KR20040050156A - Tights for treament - Google Patents

Abstract

PURPOSE: Provided are leggins for beauty care which calculates the body fat percentage by measuring body impedance and electrically stimulates a body by pulse base current. The leggings provides different beauty care actions in accordance with obesity and body types of users. CONSTITUTION: Leggins(100) for beauty care comprises: at least a pair of first electrodes which are contacted with fingers; second electrodes(H5, H6, H7, H11, H12, H13) which are symmetrically installed inside the main body(200) of the leggins; an impedance measuring unit which supplies electric current to the first and second electrodes to measure several impedance values of several body regions; a data input device which the data of an individual related to the body fat percentage is inserted into; a physical constitution determining unit which determines the body type of an individual using the impedance values and individual data; a beauty care mode selecting unit which selects an optimal beauty care mode based on the body type; a pulse base current supplying unit which supplies the electric current to the second electrodes according to the selected beauty mode; and a displaying unit which displays the determined body type.

Description

Tights for treament}

The present invention relates to cosmetic tights that measure the body impedance and calculate the body fat percentage, and at the same time electrically stimulate the living body by the pulse current to perform the cosmetic.

In the human body, in order to maintain the living body, a living body current flows without rest, and cellular activity and contraction movement of muscles are performed. Cosmetic tights stimulate the living body by supplying the same pulsed current as the living body current from the outside to activate cellular activity, and to stimulate the contractile movement of muscles to enhance the living body function.

For cosmetics with cosmetic tights, it is called Drainage, which has the effect of stimulating the flow of lymphatic fluid and removing swelling, etc., mainly by stimulating the surface of the human body with a pulse of a specific frequency band, and a lower frequency band than that. There is a thing called toning that stimulates the core of the body with the pulse of to contract the muscles, promote the circulation of blood, and promote metabolism.

The degree of these cosmetic effects depends on the user's body type and obesity type (visceral fat type, subcutaneous fat type). For example, in the case of visceral fat type, toning by low frequency is required to transmit pulse current to visceral fat. It is known that it is more effective than dranat rats, and that in the case of subcutaneous fat type, draena rats at higher frequencies are more effective than toning.

Conventional cosmetic tights include, for example, a plurality of currents for supplying a pulsed current to the body inside the freely stretchable tights.

In this conventional hairdressing tights, hairdressing has been performed based on a driving mode selected by the user from a plurality of types of hairdressing set in advance by the operation unit and a power feeding pattern.

In the part where beauty is performed using beauty tights, for example, in the lower abdomen, the thigh, the waist and the buttocks, the method of attaching fat and the like is different, so that beauty is preferably performed in a different mode. As an index of the method of attaching fat and the like, the body fat percentage and the like can be given.

However, in the conventional beauty tights, for example, the body fat rate of the user's human body and the body fat rate of the site where beauty is performed are not measured, and there is no setting of the type of hairdressing or the feeding pattern based on the measured body fat rate. Therefore, it was not possible to perform the optimal beauty according to the user's body shape.

Accordingly, the present invention has been made to solve such a problem, and based on the measurement result of the impedance between each electrode in contact with the human body part and the personal information of the user, the user's body type and obesity type are determined, The optimal beauty can be automatically performed according to the determined type, and the beauty can be performed in different modes separately between the electrodes, and a certain beauty effect can be given to users of any body type or obesity type. It aims to provide the beauty tights which there is.

BRIEF DESCRIPTION OF THE DRAWINGS It is a figure which shows the whole structure of the beauty tights of embodiment of this invention.

2 is a rear view of the electrode tights.

3 is an external view of the beauty tights body viewed from the front.

4 is a view showing an example of a connection portion formed in the planar electrode and the cable.

5 is a functional block diagram of cosmetic tights.

It is a figure which shows the display form of the body type and obesity type discrimination result in the beauty tights main body.

It is a figure which shows the constant determined based on the age and sex used for calculation of abnormal weight.

It is a figure which shows an example of abnormal body fat percentage F (%), an upper limit value Fa, and a lower limit value Fb in age and gender.

9 is a diagram illustrating an example of a dot pattern developed in the matrix display area.

10 is a diagram illustrating an example of standard toning.

11 shows an example of a standard draenei rat.

12 is a diagram illustrating an example of special toning.

It is a figure which shows an example of a special draenamu.

It is a figure which shows the circuit structure of the cosmetic means in cosmetic tights.

It is a figure which shows the circuit structure of the impedance measuring means in cosmetic tights.

It is a figure which shows the use form of cosmetic tights.

