KR20150139751A - Device of Power Ring for Treating and Preventing Diseases of Prostate by Micro Current - Google Patents

Abstract

The present invention relates to a power ring device for preventing and treating prostate diseases by using micro-current, which particularly can prevent or treat prostate diseases by applying micro-current to a portion of prostate in a controlled manner. The power ring device (10) includes: a control unit (11) for controlling a state of operation; a contact sensor (12) for sensing a state of contact with respect to a wearing portion and transmitting the state of contact to the control unit (11); a condition search unit (111) for storing an operation condition; an electrode unit (14) having a terminal coming in contact with at least one portion of prostate; and a switch unit (13) for controlling flow of current in the electrode unit (14) by using the control sensor (11). The control unit (11) controls micro-current, flowing through the electrode unit (14), by controlling the switch unit (13) based on information transmitted from the contact sensor (12).

Description

TECHNICAL FIELD [0001] The present invention relates to a powering device for prevention and treatment of prostate disease caused by microcurrent,

The present invention relates to a powering device for prophylaxis and treatment of prostate disease caused by microcurrent, and more particularly, to a microcurrent generator for preventing and treating prostate-related diseases by applying a microcurrent to a prostate site in a controlled manner. To a powering device for the prevention and treatment of prostate disease caused by prostate cancer.

The prostate gland, which is composed of the gland tissue and the fibrotic tissue, serves as a semen producing and secreting semen, supplying sperm, maintaining proper ion concentration and acidity, and preventing the bacterial infection by the presence of zinc . Diseases associated with the prostate or prostate, such as prostatitis, hyperplasia of the prostate, or prostate cancer. Such prostate-related diseases generally can be treated through methods such as drug therapy or electric stimulation therapy, but they have a problem that they are difficult to be completely cured. In the case of chronic prostatitis, there is no independent treatment method that can be cured in a short time. Therefore, a complex method can be applied for treatment.

As a prior art related to the prevention or treatment of prostate diseases, there is a utility model registration No. 0450336 'Prostate and Urinary Incontinence Therapy Control Device'. The prior art is a prostate treatment probe inserted into a rectum of a male and stimulating heat and vibration to the prostate with a heater and a vibrator in a housing made of a rod shape. A probe for urinary incontinence treatment inserted into a vagina of a woman with a heater, a vibrating body, and an electric stimulating body in a housing made of a rod to stimulate heat, vibration and low frequency electricity in the bladder; An integrated terminal for electrically connecting any one of the prostate treatment probe and the urinary incontinence treatment probe through a cable, and an apparatus connected to the integrated terminal for identifying the prostate treatment probe or the urinary incontinence treatment probe, A complement including a controller for transmitting a driving signal for controlling the heater and the vibrating body to the probe; And a packing which is mounted on the housing and surrounds the outside of the vibrating body, and a treatment device for both prostate and urinary incontinence.

Another prior art related to the prevention or treatment of prostate disease is Patent No. 1278757, " Apparatus for Enhancing Prostate. &Quot; The prior art includes a rinse water storage tank for storing rinse water supplied from a water supply pipe; A perineum stimulating agent reservoir connected to the connection pipe for discharging the cleansing water exiting from the cleansing water storage tank and mixing and discharging the stimulating perineal stimulant for internal prostate gland into the cleansing water; And a nozzle unit for spraying the perineum irritant mixed cleansing water discharged from the perineal stimulating agent storage box through a nozzle hole.

The above-described prior art has a problem in that it is difficult to appropriately treat the relevant part, and it is difficult to expect a continuous treatment effect because the device itself is complicated. There is a disadvantage that further use is restricted.

The present invention has been made to solve the problems of the prior art and has the following purpose.

Prior Art 1: Registered Utility Model Number 20-0450336 (published by Park Hwa-soon, Sep. 24, 2010) Therapeutic control device for both prostate and urinary incontinence Prior Art 2: Registered Patent No. 10-1278757 (Koshan University Industry & University Collaboration Foundation, released on June 25, 2013) Apparatus for strengthening the prostate gland

It is an object of the present invention to provide a method for preventing and treating prostate cancer caused by microcurrent which enables prevention and treatment of prostate by applying a microcurrent to a prostate site in a controlled form while having a structure that can be worn on male genitalia To provide a powering device.

