CN204218908U

CN204218908U - A kind of one of high, normal, basic cycle signal is injected to measure the system of skin to the impedance of this signal to human body skin

Info

Publication number: CN204218908U
Application number: CN201420449867.0U
Authority: CN
Inventors: 李训福; 李后杰
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-08-11
Filing date: 2014-08-11
Publication date: 2015-03-25
Anticipated expiration: 2024-08-11

Abstract

This utility model injects one of high, normal, basic cycle signal to measure the system of skin to the impedance of this signal about a kind of to human body skin, and export one of high, normal, basic cycle injection signal about one, the frequency of its main ripple, waveform, power and time out, and the frequency of carrier wave and waveform can set and export in security regulations value, human body skin is flow into serial connection, and via measuring acquisition and the process of signal, measure human body skin according to this (as the meridians of human body, acupuncture point etc.) impedance variation value (being called for short electric spectrum value) to this injection signal, in order to (1) system as physical condition detection, and (2) are as the reference of the better setting value of this injection signal of high, normal, basic cycle.

Description

A kind of one of high, normal, basic cycle signal is injected to measure the system of skin to the impedance of this signal to human body skin

Technical field

This utility model injects one of high, normal, basic cycle signal to measure the system of skin to the impedance of this signal about a kind of to human body skin, espespecially a kind of one of high, normal, basic cycle that exports injects signal, the frequency of its main ripple, waveform, power and time out, and the frequency of carrier wave and waveform can set and export in security regulations value, human body skin is flow into serial connection, and via measuring acquisition and the process of signal, measure human body skin according to this (as the meridians of human body, acupuncture point etc.) impedance variation value (being called for short electric spectrum value) to this injection signal, in order to (1) system as physical condition detection, and (2) are as the reference of the better setting value of this injection signal of high, normal, basic cycle.

Background technology

High, normal, basic frequency for treatment instrument can treat the pain of health, Chinese and Western medical circles row have year, determine that instrument curative effect is for principal output reason amount with waveform, frequency, time out and power, traditional general high, normal, basic frequency for treatment instrument has its own shortcomings: the power of the general high, normal, basic frequency for treatment instrument that (a) is traditional, can only Modulating Power simply, cannot be set by ground; B (), to the frequency of traditional therapeutic instrument, generally only provides user only to have several frequency to select, cannot set; C waveform that () exports for tradition, generally only has several fixed waveform for selected, user cannot be allowed to set; D () traditional output is generally successional wave form output or is several optionally time out, between ripple and ripple, time out cannot set; And (e) tradition export waveform carrierfree frequency and waveform can be set.

What traditional high, normal, basic frequency for treatment instrument injected the impedance of signal to high, normal, basic cycle in conjunction with skin measures design, therefore traditional person separately has its own shortcomings: what (1) traditional high, normal, basic frequency for treatment instrument did not inject the impedance variation value of signal measures design, therefore traditional high, normal, basic frequency for treatment instrument cannot provide user as the frequency of instrument output, waveform, power, time out does the reference of better setting value (meaning that its electric spectrum value trend falls within the scope of conventional value after high, normal, basic frequency for treatment), obtain high, normal, basic frequency for treatment instrument preferably curative effect according to this, (2) the existing skin of measuring of tradition is to the device injecting wave impedance change, only rest on and unidirectional current is injected to human body one do measuring of impedance variation, this injection unidirectional current to the measuring device of Skin Resistance change, cannot to putting on the frequency of human body non-dc, the impedance variation of waveform signal is measured.

Human body skin is generally acknowledge at present to learn a kind of device that physical condition detects to injecting measuring of unidirectional current impedance variation, row have year, lead network system, West Germany Dr. VoLL system etc. as Japan is good.But metrics system human body skin being injected to the impedance variation value of high, normal, basic cycle (non-dc electricity) signal not yet has it at present as the detection system of physical condition and application thereof.

Human body skin is measured for detecting physical condition to filling unidirectional current impedance variation, network system etc. is led as Japan is good, testee only can be provided in the physical condition message of the nearest non real-time nature of certain a period of time (how long can not determine), the message of the infectious disease that cannot provide testee to be correlated with to real-time, relevant organ collpase and relevant tumor.

For the disappearance of above-mentioned prior art, this utility model provides a metrics system, in order to measure human body skin (meridians, acupuncture point etc. as human body) to the impedance variation value (electric spectrum value) injecting various frequency and waveform signal, be used for detecting physical condition, the related infectious disease of testee can be provided to real-time, the message of be correlated with organ collpase and related neoplasms.

Utility model content

One of high, normal, basic cycle signal injects to measure the system of skin to the impedance of this signal about a kind of to human body skin in this utility model system.The system of this utility model comprises:

One energy output device with high, normal, basic cycle, signal is injected for generation of one of high, normal, basic cycle, to apply this injection signal in the some of a testee or a user health, the device of have a physical examination as this testee this injection signal of health status or a treatment electric wave of this user disease therapy or pain; And one skin to the measuring device of impedance injecting signal, be connected to another part of this testee health, a circuit loop is formed with this injection signal of this testee health, and measure signal via this circuit loop output one, for measuring the skin of this testee for this injection signal impedance variation value (electric spectrum value), whether fall within the scope of conventional value according to this electric spectrum value, be used for detecting the physical condition of this testee, or as the better setting value reference of this injection signal.

According to a kind of of this utility model, one of high, normal, basic cycle signal is annotated to measure the system of skin to the impedance of this signal to human body skin, be used for the physical condition of detection one testee, the message of the infectious disease that can provide to real-time this testee to be correlated with, relevant organ collpase and relevant tumor.

According to another object of the present utility model, this utility model provides a kind of and injects one of high, normal, basic cycle signal to measure the system of skin to the impedance of this signal to human body skin, and for detecting the physical condition of a testee, it comprises:

One energy output device with high, normal, basic cycle, it comprises:

One input equipment, in order to produce the high, normal, basic cycle of tool of setting, (low frequency refers to that frequency is at 1 below KHz, middle cycle refers to that frequency is at 1 KHz ~ 100 KHz, high frequency refers to 100 KHz ~ 5 MHz) the frequency of a main ripple, waveform, power and time out, and one of frequency and the waveform input data of carrier wave;

One logic lock, in order to plan that hardware logic lock is to control the logical combination of this system;

One microprocessor, be connected to this input equipment and this logic lock, with the combination of this microprocessor, export the frequency of this corresponding main ripple, waveform, power and time out for this input data of calculation process, and one of frequency and waveform first digital date of carrier wave;

