WO2017090843A1

WO2017090843A1 - Dish rack having ultraviolet ray sterilization function

Info

Publication number: WO2017090843A1
Application number: PCT/KR2016/003764
Authority: WO
Inventors: 박진한
Original assignee: 주식회사 제이비제이
Priority date: 2015-11-24
Filing date: 2016-04-11
Publication date: 2017-06-01
Also published as: KR101600359B1

Abstract

The present invention relates to a dish rack and, more specifically, to a dish rack having an ultraviolet ray (UV) sterilization function, the dish rack being capable of easily providing a sterilization function for completely washed dishes since a UV sterilization lamp is provided at the open-type dish rack such that the attachment/detachment and angle adjustment thereof can be enabled. To this end, the present invention relates to the dish rack comprising: a drying means (100) having one or more trays (120) provided to dry the same by holding the dishes thereon; and an external sterilization means (200) having a first UV sterilization lamp (220) provided at the lateral side of the drying means (100) by a pair of brackets (210) so as to perform a dish sterilization function using UV, and allowing a UV radiation angle to be vertically and horizontally adjusted through an operation in which the first sterilization lamp (220) rotates between the pair of brackets (210) or the first sterilization lamp (220) axially rotates around one of the pair of brackets (210).

Description

Utensils Dryer with UV Sterilization

The present invention relates to a dish drying rack, and more specifically, to the open type dish drying rack, the sterilization function for the dish is completed by installing the detachable and adjustable angle sterilization lamp UV (ultravioletrays) sterilization lamp can be easily adjusted. It relates to a dish drying rack having an ultraviolet sterilization function to be provided.

In general, the dish drying rack is intended to remove water and dry naturally by setting up various dishes installed and washed in the kitchen, and by aligning and storing a large number of containers, it is possible to make full use of a narrow kitchen space in the kitchen. It is used.

Such a dish drying rack has a structure having various shapes to increase space utilization by installing a tray having a steel frame at equal intervals so that water can be drained while storing dishes, or one or more trays having different heights are installed in multiple layers. to be.

Looking at the prior art Patent Publication No. 10-1502158 with respect to such a technology, the lower drying rack is formed in the bottom and the tableware is stored, and the upper portion provided with different height on the upper portion of the lower drying table, the table is stored And a support frame coupled to a drying rack and the lower drying rack and the upper drying rack, respectively, to maintain the lower drying rack and the upper drying rack in a state spaced apart from each other, wherein the lower drying rack and the upper drying rack and the supporting frame correspond to each other; A coupling hole is formed and assembled to each other, and the coupling protrusion includes a body and a head portion protruding from one end of the body, and the coupling hole is connected to the introduction portion corresponding to the head portion and the introduction portion, It is configured to include a seating portion corresponding to the body.

For example, in the conventional case, the dish dryer is in contact with water from time to time, and harmful ingredients such as various bacteria and molds are active and unsanitary, and in order to remove such harmful ingredients, the dish dryer is washed with detergent or the tableware is periodically heated with hot water. To carry out sterilization and sterilization process, harmful components of the detergent for washing the dish drying rack may remain in the dish, and there are very troublesome problems as the dish is periodically sterilized.

In addition, in the conventional case, the sterilization apparatus using ultraviolet rays is widely used, but the sterilization apparatus has a problem in that it is burdensome to easily purchase and use it at a high price.

The present invention is to solve the above problems, while installing the UV sterilization lamp detachably on the top of the open type dish dryer, the sterilization lamp is configured so that the user can arbitrarily adjust the angle of the tableware using ultraviolet light While allowing easy sterilization, the purpose is to replace the expensive sterilizers to relieve consumer burden by allowing UV sterilization to be universal.

The present invention to solve this object;

As a dish dryer,

Drying means provided with at least one tray for drying dishes;

The ultraviolet sterilization lamp is installed on the side of the drying means through a pair of brackets to perform a dish sterilization function using ultraviolet light, wherein the first sterilization lamp is rotated in place between the pair of brackets, or Providing a dish drying rack having an ultraviolet sterilization function, characterized in that it comprises an external sterilization means that the UV dispersing angle is adjusted up and down and left and right through the operation of rotating the first sterilization lamp about one of the pair of brackets. do.