<Brief description of the main parts of the drawing>

100: beauty tights 200: beauty tights body

300: cable 301: connection jack

400: electrode tights

H5, H6, H7, H8, H9, H10, H11, H12, H13, H14, H15, H16: planar electrode

Fa: Connection

In order to achieve the above object, the cosmetic tights of the present invention comprises at least a pair of first electrodes for contacting the fingers, and a second electrode mounted in pairs almost symmetrically inside the tights body made of a flexible material; Impedance measuring means for selectively passing the current for impedance measurement to the human body of the user by selectively using the first electrode and the second electrode, and measuring the impedance of the plurality of parts of the human body, respectively, and the user's personality related to the body fat percentage. A body type for discriminating the user's body type into a plurality of preset types based on the input means for inputting information, the impedance of each part measured by the impedance measuring means, and the personal information input by the input means. And set according to the type discriminating means and the body type of the user determined by the body type discriminating means. Beauty selection means for selecting an optimal beauty condition among a plurality of preset beauty conditions based on the usage information, beauty means for flowing a pulse current of the beauty condition selected by the beauty choice means to the second electrode, and And display means for displaying the result determined by the body type determination means.

According to the cosmetic tights, the user's body shape can be discriminated from the user's personal information related to the measurement result of impedance and the body fat percentage measured by using the first electrode and the second electrode selectively. And based on the determined body shape, beauty conditions suitable for the site | part of a human body between a 2nd electrode can be selected automatically from a preset beauty condition, and beauty can be performed. Thereby, the effect of the beauty in each part of a human body can be improved. In addition, the body type of the user classified by the correlation between the weight and the body fat percentage in the personal information related to the body fat rate such as the gender, age, height, and weight of the user can be determined and posted to the user. In addition, the 1st electrode and the 2nd electrode may be comprised from the electrode which becomes a some pair.

In addition, the cosmetic tights of the present invention are a plurality of types of presetting the type of obesity of the user based on the impedance of each part of the human body measured by the impedance measuring means and the personal information input by the input means. And a second display means for displaying the result determined by said obesity type determining means.

According to the cosmetic tights, the type of obesity of the user can be determined based on the correlation between the weight and the body fat percentage in the personal information related to the body fat rate such as the sex, age, height, and weight of the user.

In addition, the cosmetic tights of the present invention includes at least one pair of first electrodes for contacting fingers, a second electrode mounted in pairs almost symmetrically inside the tights body made of a flexible material, and the pairing agent. Impedance measurement means for measuring the impedance of the user's site located between the second electrode by flowing a current for impedance measurement to the site of the user's human body located between the two electrodes, and inputs the user's personal information related to the body fat percentage Body type determination means for discriminating the user's body type into a plurality of types preset based on the impedance of the part measured by the impedance measuring means and the personal information input by the input means; Based on beauty information set according to the user's body type determined by the body type determination means For example, beauty selection means for selecting an optimal beauty condition among a plurality of preset beauty conditions, beauty means for flowing a pulse current according to the beauty condition selected by the beauty choice means to the second electrode, and the body type determination means And display means for displaying the result determined by the method.

According to the cosmetic tights, the body shape of the user can be determined from the measurement result of the impedance between the second electrodes and the user's personal information related to the body fat percentage. And based on the determined body shape, beauty conditions suitable for the site | part of a human body between a 2nd electrode can be selected automatically from a preset beauty condition, and beauty can be performed. Thereby, the effect of the beauty in each part of a human body can be improved. In addition, the body type of the user classified by the correlation between the body weight and body weight in the personal information related to the body fat rate such as sex, age, height, weight, etc. of the user can be determined and posted to the user. In addition, the 1st electrode and the 2nd electrode may be comprised from the electrode which becomes a some pair.

Further, the second electrode is paired almost bilaterally on the inside of the surface side of the tights main body, and the third electrode mounted in the longitudinal direction of the tights main body is paired almost bilaterally on the inside of the back surface side of the tights main body. It may be constituted by a fourth electrode mounted in the longitudinal direction of the tights main body.

Embodiment of the Invention

EMBODIMENT OF THE INVENTION Hereinafter, embodiment of this invention is described with reference to drawings.

In FIG. 1, the whole structure of the beauty tights 100 which implemented this invention is shown. The electrode tights 400 shown in FIG. 1 is a front view. 2 is a rear view of the electrode tights 400. As shown in FIG. 1, this beauty tights 100 mainly comprises the beauty tights main body 200 of the portable size, and the electrode tights 400 connected to this beauty tights main body 200 via the cable 300. As shown in FIG. It is composed of

3 is an external view of the cosmetic tights main body 200 viewed from the front.

As shown in FIG. 3, a pair of holding parts 201 are formed at both left and right ends of the beauty tights main body 200, and each of the holding parts 201 is provided with the feed side electrodes H1 and H2 and the detection side. The electrodes H3 and H4 are formed.

The display unit 202 of the LCD is formed between the left and right holding units 201. Below the display unit 202, a power supply / function selection button 203 for turning on / off the power or selecting a function, a start / end button 204 for instructing start / completion of body fat measurement and beauty, and the like. Up keys 205 for inputting personal information related to body fat percentage such as gender, age, height, and weight of the user, as well as setting the intensity, frequency, and beauty time of pulse currents for beauty; A down key 206 and a set key 207 are disposed.

In addition, for the intensity of the pulse current, for example, options written in a sensational language such as "touch," "release," "press," "tap," and "knock" are prepared in advance from the weak side. Among them, the user can select the intensity of the pulse current by using the up key 205, the down key 206, and the set key 207.

