KR20080001096A - Sterilization and deodorization apparatus supplied electric power by electromagnetic induction, and a spoon stand, an aquarium and a toilet cover with said apparatus - Google Patents

Abstract

A sterilization and deodorization apparatus of induced electromotive force power supply method and a spoon case, a toilet cover and a water tank having the same apparatus are provided to achieve improved waterproof effects. A sterilization and deodorization apparatus of induced electromotive force power supply method includes a first electromotive force generator(10) and a sterilizing light emitter(20). The first electromotive force generator receives power and generates first electromotive force. The sterilizing light emitter is constituted in a sealing type, receives the power with the induced electromotive force by the first electromotive force generated from the first electromotive force generator, and radiates a lamp(24). The first electromotive force generator includes a plug(11), a rectifying portion, an oscillating portion and a first electromotive rod(12).

Description

Sterilization and deodorization apparatus supplied electric power by electromagnetic induction, and a spoon stand, an aquarium and a toilet cover with said apparatus}

1 is a perspective view of a sterilization deodorizer of the induction electromotive power supply method according to an embodiment of the present invention,

2 is a block diagram of the primary electromotive force generator of FIG.

3 is a cross-sectional view showing the internal configuration of the sterilizing light emitter of the sterilizing deodorizer of FIG.

4 and 5 are views showing a case where the germicidal light emitter of FIG. 3 is used alone,

Figure 6 is a view showing that the sterilization deodorizer of Figure 1 applied to the cutlery,

7 is a view showing that the sterilization deodorizer of Figure 1 applied to the toilet cover,

8 is a view showing that the sterilization deodorizer of FIG. 1 is applied to a water tank.

Description of the main symbols in the drawings

100: sterilization deodorizer of induction electromotive power supply system (sterilization deodorizer)

10: primary electromotive force generator

11: plug

11a: rectification part 11b: oscillation part

12: primary electromotive force rod

13: primary coil 14: timer switch

15: timer unit

20: germicidal light emitter

21: secondary coil 22: primary electromotive force rod insertion groove

23: transmission plate 24: UV lamp

25: switch 26: power circuit board

27: rechargeable battery 28: ballast circuit

30: shoe 40: chopsticks holder

60: cutlery 70: toilet seat cover

80: countertop

The present invention relates to a sterilization deodorizer, the sterilization deodorizer of the induction electromotive power supply system to supply the power supply method of the sterilization deodorizer by a non-contact indirect current method, the water passage and the toilet with the sterilization deodorizer attached It relates to a cover and a water tank.

Sterilization deodorizer is a device that sterilizes and deodorizes various germs by UV lamp or ozone generator, and it is useful for sterilizing sterilized deodorants which we drink or use in industrial or daily life.

However, such a conventional sterilization deodorizer is a box type for sterilizing and deodorizing the contents (objection of sterilization deodorization) in an enclosed space, which is designed to supply power directly. This method makes it difficult to install the sterilization deodorizer due to electrical wiring problems or space problems, and in particular, the sterilizer itself may need to be cleaned according to its own moisture or application depending on the type of contents (object to be sterilized). It is the main cause of the failure of the sterilizer, and there is always the risk of fire or electric shock due to short circuit. Recently, the battery method or the battery charger method is also available, but they are targeted to the target of sterilization deodorization (shoe, industrial goods) without moisture. In particular, the former has a problem in that battery cost and periodic replacement are inconvenient.

Accordingly, the present invention is to solve the above-mentioned problems of the prior art, by allowing the power to be supplied by the induced electromotive force to be able to manufacture a case in which the electric circuit containing the power supply unit is built in a completely sealed type. Providing a remarkably improved waterproof function and safety, as well as providing a sterilization deodorizer of the induction electromotive power supply system that can be used as a portable with a charger inside, providing a water tank and a toilet cover and a water tank attached to the sterilization deodorizer For that purpose.

Sterilization deodorization of the induction electromotive power supply system of the present invention for achieving the above object is a primary electromotive force generator for generating a primary electromotive force supplied with commercial power; Characterized in that it comprises a germicidal light emitter for emitting the ultraviolet lamp by receiving power to the induced electromotive force by the primary electromotive force generated by the primary electromotive force generator.