One main ripple and carrier frequency waveform generator, be connected to this microprocessor, there is one group of numerical digit analogy converter, two analog switches, and one first low-pass filter device, there is n the first wave filter (integer of n for being greater than 0), this group numerical digit analogy converter is in order to convert the frequency of this main ripple of analogy to by this first digital date, waveform, with time out, and the frequency of carrier wave and the signal of waveform, and this first low-pass filter device is in order to the resonance noise of filtering numerical digit analogy converter, this first digital date for exporting according to this microprocessor produces the waveform of this main ripple, frequency, time out, and carry wave frequency and waveform and export one first waveform signal, these two analog switches are connected to the both sides of this first low-pass filter device, in order to coordinate the wave filter of a selection required frequency band,

One power amplifier, is connected to this main ripple and carrier frequency waveform generator, for the power amplification of this first waveform signal being produced one second waveform signal of the suitable power of a tool; And

One distributes follower, is connected to this power amplifier, inputs this second waveform signal, and converts by the first contact conductive member the some that an injection signal is injected into this testee health to; And

One skin is to the measuring device of the impedance of injection signal, and it comprises:

One distributes loader, with contact conductive member by one second and be serially connected with this testee health another partly, form a circuit loop with this injection signal and export one first and measure signal:

One measures signal amplifier, and this inputting this distribution loader first measures signal, for this first being measured and export one second after signal amplifies and measure signal;

One second low-pass filter device, be connected to this and measure signal amplifier, it has two analog switches and n one second wave filter (integer of n for being greater than 0, as follows), for filtering this second noise measuring signal, measure signal to export one the 3rd;

One ADC, is connected to this second low-pass filter device, converts one second digital date to for measuring signal by the 3rd and exports this microprocessor to, with the process utilizing this microprocessor to carry out this second digital date by analog signal;

One output device, in order to show one of result output signal handled by this microprocessor, it represents this testee and annotates after this health to this injection signal, and health, to the impedance variation value (electric spectrum value) of this injection signal, is used for detecting the physical condition of this testee.This output device is also in order to show the related data inputted by this input equipment; And

One fixing signal amplifier and an overcurrent detector, this fixing signal amplifier is connected to this distribution loader, first signal is measured in order to amplify this, this overcurrent detector is connected to this fixing signal amplifier, when this first electric current measuring signal of this amplification is more than the predetermined value of a setting or human-body safety regulation maximum current value, then export an overcurrent and detect signal this output overcurrent safety switch to this distribution follower, with this input overcurrent safety switch of this distribution loader, and this distribution follower and this distribution loader are closed simultaneously, this the second waveform signal is so made not reinject this testee, in case the injury of this testee super-high-current, this overcurrent detects signal and also inputs this microprocessor simultaneously, send overcurrent via this microprocessor and detect signal at this LED character display, display over-current condition.

According to this utility model, this injects one of high, normal, basic cycle signal to measure the electric spectrum value of skin to this signal to human body skin is a percent value, this percent value system with not via this human body skin to the resistance value of this injection signal divided by via the percent value of this human body skin to the resistance value of this injection signal.

According to another object of the present utility model, this utility model provides one to inject high, normal, basic cycle to human body skin, and (low frequency refers to that frequency is at 1 below KHz, middle cycle refers to that frequency is at 1 KHz ~ 100 KHz, high frequency refers to 100 KHz ~ 5 MHz) one of signal to measure skin in the system of the impedance of this signal, this utility model provides one to have the energy output device of high, normal, basic cycle, and it comprises:

One input equipment, in order to produce the frequency of the low-frequency main ripple of tool senior middle school, waveform, power and time out, and one of frequency and the waveform input data of carrier wave;

One microprocessor, be connected to this input equipment and this logic lock, with the combination of this microprocessor, export the frequency of a corresponding main ripple, waveform, power and time out for this input digital date of calculation process, and one of frequency and waveform first digital date of carrier wave;

One main ripple and carrier frequency waveform generator, be connected to this microprocessor, there is one group of numerical digit analogy converter, two the first analog switches, and one first low-pass filter device, there is n the first wave filter (integer of n for being greater than 0), this group numerical digit analogy converter is in order to convert the frequency of this main ripple of analogy to by this first digital date, waveform, with time out, and the frequency of carrier wave and the signal of waveform, and this first low-pass filter device is in order to the resonance noise of filtering numerical digit analogy converter, this first digital date for exporting according to this microprocessor produces the waveform of this main ripple, frequency, time out, and carry wave frequency and waveform and export one first waveform signal, wherein these two first analog switches are connected to the two ends of this first wave filter respectively, the wave filter of required frequency band is selected in order to ground,

One power amplifier, is connected to this main ripple and carrier frequency waveform generator, for the power amplification of this first waveform signal being produced the second waveform signal of the suitable power of a tool; And

One distributes follower, is connected to this power amplifier, inputs this second waveform signal, and converts by one first contact conductive member the some that this injection signal is injected into this testee health to.

According to this utility model, preferably this main ripple and carrier frequency waveform generator include:

One group of numerical digit analog signal transducer, is electrically connected to this microprocessor, for generation of one first analog signal;

One first analog switch, is electrically connected to this group numerical digit analog signal transducer, produces one n-th switch signal for inputting the selection after this first analog signal;

One first low-pass filter device, be electrically connected to this first analog switch, it has n the first wave filter, one n-th wave filter is for receiving this n-th switch signal to produce one of required frequency band n-th filtering signal, and wherein preferably is that this n the first wave filter comprises one first low-frequency filter, one first intermediate-frequency filter and one first high frequency filter; And

One second analog switch, is electrically connected to this first low-pass filter device, for selection input this n-th filtering signal to export one first waveform signal.

According to this utility model, this energy output device with high, normal, basic cycle preferably separately comprises a USB interface, be electrically connected to this microprocessor, for being connected to an external personal computer, the display being used to this external personal computer shows storage and the utilization of a measurement and Correlated Case with ARMA Measurement data.

According to another object of the present utility model, this utility model provide a kind of one of high, normal, basic cycle signal injected to measure the system of skin to the impedance of this signal to human body skin, according to this utility model, a kind of skin of the present utility model is to the measuring device of the impedance of injection signal, and it comprises:

One distributes loader, contact conductive member and is serially connected with another part of this testee health, form a circuit loop, and one first measure signal via the output of this circuit loop with this injection signal with one second:

One second low-pass filter device, is connected to this and measures signal amplifier, and it has two analog switches and n wave filter (integer of n for being greater than 0), for filtering this second noise measuring signal, measures signal to produce one the 3rd;

One ADC, is connected to this second low-pass filter device, converts a digital date to for measuring signal by the 3rd and exports this microprocessor to, with the process utilizing this microprocessor to carry out this digital date by analog signal;

One output device, in order to show one of result output signal handled by this microprocessor, it represents this testee and annotates after this health to this injection signal, health is to the impedance variation value (electric spectrum value) of this injection signal, be used for detecting the physical condition of this testee, wherein this electric spectrum value is a percent value, this percent value system with not via this human body skin to the resistance value of this injection signal divided by via the percent value (electric spectrum value) of this human body skin to the resistance value of this injection signal; And

According to this utility model, this second low-pass filter device comprises:

One the 3rd analog switch, is connected to this and measures signal amplifier, second measuring signal, selecting output one n-th signal for inputting this;

N the second wave filter, be connected to the 3rd analog switch, one of required frequency band n-th frequency band signal is produced for inputting this n-th signal, wherein preferably is that this n the second wave filter comprises one second low-frequency filter, one second intermediate-frequency filter and one second high frequency filter, and its running is corresponding with the first low-frequency filter of the n of this first filter apparatus the first wave filter, the first intermediate-frequency filter and the first high frequency filter and can selectes; And

One the 4th analog switch, is connected to this n the second wave filter, inputs this n-th frequency band signal, measuring signal to export one the 3rd for selecting.