According to a preferred embodiment of the present invention, the powering device comprises: a control unit for controlling the operating state; A contact sensor for sensing a contact state with respect to the wearer's body and transmitting the contact state to the control unit; A condition search unit storing an operating condition; An electrode unit having a terminal contacting at least one prostate portion; And a switch unit for adjusting the current flow of the electrode unit by the control sensor, wherein the control unit adjusts the switch unit based on the information transmitted from the contact sensor to control the micro current flowing through the electrode unit.

According to another preferred embodiment of the present invention, the powering device comprises a base unit in the shape of a plate and a base frame composed of a fixed unit extending in a circular shape at one end of the base unit, A fine current generator for generating a fine current in the electrode unit, and a switch unit for controlling the flow of minute current generated in the fine current generator.

According to another preferred embodiment of the present invention, the powering device comprises a ring and two rings formed in an annular shape; A conductive strip electrically connecting the first ring and the second ring; A fine current generator disposed in one ring or two rings; A switch unit for controlling a minute current generated in the micro-current generator; And an electrode unit disposed on the first ring and the second ring, respectively.

According to another preferred embodiment of the present invention, the one-ring, two-ring or conduction strips are adjustable in size.

The power ring device according to the present invention has an advantage that prophylaxis and treatment of prostate-related diseases can be effectively performed by applying a stimulus to the prostate part continuously while being simple to wear and control. Further, the powering device according to the present invention can be configured in various ways according to the user, and has the advantage that it can be applied to each user to suit the usage conditions.

1 shows an embodiment of an operating structure of a powering device according to the present invention.
Figure 2 shows an embodiment of the flow of microcurrent that can be applied to a powering device according to the present invention.
3A and 3B show an embodiment of the power ring device, respectively.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the embodiments shown in the accompanying drawings, but the present invention is not limited thereto. In the following description, components having the same reference numerals in different drawings have similar functions, so that they will not be described repeatedly unless necessary for an understanding of the invention, and the known components will be briefly described or omitted. However, It should not be understood as being excluded from the embodiment of Fig.

1 shows an embodiment of an operating structure of a powering device according to the present invention.

Referring to FIG. 1, the powering device 10 includes a control unit 11 for controlling an operating state; A contact sensor 12 for sensing a contact state with respect to the wearer's body and transmitting the contact state to the control unit 11; A condition search unit 111 in which operating conditions are stored; An electrode unit (14) having a terminal in contact with at least one prostate portion; And a switch unit (13) for adjusting the current flow of the electrode unit (14) by the control sensor (11), wherein the control unit (11) 13) to control the minute current flowing through the electrode unit (14).

The powering device 10 according to the present invention can be worn in various forms, for example, but not limited to, a portion of the prostate, such as in a male reproductive organs. The powering device 10 may also be worn, for example, to be in contact with the prostate portion in connection with the undergarment. Thus, the powering device 10 can be contacted to the prostate region in various forms, and the present invention is not limited by the manner in which the powering device 10 is worn.

The control unit 11 may control the overall operation of the powering device 10 and may include a processing device such as, for example, a microprocessor. The control unit 11 may be in any form known in the art.

The micro-current generator S may be any voltage power source or current power source capable of generating micro-currents, but may be a pulse generator capable of generating micro-currents in a pulse-like shape. A microcurrent refers to a current of 1,000 μA or less and refers to a size similar to a living body current. The microcurrent can be generated in the form of pulses and can be periodically applied to the human body. For example, the microcurrent can be a square-wave pulse and can be applied to the human body in the same or similar size from several to several tens of seconds per second. The sensing current can be applied at regular intervals as needed. For example, in the unit of 20 seconds or 40 seconds, the micro-current generator S can periodically generate the perceived current, and the perceived current means the current having a relatively larger magnitude than the micro current. The cognitive current is intended to prevent the flow of microcurrent from being perceived due to continuous microcurrent flow. The cognitive current may be, for example but not limited to, 2 to 5 times the magnitude of the fine current. The fine current or the cognitive current can be generated by the fine current generator S in various ways, and the present invention is not limited to the embodiments shown. The fine current generator S can generate a fine current or a perceptual current by the control of the control unit 11 or independently.