The primary electromotive force generator, the plug is connected to a commercial power source; A rectifier for converting commercial power inputted through the plug into DC power; An oscillator for generating high frequency oscillation of output power at an output of the rectifier circuit; And a primary electromotive force rod having a primary coil wound around the output end of the oscillator.

The germicidal light emitter has a primary electromotive force rod insertion groove into which the primary electromotive force rod of the primary electromotive force generator is inserted into an outer surface of the case, and a secondary coil is formed on the outer circumferential surface of the inner side of the case of the primary electromotive force rod insertion groove. It is wound, both ends of the secondary coil is connected to the power circuit board, the output terminal of the power circuit board is provided with a ballast circuit for removing the ripple component of the power supply and maintaining a stable voltage, and at the output end of the ballast circuit It is characterized in that the ultraviolet lamp is configured to be attached via a switch.

Here, the area surrounding the seating area of the ultraviolet lamp among the case of the germicidal light emitter may be opened or hermetically formed by a transparent transparent plate.

The germicidal light emitter is also charged therein is supplied with power from the power circuit board, the output terminal is characterized in that it further comprises a charging battery connected to the ballast.

The power circuit board includes a charging control unit for charging the charging battery; A charging cutoff unit which cuts off power when the battery is fully charged; Characterized in that it comprises a charging unit having an overcharge preventing unit for preventing overcharging of the battery.

Induction electromotive power supply system of the present invention, the sterilization deodorizer cutlery container includes a primary electromotive force generator for generating a primary electromotive force by receiving commercial power; A germicidal light emitter configured to be enclosed and to be supplied with power by induction electromotive force by primary electromotive force generated by the primary electromotive force generator to emit an ultraviolet lamp; At one side of the cutlery in which the spoon and chopsticks are stored, the primary electromotive force rod insertion groove is directed toward the outside, and the transmission plate is characterized in that it has a structure attached to the sterilized light emitter formed integrally to face the inside of the spoon.

The toilet cover with a sterilization deodorizer of the induction electromotive power supply system of the present invention includes a primary electromotive force generator having a primary electromotive force rod for generating primary electromotive force by receiving commercial power; A seating portion in which the primary electromotive force generator is formed on an upper surface of the cover contacting with the cover; A secondary electromotive force unit having a secondary electromotive force groove is formed at a position corresponding to the primary electromotive force rod, and is sealed by a transmission plate at the center of the inner side to emit light by receiving power from the secondary electromotive force unit. It is characterized in that it comprises a; supply circuit, the cover is attached to the sterilized light emitter formed with a ballast.

The tank with sterilization deodorizer of the induction electromotive force power supply system of the present invention comprises: a primary electromotive force generator having a primary electromotive force rod for generating primary electromotive force by receiving commercial power; A transparent tank for a tank formed with a groove to be inserted into the primary electromotive force rod on one side; And a germicidal light emitter which emits an ultraviolet lamp by receiving power from an induced electromotive force generated by the primary electromotive force generated in the primary electromotive force generator attached to the inner side of the transparent case in which the groove is located. do.

In the above-described present invention, the primary electromotive force rod and the germicidal light emitter may be provided with timers therein to control the supply time of the power.

In this case, the primary EMF rod is provided with a timer between the rectifier and the oscillator, the outer surface is configured to form a timer switch for setting the power supply time of the timer. This configuration allows the user to set the power supply time through the primary electromotive force rod.

The germicidal light emitter is configured to include a timer configured to be connected to an output terminal of the power circuit board and an output terminal of the rechargeable battery, and the output terminal is connected to an input terminal of the ballast circuit. In this configuration, the germicidal light emitter may be set to be operated only for a predetermined time after the primary electromotive rod is inserted into the primary electromotive rod insertion groove, or may be set to be operated at a predetermined time period, and when the control switch is provided outside, The operating time can be set.