According to the present invention, the UV sterilization lamp is installed on the side of the dish dryer using a pair of brackets or support frame to perform the dish sterilization function using ultraviolet light, while the UV divergence angle is arbitrarily adjusted using a pair of brackets It is configured to replace the UV lamp by the frame, it is very easy to sterilize the tableware by using ultraviolet rays, and by replacing the expensive sterilizer, the ultraviolet disinfection function is universalized, thereby reducing the consumer burden.

1 to 3 is a block diagram illustrating each part of a dish drying rack having an ultraviolet sterilization function according to a first embodiment of the present invention.

Figures 4a to 4b is an operating state diagram of the dish dryer with ultraviolet sterilization function according to a first embodiment of the present invention.

5 is a block diagram illustrating each part of the dish drying rack having an ultraviolet sterilization function according to a second embodiment of the present invention.

Figure 6 is a block diagram of a component part for a dish drying rack having an ultraviolet sterilization function according to a third embodiment of the present invention.

7 is a block diagram illustrating each part of a dish drying rack having an ultraviolet sterilization function according to a fourth embodiment of the present invention.

Explanation of reference numerals

100; Drying means

110; Main body

120; tray

200; External Sterilizer

210; Bracket

230; Locking means

300; Built-in Sterilization Means

310; Holding frame

320; Support frame

330; 2nd sterilization lamp

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS With reference to the accompanying drawings, a dish dryer having an ultraviolet sterilization function according to the present invention will be understood by the embodiments described in detail below.

Meanwhile, in describing the embodiments, detailed descriptions of components that are widely known and used in the art to which the present invention belongs or do not belong will be omitted, which omit unnecessary descriptions, and accordingly the present invention. To convey the gist more clearly.

1 to 7 are diagrams for explaining a dish drying rack having an ultraviolet sterilization function according to each embodiment of the present invention.

Referring to the dish drying rack 1 according to the present invention, sterilization of the tableware by using the ultraviolet rays of the drying means 100 and the first sterilization lamp 220 by drying the tableware, and the ultraviolet ray divergence angle is adjusted up and down and left and right. It is configured to include an external sterilization means (200).

Hereinafter, as a basic configuration of the present invention, the configuration of each part of the dish dryer with the ultraviolet sterilization function according to the first embodiment will be described in detail with reference to FIGS. 1 is a perspective view of the dish dryer according to the first embodiment, FIG. 2 is a side view of the dish dryer according to the first embodiment, and FIG. 3 is an exploded perspective view of the dish dryer according to the first embodiment.

First, the drying means 100; One or more trays 120 for drying dishes are provided.

Such drying means 100 is preferable to have excellent durability and corrosion resistance characteristics, one tray 120 having a structure that can stand and support the tableware in the form of a square basket as a whole is basically provided, or a plurality of trays 120 is a structure that is produced in a form that is supported by the support in a multi-layered position.

At this time, the drying means 100 may be manufactured by molding, that is, die casting, or by welding individual steel frames to each other, and the material is preferably stainless steel or an alloy thereof.

Drying means 100 according to the basic embodiment of the present invention; The main body 110 may be configured to further include a tray 120.

For example, the drying means 100; It further includes a main body 110 for supporting one or more trays 120.

The main body 110 is made of a side plate 111 and the bottom plate 112, the side plate 111 is molded using a synthetic resin in the form of a square frame, the bottom plate 112 is the bottom of the side plate 111 It is a structure provided with a drain port 113 for collecting and draining the water of the tableware in the center in a state integrally formed in the lower concentrated structure.

At this time, the bottom plate 112 is installed directly in the place where you want to install the dish dryer 1 of the present invention to support the entire load, the drain 113 is in the form of a pipe in the center of the bottom plate 112. It is connected to the through hole to function to drain the water to the outside of the dish drying rack (1).

In addition, the drying means 100; One further includes a tray 120 seated inside the main body 110, or a plurality of trays are disposed to be arranged at equal intervals in multiple layers to flow water downward while passing through dishes.

The tray 120 has a plurality of steel frames 121 are welded to each other at equal intervals and have a rectangular pedestal shape as a whole, while the steel frame 121 is bent vertically so as to support a function of supporting various dishes therein. It is a structure to be manufactured.

In this case, the tray 120 is a plurality of trays 120 in the main body 110 in a state in which the plurality of trays are arranged to have the same distance from each other in a plurality of one or more trays 120 is connected to the edge thereof Can be used in more than one stage.

