CN211068769U

CN211068769U - Novel portable Parkinson auxiliary treatment device

Info

Publication number: CN211068769U
Application number: CN201920629761.1U
Authority: CN
Inventors: 周立军
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-05-05
Filing date: 2019-05-05
Publication date: 2020-07-24
Anticipated expiration: 2029-05-05

Abstract

The utility model discloses a novel portable type parkinson auxiliary treatment device, including power input circuit, luminous indicating circuit, oscillating circuit, triple voltage circuit, high-voltage electric field generating circuit and high-pressure energy storage circuit, power input circuit's periphery is equipped with the shielding casing of making through insulating material, and power input circuit, luminous indicating circuit, oscillating circuit, triple voltage circuit, high-voltage electric field generating circuit, high-pressure energy storage circuit all are located the shielding casing cavity and draw another positive line monopole output. The utility model discloses structural grouping design is ingenious, reasonable, convenient, safety, can effectually alleviate produced leg of parkinson and freeze phenomenon and constipation, hydroncus, myasthenia scheduling problem, is worth popularizing and applying.

Description

Novel portable Parkinson auxiliary treatment device

Technical Field

The utility model relates to a device, especially a novel portable type parkinson adjunctie therapy device.

Background

Parkinson's disease is a functional lesion of the brain, and the current treatment methods along with the Parkinson's disease mainly comprise drug treatment and operation treatment methods of an electrode buried in the brain; the brain-embedded electrode is an invasive method, is not easy to accept by patients and has high cost; the medicament treatment method is difficult to enter the brain parenchyma from blood to play a role due to blood brain barrier, so the effect is not ideal, and most of the medicaments for treating the Parkinson's disease have serious side effects; the functional lesion of the brain can change the function of neurotransmitter in the brain, the aim of treating the brain disease can be achieved by regulating the function of the neurotransmitter in the brain, the regulation of the neurotransmitter can be achieved by a chemical method of medication, and can also be achieved by the action of physical factors on brain tissues, the Parkinson's disease is one of the diseases, the function of the neurotransmitter in the brain exists in a pathological mechanism, particularly the function of dopamine, so that the function of the neurotransmitter in the brain can be regulated by an electric field to achieve a certain treatment aim.

The chinese invention patent CN 1981889B discloses a parkinson's disease therapeutic apparatus, which has a complicated structure design, and needs to be placed on the left and right sides of the head of a patient through electrodes, so as to directly apply an electric signal to the head of the patient, and this way can cause tingling feeling to the human body and cause great discomfort to the human body when the apparatus is improperly used (such as a large loading current), and the human body sweats or has high air humidity.

SUMMERY OF THE UTILITY MODEL

The utility model discloses solve above-mentioned prior art's shortcoming, provide one kind and can pass the human body through the electric field and reach the novel portable type parkinson auxiliary treatment device who adjusts neurotransmitter in the brain and have the adjunctie therapy effect to its produced illness of parkinson, satisfied the requirement that the parkinson patient need not to directly stimulate just can alleviate the parkinson symptom through medicine and electric current.