According to this utility model, this injects one of high, normal, basic cycle signal to human body skin and separately comprises fixing signal amplifier and an overcurrent detector to measure skin to the system of the impedance of this signal, this fixing signal amplifier is connected to this distribution loader, first signal is measured in order to amplify this, this overcurrent detector is connected to this fixing signal amplifier, when the electric current that signal is measured in first of this amplification is more than the predetermined value of a setting or human-body safety regulation maximum current value, then export an overcurrent to detect signal and to this input overcurrent safety switch of the output overcurrent safety switch of this distribution follower and this distribution loader, this distribution follower and this distribution loader are closed, this the second waveform signal is so made not reinject this testee, in case the injury of this testee super-high-current, this overcurrent detects signal and also inputs this microprocessor simultaneously, send overcurrent via this microprocessor and detect message at a LED character display, display over-current condition.

According to this utility model, the frequency of this main ripple of the injection signal of this high, normal, basic cycle ties up to 5 below MHz, and preferably the frequency of this main ripple is when 100 below KHz, and its year wave frequency and waveform also can set.

According to this utility model, preferably this injection signal some of annotating in this testee health is skin, the acupoint or meridians etc. of a human body.

According to this utility model, this energy output device with high, normal, basic cycle separately comprises a memorizer, is connected to this microprocessor, in order to remember the data of data information handled by this microprocessor and this system itself.

According to this utility model, preferably this memorizer is flash memory (flash memory, FROM) or static memory (SRAM).

According to this utility model, preferably this input equipment is a key combination.

According to this utility model, preferably this output device is a LED character display.

According to this utility model, preferably this first contact conductive member is Electricity conductive plaster, metal rides metal plate, metal holds rod or hold test bar.

According to this utility model, preferably this first contact conductive member separately comprises a detection dish, is electrically connected to this distribution follower, in order to be electrically connected transmission one on it the message of material (as medicine etc.) that carries to this distribution follower.

According to this utility model, preferably this second contact conductive member is Electricity conductive plaster, metal rides metal plate, metal holds rod or hold detection probe, and this is held and detects this testee is held to measure by the probe system probe measuring point by a tester (or this testee).

According to this utility model, this main ripple of this first waveform signal can be a sine wave, square wave, triangular wave or other waveforms and this carrier wave waveform also can set.

According to this utility model, wherein, this to human body skin annotate one of high, normal, basic cycle signal with measure the system of skin to the impedance of this signal tie up to by under body current safety value for detecting physical condition.

Because detecting different organ collpase'ss (disease) or different infectious diseases, respectively there is its better corresponding injection signal, according to the system of this utility model, wherein this high, normal, basic cycle injects the frequency of the main ripple of signal, waveform, power and time out, and the frequency of carrier wave and waveform, setting can be adjusted, to answer different organ collpase'ss (disease) or different infectious diseases, there is the preferably corresponding injection signal measured, make it measure signal and obtain preferably signal/noise ratio (S/N value), in order to do obtaining accurate electric spectrum value, this electric spectrum value detected like this, the health status interpretation that this testee is correlated with organ collpase's (disease) or infection infectious disease more can be provided accurately.As degenerated (disease) in detection liver organ, this better corresponding injection signal measured, the frequency setting this main ripple is the square wave of 10.0 Hz, and time out is 0 second, and the frequency of carrier wave is the sine wave of 200 Hz, and watt level is main wave-amplitude 1.0V.

Using this one of high, normal, basic cycle signal injected to measure the system of skin to the impedance of this signal to human body skin according to this utility model, be used for detecting the device of physical condition, wherein, this electric spectrum value be not via human body skin to the resistance value of this injection signal (namely directly without human body skin this of this injection signal exported and input first is measured signal and given short circuit, close as Fig. 2 distributes follower 204 breaker in middle S direct short-circuit) divided by via the percent value of human body skin to the resistance value of this injection signal.The Correlated Case with ARMA Measurement position (abbreviation is measured a little) of this relevant organ is in conjunction with its electric spectrum value, can judge that the be correlated with health status system of organ of human body is in inflammation according to this according to the research and statistics result of this utility model system to a large amount of relevant organ collpase's (disease) (unsound situation), normally, the situation of degeneration and serious degradation.According to an embodiment, a relevant organ is as liver organ, and its health status and electric spectrum value scope are as shown in following table one:

Table one

The health status of relevant organ	Electricity spectrum value scope
		Inflammation situation (abnormal condition)	56 ~ 100 (unconventional values)
Health status (normal condition)	40 ~ 56 (conventional value)
		Degraded condition (abnormal condition)	20 ~ 40 (unconventional values)
Serious degradation situation (abnormal condition)	0 ~ 20 (unconventional value)

Again, this table one is when measuring the health status of different relevant organ, and its electric spectrum value scope also can be in different range.

Again, measure homolog identical to measure some time, its electric spectrum value can be also different numerical value because setting different percent value (namely different enlargement ratios has different electric spectrum values, as being three times of electric spectrum values of percent value for the electric spectrum value under three percent value).Electric spectrum value in this utility model means percent value.

There is provided a kind of according to this utility model and one of high, normal, basic cycle signal is injected to measure the system of skin to the impedance of this signal, to be used for the treatment of the system of disease or pain use by a user to human body skin.

Accompanying drawing explanation

Fig. 1 of the present utility modelly a kind ofly injects one of high, normal, basic cycle signal to measure the schematic diagram of skin to the system of the impedance of this signal to human body skin.

Fig. 2 of the present utility modelly a kind ofly injects one of high, normal, basic cycle signal to measure the circuit block diagram of skin to the system of the impedance of this signal to human body skin.

Fig. 3 is the schematic diagram of this injection signal of the present utility model (the injecting signal or an electric wave frequency for the treatment of, waveform, time out, power and carrier wave thereof an of measurement).

