KR101882818B1 - Apparatus For Custody and Dry and Sterilization of Individual cup having Ultraviolet ray Light Emitting Diode - Google Patents

Abstract

The present invention relates to a personal cup sterilizing and drying and storage apparatus equipped with a UV LED for sterilization, which is capable of storing cups by a method of mounting a personal cup, and a sterilizer for performing sterilization and drying of the inside of the cup, An upper case including an installation space in which an operation control button panel that is integrally formed in front of the mounting space and performs operation operation of UV light and LED light installed in the mounting space is installed; And a lower case corresponding to the shape of the installation space and having a stepped structure fixed to the upper case and vertically protruding from the center in the space corresponding to the installation space, To provide a personalized cup sterilizing and drying and storage device equipped with UV LED for sterilization.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an individual cup sterilizing and drying and storage device having a UV LED for sterilization,

The present invention relates to a personalized cup disinfection and drying and storage apparatus provided with a UV LED for sterilization, and more particularly, to a disinfection and drying apparatus and a disinfection apparatus for storing and disinfecting cups To a personal cup sterilizing and drying and storage apparatus equipped with a UV LED.

In general, the cup means a cup-shaped cup having a handle attached to one of the utensils. The cup can be used as a practical cup, and is more convenient than a coffee cup because of its large capacity and robustness and versatility.

Especially, in case of a product with a lid, the mug can block the foreign material inside the cup and can keep the remaining drink or water clean, and can also be used as a lid or a cookie dish.

Such a mug may be stored on a kitchen shelf after it is used, or it may be stored in a place where the mug is used, or may be stored in a state where the handle portion is caught on the kitchen wall.

Particularly, when the mug is stored in a state where the mug is left in a place in the process of storing the mug, the mug may be mistakenly spilled.

However, when the mug is stored in such a state, a part of the contents (water, remaining drink, solid food, etc.) in the mug is accumulated and the inside of the mug becomes blurred.

Of course, if the inside of the used mug is cleanly cleaned and the remaining water can not be completely removed, the inside of the mug is suited to the environment of the harmful bacteria due to the remaining water, I have a problem.

Therefore, it is required to clean and secure the mugs in the process of storing the used mugs.

On the other hand, patent literature related to sterilization and storage of mugs can be referred to in the prior art documents described below.

Patent Literature: Published Patent No. 10-2016-0050867 Patent Document: Registration No. 10-1078909 Patent Document: Registration No. 10-0942595 Patent Document: Published Utility Model No. 20-2011-0003656

The present invention for solving the above-mentioned problems provides a personal cup sterilizing and drying and storage apparatus equipped with a sterilizing UV LED capable of performing stable storage and sterilization and drying processing inside a cup together with maintenance of the internal cleanliness of the personal cup The purpose of that is to aim.

