value through the LCD display unit 12. A detection system, characterized in that for outputting. The liquid crystal display according to claim 1, wherein the moisture measuring unit (2) directly contacts the skin to obtain a moisture distribution ratio of the skin and calculates a numerical value, and the calculated moisture value is passed through a central processing unit (9) to display an LCD display. A detection system, characterized in that for outputting a numerical value via the section (12), the numerical value being stored in the computer (10) via the interface section (11). The method of claim 1, wherein the elasticity measuring stick (5) measures the elasticity of the skin, calculated by the central processing unit (9), converted to a numerical value and transmitted to the LCD (LCD) display unit 12 and output as a numerical value And also the detection system, characterized in that to be transmitted to the computer (10) via the interface unit 11 to be stored, analyzed. The method of claim 1, wherein the oil and keratin information collected by the oil measurement stick 7 and the keratin measurement stick 8 are received by the second camera 6 as an image, and the central processing unit 9 and the interface unit are received. After analyzing the image information in the computer 10 through the (11) to the image and the numerical processing and the processed image signal is output to the image through the monitor 13, the numerical signal is LCD (LCD) display unit 12 A detection system, characterized in that to output a numerical value through. Image input from the first camera 1, the moisture measuring device 2, the elasticity measuring stick 5, the oil measuring stick 7 and the keratin measuring stick 8, which are means A for detecting information of the skin of the subject. And a central processing unit (9) for analyzing, numerically processing and transmitting and storing numerical information into video and numerical signals. An LCD (LCD) display unit 12 outputting a numerical value through the central processing unit 9; And a monitor (13) for outputting the video signal transmitted from said central processing unit (9). The automatic sequence selection system is applied to the detection system of claim 1, so that the program of the central processing unit 9 is a program having an automatic sequence selection function, and the computer is interlocked with each other. ) To detect the desired skin information immediately. The automatic sequence selection system is applied to the detection system of claim 6, so that the program of the central processing unit 9a is a program having an automatic sequence selection function, and the computer is interlocked with each other. ) To detect the desired skin information immediately. A detection system comprising a process of detecting information of a skin by the detection system of claim 1 or 6 and providing image and numerical information obtained by processing the same and executing prescription and skin care using the same. . The elasticity measuring stick (5) according to claim 1, wherein the elasticity measuring stick (5) inserts a double inner cylinder (103) consisting of an inner surface (101) and an outer surface (102) inside the outer cylinder (100), and the inner surface (101). ) And the first prism 104 and the light emitting unit 105 are inserted into one side of the outer surface 102 and the second prism 106 and the light receiving unit 107 are inserted into the other side corresponding thereto. A light passing hole 108 is formed in front of the first and second prisms 104 and 106, and the lower end portion of the inner cylinder 103 has a predetermined height h from the lower end portion of the outer cylinder 100. Detection system characterized in that the installation is configured to protrude.

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