KR101818890B1 - Kitchen furniture system - Google Patents

Abstract

The present invention relates to a kitchen furniture system comprising: a first pipe horizontally installed on the inner upper side of an upper storage closet; a second pipe horizontally installed on the inner upper side of a lower storage closet; a first blower fan provided to blow air in one direction through the first pipe; a second blower fan provided to blow air in one direction through a second pipe; a first connection pipe; and a second connection pipe. According to the present invention, it is possible to increase the drying efficiency and the efficiency of removing moisture and odor from the inside of each storage cabinet.

Description

Kitchen furniture system {KITCHEN FURNITURE SYSTEM}

The present invention relates to a kitchen furniture system, and more particularly, to a kitchen furniture system, in which air is blown into each cabinet, so that a dishwasher and a cooking tool being stored can be prevented from being dried and molds, The present invention relates to a kitchen furniture system in which the state of the furniture is prevented from being deformed through moisture removal or the like and stored for a long time.

In general, kitchen furniture is composed of components having different functions and constitutes one systemized furniture. Housework and housework such as cooking are performed at the same time, and the sink, which is one of such kitchen furniture, is divided into a top and a bottom .

The upper part is attached to a wall surface of a kitchen and is composed of an upper storage room for storing food utensils such as dishware and dishware, cooking utensils and foodstuffs, and a hood part for discharging the smell and gas generated when food is cooked. A lower cabinet for storing food and condiments, a cooking zone for cooking food, and a cooking zone for cooking food.

At this time, the above-mentioned constant storage cabinets and lower cabinets are equipped with an opening / closing door for easy storage and protection of various kitchen-related products, and have a normally closed environment including a storage type structure such as a drawer.

Accordingly, since the circulation of the air hardly occurs in the interior of the kitchen furniture, there is an environmental condition in which the temperature inside the room becomes higher than the temperature of the room air and the moisture can be easily peeled. As a result, molds and odors are easily generated, There has been a problem in that it occurs.

In such a case, when mold or odor is generated due to moisture, various dishes, cooking utensils and foods stored in the kitchen furniture are adversely affected, making it difficult to store clean and clean dishes. The dishes and cooking utensils are cleaned And it is disadvantageous in that the foodstuffs must be discarded because they are easily decomposed due to the state change and become unusable because of the smell.

Korean Patent Publication No. 10-2010-0013599

Disclosure of the Invention Problems to be Solved by the Invention The present invention has been devised to solve the problems of the prior art described above, and it is an object of the present invention to provide a cooking apparatus and a cooking tool, It is an object of the present invention to provide a kitchen furniture system in which the stored food materials are prevented from being deformed and stored for a long period of time through moisture removal and the like.

The present invention enables rapid air blowing inside each cabinet and removes moisture and odor from the inside of each cabinet through an intake process by a connection structure with an intake fan constituting an exhaust hood, And to provide a kitchen furniture system capable of providing functionality while pursuing the same.

In order to achieve the above object, a kitchen furniture system according to the present invention is installed on a construction wall of a kitchen, and a cabinet having a storage space therein is fixedly installed, an upper cabinet and a lower cabinet are installed at upper and lower portions, Wherein each shelf is provided with a shelf inside and has an opening and closing door for opening and closing the front part and an exhaust hood having an intake fan located at one side of an upper storage space provided on an upper part of the wall, A first tubular body horizontally disposed on the upper side of the upper cabinet, arranged to pass through a plurality of arranged upper cabinets, and having a plurality of ventilation holes formed on the lower surface thereof; A second tubular body horizontally disposed on the upper side of the lower cabinet, the second tubular body being disposed so as to pass through a plurality of arranged lower cabinets and having a plurality of air vents formed on the lower surface thereof; A first blowing fan fixedly installed on one side of the upper cabinet and connected to one end of the first tubular body so as to blow air in one direction through the first tubular body during operation of the fan; A second blowing fan fixedly installed on one side of the lower cabinet and connected to one end of the second tubular body so as to blow air in one direction through the second tubular body when the fan operates; A first connection pipe having one end connected to the other end of the first tube and the other end connected to an exhaust duct provided inside the suction fan; And a second connection pipe having one end connected to the other end of the second tubular body and the other end connected to an exhaust duct provided in the suction fan, wherein a plurality of through holes are formed in the shelves provided in the respective storage spaces, So that the airflow can be made to flow through the entire interior of the storage space partitioned from each other.