Here, the drying means 100 of the present invention is the installation of the main body 110 and the tray 120 according to the configuration in which any one of the external sterilization means 200 or built-in sterilization means 300 to be described later is selectively applied It is possible to use a variety of forms and arrangements.

And, the external sterilization means 200; The ultraviolet sterilization lamp 220 is installed through a pair of brackets 210 on the side of the drying means 100 to perform a dish sterilization function using ultraviolet light, but the first sterilization lamp 220 is The in-situ rotational operation between the pair of brackets 210 and the selective operation of axially rotating about one of the pair of brackets 210 allow the ultraviolet radiation angle to be adjusted up and down and left and right.

Such an external sterilization means 200 has good durability and corrosion resistance, it is preferable to have excellent characteristics of waterproofing against the first sterilization lamp 220, the first sterilization lamp 220 in the form of a rod is a pair of brackets as a whole When connected and fixed by an electrical connection between the (210), it is a structure for installing the pair of brackets 210 on the side of the drying means (100).

In this case, the bracket 210 is formed by punching and bending by a press device, or molded by a die casting method, the material of which is preferably stainless steel or an alloy thereof, and the first sterilization lamp 220 is in the form of one finished product. Can produce.

External sterilization means 200 according to the basic embodiment of the present invention; Bracket 210, the first sterilization lamp 220, it may be configured to further include a locking means (230).

For example, the external sterilization means 200; The lower part further includes a pair of brackets 210 which are assembled at both sides of the drying means 100 to have a gap facing each other, and the first sterilization lamp 220 is electrically connected between the gaps. .

The bracket 210 is punched and bent by a press device, or molded by die casting to form a metal frame having an overall L shape.

At this time, the bracket 210 is electrically connected to the first sterilization lamp 220, while being fixed to the desired position of the drying means 100 while the ultraviolet light of the first sterilization lamp 220 to the desired position desired by the user It has a function to divergence by adjusting arbitrarily.

Bracket 210 of the present invention; The fixing portion 211 is formed in the lower side is assembled to the side of the drying means 100, the operating hinge portion 212 protruding upward while bending at the end of the fixing portion 211, the upper end of the operating hinge portion 212 It consists of a socket portion 213 formed in.

For example, the bracket 210 further includes a fixing part 211 which is directly assembled to the lower side of the drying means 100.

The fixing part 211 is manufactured in the form of a plate, and a through hole for fastening the locking means 230 to be described later is formed inside, and the fixing part 211 is the main body 110 of the drying means 100. When in close contact with the side plate 111, the locking means 230 is a structure to be fixed and assembled.

In addition, the bracket 210, while the operating ring 213a has a shaft coupling structure by the operating shaft (212a), while the operating ring 213a is rotated horizontally about the operating shaft (212a) The first sterilizing lamp 220 may further include an operating hinge part 212 that adjusts the UV emission angle left and right while rotating in the left and right direction about one of the pair of brackets 210.

The operating hinge portion 212 is a vertical plate structure formed integrally while bending upward from the end of the fixing portion 211.

Further, the operating hinge portion 212 is provided with a shaft protruding below the operating ring portion 213a, the protruding shaft portion is coupled to the lower side of the operating ring portion 213a, the operating ring portion The first sterilizing lamp 220 fitted to the 213a may further include an operating shaft 212a for rotating the shaft left and right about one of the pair of brackets 210.

That is, in a state in which one of both sides of the first sterilization lamp 220 is separated to the outside through the opening interval 213c of the operating ring portion 213a, the opposing socket portion 213 of the detached opposite socket portion 213 is operated. As the shaft is rotated using the operating shaft 212a of 212, the first sterilizing lamp 220 rotates horizontally so that the left and right divergent angles of the ultraviolet rays can be arbitrarily adjusted by the user.

In addition, the bracket 210 is to be electrically connected to the first sterilization lamp 220, the side end of the first sterilization lamp 220 to be rotated up and down in a cylindrical rotation structure in the state fitted to the operating ring portion (213a). It further comprises a socket portion 213 for vertically adjusting the UV emission angle.

Further, the socket portion 213 is provided on the upper portion of the bracket 210, when the side end of the first sterilization lamp 220 is fitted in a ring shape, the fitting surface has a concave-convex fastening structure to the first sterilization It may further include an operating ring portion 213a for temporarily fixing the vertical rotation position while rotating the lamp 220 up and down.