In order to achieve the above-mentioned object, the present invention is characterized in that it comprises a sterilizer for storing a cup to be mounted and mounted in an inverted overturned form together with sterilization and drying of the inside of the personal cup, An upper case integrally formed at the front of the mounting part and including an installation part partitioned by an operation control button panel so as to perform driving operation of UV light and LED light installed in the mounting part, And a lower case coupled to the lower case of the upper case and corresponding to the shape of the upper case and having a step structure vertically protruding from a center of a space corresponding to the lower case, The upper case is maintained at a predetermined distance from the inside of the mounting portion, Further comprising a circular protruding ring protruding from the inner circumference of the cup to prevent the flow of the cup relative to the inner circumference of the cup, and a seating space for supporting the overturned cup, An LED PCB plate which is fixedly attached to the upper end of the stationary rod according to the combination of the upper and lower cases to pasteurize and dry the inside of the cup, a hollow formed at the center of the protruding ring, An LED cover which is covered with the LED cover and is tightly fixed to the LED PCB to protect the LED PCB from the outside and prevent moisture from falling off from the cup and to be fixed in a section from the inside diameter to the bottom of the protruding ring, A plate installed in the seating space and supporting the cup and draining water falling from the cup; Further comprising an O-ring fitted to both the bottom surface of the protruding ring and both side ends of the LED cover to prevent water drained from the rate or water dropped directly from the cup into the LED PCB plate, Projecting protrusions for fixing the LED cover to the bottom surface thereof and fine fitting grooves for fixing the O-ring to be fitted thereon are arranged side by side. The LED PCB plate is provided with LED lamps for drying the water inside the cup by irradiating the LED light, And UV lamps for irradiating ultraviolet rays to sterilize harmful bacteria inside the cup are sequentially arranged, and the LED cover is made up of an accommodating space whose bottom surface is recessed upward to accommodate the LED PCB, And a convex window whose upper surface is convex upward to accommodate the UV lamp, and the plate is provided with water falling from the cup Maintaining a uniform gap along the outer perimeter and to be spaced along the through-state and the drain hole side and may be configured to pass through the auxiliary drain hole.
Wherein the LED cover has a stepped structure at both sides and is inserted into the inner diameter of the protruding ring by a hollow formed at the center of the protruding ring and exposed to the hollow, The engaging groove formed on the outer periphery of the protruding ring is engaged and attached to the bottom surface of the protruding ring to prevent its rotation and clearance,
And the LED PCB plate is attached to the front end of the stationary rod by a step structure formed at a front end of the stationary rod and is accommodated in a receiving space of the LED cover, And a sterilizing UV LED for preventing the rotation and the gap of the LED cover from being closely attached to the LED cover.

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As described above, according to the present invention, it is possible to expect a clean and stable storage effect on the cup regardless of whether or not the cup is used after the use of the personal cup.

Further, according to the present invention, it is possible to expect a drying effect to remove moisture and moisture remaining in the liquid form remaining in the cup, in addition to the germicidal effect of the harmful bacteria living in the cup.

According to the present invention, it is possible to anticipate the effect of preventing corrosion of the projecting ring of the sterilizer on which the cup is mounted and the material of the plate, preventing the liquid material falling off the cup from entering the LED and ultraviolet light irradiated area, It is possible to reduce the trouble or malfunction of the sterilizer product due to the effect of extending the service life.

In addition, according to the present invention, the appearance of the sanitizer product in which the cup is mounted is simple and has a simple design, and provides a beauty to the periphery thereof. There is an effect that can be.

In addition, according to the present invention, since the sterilizing and drying function of the inside of the cup is made up of various types for combining various colors and brightness control, an effect for replacing a night light can be expected, It can also be used as a function to create atmosphere.

1 is a perspective view showing a personal cup sterilizing and drying and storing apparatus equipped with a sterilizing UV LED according to the present invention.
Fig. 2 is a perspective view of the cup from the apparatus shown in Fig. 1; Fig.
3 is a top view of the device shown in Figs. 1 and 2 together with its side view and front view. Fig.
Fig. 4 is a plan view of the upper case in the apparatus shown in Fig. 3, together with its side view and front view. Fig.
Fig. 5 is a plan view of the lower case in the apparatus shown in Fig. 3, together with its side view and front view. Fig.
Fig. 6 is a plan view of the operation control button panel in the apparatus shown in Fig. 3 together with a side view and a front view thereof; Fig.
FIG. 7 is a plan view of the LED PCB plate in the apparatus shown in FIG. 3 together with its front view. FIG.
Fig. 8 is a top view of the LED cover in the apparatus shown in Fig. 3 together with its front view. Fig.
Fig. 9 is a plan view of the plate in the apparatus shown in Fig. 3, together with a front view thereof. Fig.

It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory and are intended to provide further explanation of the invention as claimed. And it should be interpreted based on the technical ideas throughout the specification taking into consideration that various modifications are made.

Hereinafter, with reference to the accompanying drawings, a personalized cup sterilizing and drying and storage apparatus equipped with a sterilizing UV LED according to a preferred embodiment of the present invention will be described in detail.