Fig. 4 is the schematic diagram of the carrier wave on this main ripple of this injection signal of the present utility model.

Wherein, main element symbol description is as follows

One of high, normal, basic cycle signal is injected to measure the system 100,200 of skin to the impedance of this signal to human body skin

External personal computer 102

USB interface 1021

There is the energy output device 2001 of high, normal, basic cycle

Skin is to the measuring device 2002 of the impedance of injection signal

Microprocessor 201

Key combination 2011

LED character display 2012

Logic lock 2013

Memorizer 2014

First digital date 2015

Main ripple and carrier frequency waveform generator 202

Numerical digit analog signal transducer 2021

First analog signal 20211

First low-pass filter device 2022

First waveform signal 2023

First analog switch 2024

First switch signal 20241

Second switch signal 20242

3rd switch signal 20243

Second analog switch 2025

First low-frequency filter 20221

First filtering signal 202211

First intermediate-frequency filter 20222

Second filtering signal 202221

First high frequency filter 20223

3rd filtering signal 202231

Power amplifier 203

Second waveform signal 2031

Distribute follower 204

Inject signal 2041

Export overcurrent safety switch 2042

Distribute loader 205

First measures signal 2051

Input overcurrent safety switch 2052

Fixing signal amplifier 20521

Measure signal amplifier 206

Second measures signal 2061

Second low-pass filter device 207

3rd measures signal 2071

Second low-frequency filter 20721

First frequency band signal 207211

Second intermediate-frequency filter 20722

Second frequency band signal 207221

Second high frequency filter 20723

3rd frequency band signal 207231

3rd analog switch 2073

First measures signal 20731

Second measures signal 20732

3rd measures signal 20733

4th analog switch 2074

Overcurrent detector 208

ADC 209

Second digital date 2091

First contact conductive member 2003

Electricity conductive plaster A1, A2, A3, A4

Metal holds excellent B1, B2

Metal rides metal plate C1, C2

Detection dish D1

Hold test bar F1

Second contact conductive member 2004

Electricity conductive plaster A1 ', A2 ', A3 ', A4 '

Metal holds excellent B1 ', B2 '

Metal rides metal plate C1 ', C2 '

Hold and detect probe E1

Testee 3

Loop signal 31

Switch S

Overcurrent detects signal A 2081.

Detailed description of the invention

The so-called health of this utility model and unsound being defined in Chinese and western medicine theory are all " often to survey change ", if namely a testee Human Physiology Value Data drops on the scope interior (normality) of human body conventional value, then human body is in health status; On the contrary, if if human body physiological data drops on the scope outer (abnormal) of conventional value, then human body is in unhealthy situation (pathological changes), such as, the Blood routine examination of doctor trained in Western medicine, GOT, GPT is the main differentiation project checking hepatic disease, wherein, GOT conventional value at 37 K unit/below ml with GPT conventional value at 42 K unit/below ml, if the two is not within the scope of this conventional value, then accordingly (often to survey change) differentiates that this testee liver is in unhealthy situation (abnormal situation), then must be followed the trail of the health liver health situation of this testee; What and for example the traditional Chinese medical science was used for diagnosing the illness feels the pulse, and the pulse condition of normal (health) is referred to as normal pulse, and other is as floating pulse, Shen Mai, rapid pulse, and retarded pulse etc. all belong to abnormal pulse condition, and (often to survey change) is determined as the various unhealthy situation of health accordingly.In this utility model one preferred embodiments, utilize and one of high, normal, basic cycle signal is injected to measure the system of skin to the impedance of this signal to human body skin, as above, shown in table one, if electric spectrum value drops in the scope of human body conventional value, then normal condition (health status) is in; On the contrary, if electric spectrum value drops on outside the scope of conventional value, be then in abnormal condition (unhealthy situation).

Refer to Fig. 1 and Fig. 2, Fig. 1 of the present utility modelly a kind ofly injects one of high, normal, basic cycle signal to measure the schematic diagram of skin to the system of the impedance of this signal to human body skin, Fig. 2 of the present utility modelly a kind ofly injects one of high, normal, basic cycle signal to measure the circuit block diagram of skin to the system 200 (with Fig. 1 100) of the impedance of this signal to human body skin, and this injects high, normal, basic cycle one signal to human body skin and has a body 101 to measure the system 100 of skin to the impedance of this signal.This body 101 outwards electrical connection one first contacts an Electricity conductive plaster A1 of conductive member 2003, A2, A3, A4, a metal hold excellent B1, B2, a metal ride metal plate C1, C2, a detection dish D1 and hold test bar F1 one of them, contact an Electricity conductive plaster A1 ' of conductive member 2004 with one second, A2 ', A3 ', A4 ', a metal hold excellent B1 ', B2 ', a metal rides metal plate C1 ', C2 ' and holding detect probe E1 one of them.When a testee uses this utility model metrics system to do the detection of liver organ health status, as Fig. 2, native system provides one of high, normal, basic cycle signal, this testee 3 one be held by this first contact conductive member 2003 this hold test bar F1, the signal of this high, normal, basic cycle transfers an injection signal to thus, flow into the some of this testee 3 health, separately detect people by one and hold the Correlated Case with ARMA Measurement position (measuring a little) (as detection liver organ measures the thumb inside line a little for human body left foot and right crus of diaphragm) that this second this detection probe E1 contacting conductive member 2004 contacts the relevant organ of this testee, to form a circuit loop, this electric spectrum value can be demonstrated in a light-emitting diode display 2012, this electric spectrum value is that via human body skin, (this injection signal is not at no-load condition, namely without human body skin directly by the second waveform signal 2031 via the switch S of distributing follower 204 directly closed this with this distribution loader 205 rear end first measure signal 2051 and give direct short-circuit) to the resistance value of this injection signal divided by via the percent value of human body skin (this injection signal have load condition such as Fig. 2 follow the circuit paths of detection) to the resistance value of this injection signal.This energy output device with high, normal, basic cycle separately comprises a USB interface 1021, be electrically connected to this microprocessor 201, be provided for being connected to an external personal computer 102 (such as, can be personal computer, mobile computer etc.), with show on the display of this computer a measurement with storage and the utilization of giving Correlated Case with ARMA Measurement data.