Here, a controller for controlling the operation of the first blowing fan and the second blowing fan is provided and connected; The control unit may include a first selection switch for simultaneously operating the first blowing fan and the second blowing fan integrally; A second selection switch for individually operating the first blowing fan and the second blowing fan; Detects the operation by the first selection switch or the second selection switch and issues a driving command to the exhaust hood side suction fan to rapidly perform air blowing in each of the storage chambers by using the suction force applied when the suction fan is driven And a microcomputer for controlling each of the cabinets so as to exhibit three or more effects of absorbing and removing moisture and odor from the respective cabinets.

Here, the moisture sensor, the odor sensor, or both may be mounted on each of the storage units or inside the selected storage unit, and signals sensed therefrom may be input to the microcomputer of the control unit; The microcomputer may issue a driving command to the suction fan according to a sensing signal input from the moisture sensor and the odor sensor so as to remove moisture and odor from each storage compartment, The first blowing fan and the second blowing fan are operated as well as the suction fan, and the first blowing fan and the second blowing fan are selectively controlled according to the generation position of the detection signal to remove moisture and odor from each of the storage spaces .

In this case, any one selected from a heat wire, a heater rod, or a resistance heating element may be inserted into the first tube body and the second tube body so that warm air can be blown into each of the storage spaces.

In this case, UV lamps or UV lamps are installed in each of the above-mentioned storage compartments, so that it is possible to sterilize the kitchen utensils and food materials stored in the respective cabinets as well as stored dishes through ultraviolet rays emission.

According to the present invention, air is blown into each cabinet to supply the dishwasher and cooking utensil, which are being stored, to prevent dry processing and fungus formation. Prevent and store for a long time, and can provide a kitchen furniture system that allows the utensils, cooking utensils, and food materials to be stored and used in a clean manner.

The present invention enables rapid air blowing inside each cabinet constituting kitchen furniture, and in particular, it performs intake processing through a linkage configuration with an intake fan constituting an exhaust hood, so that efficiency of removing moisture and odor from each cabinet It is possible to provide a kitchen furniture system which can increase the drying efficiency and can provide functionality while seeking economical efficiency with a low installation cost.

FIG. 1 is a view illustrating a kitchen furniture system according to an embodiment of the present invention. Referring to FIG.
FIG. 2 is a front view showing an installation state of a kitchen furniture system according to an embodiment of the present invention.
FIG. 3 is a view illustrating a state in which a moisture sensor and an odor sensor are installed in a kitchen furniture system according to an embodiment of the present invention.
4 is a view illustrating a state in which a UV LED is installed in a kitchen furniture system according to an embodiment of the present invention.
5 is a schematic block diagram showing the configuration of the control unit and the signal input / output relationship in the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings. The present invention will become more apparent from the following detailed description when taken in conjunction with the accompanying drawings.

A kitchen furniture system 1 according to an embodiment of the present invention basically comprises a device structure provided on a construction wall of a kitchen. As shown in Figs. 1 to 5, a cabinet having a storage space therein is fixed An upper storage space 10 and a lower storage space 20 for storing utensil tools, cooking utensils and food materials are respectively installed in the upper and lower parts, and shelves 2 are provided in each of the storage spaces 10 and 20 An opening and closing door 3 is installed to open and close the front part and an exhaust hood 4 having an intake fan 5 is installed at one side of the upper storage 10 installed on the upper wall.

A plurality of through holes 2a are formed in the shelf 2 provided in each of the storage areas constituting the upper storage 10 and the lower storage 20 so that air So that a flow can be made.

A first tubular body 30 disposed horizontally on the upper side of the upper housing 10 and disposed to pass through the upper housing 10 in a state in which a plurality of cabinets are arranged, A plurality of ventilation holes 41 are formed in the lower surface of the lower storage space 20 so as to pass through the lower storage space 20 in a state where a plurality of storage spaces are arranged, And includes a tubular body 40.

At this time, the first tube body 30 and the second tube body 40 serve to play the role of blowing air into the inside of each storage case while performing the flow of air, and may be a pipe of a straight structure.