1 and 2, the personal cup sterilizing and drying and storing apparatus 100 equipped with the sterilizing UV LED according to the present invention supports the personal mug 120 in a state of being mounted on the mug 120 The sterilizer 110 includes a mount part 111a partitioned by the mug 120 to allow the mug 120 to be mounted thereon, and a mount part 111a inside the mount part. An upper case 111 including an installation portion 111b partitioned so that an operation control button panel 118 can be installed to operate ultraviolet and LED light irradiation, (119). ≪ / RTI > In addition to the mug 120 shown in FIG. 1, a personal common cup can be mounted on the mounting portion 111a of the sterilizer 110.
The sterilizer 110 is composed of a combination of the upper and lower cases 111 and 119, and the sterilizer 110 may refer to FIG. 3 showing a plane, a side, and a front view of the coupling of the upper and lower cases 111 and 119.

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The upper case 111 may be configured to be divided into the mounting part 111a and the mounting part 111b. The mounting part 111a may have a circular shape to mount the mug 120 And the mounting portion 111b may be a mounting portion of the operation control button panel 118 installed for the operation of irradiating ultraviolet light and LED light into the mug 120 mounted on the mounting portion 111a .

Of course, the upper case 111 has a structure including the mounting portion 111a and the mounting portion 111b and a protruding ring SP protruding upward in a form of maintaining a predetermined gap in the mounting portion As shown in FIG. 4, the section from the protruding ring SP to the boundary portion of the mounting portion 111a further includes a seating space S recessed downward.

As shown in FIG. 4, the upper case 111 further includes a protrusion 111d protruding from the bottom of the protrusion ring SP and a fine fitting groove 111e adjacent to the protrusion. Of course, the upper case 111 includes a plurality of protruding coupling bands 111c protruding from the bottom of the upper case 111, and is coupled to the lower case 119 by the protruding coupling bands 111c.

Therefore, the upper case 111 can prevent the protruding ring SP from moving in the state that the mug cup 120 is placed on the seating space S due to the configuration of the seating space S and the protruding ring SP Sterilization and stable storage of the inside of the mug 120 can be performed simultaneously with the inner fluidity of the mug 120 being blocked.

The lower case 119 corresponding to the upper case 111 at the lower portion of the upper case 111 has the same shape as that of the upper case 111. That is, The lower case 119 having the same shape as that of the mounting portion 111a and the mounting portion 111b can be coupled to the lower portion of the upper case 111. [

The lower case 119 includes a protrusion insertion portion 119b corresponding to the protrusion coupling portions 111c protruding from the bottom of the upper case 111. The lower case 119 is vertically installed in the space corresponding to the mounting portion 111a And a protruding fixing bar 119a. As shown in FIG. 5, the fixing rod 119a has a stepped structure at its tip, and can be attached to the LED PCB 113, which will be described later.

3 and FIG. 5, the upper case 111 and the lower case 119 are assembled by fastening the bolts B in such a manner that the individual projecting insertion bands 119b are inserted into the individual projecting coupling bands 111c So that they can be firmly coupled to each other.
The plate 114 is installed in the seating space S as the upper and lower cases 111 and 119 are coupled to each other. The main drainage holes 114a are formed at regular intervals along the circumferential surface of the main mule 120 to support the main mine 120 and to drain the contents (water, remaining drink liquid, and other fluids) And includes auxiliary drains 114b penetrating at regular intervals along the surface thereof, and the contents are drained through these drains 114a, 114b.

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The protruding ring SP and the plate 114 are preferably made of a stainless steel material capable of preventing corrosion. However, the material of the protruding ring SP and the plate 114 may be any material that can prevent corrosion.

The lower case 119 includes an LED PCB plate 113 fixed to the upper end of the stationary rod 119a at the center thereof as shown in FIG. 5 and FIG. 3, The LED lamps 113a and 113b are arranged in the order of the LED lamp 113a and the UV lamp 113b as shown in Figure 7. The LED lamp 113a irradiates the LED light to the inside of the mug 120 And the UV lamp 113b irradiates ultraviolet light to kill microorganisms in the mug 120.