The utility model provides a technical scheme that its technical problem adopted: the novel portable Parkinson auxiliary treatment device comprises a power supply input circuit, wherein a luminous indicating circuit is arranged in the lateral direction of the power supply input circuit, an oscillating circuit is arranged in the lateral direction of the luminous indicating circuit, a triple voltage circuit is arranged in the lateral direction of the oscillating circuit, a high-voltage electric field generating circuit is arranged in the lateral direction of the triple voltage circuit, and a high-voltage energy storage circuit is arranged in the lateral direction of the high-voltage electric field generating circuit; the power input circuit comprises a 4V-6V power supply and a switch, one end of the switch is connected with a first circuit, the negative electrode of the power supply is connected with a second circuit, a current-limiting diode is arranged on the second circuit, and the other end of the switch is connected with the positive electrode of the power supply through a circuit; the light-emitting indicating circuit comprises a light-emitting diode and a first resistor of 440K, one end of the light-emitting diode is connected with one end of the first resistor through a line, the other end of the light-emitting diode is connected with a second line, and the other end of the first resistor is connected with the first line; the oscillating circuit comprises a triode of D882, a 500 omega bias current resistor and a transformer, the C end of the triode is connected with a second line through a line, the E end of the triode is connected with the 3 end of the transformer through a line, the B end of the triode is connected with one end of the bias current resistor through a line, the 1 end of the transformer is connected with the other end of the bias current resistor through a line, the 2 end of the transformer is connected with the second line through a line, the 4 end of the transformer is connected with the first line through a line, the end of the transformer is connected with a third line, and the 6 end of the transformer is connected with a fourth line; the triple voltage circuit comprises a first voltage doubling diode of an IN4007, a second voltage doubling diode of the IN4007, a third voltage doubling diode of the IN4007, a first capacitor of 2KV-0.01 muf, a second capacitor of 2KV-0.01 muf and a third capacitor of 2KV-0.01 muf, wherein one end of the first voltage doubling diode is connected with one end of the second voltage doubling diode through a fifth line, one end of the second voltage doubling diode is connected with one end of the third voltage doubling diode through a sixth line, the third line is connected with the other end of the first voltage doubling diode through a line, the other end of the third voltage doubling diode is connected with the third line through a line, one end of the first capacitor is connected with the fifth line through a seventh line, the other end of the first capacitor is connected with the fourth line through a line, one end of the second capacitor is connected with the sixth line through a line, the other end of the second capacitor is connected with the third circuit through a line, one end of the third capacitor is connected with the third circuit through a line, and the other end of the third capacitor is connected with the seventh circuit through a line; the high-voltage electric field generating circuit comprises a fourth capacitor of 2.2 muf-10 muf and a fifth capacitor of 2.2 muf-10 muf, one end of the fourth capacitor is connected with the third circuit through a line, and one end of the fifth capacitor is connected with the fourth circuit through a line; the high-voltage energy storage circuit comprises a 0.33 muf high-voltage energy storage capacitor, one end of the high-voltage energy storage capacitor is connected with the third circuit through a line, and the other end of the high-voltage energy storage capacitor is connected with the fourth circuit through a line; the periphery of the power input circuit is provided with a shielding shell, the shielding shell is made of insulating materials, and the power input circuit, the light-emitting indicating circuit, the oscillating circuit, the triple voltage circuit, the high-voltage electric field generating circuit and the high-voltage energy storage circuit are all located in a cavity of the shielding shell. The shielding shell is used for protecting the circuit and reducing the interference of the outside to the circuit and the mutual interference of the device to the outside, and the shielding shell is made of insulating materials and can be made of materials such as plastics, bakelite and the like; the power input circuit is used for inputting and supplying power; the function of the luminous indicating circuit here is to generate an indicator light signal for the recognition of whether the patient has switched on the device; the function of the oscillating circuit is used for generating a high-frequency high-voltage pulse signal so as to be used for boosting in the circuit, wherein the transformer in the oscillating circuit is a booster; the triple voltage circuit is used for continuously boosting the circuit, so that the voltage boosted by the oscillating circuit is increased by three times; when the high-voltage electric field generating circuit is used for generating an electric field, the generated electric field can adjust neurotransmitter in the brain of a human body after penetrating through the human body, and further symptoms caused by Parkinson can be treated in an auxiliary manner, so that the effect is very good, and no side effect is caused; the high-voltage energy storage circuit has the effects that high voltage generated in the circuit is stored and released, so that the high voltage acts on the fourth capacitor and the fifth capacitor, negative charges are gathered at the fourth capacitor, positive charges are gathered at the fifth capacitor, air is used as an isolation damping medium, the negative charges at the fourth capacitor flow to the positive charges at the fifth capacitor by taking the air as an isolation large damping medium, a curtain effect is generated, a strong electric field is generated and acts on a human body, and then neurotransmitter in the brain of the human body is regulated.

And further perfection is realized, the other end of the fourth capacitor is connected with the third line through an eighth line, and the other end of the fifth capacitor is connected with the fourth line through a ninth line. Here, the other end of the fourth capacitor is connected to the third line through the eighth line, and the other end of the fifth capacitor is connected to the fourth line through the ninth line, so that more negative charges can be accumulated on the fourth capacitor, more positive charges can be accumulated on the fifth capacitor, and a larger electric field can be generated.

