CN2257728Y - Hypertension instrument - Google Patents

Abstract

The utility model relates to a blood pressure reducing instrument which belongs to the technical field of medical appliances and is mainly composed of resistors, capacitances, triodes, a double-stranded potentiometer and a relay. The utility model uses the autologous bioelectricity of human body and the relay simultaneously to automatically control charge and discharge cycles through the combination of charge and discharge circuits and a multiresonant circuit. The utility model has the advantages of simple structure, convenient use, convenient carrying and very conspicuous curative effect, the blood pressure can be reduced by 10 mmHg to 35 mmHg when the instrument is used per 10 minutes, and the instrument can be used for patients with elevated blood pressure like a good doctor.

Description

Hypertension instrument

This utility model relates to the hypertension instrument of medical instruments field.

At present, treatment hypertension apparatus miscellaneous is arranged on the market,, many unsatisfactory places are arranged also though they all have certain curative effect.Not ideal enough as magnetic medicated cap, blood pressure lowering table curative effect; Passive reducing transformer must artificially intermittence, Push switch be controlled for a long time---and this not only seems loaded down with trivial details, and affects the treatment because of discharge cycle comes and go.

The purpose of this utility model is exactly in order to overcome above-mentioned drawback, for numerous hyperpietics provide a kind of simple in structure, easy to use, evident in efficacy---not only reduce for a long time the intermittently labor of Push switch for the patient, and can be at the concrete state of an illness of patient, regulate best constant discharge cycle, to reach the hypertension instrument of optimum curative effect.

The purpose of this utility model mainly is to utilize the bio electricity of human body self, by the combination of charge-discharge circuit and multi-resonant oscillating circuit, by relay the cycle that discharges and recharges of charge-discharge circuit controlled automatically simultaneously and realized.

Below in conjunction with accompanying drawing this hypertension instrument is described further.Fig. 1 is this hypertension instrument circuit diagram.Among the figure:

1,2---metal electrode (being made as good) with copper in the element activity command table and later metal or its plating piece thereof

3---metal electrode (being made as good) with stable metal or its plating piece before the hydrogen in the element activity command table

Metal electrode 3 respectively with resistance R₁, capacitor C₁An end, capacitor C₂Negative pole and the contact J of relay J₂Join; Metal electrode 2 respectively with resistance R₁The other end and triode T₁Base stage join; T₁Emitter stage respectively with resistance R₂An end and C₁The other end join; T₁Colelctor electrode respectively with R₂The other end, the contact J of relay J₁Join; Metal electrode 1 respectively with triode T₂Colelctor electrode, resistance R₃An end and the contact J of relay J₂Phase Connect; T₂Base stage and J₁The contact joins; T₂Emitter stage respectively with C₂Positive pole and R₃In addition One end joins; Triode T₃Emitter stage respectively with triode T₄Emitter stage, relay J Coil L one end, the negative pole of light emitting diode D and the negative pole of power supply E join; T₃Base stage respectively with resistance R₆An end, capacitor C₄An end join; T₃Colelctor electrode respectively with resistance R₄An end, capacitor C₃An end join; R₄The other end respectively with double-stranded potentiometer RW₁、 RW ₂An end, resistance R₇An end, triode T₅Colelctor electrode, resistance R₈An end and K switch is joined; C₃The other end respectively with resistance R₅An end, T₄Base stage join; R₅The other end and RW₁The other end join; R₈The other end and RW₂The other end join; C₄The other end respectively with T₄Collector, triode T₅Base stage and resistance R₇Other end phase Connect; T₅Emitter stage and the other end of the coil L of J join; R₈The other end and the positive pole of D Join; Another binding post of K switch and the positive pole of power supply E join.

Mandatory declaration be positive pole and the triode T of power supply E₃Base stage between be connected to double-stranded potentiometer RW₂ The positive pole of power supply E and triode T₄Base stage between be connected to double-stranded current potential RW₁ In order to Regulate the frequency of oscillation of multivibrator, thereby regulate and control the discharge week of charge-discharge circuit Phase, adopt corresponding discharge cycle with the concrete state of an illness according to different patients, reach best and treat Effect.