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

1 is a perspective view of a sterilization deodorizer (hereinafter, referred to as a “sterilization deodorizer”) 100 of an induction electromotive force power supply method according to an embodiment of the present invention, and FIG. 2 is a block diagram of the primary electromotive force generator of FIG. 1. FIG. 3 is a cross-sectional view illustrating an internal configuration of the sterilizing light emitter 20 of the sterilizing deodorizer 100 of FIG. 1.

As shown in FIG. 1, the sterilization deodorizer 100 of the present invention is applied to the primary electromotive force generated by the primary electromotive force generator 10 and the primary electromotive force generator 10 that generate primary electromotive force by receiving commercial power. It is composed of a germicidal light emitter 20 which performs sterilization and deodorization functions by being supplied with power by induction electromotive force.

As shown in FIG. 2, the primary electromotive force generator 10 includes a plug 11 connected to a commercial power source (AC); A rectifier 11a for converting commercial power input through the plug 11 into DC power; An oscillator 11b for receiving high-frequency oscillation after receiving the rectified power output from the output terminal of the rectifier 11a; It is configured to include a primary electromotive force rod 13 is wound around the primary coil 12 at the output terminal of the oscillation portion (11b).

In the primary electromotive force generator 10 having the above-described configuration, the primary electromotive force rod 12 generates the induced electromotive force when the plug 11 is inserted into a power outlet outlet for supplying commercial power.

In addition, the above-described primary electromotive force generator 10 may be provided with a timer that is not shown in the figure so as to control the input time of the commercial power source, in this case, reference numeral 14 of FIG. 1 sets the operation time of the timer. It becomes the time setting switch for.

Next, the germicidal light emitter 20 will be described in more detail with reference to FIG. 1. As shown in FIG. 1, the germicidal light emitter 20 has a primary electromotive force rod 12 of the primary electromotive force generator 10 in a case. ) Is inserted into the primary electromotive force rod insertion groove 22 is formed, the UV lamp 24 is attached to one side. Here, the region of the case in which the ultraviolet lamp 24 is seated may be open, or the transmission plate 23 may be attached to seal the region in which the ultraviolet lamp 24 is seated so as to transmit ultraviolet rays.

Since the germicidal light emitter 20 having the above-described configuration is supplied by the induced electromotive force, it is possible to prevent an accident such as leakage of power.

Next, referring to FIG. 3, the internal structure of the germicidal light emitter 20 described above will be described. The secondary coil 21 may be disposed on the outer circumferential surface of the primary electromotive force rod insertion groove 22 into which the primary electromotive force rod 12 is inserted. Is wound. Both ends of the secondary coil 21 are connected to power supply terminals of the main power circuit board 26 for supplying power to the germicidal light emitter 20, and a ripple component of the power supply is output to the output terminal of the power circuit board 26. The ballast circuit 28 is provided for the removal of and the maintenance of a stable voltage. An ultraviolet light emitting lamp 24 for emitting ultraviolet light is connected to the output terminal of the ballast circuit 28. The ballast circuit 28 and Between the ultraviolet light emitting lamps 24, a switch 25 for turning the power supply on and off is connected.

The germicidal light emitter 20 configured as described above may also be provided with a charging battery 27 therein, wherein the power circuit board 26 includes a charging control unit for charging the charging battery 27; A charging cutoff unit which cuts off power when the battery is fully charged; It comprises a charging unit having an overcharge preventing unit for preventing overcharging of the battery.

In the germicidal light emitter 20 described above, a timer T may be configured between the power circuit board 26, the charging battery 27, and the ballast circuit 28. That is, the output terminal of the power circuit board 26 and the output terminal of the charging battery 27 are connected to each input terminal of the timer T, and the output terminal of the timer T is connected to the input terminal of the ballast circuit 28. Can be. Although not shown in the figure, a timer switch 14 as shown in FIG. 1 may be formed outside the case 25 as well as the switch 25. By this, the germicidal light emitter 20 is set to operate for 10 minutes from the moment when the primary electromotive rod 12 is inserted into the primary electromotive rod insertion groove 22, or the operation time is set by a user through a timer switch. By doing so, the operation time can be controlled.