Further perfect, include more than two fourth capacitors and more than two fifth capacitors in the high-voltage electric field generating circuit, each fourth capacitor's one end all is in the same place through circuit and third circuit connection, and each fourth capacitor's the other end all is in the same place through eighth circuit and third circuit connection, and each fifth capacitor's one end all is in the same place through circuit and fourth circuit connection, and each fifth capacitor's the other end all is in the same place through ninth circuit and fourth circuit connection. The plurality of fourth capacitors and the plurality of fifth capacitors serve to further increase the electric field intensity and the constancy, so that the effect is more remarkable and the response of the effect is faster when the capacitor acts on a human body.

Further perfection, a single-core socket is installed on the side portion of the shielding shell, a metal long wire is inserted into the single-core socket, and the single-core socket is connected with a third circuit. The earphone can be selected for use by the metal long wire, the positive and negative electrodes on the earphone plug are wrapped by the metal sheet and connected together to avoid the current from causing the loudspeaker on the earphone to generate noise, the earphone plug wrapped with the metal sheet is inserted into the single-core socket, so that the metal long wire is used as monopole output, two loudspeaker heads of the earphone are plugged into the ears of a patient, the earphone is attractive, the earphone plug cannot be seen discomfortable by others, the electric field area can be increased, the area of the electric field passing through the human body is increased, more accurate acupuncture action on the patient is achieved, and the matching effect of the monopole output is better.

The utility model discloses profitable effect is: the utility model has the advantages of ingenious design, it is reasonable, utilize here power input circuit to be used for the input of power, utilize luminous indicating circuit to be used for producing the pilot lamp signal, thereby be used for the discernment effect whether patient's opening device, utilize oscillating circuit to be used for producing high frequency pulse signal, thereby be used for the effect that steps up in the circuit, the effect that utilizes triple voltage circuit is, be used for continuing to step up the circuit, thereby the voltage after oscillating circuit steps up increases three times again, utilize high-voltage electric field generating circuit to be used for producing the electric field, thereby the electric field that produces carries out the regulating action to human brain neurotransmitter after passing the human body, and then can the produced symptom of adjunctie therapy parkinson, utilize high-voltage energy storage circuit, store and release the high voltage that produces in the circuit, thereby be used in fourth capacitor and fifth capacitor department, make fourth capacitor department gather the negative charge, make fifth condenser gathering positive charge, regard as isolation damping medium with the air, make the negative charge of fourth condenser department regard as the positive charge of isolating big damping medium flow direction fifth condenser department with the air, thereby produce the curtain effect and produce strong electric field and act on the human body, and then carry out the regulating action to human brain neurotransmitter, utilize shielding shell to be used for protection circuit and can reduce external interference to the circuit and this device to external mutual interference, the utility model discloses can improve the parkinsonism people action inconvenience greatly, constipation, edema, the phenomenon of freezing that starting foot can not lift up, be worth popularizing and applying.

Drawings

Fig. 1 is a schematic structural view of the present invention;

FIG. 2 is a flow chart of the present invention;

fig. 3 is a circuit diagram of the present invention.

Description of reference numerals: a power input circuit 1, a power supply 1-1, a switch 1-2, a first line 1-3, a second line 1-4, a current limiting diode 1-5, a light indicating circuit 2, a light emitting diode 2-1, a first resistor 2-2, an oscillating circuit 3, a triode 3-1, a current biasing resistor 3-2, a transformer 3-3, a third line 3-4, a fourth line 3-5, a triple voltage circuit 4, a first voltage doubling diode 4-1, a second voltage doubling diode 4-2, a third voltage doubling diode 4-3, a first capacitor 4-4, a second capacitor 4-5, a third capacitor 4-6, a fifth line 4-7, a sixth line 4-8, a seventh line 4-9, a high voltage electric field generating circuit 5, the high-voltage energy storage device comprises a fourth capacitor 5-1, a fifth capacitor 5-2, an eighth line 5-3, a ninth line 5-4, a high-voltage energy storage circuit 6, a high-voltage energy storage capacitor 6-1, a shielding shell 7, a single-core socket 8 and a long metal wire 9.