The working ring portion 213a is manufactured in a form in which a ring having a size corresponding to the side end diameter of the first sterilizing lamp 220 is provided at an upper part of which a gap 213c is provided, and the operating ring is formed thereon. The bottom of the portion 213a is coupled to the operating shaft (212a) provided on the upper end of the operating hinge portion 212, the operation ring portion (213a) is assembled to the upper end of the operating hinge portion (212).

At this time, a plurality of irregularities are formed on the inner circumferential surface of the operating ring portion 213a to be fastened to the outer circumference of the first sterilization lamp 220 in a concave-convex structure. Concavities and convexities of the operating ring portion 213a may be formed to engage with each other.

Therefore, the operating ring portion 213a and the first sterilization lamp 220 are assembled to each other in an uneven structure so that the first sterilization lamp 220 is rotated up and down in the state of being fitted to the operating ring portion 213a at an arbitrary rotation angle. Can be temporarily fixed by the fixing force by the unevenness.

In addition, the socket portion 213 is inserted into the side end of the first sterilization lamp 220, while being electrically connected to the terminal cap (213b) for fixing the first sterilization lamp 220 is not separated from the operating ring portion (213a) It may further include.

At this time, the terminal cap (213b) is manufactured in the form of a cylindrical plug so as to cover the periphery of the side end of the first sterilization lamp 220, the terminal is electrically connected to the first sterilization lamp 220 is provided on the side The switch is connected to the terminal according to the pressing operation to perform a switch for performing the ON / OFF operation of the first sterilization lamp (220).

In addition, the external sterilization means 200; Both ends of the pair of brackets 210 is electrically connected to each other further comprises a first sterilization lamp 220 for emitting ultraviolet light using the UV light 221.

The first sterilization lamp 220 has a structure in which an electrical connection terminal corresponding to the size of the socket part 213 is provided at both ends thereof when the UV light 221 is manufactured in the form of a finished product.

At this time, the first sterilization lamp 220, the brackets between the bracket 210, the socket portion 213, the terminals provided at both ends of the first sterilization lamp 220 is fitted to the bracket by using a structure that is electrically connected. It may be removable at 210.

Herein, the present invention has a detachable structure in which the electrical connection terminal of the first sterilization lamp 220 is fitted to the socket portion 213 of the bracket 210, and thus, when the life of the first sterilization lamp 220 expires, a pair thereof is used. The bracket 210 serves to enable the replacement.

In addition, the external sterilization means 200; It further comprises a locking means 230 for preventing the phenomenon in which the bracket 210 is coupled to the drying means 100, and at the same time detachable to the drying means 100 to the bracket 210.

Furthermore, the locking means 230, the locking protrusion 231 protrudes at the position where the bracket 210 is installed to the side of the drying means 100, the elastic engaging surface 231a is provided in the rounded shape of the protruding outer circumference ) May be further included.

The locking projection 231 is integrally protruded from both sides of the drying means 100, that is, the side plate 111 of the main body 110 with a synthetic resin material, both ends are formed with a round-shaped elastic coupling surface 231a It is a protruding structure.

At this time, it is preferable that a hole through which the locking protrusion 231 penetrates is formed inside the fixing part 211 of the bracket 210 in response to the protruding position of the locking protrusion 231.

Furthermore, the locking means 230 is fastened to the locking protrusion 231 to press the bracket 210, the locking slot 232a fastened to the circumferential surface of the elastic coupling surface (231a) inside It may be further provided with a locking member 232 to be provided with a fixing force.

The locking member 232 is manufactured in the form of a bar plate having a predetermined thickness, and the locking slot 232a corresponding to the outer shape and the protruding position of the locking protrusion 231 is formed in a groove having a round surface on an inner side thereof. The round surface of the locking slot 232a is in contact with the elastic coupling surface 231a of the locking protrusion 231 while being clamped on the characteristics of the round shape, thereby preventing the fixing force from being released.

At this time, the locking slot 232a is formed in the shape of a groove that can be pressed while being smaller than the size of the elastic coupling surface 231a of the locking protrusion 231.

In the present invention, the elastic engaging surface 231a of the locking protrusion 231 and the locking slot 232a of the locking member 232 are in contact with each other in a round shape to induce interference fitting, and the locking member according to the interference fitting action. 232 is a locking force that does not deviate from the vertical direction to the locking projection 231 is exerted, it functions to enable the assembly of the bracket 210 to the drying means 100 in a very simple structure.

