KR102039348B1 - Charging and Sterilizing Apparatus for Electric stimulation - Google Patents

Abstract

Provided a charging and sterilizing device for electric stimulator.
The present invention has a main board electrically connected to a power terminal supplied with an external power source in the inner space, and recesses and forms recesses in the outer surface contacting the lower end of the electronic product, and through the first terminal holes formed through the recesses. A second feed terminal having an end exposed outside and having a first feed terminal connected to a charging terminal of the electronic product, and having an end exposed outside through a second terminal hole penetrated through an outer edge of the sterilization arrangement formed in a predetermined depth; A first body mounted on the floor with a bottom surface; A connection terminal connected to the second feeder terminal, and having a light source unit electrically connected to the connection terminal to a ceiling of an internal space opened downward to generate sterilizing light toward the sterilization placement unit; Equipped with a mounting groove in contact with the outer surface of the electronic product that the lower end is in contact with the first body including the second body coupled to the first body and the second body when combining the sterilization light to the sterilization arrangement side When charging and mounting the electronic component between the first body and the second body, the electric charge can be made through the charging terminal of the electronic product that is in contact with the first feed terminal.

Description

Charging and Sterilizing Apparatus for Electric stimulation

The present invention relates to a device capable of simultaneously performing a charging function and a sterilization function, and more specifically, to perform a sterilization function while temporarily storing components such as a header used while being in direct contact with the skin, and safely mounted electricity. The present invention relates to a charging and sterilizing device capable of performing a charging function for an electronic product such as a stimulator.

In general, electrotherapy is a method of treating an affected part by applying a current directly to the human body.

Such electrotherapy can classify 1-1,000Hz as low frequency current, 1,000-100,000Hz as medium frequency current, and 100,000Hz (100KHz) as high frequency current. Select the appropriate electric treatment method according to the purpose of use and site of use such as pain control, exercise control, tissue healing, deep heat treatment, and electrodiagnosis.

Radiofrequency electrotherapy has the advantage of promoting heat metabolism and muscle movement by generating heat in the core of the body without destroying tissue. In addition, high frequency electrotherapy is widely used for promoting hair growth, treating knee arthritis, improving blood circulation, regenerating tissue, relieving pain, suppressing cancer cell proliferation, obesity management, removing acne, removing blemishes, and treating acupuncture points.

On the other hand, low frequency electrotherapy is an intermittent low frequency (1-1,000 Hz) to apply an electrical signal having a constant pulse width (for example, 500usec square wave) to the affected part of the human body. The low frequency electric signal is applied to the muscles of the human body to contract the muscles, and the muscles are relaxed again at the time when the electric signal is not applied. Thus, low frequency electrotherapy has the effect of alleviating pain by contraction and relaxation of muscles by electrical stimulation.

In general, the electrical stimulator is a device that stimulates the nerves of the nervous system or skin and functions to alleviate muscle pain or treat pain due to the physically electrical low frequency signal caused by the human body. Low frequency stimulator is an electrical stimulation to the human body is not addictive.

On the other hand, the electrical stimulator includes a stimulus main body having a header for transmitting electrical stimulation such as low frequency to the skin while in contact with the skin, the inside of the stimulating main body is provided with a battery for supplying power to the header side, the battery is external It is connected to the power source to charge the used power.

(Patent Document 1) KR10-2004-0092205 A

Patent Literature 1 provides a first massager provided with a power supply unit to supply power to a massage head and an ultrasonic vibrator in a body in which an ultrasonic vibrator is built, and to supply power to the massage head and heating member in a body provided with a heating member. Disclosed is a portable massage set including a holder in which a recess is formed so as to correspond to a first and second massager and a first and second massager to which an additional part is installed, and a current transformer for supplying a DC power supply to the first and second massagers.

However, Patent Document 1 has a limitation in satisfying the user because there is no function of disinfecting the head contaminated upon contact with the skin while separating the head used in contact with the skin and then temporarily storing the separated head.

In addition, in Patent Document 1, in the process of charging the first and second massager in the main portion of the holder may generate a connection failure between the charging terminal and the feed terminal, which causes inconvenience in use because the battery is not charged after being placed. There was a problem.