Detailed Description

The present invention will be further explained with reference to the accompanying drawings:

with reference to the accompanying drawings: the novel portable Parkinson auxiliary treatment device comprises a power input circuit 1, and is characterized in that: a light-emitting indicating circuit 2 is arranged in the lateral direction of the power input circuit 1, an oscillating circuit 3 is arranged in the lateral direction of the light-emitting indicating circuit 2, a triple voltage circuit 4 is arranged in the lateral direction of the oscillating circuit 3, a high-voltage electric field generating circuit 5 is arranged in the lateral direction of the triple voltage circuit 4, and a high-voltage energy storage circuit 6 is arranged in the lateral direction of the high-voltage electric field generating circuit 5; the power input circuit 1 comprises a 4V-6V power supply 1-1 and a switch 1-2, one end of the switch 1-2 is connected with a first circuit 1-3, the negative pole of the power supply 1-1 is connected with a second circuit 1-4, the second circuit 1-4 is provided with a current limiting diode 1-5, and the other end of the switch 1-2 is connected with the positive pole of the power supply 1-1 through a circuit; the light-emitting indicating circuit 2 comprises light-emitting diodes 2-1 and a first resistor 2-2 of 440K, one end of the light-emitting diode 2-1 is connected with one end of the first resistor 2-2 through a line, the other end of the light-emitting diode 2-1 is connected with a second line 1-4, and the other end of the first resistor 2-2 is connected with a first line 1-3; the oscillation circuit 3 comprises a triode 3-1 of D882, a bias current resistor 3-2 of 500 omega and a transformer 3-3, the C end of the triode 3-1 is connected with a second line 1-4 through a line, the E end of the triode 3-1 is connected with the 3 end of the transformer 3-3 through a line, the B end of the triode 3-1 is connected with one end of the bias current resistor 3-2 through a line, the 1 end of the transformer 3-3 is connected with the other end of the bias current resistor 3-2 through a line, the 2 end of the transformer 3-3 is connected with the second line 1-4 through a line, the 4 end of the transformer 3-3 is connected with the first line 1-3 through a line, and the 5 end of the transformer 3-3 is connected with a third line 3-4, the end 6 of the transformer 3-3 is connected with a fourth line 3-5; the triple voltage circuit 4 comprises a first voltage doubling diode 4-1 of an IN4007, a second voltage doubling diode 4-2 of the IN4007, a third voltage doubling diode 4-3 of the IN4007, a first capacitor 4-4 of 2KV-0.01 muf, a second capacitor 4-5 of 2KV-0.01 muf and a third capacitor 4-6 of 2KV-0.01 muf, one end of the first voltage doubling diode 4-1 is connected with one end of the second voltage doubling diode 4-2 through a fifth circuit 4-7, one end of the second voltage doubling diode 4-2 is connected with one end of the third voltage doubling diode 4-3 through a sixth circuit 4-8, the third circuit 3-4 is connected with the other end of the first voltage doubling diode 4-1 through a circuit, the other end of the third voltage doubling diode 4-3 is connected with the third circuit 3-4 through a circuit, one end of a first capacitor 4-4 is connected with a fifth circuit 4-7 through a seventh circuit 4-9, the other end of the first capacitor 4-4 is connected with a fourth circuit 3-5 through a circuit, one end of a second capacitor 4-5 is connected with a sixth circuit 4-8 through a circuit, the other end of the second capacitor 4-5 is connected with the third circuit 3-4 through a circuit, one end of a third capacitor 4-6 is connected with the third circuit 3-4 through a circuit, and the other end of the third capacitor 4-6 is connected with the seventh circuit 4-9 through a circuit; the high-voltage electric field generating circuit 5 comprises a fourth capacitor 5-1 of 2.2 muf-10 muf and a fifth capacitor 5-2 of 2.2 muf-10 muf, one end of the fourth capacitor 5-1 is connected with the third circuit 3-4 through a line, and one end of the fifth capacitor 5-2 is connected with the fourth circuit 3-5 through a line; the high-voltage energy storage circuit 6 comprises a 0.33 muf high-voltage energy storage capacitor 6-1, one end of the high-voltage energy storage capacitor 6-1 is connected with the third circuit 3-4 through a line, and the other end of the high-voltage energy storage capacitor 6-1 is connected with the fourth circuit 3-5 through a line; the periphery of the power input circuit 1 is provided with a shielding shell 7, the shielding shell 7 is made of insulating materials, and the power input circuit 1, the light-emitting indicating circuit 2, the oscillating circuit 3, the triple voltage circuit 4, the high-voltage electric field generating circuit 5 and the high-voltage energy storage circuit 6 are all located in a cavity of the shielding shell 7.

The other end of the fourth capacitor 5-1 is connected with the third line 3-4 through an eighth line 5-3, and the other end of the fifth capacitor 5-2 is connected with the fourth line 3-5 through a ninth line 5-4.