The contact sensor 12 may be installed to confirm the contact state of the powering device 10 with respect to the human body. The contact sensor 12 can confirm the contact state of the electrode unit 14 in particular. A plurality of contact sensors 12 may be installed as needed, for example, at a position adjacent to the electrode unit 14 or the electrode unit 14. The touch sensor 12 may be, but is not limited to, a temperature sensor or a pressure sensor. If necessary, the touch sensor 12 may have a human body detecting function. For example, the touch sensor 12 may include a temperature sensor or may include a sensor for detection of other human conditions, such as, for example, humidity. The information detected by the touch sensor 12 can be transmitted to the control unit 11 and the control unit 11 can determine the micro current generation condition based on the transmitted information. In addition, the touch sensor 12 may comprise a stimulation unit. The stimulation unit may be, for example, a low frequency generator or a warm generator. Various types of stimulation units can be applied to the ring device 10 according to the present invention and the present invention is not limited to the embodiments shown.

The generation mode of the fine current or the operation mode of the detection sensor or the stimulation unit provided in the contact sensor 12 can be determined by the control unit 11. [ The control unit 11 can search for the condition from the condition search unit 111 when it receives the operation instruction of the fine current. For the condition search, the control unit 11 may refer to the information transmitted from the contact sensor 12 as necessary. For example, it is possible to detect the physical condition such as the connection state of the electrode unit 14, the temperature of the body, or the humidity of the prostate area to determine the operating conditions. The condition search unit 111 can preliminarily store operation conditions depending on the physical condition, time, or the surrounding environment, and can store operation conditions via the communication unit 15 as needed. The operating conditions may include, for example, the magnitude, waveform or application time of the microcurrent suitable for the user and may include the application structure of the microcurrent according to the time zone. The operating conditions may also include operating conditions of a human body detection sensor installed on the touch sensor 12 or operating conditions of the stimulation unit.

The communication unit 15 may include a communication chip for local or long distance communication and may include a Bluetooth communication chip, for example, to enable communication with a mobile device or other electronic device. The communication unit 15 can be used for inputting the necessary information for the operation of the ring device 10 or for transmitting the operating situation to the outside. The ring device 10 itself has an operation switch or can be operated according to an external instruction. An instruction for the operation of the ring device 10 may be input by a mobile device such as a smart phone or an independent remote controller, for example. Also as described above, the condition search unit 111 can be updated via the communication unit 15 and the operation status can be transmitted to the external device via the communication unit 15. [ The ring device 10 may have an operation indicator, for example an LED indicator, and an operational status may be transmitted to the predetermined device via the communication unit 15. [ The ring device 10 can be installed in an undergarment such as panties and, depending on the situation, the operating situation may not be recognized externally. Therefore, the operating situation needs to be displayed externally. For example, a signal indicating that it is operating at regular intervals through the communication unit 15 may be transmitted to a mobile device such as a smart phone or a remote controller.

On the other hand, the contact sensor 12 can send an abnormal signal to the control unit 11 or the alarm unit 16 if it is detected by the contact sensor 12 that there is an abnormality in the operating state. The alarm unit 16 can transmit the alarm signal to the predetermined device via the communication unit 15. [ The touch sensor 12 can detect a state such as the operating state or temperature of the electrode unit 14 at regular intervals and transmit the detected information to the control unit 11 at regular intervals. The control unit 11 can detect the operating state of the ring device 10 based on the transmitted information and display it on the external device or its own operation indication or the like through the communication unit 15. [

The fine current generator S may be a source of fine current applied through the electrode unit 14 and may include a power source and a pulse generator. The power source may be, for example, a rechargeable secondary battery, but is not limited thereto and may be any power supply capable of power known in the art. The pulse generator may be any pulse generator known in the art capable of generating pulses in various forms such as sawtooth or square waves for generating pulses applied to the electrode unit 14. [ A perceived current may be generated in the micro-current generator S if necessary. However, the sensing current can be applied through the electrode unit 14 according to a predetermined method in the touch sensor 12. [

The fine current generator S may be connected to the electrode unit 14 through the switch unit 13. [ The electrode unit 14 may be composed of a plurality of electrode terminals and the switch unit 13 may mediate connection to each electrode terminal. The contact state of each electrode terminal can be detected by the contact sensor 12 and the control unit 11 can detect the contact state of the switch unit 13 connected to each electrode terminal based on the information transmitted from the contact sensor 12 It is possible to control the opening and closing of each of the included switches. The control of the switch unit 13 according to the contact state as described above is intended to prevent a large stimulation generated in the short-circuit state.