Furthermore, the locking means 230, the fitting groove 231b is formed through the protruding surface side of the locking projection 231, the fitting groove 231b on the inner surface of the locking slot 232a of the locking member 232. It may further include a fitting projection (232b) protruding to be inserted into.

The fitting groove 231b is a hole penetrating the upper inner surface of the locking protrusion 231, and the fitting protrusion 232b corresponds to the position and shape of the fitting groove 231b on the inner upper surface of the locking slot 232a. To protrude.

Herein, in the present invention, when the locking slot 232a of the locking member 232 is forcibly inserted into the locking protrusion 231, the fitting protrusion 232b of the locking slot 232a is inserted into the fitting groove 231b of the locking protrusion 231. It is inserted and fixed, so that the locking member 232 is exerted on the locking projection 231 to exert a fixing force that does not deviate from the horizontal direction.

On the other hand, Figures 4a to 4b is a view showing the operating state of the dish dryer with ultraviolet sterilization function according to a first embodiment of the present invention.

Referring to FIG. 4A, when both ends of the first sterilization lamp 220 are fitted to the pair of brackets 210, the dish drying rack 1 having the above-described structure has an operating ring 213a of the bracket 210. As the outer circumference of the first sterilization lamp 220 is fastened to the inner circumferential surface of the) as a concave-convex structure, when the user steers the first sterilization lamp 220 and rotates it up and down in place, the concave-convex portions are interlocked with each other. When the 1 sterilization lamp 220 is rotated and the rotation is stopped, the unevenness is re-engaged to fix the first sterilization lamp 220 at the rotated position to adjust the vertically dissipated position of the ultraviolet light.

According to FIG. 4B, when both ends of the first sterilization lamp 220 are fitted into the pair of brackets 210, one of both sides of the first sterilization lamp 220 is connected to the operation ring part of the bracket 210. In a state in which the user has detached directly to the outside through the opening interval 213c of the 213a, the user rotates the shaft by using the operating shaft 212a of the operating hinge portion 212 with the detached opposite socket portion 213. As the first sterilization lamp 220 is rotated horizontally to arbitrarily adjust the ultraviolet light emitting angle from side to side, accordingly, the ultraviolet light can be emitted and transmitted to the corner of the dish dryer 1.

On the other hand, as another embodiment of the present invention, the configuration of each part for the dish drying rack having the ultraviolet sterilization function according to the second embodiment will be described in detail with reference to FIG. 5 is a perspective view of the dish dryer according to the second embodiment.

Referring to the dish drying rack 1 according to the present invention, sterilization of the tableware by using the drying means 100 and the ultraviolet rays of the first sterilization lamp 220 to dry the tableware, and the ultraviolet ray divergence angle is adjusted left and right. It is configured to include a built-in sterilization means (300).

First, since the detailed structure of the drying means 100 is described in detail as described above, redundant description thereof is unnecessary, and thus it will be omitted. Therefore, the drying means 100 to which the built-in sterilization means 300 is applied will be omitted. ) Is shown in the drawing based on a structure in which a plurality of trays 120 are arranged in multiple layers.

And, the built-in sterilization means 300; The second ultraviolet sterilization lamp 330 is installed on the side of the drying means 100 through the support frame 310 to perform the dish sterilization function using the ultraviolet light, and the second sterilization lamp 330 is the support frame 310. ) It is a structure that emits ultraviolet rays using the light transmitting groove 311 penetrated in the front.

Such a built-in sterilization means 300 is good durability and corrosion resistance, it is preferable to have a characteristic excellent in waterproofness for the second sterilization lamp 330, the second sterilization lamp (in the space provided inside the holding frame 310 as a whole) When the 330 is accommodated, the strut frame 310 is vertically installed on the side of the drying means 100.

Built-in sterilization means 300 according to another embodiment of the present invention; The support frame 310, the support frame 320, the second sterilization lamp 330 may further include.

For example, the built-in sterilization means 300; It may further include a holding frame 310 that is vertically assembled to the side of the drying means (100).

The strut frame 310 is formed in the shape of an aluminum profile, and has a structure in which a light transmitting groove 311 into which the second sterilizing lamp 330 can be inserted is provided.