The high-voltage electric field generating circuit 5 comprises more than two fourth capacitors 5-1 and more than two fifth capacitors 5-2, one end of each fourth capacitor 5-1 is connected with the third circuit 3-4 through a line, the other end of each fourth capacitor 5-1 is connected with the third circuit 3-4 through an eighth line 5-3, one end of each fifth capacitor 5-2 is connected with the fourth circuit 3-5 through a line, and the other end of each fifth capacitor 5-2 is connected with the fourth circuit 3-5 through a ninth line 5-4.

A single-core socket 8 is arranged on the side part of the shielding shell 7, a metal long wire 9 is inserted on the single-core socket 8, and the single-core socket 8 is connected with the third lines 3-4.

The utility model discloses a theory of operation: the metal long wire 8 is an earphone, the metal long wire 8 is inserted into the single-core socket 8, two horns on the metal long wire 8 are plugged on two ears of a patient, so that the metal long wire 8 serves as a single-pole output end, the electric field area is increased and the metal long wire can conveniently penetrate through a human body, then the switch 1-2 is turned on, after the switch 1-2 is turned on, voltage acts on the light emitting diode 2-1 and shines, high-frequency pulse signals are generated by the voltage output by the power supply 1-1 through the oscillating circuit 3 and are transmitted to the transformer 3-3 to be boosted, the boosted voltage is boosted three times through the triple voltage circuit 4, about 1500V is achieved, the 1500V voltage is stored and discharged through the high-voltage energy storage capacitor 6-1, a large amount of negative charges are gathered by the fourth capacitor 5-1, and a large amount of negative charges are gathered by the, because the fourth capacitor 5-1 and the fifth capacitor 5-2 are not connected, the fourth capacitor 5-1 and the fifth capacitor 5-2 are not broken under the high voltage state, and air is used as an insulating medium to generate a curtain effect and form a virtual large-resistance resistor and a virtual capacitor, so that an electric field suitable for a human body is generated, and because the end points of the fourth capacitor 5-1 and the fifth capacitor 5-2 are not in contact connection, the fourth capacitor 5-1 and the fifth capacitor 5-2 can be selected from models with small volume and large charge capacity, so that a large electric field can be generated, the electric field can rapidly penetrate through the human body and the neurotransmitter function in the brain can be adjusted by using the electric field, and related symptoms generated by Parkinson can be rapidly and efficiently improved, the medicine effect of the medicine taken when treating other chronic diseases can be increased, the pain is reduced, and the medicine also has good effect on relieving constipation, and is worthy of popularization and application; the positive output and the shielding circuit can be switched by using the selector switch, so that the single-pole output is a positive pole, and the shielding is connected to a negative pole, thereby being more suitable for different human body state requirements; the device adopts a high-voltage low-current mode, so that the power is very low, and the high voltage can not generate uncomfortable symptoms such as tingling feeling and the like on a human body.

While the invention has been shown and described with reference to a preferred embodiment, it will be understood by those skilled in the art that various changes in form and detail may be made therein without departing from the scope of the appended claims.

Claims

1. The utility model provides a novel portable type parkinson auxiliary treatment device, includes power input circuit (1), characterized by: a light-emitting indicating circuit (2) is arranged in the lateral direction of the power input circuit (1), an oscillating circuit (3) is arranged in the lateral direction of the light-emitting indicating circuit (2), a triple voltage circuit (4) is arranged in the lateral direction of the oscillating circuit (3), a high-voltage electric field generating circuit (5) is arranged in the lateral direction of the triple voltage circuit (4), and a high-voltage energy storage circuit (6) is arranged in the lateral direction of the high-voltage electric field generating circuit (5);

the power input circuit (1) comprises a 4V-6V power supply (1-1) and a switch (1-2), one end of the switch (1-2) is connected with a first circuit (1-3), the negative electrode of the power supply (1-1) is connected with a second circuit (1-4), the second circuit (1-4) is provided with a current limiting diode (1-5), and the other end of the switch (1-2) is connected with the positive electrode of the power supply (1-1) through a circuit;

the light-emitting indication circuit (2) comprises a light-emitting diode (2-1) and a first resistor (2-2) of 440K, one end of the light-emitting diode (2-1) is connected with one end of the first resistor (2-2) through a line, the other end of the light-emitting diode (2-1) is connected with a second line (1-4), and the other end of the first resistor (2-2) is connected with a first line (1-3);