A switch control unit 131 may be provided between the fine current generator S and the switch unit 13. [ The switch control unit 131 is for preventing an excessive current from flowing instantaneously or a sudden interruption of the current flow during the opening and closing of the switch. In addition, the switch control unit 131 has a function of detecting the operating state of the switch, so long as it prevents the occurrence of the static charge generated in the switch unit 13. [ If it is detected that an error has occurred in the operation of the specific switch in the switch unit 13, the switch control unit 131 can cut off the current flowing in the micro-current generator S and transmit it to the control unit 11 . Then, the control unit 11 confirms the operating state of the switch unit 13 according to the transmitted information, and can generate a malfunction signal if an error has occurred. Thus, the switch control unit 131 is for detecting an abnormal operation state of the switch while protecting the switch itself. The switch control unit 131 may include, for example, a delay circuit, or may have a distribution circuit corresponding to a circuit that distributes the current flow during the opening and closing of the switch unit 13. [

The electrode unit 14 may include a plurality of electrode terminals in contact with the human body and the micro current generated in the micro current generator S may flow to the human body through the electrode unit 14 and then to the electrode unit 14 It can flow to another ground electrode.

The electrode unit 14 will be described again below.

Figure 2 shows an embodiment of the flow of microcurrent that can be applied to a powering device according to the present invention.

Referring to FIG. The fine current generated in the power source 21 can flow to the discharge electrode unit 24 through the inflow electrode unit 22. The confirmation electrode unit 23 can be disposed between the inlet electrode unit 22 and the discharge electrode unit 24 and the voltage of the discharge electrode unit 24 can be adjusted appropriately to provide fine An adjustment unit 25 for adjusting the amount of current may be provided.

The power source S may be the same as the micro-current generator described in FIG. 1 and may supply pulsed micro-currents. The inlet electrode unit 22 and the outlet electrode unit 24 may comprise the same or different electrode terminals T1 to TN and G1 to GM and the check electrode unit 23 may comprise a plurality of And confirmation terminals C1 to CK. Although not shown in Fig. 2, a switch unit can also be installed.

The inlet electrode unit 22 may be installed at the prostate portion and the inlet electrode terminals T1 to TN may be at least one and may be installed to be in contact with the human body according to the structure of the ring device. The inlet electrode unit 22 may be made of, for example, a pad structure composed of a plurality of electrode terminals. The microcurrent flowing into the inlet electrode unit 22 can flow to the outlet electrode unit 24 and the outlet electrode unit 24 can be, for example, a ground electrode. It is difficult to confirm whether or not the microcurrent flows through the human body and that the microcurrent is substantially introduced into the required area inside the human body due to the complicated structure of the human body itself. Therefore, the confirmation electrode unit 23 can be installed. The check electrode terminals C1 to CK are not connected to the power source 21 and are not connected to the grounding or adjusting unit 25. The check electrode terminals C1 to CK are distinguished from the incoming electrode terminals T1 to TN and the discharge electrode terminals G1 to GM do. And the amount of the current flowing into the inlet electrode unit 22 and the amount of current flowing through the confirmation electrode unit 23 may be different from each other and may be substantially small. The check electrode terminals (C1 to CK) can be installed in a measurable form and distributed in the path of the introduced current for treatment or prevention of the prostate gland. The touch sensor can detect the current flowing through the confirmation electrode unit 23 and can estimate the flow of the minute current and can detect the contact state of the inlet electrode unit 22 or the discharge electrode unit 24. [

The minute current introduced through the inlet electrode unit 22 can flow to the outlet electrode unit 24. The plurality of discharge electrode terminals G1 to GM may be arranged at different human body parts and each discharge electrode terminal G1 to GM may be connected to a ground electrode or to a power source 21. [ The discharge electrode terminals G1 to GM can be positioned in consideration of the positions of the inlet electrode terminals T1 to TN. However, the amount of the current flowing through each of the discharge electrode terminals G1 to GM depends on the state of the human body or the contact state of the electrode terminals. Can be different from each other and too small a current can flow. The adjustment unit 25 may have a function of adjusting the potential of each of the discharge electrode terminals G1 to GM. The magnitude of the micro current flowing through each of the discharge electrode terminals G1 to GM can be adjusted to an appropriate level by the operation of the control unit 25 and thereby the micro current flows through the path required for the treatment or prevention of the prostate gland . The current flowing through the discharge electrode terminals G1 to GM can be detected, for example, by a touch sensor, and the operation of the control unit 25 can be controlled by the control unit. The regulating unit 25 may have a function of regulating the voltage of each of the discharge electrode terminals G1 to GM so that it may be substantially similar to the power source, but is not limited thereto.