And is fixed to one side of the upper cabinet 10 and is connected to one end of the first tubular body 30 so that air is blown in one direction through the first tubular body 30 and a plurality of air vents 31 (50) for supplying air into the upper storage space (10), and is fixed to one side of the lower storage space (30), and is connected to one end of the second tube (40) And a second blowing fan (60) for blowing air in one direction through the second tube body (40) and supplying air into the lower storage space (20) through a plurality of ventilation holes (41).

The first blowing fan 50 and the second blowing fan 60 can be fastened and fixed to the upper housing 10 and the lower housing 20 through fixing means such as screws.

A first connection pipe 72 having one end connected to the other end of the first tube 30 and the other end connected to an exhaust duct 6 having the suction fan 5 installed therein, (74) having one end connected to the other end of the intake duct (5) and the other end connected to an exhaust duct (6) provided inside the intake fan (5).

The first connection pipe 72 and the second connection pipe 74 may be provided with a solenoid valve or a damper to open and close the inner pipe, respectively. The microcomputer 80 of the control unit 80 83).

Here, the first blowing fan 50 and the second blowing fan 60 can be supplied at a low cost and have a small installation area and can be easily installed and used. Since it has a configuration in which it is interlocked with the suction fan 5, it can be applied in a small size and uses the suction force generated in the suction fan 5, so that air is effectively blown on the side of the storage space at a distance from the blowing fan And it is possible to operate with less power through the linkage with the intake fan 5 and also to reduce noise caused by operation of the fan.

Preferably, the first blowing fan 50 and the second blowing fan 60 are connected to each other by a control unit 80 so that air can be blown by the operation of the fan, but the user can control the operation thereof.

The controller 80 includes a first selector switch 81 for simultaneously operating the first blowing fan 50 and the second blowing fan 60 and a second selector switch 81 for selectively operating the first blowing fan 50, A second selector switch 82 having two separate switches for individually operating the fan 60 and a second selector switch 82 for detecting this when operating by the first selector switch 81 or the second selector switch 82, A drive command is given to the suction fan 5 provided on the side of the exhaust hood 4 so that the air blowing is performed more quickly in each storage space by using the suction force which is applied when the suction fan 5 is driven and the humidity and smell And a microcomputer 83 for controlling the microcomputer 83 so as to exhibit the effects of two or more of absorbing and removing the ultraviolet light.

The moisture sensor 92 or the odor sensor 94 or both sensors may be installed in each of the storage units constituting the upper and lower storage units 10 and 20 or in the selected storage unit can do.

At this time, the moisture sensor 92 and the odor sensor 94 generate a sensing signal when detecting moisture and odor having an abnormality set in each storage room, and the sensing signal is generated by a microcomputer (not shown) of the controller 80 The microcomputer 83 outputs a drive command to the intake fan 5 when the detection signal is inputted from the moisture sensor 92 and the odor sensor 94 so as to operate the intake fan 5, The microcomputer 83 may be configured to absorb moisture and odor from the respective cabinets through the first tubular body 30 and the second tubular body 40, It is possible to operate the first blowing fan 50 and the second blowing fan 60 together with the suction fan 5 as well as the humidity and odor from the respective storage cabinets when the detection signal is input from the moisture detection sensor 92 and the odor detection sensor 94 To absorb and remove It may generate.

In the latter case, the first blowing fan 50 and the second blowing fan 60 are selected according to the position at which the detection signals from the moisture sensor 92 and the odor sensor 94 are generated. So as to remove moisture and odor from each of the cabinets.

That is, when the humidity sensing sensor 92 and the odor sensor 94 generate a sensing signal at the position of the upper storage 10, the first blower fan 50 can be operated together with the suction fan 5 The second fan 60 can be operated together with the suction fan 5 when a sensing signal is generated at the position of the lower storage 20.

In addition, any one selected from the heating elements 100 formed by the heating wire, the heater rod, or the resistance heating body is inserted into the first tube body 30 and the second tube body 40, and warm air is introduced into each of the storage tubes It can be configured to be supplied by blowing.