The display unit 202 displays personal information from the user, the status of the cosmetic tights 100, the value of the body fat percentage as a result of the measurement, and the like, and is determined by the cosmetic tights 100. The matrix display area 208 which displays the body type type and the obesity type information is formed.

In addition, a connector 209 is formed in the beauty tights main body 200 which is free to connect and disconnect the connection jack 301 of the cable 300 for connection with the electrode tights 400.

As shown in FIG. 1 and FIG. 2, the electrode tights 400 have a 12-terminal electrode located inside the electrode tights 400, that is, on the side contacting the human body when the electrode tights 400 are mounted. Surface electrodes H5 to H16 are formed. These planar electrodes are formed in the electrode tights 400 by, for example, a hot melt adhesive or sewing. In addition, the planar electrodes H5 to H16 correspond to the lower abdomen, the inguinal part, the thigh, the waist, or the part extending from the waist to the buttocks, the back of the knee, and the calf of the human body, respectively, and the planar electrodes H5 and H6. , H7, H8, H9, and H10 are the supply side electrodes, and the planar electrodes H11, H12, H13, H14, H15, and H16 are detection side electrodes.

In addition, the conductive carbon ink is coated on the surface of the flexible urethane resin to the twelve planar electrodes H5 to H16 of the electrode tights 400, and an aluminum foil is adhered to the surface of the flexible insulating strip sheet. Or formed of conductive rubber or silicon can be used.

In addition, the electrode tights 400 are sewn with a highly elastic fiber material, which fits perfectly to the body, and allows each of the surface electrodes H5 to H16 to be pressed to a predetermined portion of the lower body.

In addition, the connection part Fa is formed in planar electrode H5-H16, respectively. These connection parts Fa are connected to the connection part Fb formed by branching so that it may connect with each connection part Fa in the other end side of the cable 300 connected with the beauty tights main body 200. FIG. As a result, the planar electrodes H5 to H16 are electrically connected to the beauty tights main body 200.

Here, FIG. 4 shows an example of the connection part Fa formed in the planar electrodes H5 to H16 and the connection part Fb formed in the cable 300. The convex part 401 is formed in the connection part Fa, and the concave part 302 is formed in the connection part Fb. The concave portion 302 is configured to be detachably attached to the convex portion 401.

5, the functional structure of the beauty tights 100 is shown in block form.

As shown in FIG. 5, the cosmetic tights 100 includes a switching means 1, an impedance measuring means 2, a body type and obesity type discriminating means 9, a display control means 5, a beauty means 6, The beauty selection means 7 and the data input means 8 are provided.

The switching means 1 comprises twelve planar electrodes which are the 12-terminal electrodes of the feed-side electrodes H1 and H2 and the detection-side electrodes H3 and H4 and the electrode tights 400 of the cosmetic tights main body 200 ( It is a means for switching the combination of the connection of H15-H16). The combination of the connection of these electrodes has at least the following.

① The combination of the connection when measuring the impedance between both hands, and the combination of the power supply side electrodes H1 and H2 and the detection side electrodes H3 and H4 connected in the four-terminal electrode of the beauty tights main body 200. .

(2) A combination of the connections when measuring the impedance between the parts in contact with the electrode tights 400, and the planar electrodes H5, H6, H7, of the feed-side electrode to be connected in the 12-terminal electrode of the electrode tights 400; Combination of H8, H9, H10 and planar electrodes H11, H12, H13, H14, H15, H16 of the detection side electrode.

(3) A combination of a connection when measuring impedance between a hand and a portion in contact with the electrode tights 400, wherein a combination of any one terminal electrode of the body tights body and one terminal electrode of the electrode tights 400 is used.

The switching means 1 sequentially switches the combination of the connections of (1) to (3) in time series.

The impedance measuring means 2 is a sine wave alternating current of a predetermined voltage (for example, 50 kHz) at the feed side electrodes H1, H2, H5, H6, H7, H8, H9, and H10 for each combination of the above connections 1 to 3. Voltage) and extract the detection voltage from the detection-side electrodes H3, H4, H11, H12, H13, H14, H15, H16, so that between the two hands and between the parts in contact with the electrode tights 400, It is a means for measuring the impedance between the parts in contact with the electrode tights 400.

The body type and obesity type discriminating means 9 is composed of a body fat percentage calculating means 3, a body shape discriminating means 4 and an obesity type discriminating means 10. The measurement result of the impedance measuring means 2 and the data input means 8 ) Is a means for discriminating the body type and obesity type of the user based on the user's personal information input from the user.

In other words, in this body type and obesity type discriminating means 9, the body fat percentage calculating means 3 includes a hand and an electrode between two hands measured by the impedance measuring means 2 and between a portion of the body contacting the electrode tights 400. Based on the impedance of each part between the parts in contact with the tights 400 and the personal information of the user input by the data input means 8, the body fat percentage and the overall body fat percentage of each part of the user (for example, Average value of body fat percentage).

The body shape discriminating means 4 is the body shape of the user classified by the correlation between the weight and the body fat rate based on the total body fat rate calculated by the body fat rate calculating means 3 and the user's personal information input by the data input means 8. Determine.