the oscillation circuit (3) comprises a triode (3-1) of D882, a 500 omega bias current resistor (3-2) and a transformer (3-3), the C end of the triode (3-1) is connected with the second line (1-4) through a line, the E end of the triode (3-1) is connected with the 3 end of the transformer (3-3) through a line, the B end of the triode (3-1) is connected with one end of the bias current resistor (3-2) through a line, the 1 end of the transformer (3-3) is connected with the other end of the bias current resistor (3-2) through a line, the 2 end of the transformer (3-3) is connected with the second line (1-4) through a line, and the 4 end of the transformer (3-3) is connected with the first line (1-3) through a line The transformer (3-3) is connected together, a third line (3-4) is connected to the 5 end of the transformer (3-3), and a fourth line (3-5) is connected to the 6 end of the transformer (3-3);

the triple voltage circuit (4) comprises a first voltage doubling diode (4-1) of an IN4007, a second voltage doubling diode (4-2) of the IN4007, a third voltage doubling diode (4-3) of the IN4007, a first capacitor (4-4) of 2KV-0.01 muf, a second capacitor (4-5) of 2KV-0.01 muf and a third capacitor (4-6) of 2KV-0.01 muf, one end of the first voltage doubling diode (4-1) is connected with one end of the second voltage doubling diode (4-2) through a fifth circuit (4-7), one end of the second voltage doubling diode (4-2) is connected with one end of the third voltage doubling diode (4-3) through a sixth circuit (4-8), and the third circuit (3-4) is connected with the other end of the first voltage doubling diode (4-1) through a circuit, the other end of the third voltage-multiplying diode (4-3) is connected with a third line (3-4) through a line, one end of the first capacitor (4-4) is connected with a fifth line (4-7) through a seventh line (4-9), the other end of the first capacitor (4-4) is connected with a fourth line (3-5) through a line, one end of the second capacitor (4-5) is connected with a sixth line (4-8) through a line, the other end of the second capacitor (4-5) is connected with a third line (3-4) through a line, one end of the third capacitor (4-6) is connected with a third line (3-4) through a line, and the other end of the third capacitor (4-6) is connected with the seventh line (4-9) through a line The paths are connected together;

the high-voltage electric field generating circuit (5) comprises a fourth capacitor (5-1) of 2.2 muf-10 muf and a fifth capacitor (5-2) of 2.2 muf-10 muf, one end of the fourth capacitor (5-1) is connected with the third line (3-4) through a line, and one end of the fifth capacitor (5-2) is connected with the fourth line (3-5) through a line;

the high-voltage energy storage circuit (6) comprises a 0.33 muf high-voltage energy storage capacitor (6-1), one end of the high-voltage energy storage capacitor (6-1) is connected with the third line (3-4) through a line, and the other end of the high-voltage energy storage capacitor (6-1) is connected with the fourth line (3-5) through a line;

the power input circuit (1) periphery is equipped with shielding shell (7), shielding shell (7) are made through insulating material, power input circuit (1), luminous indicating circuit (2), oscillating circuit (3), triple voltage circuit (4), high-voltage electric field generating circuit (5), high-voltage energy storage circuit (6) all are located shielding shell (7) cavity.

2. The novel portable parkinson's aid of claim 1, wherein: the other end of the fourth capacitor (5-1) is connected with the third line (3-4) through an eighth line (5-3), and the other end of the fifth capacitor (5-2) is connected with the fourth line (3-5) through a ninth line (5-4).

3. The novel portable parkinson's aid of claim 2, wherein: the high-voltage electric field generating circuit (5) comprises more than two fourth capacitors (5-1) and more than two fifth capacitors (5-2), one end of each fourth capacitor (5-1) is connected with a third line (3-4) through a line, the other end of each fourth capacitor (5-1) is connected with the third line (3-4) through an eighth line (5-3), one end of each fifth capacitor (5-2) is connected with the fourth line (3-5) through a line, and the other end of each fifth capacitor (5-2) is connected with the fourth line (3-5) through a ninth line (5-4).

4. The novel portable parkinson's aid of claim 1, wherein: a single-core socket (8) is installed on the side portion of the shielding shell (7), a long metal wire (9) is inserted into the single-core socket (8), and the single-core socket (8) is connected with the third line (3-4).