In this case, when the space corresponding to the outer shape of the second sterilization lamp 330 is provided, the floodlight groove 311 is preferably provided in front of the step so that the second sterilization lamp 330 is not separated, the second sterilization The lamp 330 is fitted into the light transmitting groove 311 in a slide manner to be fixed.

At this time, the upper and lower ends of the accommodation space provided in the holding frame 310 is preferably provided with a separate terminal to be electrically connected to the second sterilization lamp (330).

In addition, the built-in sterilization means 300; The support frame 320 further includes a support frame 320 that is fitted to each of the upper and lower ends of the support frame 310 and supports the support frame 310 to be fixed at a position where the dish dryer 1 is to be installed.

The support frame 320 is manufactured in the form of a square frame in which a groove having a size enough to be fitted to the side end of the support frame 310 is provided inside, and when the support frame 310 is inserted into the groove, the height is lowered. Is fixed while being adjusted.

In addition, the built-in sterilization means 300; Fitted in the slide groove 311 provided in the front of the support frame 310 in a sliding manner, a plurality of UV elements 331 are mounted on the front of the printed circuit board to be arranged at equal intervals on the front, the UV element 331 It further comprises a second sterilization lamp 330 that emits ultraviolet rays by using.

When the second sterilizing lamp 330 is provided with a printed circuit board having the same size as that of the light transmitting groove 311 and having a size that can be inserted in the slide method, a plurality of UV elements are formed on the front surface of the printed circuit board. It is a structure in which 331 is arrange | positioned at equal intervals and is mounted.

At this time, the second sterilization lamp 330 is connected to a separate wire is supplied with electricity, it is preferable that the ON / OFF switch of the second sterilization lamp 330 including the wire is provided.

Herein, when the life of the second sterilization lamp 330 is reached, the support frame 320 is separated from the support frame 310, and then the second sterilization lamp 330 inserted into the light transmitting groove 311. It also functions as a replacement.

Therefore, in the present invention, the first and

second sterilization lamps

220 and 330 are installed on the side of the dish drying rack 1 using a pair of brackets 210 or the support frame 310 to perform the sterilization function using ultraviolet rays. By using a pair of brackets 210, the UV divergence angle is arbitrarily adjusted so that the UV lamp can be replaced by the holding frame 310, and the utensils are sterilized very easily using ultraviolet rays, and an expensive sterilizer is replaced. UV sterilization function is universalized by using, which has the effect of relieving consumer burden.

On the other hand, as another embodiment of the present invention, the configuration of each part for the dish drying rack having the ultraviolet sterilization function according to the third embodiment will be described in detail with reference to FIG. 6 is a view illustrating a dish drying rack according to a third embodiment.

Accordingly, the drying means 100 of the dish drying rack 1 having the above-described structure is formed of a reflective material on the inner side of the main body 110 to reflect the ultraviolet rays of the first and

second sterilization lamps

220 and 330. It further includes a reflective layer 130 to distribute evenly.

The reflective layer 130 is formed by plating or coating a composition having a reflective material on the inner surface of the side plate 111 of the main body 110, or by attaching a silver foil-shaped adhesive sheet to the inner surface of the side plate 111.

Herein, the reflective layer 130 reflects the ultraviolet rays of the first and

second sterilization lamps

220 and 330 as the reflective layer 130 is formed on the inner surface of the side plate 111 of the main body 110. It evenly dissipates to the inner corner of 100).

On the other hand, as another embodiment of the present invention, the configuration of each part for the dish drying rack having the ultraviolet sterilization function according to the fourth embodiment will be described in detail with reference to FIG. 7 is a diagram illustrating a dish drying rack according to a fourth embodiment.

Accordingly, the drying means 100 of the dish drying rack 1 having the above-described structure is electrically connected to any one of the external sterilization means 200 or the internal sterilization means 300, and according to an arbitrary set time. It further includes a timer 140 to control the operation of the 1,2 sterilization lamp (220,330).

The timer 140 is provided with an integrated circuit (LSI) capable of storing and arithmetic processing therein so that the first and

second sterilization lamps

220 and 330 of either the external sterilization means 200 or the internal sterilization means 300 are provided. It is electrically connected and controls the operation of the first and

second sterilization lamps

220 and 330 according to time information stored directly by the user in the integrated circuit.

At this time, the timer 140 is preferably installed to be exposed to the front of the main body 110 of the drying means (100).