The obesity type discriminating means 10 discriminates the types of obesity classified by the body fat distribution of the user based on the body fat rate of each part calculated by the body fat rate calculating means 3.

The display control means 5 displays the information of the user's body shape determined by the body shape determining means 4 and the information of the user's obesity type determined by the obesity type determining means 10. Control to display 202 is performed.

The cosmetic means 6 is a means for performing a plurality of kinds of cosmetic treatment by electrical stimulation to the human body through the terminal electrode group of the cosmetic tights main body 200 and the electrode tights 400.

The beauty selection means 7 selects an optimal type of beauty to be performed by the beauty treatment means 6 according to the body shape and the obesity type of the user determined by the body shape and the obesity type determination means 9.

6, the display form of the body type and obesity type discrimination result in the display part 202 of the beauty tights main body 200 is shown.

In the display unit 202, a matrix display region 208 having a height and width of 3 × 3 is formed. One dot 210 can be displayed on each partition constituting the matrix. In the matrix display area 208, the body type and obesity type information can be visually provided to the user by the position of the section in which the dot 210 is displayed.

In the matrix display area 208, the determined body type and the obesity type information are switched and displayed, for example, in accordance with an instruction from the user.

In the display of body shape information, the body weight is assigned to the vertical axis of the matrix display area 208, and the body fat percentage is assigned to the horizontal axis. In the weight on the vertical axis, the middle division line is the abnormal region, the lower division line is the underweight region, and the upper division line is the solid region. The body fat percentage displayed on the horizontal axis is the middle partition row as an abnormal region, the left partition column is the low body fat percentage area, and the right partition column is the solid fat percentage area.

In the matrix display area 208, when the body shape information is displayed, the dot 210 is blinked and displayed in one section corresponding to the body shape of the user determined by the body shape determining means 4 described above. The meanings of the vertical axis and the horizontal axis are displayed so that the user can intuitively recognize the method of reading the body shape information in the matrix display area 208.

Here, the body shape determination of the user by the body shape determining means 4 is performed as follows, for example. The body shape determining means 4 determines whether the weight of the user belongs to an abnormal area, an underweight area, or a solid area based on personal information related to body fat percentage such as gender, age, height, and weight given from the user, for example. At the same time, it is determined whether the overall body fat percentage given by the body fat percentage calculation means 3 belongs to the abnormal area, the low body fat area or the solid fat area.

When these determinations are made, calculation of abnormal body weight, abnormal body fat percentage, etc. shown next is performed. Abnormal body weight is calculated | required by following Formula (1).

W = e ^{(a + bH)} ... Formula (1)

Here, W is an abnormal weight (kg), coefficients a and b are constants determined based on age (T) and sex shown in FIG. 7, and H is height (cm).

In addition, abnormal weight may be calculated | required simply by following formula (2).

(H-100) x 0.9... Formula (2)

Here, the upper limit Wa and the lower limit Wb of the abnormal region of the body weight are obtained by the following equations (3) and (4).

Wa = W × 1.1... Formula (3)

Wb = W x 0.9... Formula (4)

In addition, the upper limit Wa and the lower limit Wb of the abnormal region of the body weight may be obtained by the following equations (5) and (6).

Wa = W + 2... Formula (5)

Wb = W-2... Formula (6)

Abnormal body fat percentage F (%) is calculated | required by following formula (7) for a male, and Formula (8) for a female.

F = {4.95 / (1.55-0.084 × W × Z / H ² ) -4.5} × 100... Formula (7)

F = {1- (0.6483 × H ² /Z+0.1699×W+5.091)/W}×100. Formula (8)

Here, Z is the human body impedance measured by the impedance measuring means 2.

Fig. 8 shows an example of abnormal body fat percentage F (%), upper limit value Fa, and lower limit value Fb in age and gender. Based on the value shown in FIG. 8, the abnormal region, the low body fat region, and the solid fat region of the body fat percentage shown in FIG.

Here, the abnormal weight and abnormal body fat percentage are calculated using the above formulas (1) to (8), but the abnormal weight and abnormal body fat percentage are not limited to the calculations based on these formulas. It may be calculated by another calculation method based on personal information such as gender, age, height, weight, and the like.

As shown in FIG. 6, the matrix display area 208 includes the upper limit value Wa and the lower limit value Wb of the above-described body weight, the upper limit value Fa of the abnormal body fat percentage, and the lower limit value Fb. The high rank of the user's weight and body fat percentage is determined.

As described above, when the body shape discriminating means 4 determines each rank of the user's weight and body fat percentage, the information is notified to the display control means 5, and the display control means 5 displays the matrix according to this notification. Control is performed to display the dots 210 in one corresponding section of the region 208.

Each section of the matrix display area 208 is provided with a number and a name so that the user's own body shape can be easily recognized. For example, if the number is attached as in the drawing, number 1 is "very sportsman", number 2 is "sportsman ideal type", number 3 is "very skinny", number 4 is "sportsman type", number 5 is "health ideal type", 6 One is "dry", the seven is "obesity", the eight is "hyperfatty", the nine is "very hyperfatty".

By the above, a user can know the figure which he belongs to among the said nine figure classifications.