The powering device according to the present invention may have various types of electrode units and the present invention is not limited to the embodiments shown.

The powering device according to the present invention can be made in a variety of configurations and can be made, for example, in a structure that can be worn on a man's penis or genitalia.

3A shows an embodiment of a powering device 30 according to the present invention.

3A, the powering device 30 includes a base frame 31 having a base unit 311 and a fixed unit 312 extending in a circular shape at one end of the base unit 311; Electrode units 322 and 323 disposed in the base unit 311 and the fixed unit 312, respectively, and electrically connected to each other; A fine current generator for generating a fine current in the electrode units 322 and 323; And

And a switch unit 33 for controlling the flow of minute current generated in the micro-current generator.

The base unit 311 may be made of an insulator material such as, for example, silicone or a synthetic resin material, and one side of the base unit 311 may be shaped to contact at least part of the penis or genital part. The first electrode unit 322 may include a plurality of electrode terminals and may be disposed on the base unit 311 in contact with the genital organs. A fixing unit 312 that is curved to one side of the base unit 311 may be formed and the fixing unit 312 may be circular, for example, one side of which is open. The penis or genital organs can be inserted into the fixed unit 312 and thereby the powering device 30 can be fixed to be able to contact the penis.

The second electrode unit 323 may be disposed inside the fixed unit 312 so as to be in contact with the penis and the second electrode unit 323 may include at least one electrode terminal. A connection conductor 321 for electrically connecting the first electrode unit 322 and the second electrode unit 323 along the base unit 311 and the fixed unit 312 may be disposed. The connection conductor 321 may be formed in any structure for electrically connecting the first electrode unit 322 and the second electrode unit 323 to each other and may be formed in the first electrode unit 322 or the second electrode unit 323 ) Or may be made of different conductive materials.

A switch unit 33 may be provided in the fixed unit 312. [ The switch unit 33 may include, for example, a switch 331 such as a mechanical rotary switch and an operation indicator 332 indicating whether or not micro current is generated. And a housing 333 accommodating the fine current generator and the control unit may be disposed below the switch unit 33. [ As described above, the powering device 30 according to the present invention can be operated by a wireless operating device such as, for example, a mobile device or a remote control. If necessary, the fine current generator can be operated by manually turning the switch 332 as shown in (A) or (B) of FIG. The powering device 30 according to the present invention can be operated in various structures and the present invention is not limited to the embodiments shown.

On the other hand, the switch unit 33 or the housing 333 does not necessarily have to be installed in the fixed unit 312. The switch unit 33 or the housing 333 may be installed separately from the base frame 31. [ For example, in the state of wearing underwear or outerwear, the base frame 31 is fixed to the penis and the switch unit 33 or the housing 333 connected by appropriate wiring can be disposed outside. Alternatively, the base frame 31 can be made as a separate module from the switch unit 33 or the housing 333 and can be connected to one another by connectors as needed. As such, the switch unit 33 and the housing 331 can be made in various structures, and the present invention is not limited to the embodiments shown.

The confirmation electrode unit described above can be disposed at an appropriate position in contact with the human body and can be installed at the interface between the base unit 311 and the fixed unit 312, for example. The adjustment unit can also be disposed inside the housing.

In the illustrated embodiment, the second electrode unit 323 can function as an inlet electrode unit and the first electrode unit 323 can function as a discharge electrode unit.

Another embodiment of the powering device according to the present invention is described below.

3B shows an embodiment of a powering device 30 according to the present invention.

Referring to FIG. 3B, the powering device 30 includes one ring and two rings 31a and 31b formed in an annular shape; A conductive strip 36 electrically connecting the first ring 31a and the second ring 31b; A fine current generator disposed in one ring 31a or two rings 31b; A switch unit (33) for controlling a minute current generated in the micro current generator; And electrode units 323a and 323b respectively disposed on the one ring and two rings 31a and 31b.