Here, 'PCB' described above is a term for a printed circuit board, and 'UV' refers to ultraviolet.

The LED cover plate 113 may be protected from the outside by the LED cover 112. The LED cover cover 112 may include a protrusion 111d protruding from the bottom surface of the protrusion ring SP, (112c) formed in the outer periphery of the protruding ring (112) is fixed in a state of being engaged and positioned at the inner diameter of the protruding ring (SP).

7, the LED cover 113 is connected to the LED lamp 113a and the UV lamp 113b of the LED PCB 113 via the convex window 112a whose upper surface is convex upward, And the bottom surface thereof also receives the above-described LED PCB plate 113 through the accommodating space 112b which is formed in a stepwise upward direction. At this time, the LED PCB plate 113 has a structure in which the engagement grooves 113c formed on the outer periphery thereof are engaged with the engagement protrusions 112d protruding from the inner corner of the accommodation space 112b of the LED cover 112, The rotation and the clearance of the plate 113 can be prevented. The rotation and clearance may be used in the meaning of flow and the flow is prevented in order to secure the integrated structure of the sterilizer 110 with the LED PCB plate 113 firmly fixed inside the sterilizer 110.

An O-ring 115 is sandwiched between the bottom surface of the protruding ring SP and both ends of the LED cover 112. The O-ring 115 protrudes from the protruding ring SP on the side of the protrusion 111d. And the contents (water, beverage liquid, etc.) dropped from the mug cup 120 mounted on the upper end of the plate 114 installed in the seating space S are inserted into the recessed groove 111e, Can be prevented from being introduced into the LED PCB plate 113.

That is, the O-ring 115 can block the inflow of the contents permeable to the LED PCB 113, thereby providing safety to the electrical operation of the LED PCB 113.

4, the operation control button panel 118 is coupled to the back surface of the mounting portion 111b of the upper case 111 by bolts. As shown in FIG. 6, A start button, a start button, and an auto start button. The LED lamps 113a and the UV lamps 113a and 113b, which are configured on the LED PCB 113, 113b.

When the start button is pressed, the lamps 113a and 113b can irradiate the light for 20 minutes arbitrarily set, and the irradiation time can be different depending on the case. When the automatic start button is pressed, light is irradiated for 20 minutes, And the light is irradiated again for 20 minutes. Of course, such irradiation and downtime can also be set differently depending on the situation.

Since the PCB power source 117 is installed at the rear of the upper and lower cases 111 and 119, the power supply to the sterilizer 110 can be applied or cut off through the PCB power source 117.

Since the cushioning material 116 made of rubber or silicone is attached to the lower corner portion of the lower case 119, slippage of the sterilizer 110 on the contact portion can be prevented.

Furthermore, the connection terminal and the computer USB port of the mobile phone charger to which 5V * 0.5A is applied can be further applied to the sterilizer 110 according to the present invention. According to the connection terminal of the mobile phone charger and the USB port of the computer, It is possible to utilize the sterilizer of the present invention as a technology expansion method such as data processing.

Hereinafter, the operation of the sterilizer 110 as an apparatus of the present invention will be described.

The used mug 120 is placed upside down on the mounting portion 111a of the sterilizer 110. [ At this time, the mugs 120 are mounted on the seating space S formed in the mounting portion 111a, and preferably the mugs 120 are mounted on the plate 114 installed on the seating space S for drainage of water falling from the mug 120 It can be mounted and supported.

The contents of the remainder (water, beverage liquid, or powdered liquid) contained in the mug 120 can be removed from the mug 120 and flow into the inside of the loading part 111a during the loading process of the mug 120.

The contents introduced into the mounting portion 111a can be prevented from flowing into the LED PCB plate 113 provided inside the LED cover 112 by the structure of the LED cover 112 and can be prevented between the protruding ring SP and the LED cover 112 The configuration of the inserted O-ring 115 can prevent the intrusion of the contents.

The PCB power supply 117 installed at the back of the sterilizer 110 is turned on and then the power button configured on the operation control button panel 118 provided in the installation unit 111b is pressed and then the start button or the automatic button is pressed.