By instructing the user to switch to the obesity type display, the display of the matrix display area 208 is switched from the body type information to the obesity type information. The display control means 5 develops the dot pattern corresponding to the type of obesity of the user determined by the above-described obesity type discrimination means 10 in the matrix display area 208.

9 shows an example of a dot pattern developed in the matrix display area 208. Here, 9a is a balance type, 9b is a visceral obesity type, 9c is a subcutaneous fat type, 9d is a combination of visceral obesity and subcutaneous fat. As shown in these dot pattern examples, the outer and inner sections of the matrix display area 208 are viewed from the outside and the inside of the human body, respectively, so that the trend (fat distribution) of the method of attaching the body fat can be seen at a glance. Doing.

Here, the obesity type determination of the user by the obesity type discrimination means 10 is performed as follows, for example.

Parameters for determining the type of obesity are the body fat rate between the two hands, the body fat rate between the areas in contact with the electrode tights 400, and the body fat rate between the hands and the site touching the electrode tights 400. Among them, the percentage of body fat between the two hands and the percentage of body fat between the hand and the site in contact with the electrode tights 400 are largely dependent on the subcutaneous fat, and the percentage of body fat between the sites in contact with the electrode tights 400 is determined by the amount of visceral fat. The ratio depends largely.

Therefore, from the body fat rate between both hands and the body fat rate between the contact area between the hand and the electrode tights 400 and the body fat rate between the contact area with the electrode tights 400, the user's obesity type is divided into four types (balanced type and internal organs). Obesity, subcutaneous fat, visceral obesity and subcutaneous fat).

For example, the following obesity type discrimination method can be considered.

① Only the body fat rate between the parts in contact with the electrode tights 400 exceeds the abnormal region, and the body fat rate between the other hands and the body fat rate between the hands and the parts touching the electrode tights 400 do not exceed the abnormal region. If not, it is determined that the internal obesity type.

② The body fat percentage between both hands and the body fat percentage between the hand and the contact area of the electrode tights 400 exceeds the abnormal area, and the body fat percentage between the parts contacting the electrode tights 400 does not exceed the abnormal area. , Subcutaneous obesity type.

(3) When the body fat rate between the areas in contact with the electrode tights 400, the body fat rate between both hands, and the body fat rate between the hands and the areas in contact with the electrode tights 400 exceed the abnormal range, the combination of visceral obesity and subcutaneous fat Determine the type.

④ If it does not correspond to any of the above cases, it is determined as a balanced type.

By discriminating the above-mentioned body type and obesity type, the user can know his or her body type and obesity type from a total of 36 classifications.

After the user's body type and obesity type are determined as described above, the beauty selection means 7 selects an optimal type of beauty for the determined user's body type and obesity type.

Thereafter, the cosmetic means 6 receives the cosmetic start instruction from the user, and the cosmetic means 6 starts and executes the beauty of the kind selected by the beauty select means 7.

Next, an example of a kind of beauty is demonstrated with reference to FIGS.

It is called "toning" which has the effect of stimulating blood circulation by stimulating the deep part of the body by stimulating the deep part of the body by the pulse of low frequency of about 5 to 10 Hz, promoting the circulation of blood, and loosening the body, for example. For example, there is a thing called a draene rat which has the effect of stimulating the surface part of the body with a pulse of a frequency of about 20 to 100 Hz, exercising the muscles of the upper part to promote the flow of lymphatic fluid, and removing edema and the like.

The standard of toning is standard toning (Figure 10) and the standard of draene rat is standard draene rat (Figure 11). In the example of the standard toning shown in Fig. 10, the voltage is output at 10 Hz, one cycle is 8 seconds, and goes up to the set output voltage during the first 4 seconds. Then, it is maintained for 4 seconds in the state of the set output voltage.

In the example of the standard drenched rat shown in Fig. 11, the voltage is output at 50 Hz, one cycle is 8 seconds, and goes up to the set output voltage during the first 4 seconds. Then, it is maintained for 4 seconds in the state of the set output voltage.

So, for example, these standard toning and standard draene rats are further subdivided by the frequency of pulses, and the same body type and obesity type can be selected by selecting the beauty with the optimal pulse frequency according to the determined body type and obesity type of the user. The user can be given a certain beauty.

In addition, there are special tonings (Fig. 12) and special draena (Fig. 13) that change the stimulus by periodically raising and lowering the pulse voltage in the draene rat and toning.

In the example of the special toning shown in FIG. 12, one cycle is 16 seconds and rises to the set output voltage during the first 8 seconds. Then, it is maintained for 8 seconds in the state of the set output voltage. In addition, the output frequency is switched to 5Hz and 10Hz every four cycles.

In the example of the special draena shown in FIG. 13, one cycle is 40 seconds and rises to the set output voltage during the first 7 seconds. Then, the voltage is lowered from the set output voltage to the one level lower voltage state for 8 seconds, and the state is maintained for 5 seconds. Thereafter, it rises again to the set output voltage for 10 seconds and to 0 for 10 seconds after reaching the set output voltage.