Therefore, an object of the present invention for solving the above problems is to perform the sterilization function while temporarily storing the components used in direct contact with the skin, and to perform the charging function for the safely mounted electronic products, When the electronic product is mounted, the charging terminal and the power supply terminal are stably connected to each other to provide a charging and sterilizing device using electric stimulation that can prevent charging failure.

The present invention is not limited thereto, and other objects not mentioned will be clearly understood by those skilled in the art from the following description.

According to a preferred embodiment of the present invention, a main board electrically connected to a power terminal to which external power is supplied is provided in the inner space, and recesses and recesses are formed in the outer surface contacting the lower end of the electronic product and are formed through the recesses. The end is exposed to the outside through one terminal hole and has a first feed terminal connected to the charging terminal of the electronic product. The end is exposed to the outside through a second terminal hole penetrated through the outer edge of the sterilization arrangement formed in a predetermined depth. A first body mounted on the floor with a second feeder terminal; A connection terminal connected to the second feeder terminal, and having a light source unit electrically connected to the connection terminal to a ceiling of an internal space opened downward to generate sterilizing light toward the sterilization placement unit; Equipped with a mounting groove in contact with the outer surface of the electronic product that the lower end is in contact with the first body including the second body coupled to the first body and the second body when combining the sterilization light to the sterilization arrangement side It provides a charging and sterilizing device characterized in that the electric charge is made through the charging terminal of the electronic product that is in contact with the first feed terminal when the electronic component is placed between the first body and the second body.

Preferably, the first body is provided so that the end of the power supply terminal is exposed on one side, the first body casing fixed to the main board and the sterilization arrangement is formed in a predetermined depth on the upper surface and the first It may include a first cover casing is assembled to cover the open upper portion of the first body casing through the two-terminal hole.

More preferably, the first cover casing is inclined at a predetermined angle to the outer surface corresponding to the first feed terminal, the inclined plate recessed to form a first inner groove formed with a through hole for exposing the first feed terminal, and the first It may include a cover plate is formed through the one terminal hole is formed through the first recessed groove and the first outer recess corresponding to the first recessed groove is laminated on the inclined plate.

More preferably, the lower slip portion includes a first slip prevention pad for preventing slip of the electronic product in contact with the bottom, wherein the first slip prevention pad is fixed to the lower surface is fitted in the fixing groove formed in the first inner groove It may be disposed between the first inner groove and the second outer groove so that the upper surface is exposed through the exposure hole formed in the first outer groove.

More preferably, the first body includes a bottom casing which forms a bottom surface of the first body while covering a lower surface of the first body casing by having a coupling pin correspondingly assembled with a coupling hole formed through the first body casing. can do.

Preferably, the second body has a second main body casing having an inner space concave up with a connection terminal electrically connected to the second feed terminal on one side of the lower edge to be joined to the open upper edge of the sterilization arrangement; It may include a second cover casing which is assembled to expose the curved portion to the outside while covering the spherical portion of the second body casing by forming an incision cut outwardly to expose the curved portion formed on one side of the second body casing to the outside. have.

More preferably, the light source unit is electrically connected to the connection terminal, a light source substrate equipped with a sterilizing LED light source and a lighting LED light source for generating sterilizing light and illumination light when the power is applied and the sterilizing LED light source and LED for illumination It may include a light source mounting plate fixed to the inner ceiling surface of the second body casing through the through-holes for exposing the light source.

Preferably, the second cover casing recesses and forms a second outer recess to form a mounting groove in which the electronic product is in contact, and the second body casing forms a second inner recess recessed to correspond to the second outer recess. It may include.

More preferably, including a second slip prevention pad for preventing slip of the electronic product in contact with the mounting groove, the second slip prevention pad is fixed to the bottom surface is fixed to the fixing groove formed in the second inner groove It may be disposed between the second inner groove and the second outer groove so that the upper surface is exposed through the exposure hole formed in the second outer groove.

Preferably, the first cover casing provided in the first body includes a coupling portion formed to penetrate through the second terminal hole for exposing the end of the first feed terminal to the outside, and the second body casing provided in the second body. It may include a to-be-engaged portion formed through the terminal hole for externally exposing the connection terminal corresponding to the end of the second feed terminal exposed through the second terminal hole.