This utility model is according to motherland's Chinese medicine meridian, acupoint therapy mechanism, forms by experimentation repeatedly.It utilizes the bio electricity of human body self, adopts an electric discharge device, reduces the acupuncture point current potential in blood pressure lowering cave, makes bio electricity return to normal current potential from high potential, recovers normal therapeutic purposes to reach blood pressure.Its electric principle is summarized as follows: when K switch was closed, electric current passed through R ₈, D, light emitting diode D sends out shell, the present invention works at once automatically.At this moment, electric current also passes through oscillating circuit, because the audion T in the oscillating circuit ₄And T ₃Base stage pass through R respectively ₅, RW ₁With R ₆, RW ₂E is connected with power supply, so T ₃, T ₄Conducting trend is all arranged, but because the parameter of two pipes and the parameter difference of accessory circuit, so T ₃, T ₄Hocket and end and conducting.Work as T ₄During conducting, make T ₅Base voltage descend i.e. T ₅End L no power, J ₁, J ₂Not conducting, the high potential of electrode (1,2) passes through R respectively ₃, T ₁Emitter junction is to capacitor C ₁, C ₂Charging.T ₃By being because C ₄The voltage at two ends passes through T ₄Be added to T ₃Emitter junction, make it to be in instead and reach partially.At T ₄Conduction period, C ₄On voltage to pass through T ₄, power supply E, R ₆And RW ₂Discharge; Just because of C ₄Discharge be that condition has been prepared in the upset of circuit, cause foregoing positive feedback process again, the result makes T ₃Conducting work, T ₄End, make T then ₅Conducting, L energising, J ₁, J ₂Closure makes C ₁, C ₂Respectively through R ₂, T ₂Emitter junction, R ₃, and R ₃Periodic discharge, thus reach the effect that brings high blood pressure down.

During use, metal electrode 1,2 is separately fixed on the blood pressure lowering cave of left and right two ears of hyperpietic, is arranged in patient's hands metal electrode 3 or foot, make the K switch closure then, the present invention works at once automatically.For reaching optimum curative effect, when using for the first time, should regulate double-stranded potentiometer RW ₁, RW ₂, its cycle can be selected arbitrarily in second at 10-60, at different conditions of patients, in case determine optimal discharge week after date, has not just wanted re-adjustment later on.Numerous patient uses and shows, every use 10 minutes, and blood pressure drops 10-35mmHg then and there, curative effect is very remarkable.

In sum, this hypertension instrument is simple in structure, and is easy to use, evident in efficacy, and 10 minutes energy blood pressure lowering of every use 10-35mmHg is hyperpietic's good doctor.

Claims (2)

1, a kind of hypertension instrument that relates to medical instruments field, it is mainly by resistance R ₁～R ₈, capacitor C ₁～C ₄, audion T ₁～T ₅, double-stranded potentiometer RW, relay J, light emitting diode D, K switch form, it is characterized in that: metal electrode 3 respectively with resistance R ₁, capacitor C ₁An end, capacitor C ₂Negative pole and the contact J of relay J ₂Join; Metal electrode 2 respectively with resistance R ₁The other end and audion T ₁Base stage join; T ₁Emitter stage respectively with resistance R ₂An end and C ₁The other end join; T ₁Colelctor electrode respectively with R ₂The other end, the contact J of relay J ₁Join; Metal electrode 1 respectively with audion T ₂Colelctor electrode, resistance R ₃An end and the contact J of relay J ₂Join; T ₂Base stage and J ₁The contact joins; T ₂Emitter stage respectively with C ₂Positive pole and R ₃The other end join; Audion T ₃Emitter stage respectively with audion T ₄Emitter stage, coil L one end of relay J, the negative pole of light emitting diode D and the negative pole of power supply E join; T ₃Base stage respectively with resistance R ₆An end, capacitor C ₄An end join; T ₃Colelctor electrode respectively with resistance R ₄An end, capacitor C ₃An end join, R ₄The other end respectively with double-stranded potentiometer RW ₁, RW ₂An end, resistance R ₇An end, audion T ₅Colelctor electrode, resistance R ₈An end and K switch join; C ₃The other end respectively with resistance R ₅An end, T ₄Base stage join; R ₅The other end and RW ₁The other end join; The other end of R6 and RW ₂The other end join; C ₄The other end respectively with T ₄Colelctor electrode, audion T ₅Base stage and resistance R ₇The other end join; T ₅Emitter stage and the other end of the coil L of J join; R ₈The other end and the positive pole of D join; Another binding post of K switch and the positive pole of power supply E join.

2, hypertension instrument according to claim 1 is characterized in that: the positive pole of power supply E and audion T ₃Base stage between be connected to double-stranded potentiometer RW ₂The positive pole of power supply E and audion T ₄Base stage between be connected to double-stranded potentiometer RW ₁