In addition to the conventional draene and toning, which pulses between a plurality of electrodes at the same time, time-series draene and time-series toning, or time division, which pulses between a plurality of electrodes by dividing time by time series, simultaneously Time-sharing draenei and time-sharing toning. You may add these methods to the choice of the kind of cosmetics.

The frequency of frequency, application time, etc. which were shown by the above example of the beauty of the drape rat and toning are not limited to these, It can set also in other conditions.

Next, No. 1 "very sportsman", No. 2 "sportsman ideal", No. 3 "very dry", No. 4 "sportsman", No. 5 "health ideal", 6 An example of the beauty in No. "dry type", No. 7 "obesity type", No. 8 "overfat type" and No. 9 "very hyperfat type" is shown.

No. 1 "very sportsman" has a weight above the standard and the body fat percentage is below the standard, many types for athletes such as wrestling, boxing, etc., are muscular and very heavy. This type also has stamina and a very high basal metabolic rate. Thus, this type of hairdressing is performed on a standard draenei for 30 minutes.

No. 2 "Sportsman Ideal" has body weight within the standard range, body fat percentage is below the norm, and is an ideal type for many types of athletes for long distances, for example. Seemingly lean, it has stamina and high metabolic rate. Therefore, this type of hairdressing is performed for 15 minutes on standard drages and 15 minutes of special toning.

No. 3 "very dry" is below the standard of both body weight and body fat percentage, often with pathological symptoms, and requires accurate guidance of nutritional balance. Thus, this type of beauty is performed for 30 minutes on standard toning.

No. 4 "Sportsman" has a weight above the standard and the body fat percentage is within the standard range, and is of many types, for example, a sprinter, a karate athlete, and a bodybuilder in athletics or swimming. The fat is attached to the muscles, but the body looks firm. It has physical strength and high basic metabolism, but if you are alert, it is easy to become obese type or overfat type. Therefore, this type of beauty is performed for 20 minutes for a special draguei and 10 minutes of standard toning.

No. 5 "Healthy Ideal" is the ideal type for both body weight and body fat percentage. Thus, this type of cosmetology is performed for 15 minutes on standard drages and 15 minutes on standard toning.

No. 6 "dry" body weight is within the standard range, body fat percentage is below the standard, and from an cosmetic point of view is one or more types. In this type, it is preferable to maintain the ratio of body fat percentage even if the weight changes, and to increase the basal metabolic rate by attaching muscles. Therefore, this type of hairdressing is performed for 15 minutes for a special draren and 15 minutes for a special toning.

No. 7 "obesity" is both above the standard weight and body fat percentage, you can see that obesity anywhere. This type also shows signs of adult illness, so care is necessary, and calorie restriction and aerobic exercise are indispensable. Therefore, this type of hairdressing is performed for 30 minutes with special drages.

No. 8 "hyperfatty" is a type of body weight within the standard range, body fat percentage is above the norm, and actually a significant obesity, but is a type with little awareness of obesity. In this type, basal metabolic rate is low, easy to gain weight, improving lifestyle, nutrition guidance, aerobic exercise is indispensable. Thus, this type of cosmetology is performed for 20 minutes on standard drages and 10 minutes on standard toning.

No. 9 "very hyperfatty" is below-standard, body fat percentage above-standard, and the most dangerous type from a health point of view. Because of their relatively thin appearance and light weight, people around them are not treated as obese people, and they do not have the awareness of obesity. In this type, basal metabolic rate is low, there is no physical strength, and there is a high possibility of becoming obese in the future. In addition, there is a very high risk of becoming an adult. Therefore, this type of beauty is performed for 20 minutes for a special draren and 10 minutes for a special toning.

In addition to the nine pieces of information divided by the matrix display area 208, the results of the obesity type (balance type, visceral obesity type, subcutaneous fat type, visceral obesity and subcutaneous fat complex type) are added to the cosmetic menu. May be determined.

Next, the structural example of the beauty tights 100 of this embodiment is demonstrated.

14 and 15 show an example of the circuit configuration of the cosmetic tights 100.

In order to measure the human body impedance, a sine wave AC voltage is oscillated from the oscillator 11, and this oscillation output is driven through the driving circuit 12, the transformer T1, and the switching switch 13, and the cosmetic tights main body 200 and the electrode The feed side electrodes H1, H2, H5, H6, H7, H8, H9, and H10 of the tights 400 are supplied.

As shown in Fig. 16, the user measures the human body impedance by holding the right and left holding portions 201 of the beauty tights main body 200 to the power supply side electrodes H1 and H2 and the detection side electrodes H3 and H4. While the finger is held in the form of contacting at the same time, it is performed while the user is wearing the electrode tights 400. In this state, when the button 204 for starting measurement is pressed by the user, the changeover switch 13 is switched to the impedance measurement circuit side, and the detection side electrode H3 of the cosmetic tights main body 200 and the electrode tights 400 is turned on. , H4, H11, H12, H13, H14, H15, H16 generate an alternating detection voltage.