Refer to Fig. 2, Fig. 2 of the present utility modelly a kind ofly injects one of high, normal, basic cycle signal to measure the circuit block diagram of skin to the system 200 (with Fig. 1 100) of the impedance of this signal to human body skin, have the energy output device 2001 of a high, normal, basic cycle and a skin to the measuring device 2002 of impedance injecting signal, the energy output device 2001 of this high, normal, basic cycle includes a microprocessor 201.This system 200 also comprises: a key combination 2011 is electrically connected to this microprocessor 201, the frequency, waveform, power and the time out that set relevant this main ripple of high, normal, basic cycle is inputted for generation of one, and the frequency of carrier wave and the related data of waveform, its waveform inputted can be sine wave, square wave, triangular wave, trapezoidal wave, or the waveform of other various shapes; Then the waveform correlation data of irregular waveform need only be inputted in time inputting other various erose waveforms; One LED character display 2012, is electrically connected to this microprocessor 201, for showing this metrics system Correlated Case with ARMA Measurement numerical value (electric spectrum value) and the related data etc. inputted by this key combination 2011; One logic lock 2013 is electrically connected to this microprocessor 201, in order to plan that hardware logic is to control the logical combination of this apparatus system hardware; One memorizer 2014 is electrically connected to this microprocessor 201, for the data information handled by this microprocessor of storing memory and data.

This energy output device 2001 with high, normal, basic cycle includes a main ripple and carrier frequency waveform generator 202, for the frequency of this main ripple according to this microprocessor output, waveform, with time out, and the frequency of carrier wave one first digital date 2015 relevant to waveform produces one first waveform signal 2023, wherein include one group of numerical digit analogy converter 2021 and one first low-pass filter device 2022, this group numerical digit analogy converter 2021 is for converting this first digital date 2015 to one first analog signal, again this first analog signal is passed through this first low-pass filter device 2022, a senior middle school this first waveform signal 2023 low-frequency is exported with the resonance noise of filtering numerical digit analogy converter 2021.Wherein, low frequency frequency is 1 below KHz, and middle all wave frequencies are 1 KHz ~ 100 KHz, and high frequency is 100 KHz ~ 5 MHz.

According to this utility model, this main ripple and carrier frequency waveform generator 202 include:

One group of numerical digit analog signal transducer 2021, is electrically connected to this microprocessor 201, for generation of one first analog signal 20211;

One first analog switch 2024, is electrically connected to this group numerical digit analog signal transducer 2021, after inputting this first analog signal 20211, select output one n-th switch signal 20241,20242,20243 (integer of n for being greater than 0);

One first low-pass filter device 2022, this first analog switch 2024 is electrically connected to one the 1 to the n-th wave filter 20221,20222,20223, this n-th wave filter 20221,20222,20223 for inputting this corresponding the n-th switch signal 20241,20242,20243 to produce one n-th filtering signal 202211,202221,202231; And

One second analog switch 2025, is electrically connected to this first low-pass filter device 2022 and is controlled by this micro-process 201 device, for inputting this corresponding the n-th filtering signal 202211,202221,202231 to export this first waveform signal 2023.In this utility model one preferred embodiments, this n-th wave filter 20221,20222,20223 is respectively one first low-frequency filter 20221, one first intermediate-frequency filter 20222 and one first high frequency filter 20223.

This first waveform signal 2023 inputs to a power amplifier 203, produce one second waveform signal 2031 so that the power of this first waveform signal 2023 is set amplification (also can decay) in safety range under the supply voltage of system, this power amplifier 203 is be electrically connected to this main ripple and carrier frequency waveform generator 202.

This the second waveform signal 2031 inputs to a distribution follower 204, via select one of this distribution follower 204 outfan and selection this first contact conductive member 2003 and be electrically connected, in order to change this second waveform signal 2031 one-tenth one injection signal 2041 (having a physical examination this injection signal of health status or the treatment electric wave of this user disease therapy or pain as this testee), such as: this Electricity conductive plaster A1 overlays at a position of testee 3 hands by a testee 3, the another hands of this testee 3 I (or another tester) then holds this and holds probe E1, to contact the relevant measurement sites (measuring a little) of the relevant organ of this testee 3, generation primary Ioops signal 31 like this flows through this testee 3 health, this injection signal that this device exports is connected in series at once and injects this testee 3 health.

Afterwards, this skin that selected 1 this second contact conductive member 2004 of this loop signal 31 inputs to this system 200 distributes loader 205 to one of measuring device 2002 of the impedance of injection signal, exports one first measure signal 2051 from it.

Then, this first is measured signal 2051 and inputs to a fixing signal amplifier 20521, this fixing signal amplifier 20521 is connected to this distribution loader 205, first signal 2051 is measured in order to amplify this, one overcurrent detector 208 is connected to this fixing signal amplifier 20521, when this first measures after signal 2051 amplifies via this fixing signal amplifier 20511, export this overcurrent detector 208 to, signal is measured in order to compare detection first, if when this first electric current measuring signal is more than the predetermined value of a setting or human body maximum safe current value, then export an overcurrent and detect signal A 2081, to this output overcurrent safety switch 2042 in this distribution follower 204 and this input overcurrent safety switch 2052 in this distribution loader 205, Hai to be distributed follower 204 with this distribution loader 205 and closes by Er, this the second waveform signal is so made not reinject this testee, in case the injury of this testee super-high-current, this overcurrent detects signal 2081 and also inputs this microprocessor 201 simultaneously, send overcurrent via this microprocessor 201 to detect message and show over-current condition at this LED character display 2012.To prevent excessive electric current from flowing through this testee 3, to ensure the use safety of testee, because the patient electric current of human body has a safe maximum value; If when this first electric current measuring signal does not exceed predetermined value or the human body maximum safe current value of this setting, then do not cut off this input overcurrent safety switch 2052 in this output overcurrent safety switch in this distribution follower 204 2042 or/and this distribution loader 205, measure inspection and proceed.

This first is measured signal 2051 and inputs to one and measure signal amplifier 206, this first is measured signal 2051 and amplify rear output one second and measure signal 2061, second measures signal 2061 to input after one the 3rd analog switch 2073 after one second low-pass filter device 207 filtered noise, after inputting one the 4th analog switch 2074 again, produce one the 3rd and measure signal 2071, input to an ADC 209 again, rear output one second digital date 2091 (for this testee skin is to the digitized resistance value of this injection signal) is to this microprocessor 201, with non-loaded second digital date, (namely this second waveform signal 2031 becomes this first measure signal 2051 via the selector switch S of distribution follower 204 directly being given the closed outfan be electrically connected again to this distribution loader 205 of short circuit in this microprocessor 201 data operation process system, again via the second digital date 2091 that the conversion of signal process and A/D Converter 209 produces, that is without the second digital date that the circuit loop of this testee human body produces) divided by the percent value (electric spectrum value) of this second digital date loaded (the second digital date that this injection signal produces through the circuit loop of this testee human body), export LED character display 2012 again to, in order to show one of high, normal, basic cycle signal, to flow into after this testee body skin to this signal impedance variation value (be-percent value, also known as electric spectrum value).