More preferably, the coupling portion may include an assembly protrusion protruding to assemble into a corresponding assembly groove recessed in the coupled portion.

More preferably, the coupling part may include a first magnetic material that generates attraction by facing each other with the first pizza body provided in the to-be-coupled part.

According to a preferred embodiment of the present invention, while charging the header surface which comes into contact with the skin while storing the header separated from the electrical stimulator while charging to supply power to the battery of the electronic stimulator, which is safely mounted electronic products Simultaneous functions can be performed, increasing convenience in use.

According to a preferred embodiment of the present invention, in order to perform the electrical stimulation or acupressure massage can always maintain the surface state of the header directly in contact with the skin can increase the satisfaction of the user using the electric stimulator.

According to a preferred embodiment of the present invention, the charging terminal of the electrical stimulator and the first feeder terminal can be stably connected to each other when the electrical stimulator is an electronic product, thereby preventing charging failure, thereby increasing reliability in use.

According to a preferred embodiment of the present invention, when the coupling between the first body and the second body stably connected to the connection terminal and the second feed terminal connected to the light source unit to each other stably irradiated for sterilizing light stably stored in the sterilization space Sterilization can be performed smoothly for the components.

The effects of the present invention are not limited to the above-described effects, and effects that are not mentioned will be clearly understood by those skilled in the art from the present specification and the accompanying drawings.

1 is an overall configuration diagram showing a charging and sterilizing apparatus for an electric stimulator according to an embodiment of the present invention.
Figure 2 is an exploded perspective view showing a first body of the charging and sterilizing device for an electric stimulator according to a preferred embodiment of the present invention.
3 is an exploded perspective view showing a second body of the charging and sterilizing apparatus for an electric stimulator according to a preferred embodiment of the present invention.
Figure 4 is a perspective view of the second body of the charging and sterilizing apparatus for an electric stimulator according to an embodiment of the present invention from the bottom.
5 is an exploded perspective view of a second body of the charging and sterilizing apparatus for an electric stimulator according to a preferred embodiment of the present invention.
6 is a cross-sectional perspective view showing a second body of the charging and sterilizing apparatus for an electric stimulator according to a preferred embodiment of the present invention.
7 is a state diagram in which the second body is separated from the first body and the components separated from the electronic product in the charging and sterilizing device for an electric stimulator according to an embodiment of the present invention.
8 is a state diagram for sterilizing a component separated from an electronic product in a charging and sterilizing apparatus for an electric stimulator according to a preferred embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in more detail with reference to the accompanying drawings.

The embodiments of the present invention can be modified in various forms, and the scope of the present invention should not be construed as being limited to the following embodiments. This embodiment is provided to more completely explain the present invention to those skilled in the art. Accordingly, the shape of elements in the drawings may be exaggerated for clarity.

In addition, the terms or words used in the specification and claims should not be construed as being limited to the common or dictionary meanings, and the inventors properly define the concept of terms in order to best explain their invention in the best way. It should be interpreted as meaning and concept corresponding to the technical idea of the present invention based on the principle that it can.

Charging and charging device 1 for an electric stimulator according to a preferred embodiment of the present invention, as shown in Figures 1, 2 and 3, the electrical stimulation of a certain intensity by the header in contact with the skin of the body when the power is applied The first body 100 to perform the charging for the electronics (2) such as an electric stimulator that delivers a low frequency of phosphorus continuously or discontinuously to the skin, and at the same time to sterilize the header is separated from the electronics temporarily stored And a second body 200.

As shown in FIGS. 1 and 2, the first main body 100 includes a main terminal 104 electrically connected to a power terminal 109 to which external power is supplied, and a cable. The first and second feed terminals 101 and 102 electrically connected to the main substrate 104 are provided on the bottom surface of the lower structure.

The first body 100 is recessed to form a recess 103 in the outer surface corresponding to the lower end of the electronic product 2, the recess 103 is formed by penetrating a plurality of first terminal holes (101a) to the An end portion of the first feed terminal 101 through the first terminal hole is directly connected to and electrically connected to a charging terminal of an electronic product which is exposed when not used outside.