At this time, in order to individually measure the impedance between the two hands, the impedance between the parts in contact with the electrode tights 400, and the impedance between the hands and the parts in contact with the electrode tights 400, Selection and switching timing are controlled. That is, the switch switching control signal is input from the CPU 14 to the switching control circuit 21 via the I / O interface 19 and the switching unit 20, and the switching control circuit 21 is connected to this switching switching control signal. The switching control of the changeover switch 13 is performed based on this.

The alternating voltage generated at the detection side electrodes H3, H4, H11, H12, H13, H14, H15, and H16 is converted into a switch 13, a transformer T2, a band pass filter 15, a rectifier circuit 16, and an amplifier. 17) to DC voltage, waveform shaping, level adjustment, offset adjustment, and then to digital signal by A / D converter 18, to CPU 14 via I / O interface 19. Is entered. Accordingly, the impedance between the two hands, the impedance between the portions in contact with the electrode tights 400 and the impedance between the hands and the portions in contact with the electrode tights 400 are measured separately.

In addition, in order to correct the measurement error caused by the temporal change of the impedance measuring circuit and the temperature characteristic before measuring the impedance, the following calibration is performed on the output characteristic of the detecting circuit.

Human body impedance Z which is three variables (impedance between two hands, impedance between the parts which contact the electrode tights 400, impedance between the hand and the parts which contact the electrode tights 400) and a detection side The relationship of the AC voltage V detected by the circuit is applied to the regression line Z = k · V + C. The same predetermined AC voltage is applied to both ends of the three dummy resistors R1, R2, and R3, each of which has a known resistance value, and is applied to both ends of the dummy resistors R1, R2, and R3. The generated alternating voltage (V) is detected to find the proportional constant (k) and fixed constant (C) of the regression line.

In order to calibrate the output characteristics of the detection side circuit, the CPU 14 switches the changeover switch 23 through the I / O interface 19, the changeover unit 20 and the changeover control circuit 22, The connection of the transformer T1 to the secondary side and the transformer T2 to the secondary side is connected to the dummy resistors R1, R2, and R3 from the detection side electrodes H3, H4, H11, H12, H13, H14, H15, and H16. At the same time, the switching switch 13 is switched via the switching control circuit 21 to switch the measurement target among the three dummy resistors R1, R2, and R3.

The CPU 14 determines the dividing ratio of the clock pulses of the reference clock generator 25 based on the type of the cosmetic selected by the cosmetic selecting means 7, and divides the digital trigger signal divided by this division ratio into the I / O interface. And to the pulse generator 27 through the D / A converter 26. The pulse generator 27 uses this digital trigger signal to generate pulses of frequency and voltage according to the type of beauty selected, and supply them to the primary side of the transformer T3.

The primary winding of the transformer T4 is connected in series with the secondary side of the transformer T3, and the current detection circuit 28 for detecting overcurrent is connected with the secondary winding of the transformer T4. The detection current obtained by the current detection circuit 28 is input to the CPU 14 through the A / D converter 29 and the I / O interface 19, and the CPU 14 causes the current value to exceed the reference. In this case, the current protection circuit 30 operates the cutoff switch 31 to cut off the circuit.

On the secondary side of the transformer T1, the power supply side electrodes H1, H2, of the beauty tights main body 200 and the electrode tights 400, respectively, via the changeover switch 32 and the changeover switch made of a photo coupler or the like. H5, H6, H7, H8, H9 and H10 and detection side electrodes H3, H4, H11, H12, H13, H14, H15 and H16 are respectively connected. The changeover switch 32 and the changeover switch 33 are controlled by the CPU 14, and are controlled by the switch control circuits 34 and 35 between the two hands and the inter-abdominal abdomen, the hands and the electrodes contacting the electrode tights 400. It is switched to supply a cosmetic pulse selectively between the portions in contact with the tights 400.

In addition, the impedance measurement and the beauty changeover are performed by switching the changeover switch 36 by the changeover control circuit 37.

In addition, the combinations of the connection of the twelve planar electrodes H5 to H16, which are the twelve-terminal electrodes of the electrode tights 400, are switched, the impedance is measured between the electrodes, and the respective electrodes are measured for the impedance. Other beauty can be performed. For example, from the measurement result of the impedance between the planar electrode H5 and the planar electrode H11, the local body fat percentage therebetween is calculated, and the body shape discrimination means 4 and the obesity type discrimination means 10 are calculated. Based on the information determined by this, beauty can be performed by flowing a pulse electric current between the planar electrode H5 and the planar electrode H11 which measured the impedance.

In addition, similar to the case of the surface electrode H5 and the surface electrode H11, the surface electrode which measured the impedance based on the measurement result of the impedance between the surface electrode H6 and the surface electrode H12. A cosmetic treatment may be performed by flowing a pulse current between the H6 and the planar electrode H12. In addition, hairdressing may be performed alternately or simultaneously between these planar electrodes H5 and planar electrodes H11, and planar electrodes H6 and planar electrodes H12. Thereby, beauty can be performed by the menu which is different from other parts especially in the part which spreads fat or a buttock from the buttocks to the thigh, which is easy to adhere fat, and can perform a beauty with high efficiency.