Sterilization deodorizer 100 of the present invention configured as described above is the secondary coil 21 of the germicidal light emitter 20 by the induced electromotive force generated in the primary electromotive force rod 12 of the primary electromotive force generator 10 Induced current flows through) so that the germicidal light emitter 20 is supplied with power without being contacted with the primary electromotive force generator 10 to charge the rechargeable battery 27 or emit the ultraviolet lamp 24. The germicidal light emitter 20 may be used separately from the primary electromotive force generator 20 when the rechargeable battery 27 is provided.

The sterilization deodorizer 100 of the present invention configured as described above may be applied in various ways, and FIGS. 4 and 5 are views showing a case in which the germicidal light emitter 20 is used alone, as shown in FIG. 4. It can be used for sterilization and deodorization of shoes, and can be used in the chopsticks box 40 for sterilization and deodorization of the chopsticks 50 as shown in FIG. 5, and can be used for sterilization and deodorization of the cutlery as shown in FIG. 6. .

As shown in FIG. 4, when the sterilization and deodorization of the shoes 30 are performed, the UV lamp 24 is turned on by turning on the switch 25 while the rechargeable battery 27 of the germicidal light emitter 20 is charged. When the light is placed inside the shoe 30 after being emitted, sterilization and deodorization may be performed by irradiating the shoe 30 with ultraviolet light through the transmission plate 23 through the light emitted from the ultraviolet lamp 24.

And after storing the chopsticks 50 in the chopsticks storage box 40 containing the chopsticks 50, as shown in Figure 5, after placing the transmission plate 23 of the germicidal light emitter 20 in the opening on one side of the ultraviolet lamp By emitting light (24), the bottle can be sterilized and deodorized easily.

6 is configured as a spoon 60 having a function of sterilization and deodorization of the cutlery, and as shown in FIG. 6, the cutlery 60 is primarily formed at one side of the cutlery 61 in which the cutlery and chopsticks are stored. Sterilizing light emitter 20 may be integrally formed so that the electromotive force rod insertion groove 22 faces the outside and the transmission plate 23 faces the inside of the spoon. In this case, it is possible to emit the ultraviolet lamp 24 using the induction electromotive force supplied from the primary electromotive force generator 10 or by using the charging battery 27 configured in the germicidal light emitter 20.

And the sterilization deodorizer 100 described above can be applied to the toilet cover as shown in Figure 7, wherein, the primary electromotive force generator 10 is the cover (top) of the seating portion 71 is seated on the top of the toilet ( The primary electromotive force rod 12 'is formed to protrude in a position where the surface of the contact surface 72 is not in contact with the user, and the cover 72 has a position 2 corresponding to the primary electromotive rod 12'. A secondary electromotive force portion 22 'having an electromotive force groove is formed and sealed by a transmission plate 23 at the center of the inner surface of the cover 72, and the ultraviolet lamp 24 and the power supply circuit 26 therein; When the cover is closed by attaching and forming the germicidal light emitter with the ballast 28 formed therein, an induced current is generated in the secondary electromotive force portion 22 'by the induced electromotive force of the primary electromotive force rod 12 to generate the ultraviolet lamp 24. By emitting light, the inside of the toilet can be sterilized and disinfected.

Sterilization deodorizer of the present invention as described above is not limited to the above-described function, as shown in Figure 8, can also be applied to the water tank 80, in which case the primary electromotive force rod 11 in the glass on one side of the water tank After the groove is formed, the germicidal light emitter 20 is completely waterproof, and the primary electromotive force rod insertion groove is formed at the position of the groove formed so that the primary electromotive force rod 11 is inserted from the inner surface of the tank. After sealing the germicidal light emitter 20 so that the 22 is positioned, the power source is supplied to the ultraviolet lamp 24 by the induced electromotive force generated by the charging battery 27 or the primary electromotive force generator 10 of the germicidal light emitter 20. By supplying the external lamp to emit light can be sterilized and deodorizing the inside of the water tank (80).