The heating element 100 is provided with a third selection switch 84 having two separate switches in the control unit 80 so as to be controlled by a user's selection and the third selection switch 84 is provided between the upper storage 10 and the lower storage 20 So that the user can selectively use either one or both of them.

The heating element 100 may be configured to control the amount of heat generated by the user and may be configured to allow the user to adjust the rotational speed of the fan for the first blowing fan 50 and the second blowing fan 60 something to do.

The UV radiator 110 may be installed in each of the cabinets constituting the upper cabinet 10 and the lower cabinet 20 by a UV LED or a UV lamp. The ultraviolet rays emitted can be used to sterilize the inside of the cabinet as well as the dishes, kitchen utensils and food materials stored.

At this time, the UV radiator 110 is provided with a fourth selection switch 85 having two separate switches in the control unit 80 so as to be controlled by a user's selection, and the lower cabinet 10 and the lower cabinet 20, Or both of them may be selected by the user.

The upper storage space 10 and the lower storage space 20 may be constructed to have moisture and odor as well as insect control purposes. For this purpose, the upper storage space 10 and the lower storage space 20 may be made of a material selected from the group consisting of woodblock, woodblock, bamboo, eucalyptus, It is possible to have a constitution in which any one of them is constituted or a constitution in which these materials are mixed with ginko leaf powder can be provided.

The above-mentioned Ginkgo biloba powder has a natural germicidal effect, and has components such as flavonoid, polyphenol and organic acid, and is basically sterilized / Insecticide / insecticide function, it can provide the property that it is not burned well by the essential oil component and the tannin component in addition to the moisture removing function.

The upper storage space 10 and the lower storage space 20 may be made of MDF synthetic wood, cedar or the like mixed with gingko leaf powder.

Preferably, the door 3 is made of a material used for the upper storage space 10 and the lower storage space 20 so as to have homogeneity.

Hereinafter, the operation of the kitchen furniture system 1 according to the present invention will be described.

When the user selects the first selection switch 81 of the control unit 80, the microcomputer 83 simultaneously operates the first blowing fan 50 and the second blowing fan 60 integrally according to the input signal , Air is blown through the first tubular body (30) and the second tubular body (40) so that the air flows.

At this time, the microcomputer 83 operates the intake fan 5 constituting the exhaust hood 4 together, and the intake force generated in the intake fan 5 also affects the first tubular body 30 and the second tubular body 40 The first air blowing fan 50 and the second air blowing fan 60 perform an air suction process on the air blown through the first air blowing fan 50 and the second air blowing fan 60, Air blowing can be smoothly carried out even in a storage space on the side farther away from the air blowing fan 60 than air blowing fan 60. In addition to supplying air to each storage space and supplying a strong intake force acting on the suction fan 5, So that the drying efficiency can be increased by the movement of the blowing air, and also the moisture and odor remaining in the respective cabinets are absorbed and discharged.

By the supply of the air blowing or the suction force acting therewith, it is possible to efficiently dry the utensils, cooking utensils and food materials stored in each cabinet, and to remove moisture and odors. It is possible to provide an advantage that the stored article can be stored more effectively and used in a cleaner state.

When the user selects the second selection switch 82 of the control unit 80, the suction fan 5 is driven while operating any one of the first blowing fan 50 and the second blowing fan 60, The air blowing and the air intake process as described above are performed on any one of the upper storage 10 or the lower storage 20 through the first tubular body 30 or the second tubular body 40. [

At this time, the first connection pipe 72 and the second connection pipe 74 can be opened in correspondence with any one of the blowing fans to be operated, and at any time, regardless of the operation of the two blowing fans, So that the inside of the upper storage space and the lower storage space can be operated to perform moisture and odor removal.

In addition, when the user selects the third selection switch 84, heat can be generated in the heating element 100. In addition, when the first selection switch 81 or the second selection switch 82 is selected, Warm air can be blown into the inside of the cabinet, and the inside of each cabinet, as well as the articles to be stored, can be dried.

In addition, when the user selects the fourth selection switch 85, the UV radiator 110 such as UV LED or UV lamp can be operated, so that ultraviolet rays are irradiated into each cabinet, so that the inside of each cabinet, Lt; / RTI > can be sterilized and dried.