The upper part of the first body 100 corresponding to the second body 200 is recessed to form a predetermined depth sterilization placement portion 105 and a plurality of outer edges opened to the top of the sterilization placement portion 105. Through the second terminal hole 102a, the second feed terminal 102 is exposed to the outside through the second terminal hole, and is directly connected to the connection terminal provided in the second body formed with the first body. To be connected.

The first body 100 is provided such that the end of the power supply terminal 109 is exposed on one side, and the main board 104 on which the first feed terminal 101 is mounted at a predetermined interval on the bottom surface horizontally. It includes a fixed main body casing 110, the sterilization arrangement portion 105 is formed in a predetermined depth in the upper surface through the first terminal hole through which the end of the first feed terminal is exposed to the outside and An end of the second feed terminal may include a first cover casing 120 assembled to cover the open upper portion of the first body casing by penetrating through the second terminal hole exposed outside.

Here, the main board 104 electrically connected to the terminal board through which the power terminal 109 is installed and the cable is installed so that the first feed terminal 101 provided in the form of a fog pin is approximately perpendicular to the upper surface. And at least one LED light source 104a for generating charging confirmation light or power for confirming sterilization when power is applied, and a lens 104b for diffusing light generated from the LED light source.

The main substrate 104 is disposed horizontally in a space formed between the bottom surface of the first body case and the bottom surface of the first cover casing, and the first body casing 110 and the first cover casing 120 ) Is assembled through a plurality of connecting bosses 129 extending from the bottom surface of the first cover casing 120 and a plurality of other connecting bosses 119 extending from the bottom surface of the first cover casing 120. It may be made by a plurality of fastening members to be fastened.

At this time, it is possible to ensure a free space to be installed by placing the main board by the connecting bosses.

The first body casing 110 to which the second feed terminal 102 is fixedly provided has a vertical boss 111 for fixing and mounting a terminal board on which the second feed terminal is mounted. 1 may include a support rib 112 recessed inwardly with a coupling part 125 recessed inwardly so as to penetrate the second terminal hole when combined with the cover casing.

In addition, the first cover casing 120 is inclined at an angle to an outer surface corresponding to the first feed terminal installed perpendicular to the main board, and the first inner groove corresponding to the recessed portion of the lower end of the electronic product. And an inclined plate 121 recessed to form a cover plate 122 which is laminated and assembled to contact the upper surface of the inclined plate and recessed to form a first outer recess corresponding to the first inner recess. Can be.

The cover plate 122 is formed by protruding a plurality of assembly pins 122b along the outer edge so as to correspond to the plurality of assembly holes 121b formed through the outer edges of the inclined plate. As a result, the cover plate is laminated and assembled on the upper surface of the inclined plate, and the first inner recess and the first outer recess are correspondingly coupled to form a recess in which the lower end of the electronic product 2 is in contact.

The first inner groove 121a of the inclined plate 121 corresponds to an end of the first feed terminal 101 by a first terminal hole 101a formed through the first outer recess 122a of the cover plate 122. The first feed terminal and the charging terminal exposed through the first terminal hole of the recess when the lower end of the electronic product that exposes the charging terminal to the lower outer surface by forming a through hole (124a) to be inserted and exposed Connected to each other to perform the function of charging electricity to the battery built in the electronics.

The first slip prevention pad 123 may include a first slip prevention pad 123 to prevent slippage of the electronic product in contact with a lower end of the recess, and the first slip prevention pad 123 may be disposed on an upper surface of the first inner recess 121a. The lower surface is fixed to the formed fixing groove 124b and is disposed between the first inner recess and the first outer recess so that the upper surface is exposed through the exposed hole 123a formed through the first outer recess 122a. Can be.

Accordingly, since the first slip prevention pad can maintain the contact state of the lower end of the electronic product without slipping on the main part, the charging by the connection connection between the first feeder terminal and the charging terminal can be performed stably. .

In addition, the bottom surface of the sterilization arrangement portion 105 of the first body casing includes a pair of left and right fitting portions 105a protruding to be inserted so that the header 3, which is a component separated from an electronic product such as an electric stimulator, is fitted. can do.