In the above-described configuration, the sterilizing light emitter 80 constituted by the hopper bottle storage box 40, the cutlery container 60, the toilet seat cover 70, the water tank 80, and the like has an operation time of which is provided by a timer T provided therein. Controlled.

It is possible to give the sterilization deodorizer a sealed type fully waterproof function that supplies electricity by inductive current method of non-contact indirect method, thereby preventing safety accidents due to electric leakage and improving safety and washing with water. Thereby providing an effect of improving hygiene.

In addition, the present invention improves portability by configuring a rechargeable battery therein, as well as the development of products for a variety of uses can provide an effect of improving the usability of the user.

Claims (9)

A primary electromotive force generator for generating primary electromotive force by receiving commercial power; Sterilized deodorizer of the induction electromotive force power supply type, characterized in that consisting of; a sterilized light emitter for emitting an ultraviolet lamp by receiving power from the primary electromotive force generated by the primary electromotive force generated in the primary electromotive generator. The method of claim 1, wherein the primary electromotive force generator, A plug connected to a commercial power source; A rectifier for converting commercial power inputted through the plug into DC power; An oscillator for generating high frequency oscillation of output power at an output of the rectifier circuit; Sterilization deodorizer of the induction electromotive force power supply method characterized in that it comprises a; primary electromotive force rod wound around the primary coil in the output terminal of the oscillator. The method according to claim 1, wherein the germicidal light emitter, The primary electromotive force rod insertion groove into which the primary electromotive force rod of the primary electromotive force generator is inserted is formed on the outer surface of the case, and the secondary coil is wound on the outer circumferential surface of the inner side of the case of the primary electromotive force rod insertion groove, A power circuit board is connected to both ends of the coil, and an output terminal of the power circuit board is provided with a stabilizer circuit for removing a ripple component of the power supply and maintaining a stable voltage, and an ultraviolet lamp through the switch at the output terminal of the ballast circuit. Sterilization deodorizer of the induction electromotive force power supply method, characterized in that is configured to be attached. The sterilization deodorizer of claim 3, wherein the germicidal light emitter further comprises a rechargeable battery. The method of claim 4, wherein the power circuit board, A charging control unit for charging the rechargeable battery; A charging cutoff unit which cuts off power when the battery is fully charged; The sterilization deodorizer of the induction electromotive power supply system, characterized in that it comprises a charging unit having an overcharge protection to prevent overcharging of the battery. The sterilization deodorizer according to any one of claims 1 to 5, wherein the germicidal light emitter further comprises a timer for operating time control. A primary electromotive force generator for generating primary electromotive force by receiving commercial power; A germicidal light emitter configured to be enclosed and to be supplied with power by induction electromotive force by primary electromotive force generated by the primary electromotive force generator to emit an ultraviolet lamp; Induction electromotive force having a structure in which the primary electromotive force rod insertion groove is directed toward the outside at one side of the cutlery in which the cutlery and the chopsticks are stored, and the transmission plate is attached to the sterilization light emitter integrally. Cutlery with sterilization deodorizer with power supply. A primary electromotive force generator having a primary electromotive force rod configured to generate primary electromotive force by receiving commercial power; A seating portion in which the primary electromotive force generator is formed on an upper surface of the cover contacting with the cover; A secondary electromotive force unit having a secondary electromotive force groove is formed at a position corresponding to the primary electromotive force rod, and is sealed by a transmission plate at the center of the inner side to emit light by receiving power from the secondary electromotive force unit. Sterilization deodorizer toilet cover with an induction electromotive force power supply method, characterized in that it comprises a; supply circuit, the cover is attached to the sterilizing light emitter formed with a ballast. A primary electromotive force generator having a primary electromotive force rod configured to generate primary electromotive force by receiving commercial power; A transparent tank for a tank formed with a groove to be inserted into the primary electromotive force rod on one side; And a germicidal light emitter configured to emit an ultraviolet lamp by being supplied with power by an induced electromotive force generated by the primary electromotive force generated in the primary electromotive force generator attached to the inner side of the transparent case where the groove is located. Tank with sterilization deodorizer of induction electromotive power supply system.

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