According to this utility model, this second low-pass filter device 207 comprises:

One the 3rd analog switch 2073, is connected to this and measures signal amplifier 206, second measures signal 2061 and produce one the 1st to one n-th for inputting this and measure signal 20731,20732,20733;

N the second low pass filter 20721,20722,20723, is connected to the 3rd analog switch 2073, n-th measures signal 20731,20732 for receiving this, and 20733 and produce one n-th frequency band signal 207211,207221,207231; And

One the 4th analog switch 2074, is connected to this n wave filter 20721,20722,20723, for receiving this n-th frequency band signal 207211,207221,207231, exporting the 3rd and measuring signal 2071.In this utility model one preferred embodiments, the n-th the second low pass filters 20721,20722,20723 are respectively one second low-frequency filter 20721,1 second intermediate-frequency filter 20722,1 second high frequency filter 20723, and the running of its corresponding frequency band system and this first low-frequency filter 20221, first intermediate-frequency filter 20222 of this first low-pass filter device 2022 and the first high frequency filter 20223 are corresponding frequency band relation selecting to operate.

Refer to Fig. 3, Fig. 3 is the schematic diagram of this injection signal of the present utility model 2041 (having a physical examination this injection signal of health status or the treatment electric wave of this user disease therapy or pain as this testee), be wherein time out t2 between two adjacent wave shapes, and the time that waveform occupies is t1, wherein, transverse axis is the time, and the longitudinal axis is amplitude (magnitude of voltage).

Refer to Fig. 4, Fig. 4 is one of master's waveform involving its carrier wave of injection signal of the present utility model 2041 (having a physical examination this injection signal of health status or the treatment electric wave of this user disease therapy or pain as this testee) schematic diagram, carrier frequency and wave setting (general carrier frequency is not less than main wave frequency 10 times), be time out t4 between the waveform of wherein two adjacent main ripples, and the time that main waveform occupies is t3, wherein, transverse axis is the time, and the longitudinal axis is amplitude (magnitude of voltage).

Advantage of the present utility model is as follows:

(1) with regard to this utility model wherein one have high, normal, basic cycle energy output device part----traditional general high, normal, basic frequency for treatment instrument carrierfree sets the function of its frequency and waveform, main ripple is also without its frequency of setting, waveform, the function of power and time out, but imposing a condition of various different treatment electric wave must be had to various different disease or pain in the different stages course for the treatment of, therefore traditional general high, normal, basic frequency for treatment instrument can affect the effect of its treatment significantly, for the disappearance of above-mentioned prior art, the energy output device that this utility model provides one to have a high, normal, basic cycle, the frequency of the main ripple that this device exports, waveform, power and time out, and the frequency of carrier wave and waveform can set within security regulations value after export one and inject signal (having a physical examination this injection signal of health status or the treatment electric wave of this user disease therapy or pain as this testee), the disappearance of the high, normal, basic frequency for treatment instrument of above-mentioned tradition can be solved, increase therapeutic effect significantly.。

(2) just skin of the present utility model to the measuring device part of impedance injecting signal--this utility model is a kind of high, normal, basic cycle energy is injected to human body skin can via the measuring device of this utility model in order to the electric wave for the treatment of, signal is measured in acquisition, digitized, store, process, export electric spectrum value to display, allow a user can inject the frequency of signal according to this to annotated high, normal, basic cycle, waveform, power, time out, and carry wave frequency, waveform reads value because of what have an electric spectrum value, do according to this better output setting value reference frame (preferably therapeutic effect refer to this user when high, normal, basic frequency for treatment or treatment after, this electric spectrum value trend is closer to dropping within the scope of conventional value), like this because there being the design of the measuring device of electric spectrum value, high, normal, basic frequency for treatment is made to reach good effect.

(3) to filling unidirectional current impedance variation, human body skin measures that to detect be generally acknowledge at present to learn a kind of device that physical condition detects, row have year, lead network system, West Germany Dr. VoLL system etc. as Japan is good.But inject one of high, normal, basic cycle signal to measure the system of skin to the impedance of this signal to human body skin, the checkout gear as physical condition not yet has it at present with application.

Human body skin is measured for detecting physical condition to the change of filling D.C. resistance, leading network system etc. as Japan is good only can provide testee in the physical condition message of the nearest non real-time nature of certain a period of time (how long can not determine), the message of tumor that cannot provide to real-time the related infectious disease of testee, relevant organ collpase (disease) and be correlated with.

For the disappearance of above-mentioned prior art, this utility model provides a metrics system, in order to measure human body skin (meridians, acupuncture point etc. as human body) to the signal impedance variation injecting various frequency and waveform, be used for detecting physical condition, the message of the related infectious disease of testee, relevant organ collpase's (disease) and related neoplasms can be provided to real-time, as the metrics system detecting physical condition, it is tremendous improvement.Such as: check whether a testee present (real-time) infects a communicable the intestines and stomach type flu, it can be the positive square wave of 8.5 Hz with this utility model system (1) to set this injection signal be the frequency of main ripple, time out is 0 second, carry the sine wave that wave frequency is 170 Hz, watt level is main wave-amplitude 1.0V, (2) correlated measure point is the index of left hand and the right hand, its electric spectrum value is all more than 60 (inflammation situations), via the research and statistics of a large amount of relevant diseases, namely can be used as this testee of interpretation present (real-time) and whether infect this communicable the intestines and stomach type flu.

(4) current medical circle, not yet find that a kind of apparatus can allow doctor to the medication of patient, operate on, chemotherapy, after the treatment such as radiotherapy, have a kind of simple, fast, the metrics system of Noninvasive, doctor can be provided as to after patient, to the real-time message of its effect and entire effect, for the disappearance of above-mentioned prior art, this utility model provides a metrics system, a metrics system of the present utility model as described in advantage of the present utility model (3), can be used to detect physical condition, the related infectious disease of testee can be provided to real-time, the message of relevant organ collpase's (disease) and related neoplasms, can doctor be provided according to this simple, fast, the metrics system of Noninvasive, after patient, to the real-time message of its effect and entire effect, a such as doctor is to after the treatments such as patient's medication, by this metrics system, measure this patient to be correlated with the electric spectrum value measured a little of organ, whether more tended to change within the scope of conventional value by this electric spectrum value, doctor can be simple accordingly, fast, after non-invasively obtaining this patient, to the real-time message of its effect and entire effect, and as next medicine for treatment reference.

(5) just another object of the present utility model is a kind ofly inject one of high, normal, basic cycle signal to measure the system of the impedance of this signal as this testee physical condition of inspection to human body skin.Right human body skin respectively has its preferably corresponding injection signal measured to various different organ collpases (disease) and different infectious diseases.One of the present utility model exports the frequency of high, normal, basic cycle this its main ripple of injection signal, waveform, power and time out, and the frequency of carrier wave and waveform can provide user (individual, patient, doctor, researcher etc.) to adjust to set in security regulations value, make it measure signal and obtain best signal/noise ratio, this electric spectrum value detected like this, more can provide the health status interpretation that this testee is correlated with organ collpase's (disease) and related infectious disease accurately.