In the present invention, the timer 140 is electrically connected to the external sterilization means 200 or the internal sterilization means 300 to control the operation of the first and

second sterilization lamps

220 and 330 according to pre-stored time information. 2 sterilization lamp (220, 330) to reduce the power consumption.

As explained above. Although the invention has been shown in the description and drawings illustrating certain preferred embodiments, the terms used herein are intended to facilitate the description of the invention, the meanings limited to these terms and the scope of the claims are limited. Not intended to be the following, the present invention various changes and modifications by those skilled in the art to which the invention belongs without departing from the spirit and scope of the invention represented by the claims according to the above embodiments It will be readily apparent to one that modifications may be possible.

The present invention is a UV sterilization lamp is installed on the side using a pair of brackets or holding frame to perform a table sterilization function using ultraviolet light, while using a pair of brackets UV radiation angle is arbitrarily adjusted using a pair of brackets It is designed to be used interchangeably, and it is very easy to sterilize tableware by using ultraviolet rays, and it is possible to eliminate the burden on customers by replacing the expensive sterilizer with the UV sterilization function. It is also applicable to warehouses and veranda shelves.

Claims

As a dish dryer,

Drying means 100 provided with at least one tray 120 for drying the tableware;

The ultraviolet sterilization lamp 220 is installed through a pair of brackets 210 on the side of the drying means 100 to perform a dish sterilization function using ultraviolet light, but the first sterilization lamp 220 is External sterilization means (200) that the UV radiation angle is adjusted up and down and left and right through the in-situ rotation operation between the pair of brackets 210, and the selective operation of axially rotating around one of the pair of brackets (210) Composed of,

The external sterilization means 200, the locking to prevent the phenomenon in which the bracket 210 is coupled to the drying means 100 to be separated at the same time and detachable to the drying means 100 to the bracket 210 Further comprises means 230,

The locking means (230);

A locking protrusion 231 which protrudes at a position at which the bracket 210 is installed to the side of the drying means 100, and an elastic coupling surface 231a is provided in a round shape at the protruded outer circumference thereof;

The locking projection 231 is fastened to press the bracket 210, the locking slot 232a which is fastened to the circumferential surface of the elastic coupling surface (231a) in the form of a fastening force is provided to the locking force to be exerted A dish drying rack having an ultraviolet sterilization function further comprising a member (232).
As a dish dryer,

Drying means 100 provided with at least one tray 120 for drying the tableware;

The ultraviolet sterilization lamp 220 is installed through a pair of brackets 210 on the side of the drying means 100 to perform a dish sterilization function using ultraviolet light, but the first sterilization lamp 220 is External sterilization means (200) that the UV radiation angle is adjusted up and down and left and right through the in-situ rotation operation between the pair of brackets 210, and the selective operation of axially rotating around one of the pair of brackets (210) Composed of,

The bracket 210 is;

The first sterilization lamp 220 to be electrically connected, the side end of the first sterilization lamp 220 in the state that is fitted to the operating ring portion 213a is rotated up and down in a cylindrical rotating structure to adjust the UV radiation angle up and down Section 213;

The first sterilization lamp 220 by causing the operating ring 213a to rotate horizontally about the operating shaft 212a while having the operating ring 213a having the shaft coupling structure by the operating shaft 212a. A) is a dish drying rack having an ultraviolet sterilization function further comprises an operating hinge (212) for rotating the left and right direction of the pair of brackets 210 to the left and right to adjust the angle of ultraviolet radiation.
The method of claim 2,

The socket portion 213 is provided on the upper portion of the bracket 210, when the side end of the first sterilization lamp 220 is fitted in a ring shape, the fitting surface has a concave-convex fastening structure so that the first sterilization lamp ( An operating ring part 213a for temporarily rotating the vertically rotating position while rotating 220 in place;

The operating hinge portion 212 is provided with a shaft protruding from the lower side of the operating ring portion 213a, the protruding shaft portion is coupled to the lower side of the operating ring portion 213a, the operating ring portion ( The first sterilization lamp 220 fitted to the 213a further includes an operating shaft 212a for causing the shaft to rotate left and right about one of the pair of brackets 210,

In the state in which either side of the first sterilization lamp 220 is detached to the outside through the opening interval 213c of the operating ring portion 213a, the operating ring portion opposite to the separated first sterilization lamp 220 And a first sterilizing lamp (220) rotates horizontally as the shaft (213a) is rotated using the operating shaft (212a).