In addition, by operating the cosmetic tights main body 200, one supply side electrode and one detection side electrode can be arbitrarily selected from the some electrode actually formed in the electrode tights 400, and only the selected site | part can be cosmetically performed.

In the cosmetic tights of the present invention, the user's human body is discriminated by body type based on the measurement result of impedance between the electrodes and personal information related to the body fat percentage such as the weight and height of the user, and automatically determined by the determined body types. It is possible to perform optimal beauty. Thereby, a certain beauty effect can be given to a user of any body type or obesity type.

Moreover, based on the measurement result of the impedance between each electrode and the personal information of a user, the beauty condition suitable for each site | part of the human body between each electrode can be selected from the preset beauty condition. And based on this selected beauty condition, each part can be beauty-processed separately in a different mode. Thereby, the effect of the beauty in each part of a human body can be improved.

In addition, in the above embodiment, the planar electrodes are provided at the portions corresponding to the lower abdomen, the inguinal part, the thigh, the part extending from the waist or the waist to the buttocks, the back of the knee, and the calf part of the human body, respectively. It is not limited.

The type of beauty to be executed is optimally selected only according to the body type, obesity type, or obesity type of the user described above, but it is also possible to select and execute the type of beauty preferred by the user.

In addition, although only the optimal type of cosmetics was demonstrated here, you may make it optimal to select the combination of the terminal electrode which applies the cosmetic pulse only according to a user's body type, obesity type, or obesity type.

According to the cosmetic tights of the present invention, the user's body type and obesity type are determined based on the result of the impedance measurement and the user's personal information between the electrodes in contact with the site of the human body, and according to the determined type. Optimum beauty treatment can be performed automatically, and beauty treatment can be performed separately in different modes between each electrode, and a certain beauty effect can be given to a user of any body type or obesity type.

Claims (7)

At least a pair of first electrodes for contacting fingers; A second electrode mounted in a pair substantially symmetrically inside the tights body made of a flexible material, An impedance measuring means for selectively using the first electrode and the second electrode to flow a current for impedance measurement to a user's human body, and measuring impedances of a plurality of parts of the human body, respectively; Input means for inputting user's personal information related to body fat percentage; Body type discrimination means for discriminating the user's body type into a plurality of types preset based on the impedance of each part measured by the impedance measuring means and the personal information input by the input means; Beauty selection means for selecting an optimum beauty condition among a plurality of beauty conditions set in advance based on beauty information set according to the body type of the user determined by the body type determination means; Cosmetic means for flowing a pulse current according to cosmetic conditions selected by the beauty treatment means to the second electrode; Cosmetics tights, characterized in that the display means for displaying the result determined by the body type determination means. According to claim 1, The cosmetic tights, An obesity type discrimination means for discriminating a type of obesity of the user into a plurality of preset types based on the impedance of each part of the human body measured by the impedance measuring means and the personal information input by the input means; , Cosmetics tights, characterized in that it further comprises a second display means for displaying the result determined by the obesity type determination means. The method of claim 2, wherein the obesity type determination means, Body fat percentage calculation means for calculating the body fat percentage of each part based on the impedance of each part of the user's human body measured by the impedance measuring means and the personal information input by the input means; And an obesity type discrimination means for discriminating an obesity type classified by the user's body fat distribution based on the body fat percentage of each part calculated by the body fat percentage calculating means. At least a pair of first electrodes for contacting fingers; A second electrode mounted in a pair substantially symmetrically inside the tights body made of a flexible material, An impedance measuring means for measuring an impedance of a part of the user located between the second electrodes by flowing a current for impedance measurement to a part of the human body of the user located between the paired second electrodes; Input means for inputting user's personal information related to body fat percentage; Body type determination means for discriminating a user's body type into a plurality of types which are set in advance based on the impedance of the part measured by the impedance measuring means and the personal information input by the input means; Beauty selection means for selecting an optimal beauty condition among a plurality of preset beauty conditions based on beauty information set according to the user's body type determined by the body type determination means; Cosmetic means for flowing a pulse current according to cosmetic conditions selected by the beauty treatment means to the second electrode; Cosmetics tights, characterized in that the display means for displaying the result determined by the body type determination means. The body type discriminating means according to any one of claims 1 to 4, Second body fat percentage calculating means for calculating a body fat percentage of the human body based on the impedance of the part of the human body of the user measured by the impedance measuring means and the personal information input by the input means; And a body shape discriminating means for discriminating the user's body type classified by the correlation between the weight and the body fat rate, based on the body fat rate of the human body calculated by the second body fat rate calculating means and the personal information input by the input means. Beauty tights characterized in that. The method according to any one of claims 1 to 5, wherein the second electrode, The pair is almost symmetrically paired on the inner side of the surface side of the tights main body, and the third electrode mounted in the longitudinal direction of the tights body is paired almost symmetrically on the inner side of the back side of the tights main body. Cosmetic tights comprising a fourth electrode mounted in the longitudinal direction of the main body. The method according to claim 6, wherein the third electrode is disposed so as to contact the lower abdomen, inguinal part and thigh, and the fourth electrode is in contact with the part extending from the waist or waist to the buttocks, the back of the knee, and the calf. Beauty tights characterized by the above.