(6) detection dish: this energy output device with high, normal, basic cycle separately comprises a detection dish D1, be a conductive metal sheet or a conductive container (making electric insulation with the external world to isolate), be electrically connected to and distribute follower 204, its objective is the message (its equivalent circuit of the message of material can affect the resistance value in loop) detection can being coiled the material (as medicine etc.) that D1 places, whether setting is connected to the second waveform signal 2031 by this detection dish, whether the message of the material (as medicine etc.) that detection dish D1 places affects the electric spectrum value of this testee, can learn via this metrics system, this testee is provided to be front or negative impact evaluation to related substances (material that detection dish is placed) according to this.

(7) safety: one of high, normal, basic cycle signal is injected to measure skin to the security of system of the impedance of this signal part to human body skin with regard to this utility model is a kind of--learn electric current I=voltage V/ impedance Z by physical law.Although the magnitude of voltage that high, normal, basic cycle flows into human body is all very low, therefore the electric current usually injecting and flow through in human body is all very little, but when human body and a certain frequency wave form resonances, its human body skin impedance Z can become very low, to such an extent as to causes extreme currents flow into human body and damage.This utility model is by the setting of this output overcurrent safety switch 2042 with this input overcurrent safety switch 2052 (being shown in Fig. 2), first of filling human body is measured signal 2051 and is amplified through fixing signal amplifier 20521 predetermined value that inputs overcurrent detector 208 and setting again or human body maximum safe current is made comparisons, if current value is excessive, then export an overcurrent and detect signal 2081 this output overcurrent safety switch 2042 to this distribution follower 204, with this input overcurrent safety switch of this distribution loader 205, and this distribution follower and this distribution loader are closed 2052 simultaneously, this the second waveform signal is so made not reinject this testee 3, in case the injury of this testee super-high-current, this overcurrent detects signal and also inputs this microprocessor 201 simultaneously, send overcurrent via this microprocessor 201 and detect message at this LED character display 2012, display over-current condition.

Embodiment

According to a kind of of this utility model, one of high, normal, basic cycle signal is injected to measure the system of skin to the impedance of this signal to human body skin, wherein, this injects one of high, normal, basic cycle signal to measure the system of skin to the impedance of this signal to human body skin is physical condition for assessment of a testee, one specific embodiment, such as, the health status of a testee liver organ is checked:

----one of high, normal, basic cycle signal is injected to measure the system of skin to the impedance of this signal to human body skin via a kind of of this utility model, to a large amount of relevant organ collpase (disease) research and statistics results, know that this injection signal injecting human body can be set as that the frequency of main ripple is the positive square wave of 10.0 Hz by this utility model system it (1) by the pathological changes of liver organ unhealthy (abnormal situation), time out is 0 second, the frequency of carrier wave is the sine wave of 200 Hz, and watt level is that main ripple shakes spoke 1.0 V; (2) thumb measured a little for left foot and right crus of diaphragm of liver organ, the electric spectrum value of correlated measure point, arbitrary electric spectrum value is wherein had to drop on serious degradation situation (abnormal situation) (electric spectrum value 0 ~ 20, as shown in Table 1), the assessment of the pathological changes as liver organ unhealthy (abnormal situation).

----one testee does the inspection of liver organ health status, this injection signal being injected into human body with this utility model system is set as that the frequency of main ripple is the positive square wave of 10 Hz, time out is 0 second, the frequency of its carrier wave is the sine wave of 200 Hz, watt level is that main ripple shakes spoke 1.0 V, hold one by this testee left hand or the right hand and hold test bar F1, tester's hands (left hand or the right hand) is held one and is held detection probe E1, to measure the thumb inside line (for measuring a little of liver organ) of this testee left foot and right crus of diaphragm, right crus of diaphragm measures electric spectrum value 48 (normal condition) a little, the electric spectrum value 16 (serious degradation situation) measured a little of left foot, by the system of this utility model, to the research and statistics result of a large amount of related liver organ collpases (disease), can detect this testee liver organ is according to this be in unhealthy situation (abnormal situation).

----from the strong inspection of doctor trained in Western medicine, also finds that this testee has the fibrosclerosis disease of a certain degree liver organ.

Claims

1. inject one of high, normal, basic cycle signal to measure the system of skin to the impedance of this signal to human body skin, it comprises:

One energy output device with high, normal, basic cycle, injects signal, to apply this injection signal in the some of a testee health for generation of one of high, normal, basic cycle energy; And

One skin is to the measuring device of the impedance of injection signal, be connected to another part of this testee health, a circuit loop is formed with this injection signal of this testee health, and measure signal via this circuit loop output one, for measuring the impedance variation value of skin for this injection signal of this testee, whether fall within the scope of conventional value according to this electric spectrum value, be used for detecting the physical condition of this testee or the better setting value reference as this injection signal

Wherein this energy output device with high, normal, basic cycle comprises:

One input equipment, in order to produce the frequency of the low-frequency main ripple of tool senior middle school of setting, waveform, power and time out, and the frequency of carrier wave and the input data of waveform;

One microprocessor, is connected to this input equipment and this logic lock, with the combination of this microprocessor, exports corresponding this main wave frequency, waveform, time out for this input data of calculation process, and one of carrier frequency, waveform first digital date;

One main ripple and carrier frequency waveform generator, be connected to this microprocessor, there is one group of numerical digit analogy converter, two analog switches, be connected to input and the outfan of one first low pass filter respectively, and this first low-pass filter device, there is n the first wave filter, the integer of n for being greater than 0, this group numerical digit analogy converter is in order to convert this first digital date the frequency with this main ripple to, waveform, with time out, and one first analog signal of the frequency of carrier wave and waveform, and this first low-pass filter device is in order to the resonance noise of the numerical digit analogy converter of this first analog signal of filtering, and the frequency of this main ripple is produced by the selection of these two analog switches, waveform, with time out, and the frequency of carrier wave and waveform and export one first waveform signal,

One distributes follower, is connected to this power amplifier, inputs this second waveform signal, and converts by one first contact conductive member the some that this injection signal is injected into this testee health to;

And wherein the measuring device of this skin to the impedance of injecting signal comprises:

One distributes loader, contact conductive member and is serially connected with another part of this testee health, form a circuit loop, and one first measure signal via the output of this circuit loop with this injection signal with one second;

One second low-pass filter device, be connected to this and measure signal amplifier, it has two analog switches and n the second wave filter, the integer of n for being greater than 0, these two analog switches, in order to select required frequency band, this n the second wave filter, for filtering this second noise measuring signal, measures signal to produce one the 3rd;