The lower portion of the first body 100 has a plurality of coupling pins (138) that are coupled to the plurality of coupling holes 118 through-hole formed on the lower surface of the first body casing 110, the coupling is engaged Protruding to the surface may include a bottom casing 130 to form the bottom surface of the first body 100 while covering the entire lower surface of the first body casing by the corresponding assembly between the coupling hole and the coupling pin.

The bottom surface of the bottom casing 130 is provided with a plurality of anti-slip pads 132 to prevent slip on the bottom surface, the outer edge of the bottom casing assembled to the bottom surface of the first body casing to the top It is preferable to finish it at an angle.

As shown in FIGS. 3, 4, 5 and 6, the second main body 200 is provided with a connection terminal 106 connected to the second feed terminal and generates light for sterilization when power is applied. It is equipped with a light source unit 230 to the upper structure that is correspondingly assembled on the open upper portion of the first body 100 to form the sterilization arrangement portion 105.

The second body 200 has a connection terminal 106 electrically connected and connected to the second feed terminal on one side of the lower edge that is joined to the open upper edge of the sterilization arrangement part 105, and concave up the inner space. And a second body casing 210 having an inner side, and forming a cutout portion 221 cut outwardly to expose the curved portion 211 formed at one side of the second body casing to the outside of the second body casing. It may include a second cover casing 220 which is assembled to cover the spherical portion to expose the curved portion 211 to the outside.

The light source unit 230 includes a light source substrate 231 electrically connected to the connection terminal 106 via a cable, and the sterilizing LED light source 232 for generating a sterilizing light such as UV when the power is applied. The second body casing is mounted through the through-holes for exposing the LED light source for illumination and the LED light source for illumination, respectively, mounted on the light source substrate 231 for mounting the LED light source 233 for generating illumination light when the power is applied. It may include a light source mounting plate 234 is fixed to the inner ceiling surface of (210).

In addition, the second cover casing 220 is provided with an elastic piece 224 protruding from the bottom inner surface forming the cut-out portion 221, the second body casing 210, the elastic piece is elastically assembled correspondingly To form a through-hole assembly hole 214 is connected to the lower inner surface.

The second cover casing 220 is provided with a second outer recess 222 recessed to form a mounting groove in which the upper outer surface of the electronic product 2 such as an electric stimulator is in contact with and mounted thereon. The upper portion of the two-body casing 210 may include a second inner recess 212 formed in correspondence with the second outer recess 222.

It may include a second slip prevention pad 213 made of a rubber material to prevent the slip of the electronic product in contact with the mounting groove, the second slip prevention pad is a fixed groove formed in the second inner groove 212 The lower surface is fitted in the can be disposed between the second inner groove and the second outer groove so that the upper surface is exposed through the exposure hole formed in the second outer groove.

Accordingly, the second body casing 210 and the second cover casing 220 are mutually exposed so as to externally expose the curved portion while covering the spherical portion of the second body casing by the elastic coupling of the elastic piece and the assembly space. It is assembled.

On the other hand, the first cover casing of the first body includes a coupling portion 125 formed through the second terminal hole (102a) for exposing the end of the first feed terminal to the outside, the second of the second body The main body casing may include a to-be-engaged portion 215 formed through the terminal hole for exposing the connection terminal 106 corresponding to the end of the second feed terminal 102 exposed through the second terminal hole. .

The coupling part 125 is provided with an assembly protrusion 125a protruding to be assembled into an assembly groove 215a recessed in the to-be-engaged portion 215 so that the assembly is performed when the first body and the second body are mutually coupled. Corresponding coupling between the groove and the assembling period can increase the bonding force between the first body and the second body.

In addition, the coupling part 125 may include a first magnetic material 126 such as a permanent magnet so as to generate attraction by facing each other with the first magnetic material such as iron pieces provided in the to-be-coupled part 215. .

In addition, the second body casing 210 may include a second magnetic body 216 such as a permanent magnet so as to generate attraction by facing the iron pieces and the pizza low body provided in the first cover casing 120. .

The first and second magnetic bodies and the first and second magnetic bodies 215b and 216 are embedded during the molding of the first cover casing 120 and the molding of the second body casing 210 to be integrally embedded or the coupling part. And affixed to a plane facing each other to be joined, or fixed to a position adjacent to the assembly hole.