The embodiment shown in FIG. 3B has a structure similar to the embodiment shown in 3a but differs in that a fixed ring of a two ring shape is used. The powering device 30 can be fixed to the penis or male reproductive system by the first rings 31a and 31b and the two rings 30a and 30b can be electrically connected by the conductive strips 36. [ The electrode units 323a and 323b are installed in the respective rings 30a and 30b to induce the flow of minute current into the human body. The switch unit 33 may be installed in any one of the rings 31a and 31b and may include a switch 331 and an operation indicator lamp 332. [ Although the housing 333 can be provided together with the switch unit 33, the position of the switch unit 33 or the housing 333 is not particularly limited. The conductive strips 36 need not be made entirely of a conductive material, but may be provided in the middle of the conductive strip 36, either directly or with an appropriate annular check ring, as described above. For adaptation according to the user, the size of the 1 ring 31a, the 2 ring 31b or the conductive strip 36 can be adjusted. For example, the diameter of the rings 31a, 31b can be adjusted or the length of the conductive strip 36 can be adjusted. The rings 31a, 31b do not have to be completely circular but may be part of a circle and may be elliptical or similar in shape. The diameter adjustment of the rings 31a and 31b may be made, for example, by a method of making the material of a flexible elastic material or of a bending material, or of adjusting the length of overlapping portions of the strip. The length of the conductive strip 36 can also be adjusted in such a way that it is made of a material free of shape change if an appropriate pressure is applied to the elastic material. At least one contact sensor can be arranged at various positions of the rings 31a and 31b and is also the same in the case of the embodiment of FIG.

Various types of sanitary materials can be used as the material of the powering device 30 according to the present invention and, if desired, at least some of the components can be anticontamination coatings or waterproofing coatings. Therefore, the powering device 30 according to the present invention is not limited by the type of material or coating, and is not limited by the operating method or the electrode shape.

The power ring device according to the present invention has an advantage that prophylaxis and treatment of prostate-related diseases can be effectively performed by applying a stimulus to the prostate part continuously while being simple to wear and control. Further, the powering device according to the present invention can be configured in various ways according to the user, and has the advantage that it can be applied to each user to suit the usage conditions.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it will be understood by those of ordinary skill in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention . The invention is not limited by these variations and modifications, but is limited only by the claims appended hereto.

10: Powering device 11: Control unit
12: contact sensor 13: switch unit
14: electrode unit 15: communication unit
16: Alarm unit 21: Power source
22: inlet electrode unit 23: confirmation electrode unit
24: discharge electrode unit 25: regulating unit
30: Powering device 31: Base frame
31a, 31b: Ring 33: Switch unit
36: conduction strip
111: condition search unit 131: switch control unit
311: base unit 312: fixed unit
321: connection conductors 322, 323: electrode unit
331: Switch 332: Operation indicator
333: Housing

Claims (4)

A control unit (11) for controlling an operating state;
A contact sensor 12 for sensing a contact state with respect to the wearer's body and transmitting the contact state to the control unit 11;
A condition search unit 111 in which operating conditions are stored;
An electrode unit (14) having a terminal in contact with at least one prostate portion; And
And a switch unit (13) for controlling the current flow of the electrode unit (14) by the control sensor (11)
Characterized in that the control unit (11) controls the fine current flowing through the electrode unit (14) by adjusting the switch unit (13) based on the information transmitted from the contact sensor (12) A powering device for the prevention and treatment of diseases. A base frame 31 composed of a plate-shaped base unit 311 and a fixed unit 312 extending in a circular shape at one end of the base unit 311;
Electrode units 322 and 323 disposed in the base unit 311 and the fixed unit 312, respectively, and electrically connected to each other;
A fine current generator for generating a fine current in the electrode units 322 and 323; And
And a switch unit (33) for adjusting the flow of minute currents generated in the micro current generator, for preventing and treating prostate diseases caused by micro currents. One ring and two rings (31a, 31b) formed in an annular shape;
A conductive strip 36 electrically connecting the first ring 31a and the second ring 31b;
A fine current generator disposed in one ring 31a or two rings 31b;
A switch unit (33) for controlling a minute current generated in the micro current generator; And
And an electrode unit (323a, 323b) arranged in one ring and two rings (31a, 31b), respectively, for preventing and treating prostate disease. The powering device according to claim 3, wherein the first ring (31a), the second ring (31b) or the conductive strip (36) is adjustable in size.

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