According to the present invention, as described above, it is possible to provide a system capable of performing various types of processing according to a user's selection. In addition, by driving only the suction fan 5 without operating the first blowing fan 50 and the second blowing fan 60, It is possible to remove the moisture and odor from each storage space by using the tube 30 and the second tube 40 by intake processing.

While the present invention has been described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims. May be made, which will be within the technical scope of the present invention.

1: Kitchen furniture 2: Shelf
2a: through hole 3: door
4: Exhaust hood 5: Intake fan
6: exhaust duct 10: upper storage compartment
20: Lower storage compartment 30: First tube
31: vent hole 40: second tube
41: vent hole 50: first blowing fan
60: second blower fan 72: first connection pipe
74: second connector 80:
81: first selection switch 82: second selection switch
83: Microcomputer 84: Third selection switch
85: fourth selection switch 92: moisture sensor
94: odor sensor 100: heating element
110: UV emitter

Claims (5)

And an upper storage space and a lower storage space for storing the cooking utensils, the cooking utensils and the food materials are provided at upper and lower portions of the cabinet, the storage space having a storage space therein is fixedly installed inside the cabinet, And an exhaust hood having an intake fan is installed at one side of an upper storage space provided on an upper portion of the wall to install a kitchen furniture system,
A first tubular body having a pipe structure disposed horizontally on the upper side of the upper storage space and arranged to pass through a plurality of arranged upper storage spaces and having a plurality of ventilation holes formed on a lower surface thereof;
A second tubular body disposed horizontally on the upper side of the lower cabinet and arranged to pass through a plurality of arranged lower cabinets and having a plurality of ventilation holes formed on the lower surface thereof;
A first tubular body connected to one end of the first tubular body and configured to supply air into the upper enclosure through the first tubular body in one direction and through the plurality of vent holes in the first tubular body, A blowing fan;
The second tubular body is fixed to one side of the lower cabinet and connected to one end of the second tubular body to blow air in one direction through the second tubular body during operation of the fan and to supply air into the lower cabinet through a plurality of ventilation holes, A blowing fan;
A first connection pipe having one end connected to the other end of the first tube and the other end connected to an exhaust duct provided inside the suction fan;
A second connection pipe having one end connected to the other end of the second tubular body and the other end connected to an exhaust duct provided inside the suction pipe; / RTI >
A plurality of through holes are formed in the shelves provided in the respective storage spaces so as to allow the air flow to be formed throughout the storage spaces partitioned by the shelves,
The first tubular body and the second tubular body may be arranged so that any one selected from a hot line, a heater rod, or a resistance heating element is inserted into the interior of each of the cabinets to blow warm air into the cabinets,
Wherein the kitchen utensil system is configured to prevent drying of the utensils and cooking utensils stored in the cabin through the air blowing into the cabinets and to prevent the mold from being deformed, The method according to claim 1,
And a control unit for controlling the operation of the first blowing fan and the second blowing fan;
Wherein,
A first selection switch for simultaneously operating the first blowing fan and the second blowing fan integrally;
A second selection switch for individually operating the first blowing fan and the second blowing fan;
Detects the operation by the first selection switch or the second selection switch and issues a driving command to the exhaust hood side suction fan to rapidly perform air blowing in each of the storage chambers by using the suction force applied when the suction fan is driven A microcomputer for controlling the second and third effects of absorbing and removing moisture and odor from the respective storage compartments; Wherein the kitchen furniture system comprises: 3. The method of claim 2,
A moisture sensor or an odor sensor or both of the moisture sensor and the odor sensor may be installed in each of the storage units or in the selected storage unit so that the sensed signals are input to the microcomputer of the control unit;
The microcomputer may issue a driving command to the suction fan according to a sensing signal input from the moisture sensor and the odor sensor so as to remove moisture and odor from each storage compartment, The first blowing fan and the second blowing fan are operated as well as the suction fan, and the first blowing fan and the second blowing fan are selectively controlled according to the generation position of the detection signal to remove moisture and odor from each of the containers. A kitchen furniture system. delete The method according to claim 1,
Wherein each of the cabinets is provided with a UV LED or a UV lamp to sterilize the kitchen utensils and food materials stored in the cabinets as well as the stored kitchen utensils through ultraviolet rays emission.

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