In this case, since the coupling force between the first body and the second body can be increased by the magnetic force between the first and second magnetic bodies and the first and second magnetic bodies, the second body from the first body by the external force during filling and sterilization. Can be detached and unnecessarily separated or the connection between the second feeder terminal provided in the coupling portion and the connection terminal provided in the coupled portion can always be stably maintained and the connection failure between the second feeder terminal and the connecting terminal can be prevented. will be.

That is, the charging of the electronic product 2 such as an electric stimulator and the sterilization of the component 2 such as a header separated from the electronic product are shown in FIG. 7 and FIG. 8. The external body of the sterilization arrangement 105 protruding from the second body 200 is separated from the second body 200, and then one-to-one components 3, such as a header, are fitted to the fitting portion 105a protruding from the sterilization arrangement to be externally exposed. Insert in place and fix

When the opened lower portion of the second body casing 210 of the second body 200 separated in this state covers the open upper portion of the first cover casing 120 of the first body 100, the first Since the coupling portion of the main body and the coupling portion of the second body correspond to each other one-to-one, the end of the first feed terminal exposed to the upper plane of the coupling portion and the connection terminal exposed to the lower plane portion of the coupling portion are electrically connected to each other. Connected.

That is, when the first body placed on the bottom and the second body separated from each other to cover the sterilization arrangement, the mutual connection is made, the sterilization of the light source unit 230 by the electrical connection between the first feeder terminal and the connection terminal The external power is supplied to the LED light source 232 to generate sterilizing light such as UV, and the generated sterilizing light is irradiated for a predetermined time directly or indirectly on the header which is a component disposed on the sterilizing arrangement. This will sterilize contaminants such as bacteria that remain on the surface.

In addition, the control unit of the main board is applied to the sterilization LED light source 232 for a predetermined time when the electrical connection between the first feeder terminal and the connection terminal for a predetermined time to irradiate the sterilizing light, and then automatically cut off the external power It may include a timer function.

In order to sterilize the extra header placed in the sterilization batch by irradiation with sterilizing light such as UV, it takes about 10 minutes for a certain time depending on the distance between the header and the light source. To consume electrical energy.

Accordingly, the main board preferably includes a timer function by using a resistor and a capacitor to perform an auto-off function by hardware.

In addition, when the lower end is in contact with the main portion of the first body, the outer surface is in contact with the upper body in the mounting groove of the second body and the electronic stimulator is mounted, the first feed terminal exposed to the recess and the electrical Since the charging terminal exposed to the lower end of the stimulator is connected to perform the function of supplying power to the battery built in the electric stimulator.

The charging of electronic products such as an electric stimulator is performed in parallel during the sterilization of the header which is a component in a hermetic sterilization space formed between the first cover casing of the first body and the second body casing of the second body. It can be done by.

The foregoing detailed description illustrates the present invention. In addition, the above-mentioned content shows and describes preferred embodiment of this invention, and this invention can be used in various other combinations, changes, and environments. That is, changes or modifications may be made within the scope of the concept of the invention disclosed in the present specification, the scope equivalent to the disclosures described above, and / or the skill or knowledge in the art. The above-described embodiments illustrate the best state for implementing the technical idea of the present invention, and various modifications required in the specific application field and use of the present invention are possible. Thus, the detailed description of the invention is not intended to limit the invention to the disclosed embodiments. Also, the appended claims should be construed to include other embodiments.

2: electronic products
3: Separation parts
100: first body
110: first body casing
120: first cover casing
130: floor casing
200: second body
210: second body casing
220: second cover casing
230: light source

Claims (12)