One output device, in order to show one of result output signal handled by this microprocessor, it represents this testee and annotates after this health to this injection signal, health is to the impedance variation value of this injection signal, be used for detecting the physical condition of this testee, this output device is also in order to show the related data inputted by this input equipment; And

One fixing signal amplifier and an overcurrent detector, this fixing signal amplifier is connected to this distribution loader, first signal is measured in order to amplify this, this overcurrent detector is connected to this fixing signal amplifier, when this first electric current measuring signal of this amplification is more than a predetermined value or human-body safety regulation maximum current value, then export an overcurrent and detect signal this output overcurrent safety switch to this distribution follower, with this input overcurrent safety switch of this distribution loader, and this distribution follower and this distribution loader are closed simultaneously, this the second waveform signal is so made not reinject this testee, in case the injury of this testee super-high-current, this overcurrent detects signal and also inputs this microprocessor simultaneously, send overcurrent via this microprocessor and detect signal at this LED character display, display over-current condition.

2. as claimed in claim 1 one of high, normal, basic cycle signal is injected to measure the system of skin to the impedance of this signal to human body skin, wherein this injects one of high, normal, basic cycle signal to measure the electric spectrum value of skin to the impedance of this signal to human body skin is a percent value, this percent value system with not via this human body skin to the resistance value of this injection signal divided by via the percent value of this human body skin to the resistance value of this injection signal.

3. as claimed in claim 1 one of high, normal, basic cycle signal is injected to measure the system of skin to the impedance of this signal to human body skin, wherein n the first wave filter of this first low-pass filter device has one of parallel connection the first low-frequency filter, one first intermediate-frequency filter and one first high frequency filter, and the n of this second low-pass filter device the second wave filter has one of parallel connection the second low-frequency filter, one second intermediate-frequency filter and one second high frequency filter, and this first low-frequency filter of wherein this first low-pass filter device, this second low-frequency filter of this first intermediate-frequency filter and this first high frequency filter and this second low-pass filter device, this second intermediate-frequency filter and this second high frequency filter are operationally corresponding.

4. inject one of high, normal, basic cycle signal to measure the system of skin to the impedance of this signal to human body skin as claimed in claim 1, the frequency that wherein this high, normal, basic cycle injects the main ripple of signal ties up to below 5MHz.

5. inject one of high, normal, basic cycle signal to measure the system of skin to the impedance of this signal as claim the 4th to human body skin, wherein the frequency of this main ripple is at below 100KHz, and the frequency of its carrier wave and waveform can set.

6. inject one of high, normal, basic cycle signal to measure the system of skin to the impedance of this signal to human body skin as claimed in claim 1, wherein the some of this testee health is the skin of a human body, acupoint or meridians.

7. as claimed in claim 1 one of high, normal, basic cycle signal is injected to measure the system of skin to the impedance of this signal to human body skin, it separately comprises a memorizer, be connected to this microprocessor, in order to remember the data of data information handled by this microprocessor or this system itself.

8. inject one of high, normal, basic cycle signal to measure the system of skin to the impedance of this signal as claim the 7th to human body skin, wherein this memorizer is a flash memory or static memory.

9. inject one of high, normal, basic cycle signal to measure the system of skin to the impedance of this signal to human body skin as claimed in claim 1, wherein this input equipment is a key combination.

10. inject one of high, normal, basic cycle signal to measure the system of skin to the impedance of this signal to human body skin as claimed in claim 1, wherein this output device is a LED character display.

11. inject one of high, normal, basic cycle signal to measure the system of skin to the impedance of this signal to human body skin as claimed in claim 1, and wherein this first contact conductive member is an Electricity conductive plaster, metal rides metal plate, metal holds rod or hold test bar.

12. inject one of high, normal, basic cycle signal to measure the system of skin to the impedance of this signal to human body skin as claimed in claim 1, wherein this first contact conductive member separately comprises a detection dish, be electrically connected to this distribution follower, the material message it carried in order to the transmission one that is electrically connected is to this distribution follower.

13. inject one of high, normal, basic cycle signal to measure the system of skin to the impedance of this signal to human body skin as claimed in claim 1, and wherein this second contact conductive member is an Electricity conductive plaster, metal rides metal plate, metal holds rod or hold detection probe.

14. inject one of high, normal, basic cycle signal to measure the system of skin to the impedance of this signal to human body skin as claimed in claim 1, the wherein waveform of this main ripple of this first waveform signal, for sine wave, square wave, triangular wave or other waveforms, this carrier wave is also the waveform of setting.

15. 1 kinds of skins inject the measuring device of the impedance of signal to senior middle school low-frequency, it comprises:

One distributes follower, for exporting via one first contact conductive member the some that signal to testee health injects in senior middle school low-frequency;

One measures signal amplifier, and this receiving this distribution loader first measures signal, for this first being measured and export one second after signal amplifies and measure signal;

One second low-pass filter device, be connected to this and measure signal amplifier, it has two analog switches and n the second wave filter, the integer of n for being greater than 0, these two analog switches, in order to select required frequency band, this n the second wave filter, for filtering this second noise measuring signal, measures signal to produce one the 3rd; One ADC, is connected to this second low-pass filter device, converts a digital date to for measuring signal by the 3rd and inputs to a microprocessor, with the process utilizing this microprocessor to carry out this digital date by analog signal;

One output device, in order to show one of result output signal handled by this microprocessor, it represents this testee health and annotates after this health to the low-frequency injection signal of this senior middle school, and health, to the impedance variation value of this injection signal, is used for detecting the physical condition of this testee; And

16. skins as claimed in claim 15 inject the measuring device of the impedance of signal to senior middle school low-frequency, and wherein this electric spectrum value is a percent value.

17. skins as claimed in claim 15 inject the measuring device of the impedance of signal to senior middle school low-frequency, and wherein, this second low-pass filter device comprises:

One the 3rd analog switch, is connected to this and measures signal amplifier, second measures signal for receiving this and produces one n-th signal;

N the second wave filter, its filter band is corresponding to the output frequency of the low-frequency injection signal of senior middle school of this distribution follower, be connected to the 3rd analog switch, the n-th frequency band signal of required frequency band is produced, wherein for this n the second wave filter comprises one second low-frequency filter, one second intermediate-frequency filter and one second high frequency filter for receiving this n-th signal; And

One the 4th analog switch, is connected to this n the second wave filter, exporting, measuring signal to produce the 3rd for selecting to receive this n-th frequency band signal.

18. skins as claimed in claim 15 inject the measuring device of the impedance of signal to senior middle school low-frequency, and wherein the frequency of the main ripple of this senior middle school low-frequency injection signal ties up to below 5MHz.