The LED lamp 113a and the UV lamp 113b constituting the LED PCB plate 113 are irradiated with light while power is supplied to the LED PCB plate 113 installed in the LED cover 112 in the mount part 111a do.

At this time, the light emitted from the LED lamp 113a dries the residual water remaining in the mug 120, and the ultraviolet ray emitted from the UV lamp 113b is transmitted into the mug 120 to kill the harmful bacteria . Particularly, at night, since the light emitted from the LED lamp 113a and the UV lamp 113b is expressed in a gentle color, it can be extended to an application for replacing outdoor light.

As described above, the mug cup 120 used is placed in a mounting space 111a of the sterilizer 110 at the time of storage, regardless of whether the mug cup 120 is cleaned or not. And the moisture and moisture remaining in the mug 120 are dried and stored in a specific space.

110: Sterilizer
111: upper case 111a:
112: LED cover 112a: convex window
112b: accommodation space
113: LED PCB plate 113a: LED lamp
113b: UV lamp
114: Plate 114a: Main drain
114b: auxiliary drain
115: O-ring 116: cushioning material
117: PCB power supply 118: Control operation button panel
119: Lower case 119a:
SP: protruding ring
120: Mug

Claims (5)

delete delete delete And a sterilizer for storing a cup mounted and mounted in an upside-down shape together with sterilization and drying of the inside of the personal cup,
And an operation control button panel which is integrally formed in front of the mounting part and is installed in the mounting part to perform driving operation of UV light and LED light, A mounting portion of a step structure corresponding to the shape of the upper case including the mounting portion, the mounting portion, and the mounting portion and being vertically protruded from the center of the space corresponding to the mounting portion, And a lower case including a rod,
A circular projecting ring projecting upwardly while keeping a predetermined distance from the inside of the mounting portion of the upper case, the circular protruding ring preventing flow with respect to the inner periphery of the cup; And a seating space for preventing the cup from escaping outwardly,
The upper and lower cases are connected to each other, and the LED PCB plate is attached to the upper end of the fixing bar to sterilize and dry the inside of the cup. The LED PCB plate is exposed in the center of the protrusion ring, And an LED cover fixed to the LED PCB in a direction from the inner diameter of the protruding ring to the bottom of the protruding ring to prevent the LED PCB plate from being exposed to moisture from the cup, A plate that is installed in the seating space and supports the cup and drains water falling from the cup and water that has been drained from the plate or water dropped directly from the cup into the LED PCB plate Further comprising an O-ring fitted to both the bottom surface of the protruding ring and both side ends of the LED cover to prevent the LED cover
The projecting ring is provided with projections protruding for fixing the LED cover on the bottom surface thereof and fine fitting grooves for fixing the O-ring to be fitted thereon. The LED PCB plate is provided with LED light to dry the inside of the cup A UV lamp for irradiating ultraviolet rays and an UV lamp for sterilizing harmful bacteria inside the cup are sequentially arranged, and the LED cover is formed as a receiving space in which the bottom surface of the LED PCB is recessed toward the top for receiving the LED PCB, And a convex window formed on the upper surface of the plate to receive the LED lamp and the UV lamp. The plate is provided with a predetermined clearance along the circumference of the circumference for draining the water dropped from the cup, And auxiliary drainage holes are formed at regular intervals along the surface,
Wherein the LED cover has a stepped structure at both sides and is inserted into the inner diameter of the protruding ring by a hollow formed at the center of the protruding ring and exposed to the hollow, The engaging groove formed on the outer periphery of the protruding ring is engaged and attached to the bottom surface of the protruding ring to prevent its rotation and clearance,
And the LED PCB plate is attached to the front end of the stationary rod by a step structure formed at a front end of the stationary rod and is accommodated in a receiving space of the LED cover, Wherein a bite formed in the outer periphery of the LED PCB plate is fixed and closely attached to the LED cover so that rotation and clearance thereof are prevented.
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