A main board electrically connected to a power terminal to which external power is supplied is provided in the inner space, and recesses and recesses are formed on the outer surface of the electronic device, and the ends are externally formed through the first terminal holes penetrating the recesses. The first feeder terminal is exposed and connected to the charging terminal of the electronic product, and the second feeder terminal is exposed to the outside through a second terminal hole formed through the outer edge of the sterilization placement part which is formed in a predetermined depth. A first body mounted on the surface;
A connection terminal connected to the second feeder terminal, and having a light source unit electrically connected to the connection terminal to a ceiling of an internal space opened downward to generate sterilizing light toward the sterilization placement unit; Including a second body coupled to the first body having a mounting groove that is in contact with the outer surface of the electronic product that the bottom is in contact,
When the first body and the second body is assembled, the sterilization light is irradiated to the sterilization placement side and the charging terminal of the electronic product that is in contact with the first feed terminal when the electronic component is placed between the first body and the second body Charging and sterilizing device for an electric stimulator, characterized in that the electric charge is made through. The method of claim 1,
The first body is provided so that the end of the power supply terminal is exposed on one side, the first body casing is fixed to the main board and the sterilization arrangement is formed in a predetermined depth on the upper surface and the first and second terminals Filling and sterilizing apparatus for an electric stimulator, characterized in that it comprises a first cover casing is assembled to cover the open top of the first body casing through the ball. The method of claim 2,
The first cover casing is inclined at an angle to an outer surface corresponding to the first feed terminal, and an inclined plate recessed to form a first inner recess having a through hole for exposing the first feed terminal, and the first terminal hole penetrates. And a cover plate formed and recessed to form the first outer recess corresponding to the first inner recess and laminated on the inclined plate. The method of claim 3,
It includes a first slip prevention pad for preventing the slip of the electronic products that the lower end is in contact with the recess,
The first slip prevention pad is fixed between the first inner recess and the second outer recess so that the lower surface is fixed to the fixing groove formed in the first inner recess and the upper surface is exposed through an exposure hole formed in the first outer recess. Charging and sterilizing device for an electric stimulator, characterized in that disposed in. The method of claim 2,
The first body may include a bottom casing which forms a bottom surface of the first body while covering the lower surface of the first body casing by having a coupling pin correspondingly assembled with a coupling hole formed through the first body casing. Filling and sterilizing device for electric stimulator. The method of claim 1,
The second main body has a second main body casing having an inner space concave up with a connection terminal electrically connected to the second feed terminal on one side of the lower edge which is joined to the open upper edge of the sterilization disposition part, and the second body. And a second cover casing which is assembled to expose the curved portion while covering the spherical portion of the second body casing by forming an incision cut outwardly to expose the curved portion formed on one side of the main body casing. Filling and sterilizing device for electric stimulator. The method of claim 6,
The light source unit is electrically connected to the connection terminal and exposes a light source board equipped with a sterilizing LED light source and a lighting LED light source for generating sterilizing light and an illumination light when the power is applied, and exposing the sterilizing LED light source and the lighting LED light source. Filling and sterilizing device for electric stimulator, characterized in that it comprises a light source mounting plate fixed to the inner ceiling surface of the second body casing through the through-hole. The method of claim 6,
The second cover casing recesses and forms a second outer recess to form a mounting groove in which the electronic product is in contact, and the second body casing includes a second inner recess recessed to correspond to the second outer recess. Charging and sterilizing device for electric stimulator characterized in that. The method of claim 8,
A second slip prevention pad for preventing slip of the electronic product in contact with the mounting groove,
The second slip prevention pad is disposed between the second inner recess and the second outer recess so that a lower surface is fitted into a fixing groove formed in the second inner recess and an upper surface is exposed through an exposure hole formed in the second outer recess. Charging and sterilizing device for an electric stimulator, characterized in that disposed in. The method of claim 1,
The first cover casing provided in the first body has a coupling portion formed through the second terminal hole for exposing the end of the first feed terminal to the outside, and the second body casing provided in the second body A charging and sterilizing device for an electric stimulator, characterized in that it comprises a to-be-connected portion formed through the terminal hole for exposing the end of the second feeder terminal exposed through the terminal hole and the connection terminal corresponding to the outside. The method of claim 10,
The coupling part of the charging and sterilizing device for an electric stimulator, characterized in that it comprises an assembly protrusion protruding to be assembled to correspond to the assembly groove recessed in the coupled portion. The method of claim 10,
The coupling part charging and sterilizing device for an electric stimulator, characterized in that it comprises a first magnetic material that generates a attraction force facing each other with the first magnetic material provided in the to-be-engaged portion.

Images