KR101615305B1 - Cabinet having dual layer wall of all in one compact kitchen appliances - Google Patents

Abstract

Disclosed is a cabinet having a dual structure partition wall of a fusion type kitchen appliance. A cabinet having a dual structure partition wall of a fusing type kitchen appliance of the present invention includes a main body which is divided into a plurality of cabinets and connected to each other, a top plate on the main body, and a home appliance integrated in the cabinet, The apparatus of claim 1, wherein the cabinet comprises: an inner barrier wall having a front surface opened so that kitchen appliances that generate heat are embedded or embedded; And an outer partition wall spaced apart from the inner partition wall by a predetermined distance. An exhaust passage is formed between the inner partition wall and the outer partition wall, and a partition wall exhaust hole is formed in a rear surface of the outer partition wall. According to the present invention, a forced air cooling system can be automatically operated by providing a double-walled cabinet for lowering the high temperature of the kitchen appliances such as an electric oven built in a cabinet of a fusion type kitchen appliance. Further, the air flow rate in the partition wall flows at about 150 mm / sec so that the high heat is conducted to the outer wall at a minimum, so that the inner operating device can be maintained at a safe temperature up to the outer wall.

Description

[0001] CABINET HAVING DUAL LAYER WALL OF ALL COMPACT KITCHEN APPLIANCES [0002]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a cabinet having a double structure partition wall of a fusion type kitchen appliance, and more particularly, to a cabinet having a dual structure partition wall of a fusion type kitchen appliance in which a forced air cooling system is automatically operated.

The number of single-person households is increasing worldwide. According to an Economic Research Report, the number of households in the world is 242 million households in 2011, accounting for 13% of households.

According to the Korea National Statistical Office (KNSO), the number of single-person households is 23.9% and the number of single-person households is 34.4% in 2035, with 2 persons (34%) and one or two persons Expected to be the most common form of household composition (68% of households with one or two people).

Now is the time when consumption trends of single-person households should be noted.

Small household appliances are useful for households with limited space, time, and income due to the full-fledged age of single-family households. This is because efficient products that do not take up much of the living space while keeping the performance intact fit well with the characteristics of a single household.

By the way, small appliances become uncomfortable due to the small size and still many forms and types of kitchen appliances that have encroached on living space.

In addition, most households are struggling to organize the codes of many home appliances. Power plugs that are intricately intertwined can not be plugged into one or two plugged outlets, making them inconvenient to use a multi tap or to plug in a plug every time you use a home appliance.

Therefore, the necessity of convergence type kitchen appliances is emerging, but the commercialization thereof has not been made yet.

Patent No. 10-0834352

SUMMARY OF THE INVENTION The present invention has been made in view of the above-described conventional problems, and it is an object of the present invention to provide a cabinet having a dual structure partition wall of a fusible kitchen appliance in which a forced air cooling system is automatically operated.

A cabinet having a dual structure partition wall of a fusion type kitchen appliance of the present invention for solving the above problems includes a main body divided into a plurality of cabinets and electrically connected to each other, a top plate on the main body, Wherein the cabinet comprises: an inner barrier wall having a front surface opened so that kitchen appliances generating heat are embedded or embedded; And an outer partition wall spaced apart from the inner partition wall by a predetermined distance. An exhaust passage is formed between the inner partition wall and the outer partition wall, and a partition wall exhaust hole is formed in a rear surface of the outer partition wall.

In the present invention, an air suction hole may be formed at one side of the outer barrier wall to suck outside air into the exhaust passage. In this case, a side wall exterior member is coupled to the outside of the dual structure partition wall cabinet, and a side wall passage through the side wall exterior member may be formed on the side wall exterior member corresponding to the air intake hole.

In the present invention, a plurality of exhaust holes communicating with the exhaust passage may be formed between the inner partition wall and the outer partition wall on the upper portion of the cabinet front.

In the present invention, the exhaust hole may be connected to an air passage of a door installed on a front surface of the cabinet. In this case, the door is coupled with the double frame of the outer wall and the inner wall so as to be spaced apart therebetween, and an air passage is formed therebetween. In the lower part of the door, a large number of inflow holes are formed, and in the upper part of the door, . When the door is closed, the exhaust hole of the door and the exhaust hole of the double partition wall cabinet can communicate with each other.

In the present invention, the inner partition wall may be an outer wall of a home appliance embedded in the cabinet.

According to the present invention, a forced air cooling system can be automatically operated by providing a double-walled cabinet for lowering the high temperature of the kitchen appliances such as an electric oven built in a cabinet of a fusion type kitchen appliance.

Further, the air flow rate in the partition wall flows at about 150 mm / sec so that the high heat is conducted to the outer wall at a minimum, so that the inner operating device can be maintained at a safe temperature up to the outer wall.

In addition, the double partition wall restricts the air-cooling space required for operation of the air-cooling system, and prevents unnecessary circulation of air to other spaces, thereby preventing energy waste.

1 is a perspective view showing a fusing type kitchen appliance according to a preferred embodiment of the present invention.
Fig. 2 is a perspective view of another angle of Fig. 1;
3 is a block diagram illustrating a control apparatus according to an embodiment of the present invention.
4 is a diagram illustrating a touch screen corresponding to an input unit of a control apparatus according to an embodiment of the present invention.
5 to 10 are views for explaining kitchen appliances housed in a cabinet of a main body according to a preferred embodiment of the present invention.
11 is a partial perspective view of a fusing type kitchen appliance according to an embodiment of the present invention.
12 is a perspective view illustrating a cabinet having a dual structure partition according to an embodiment of the present invention.
13 is a partial perspective view of a door of an electric oven according to an embodiment of the present invention.
FIG. 14 is a cross-sectional view illustrating exhaust of an electric oven embedded in a double partition wall cabinet according to an embodiment of the present invention. FIG.
Figs. 15 to 17 are operational cross-sectional views of a hinging film related to the operation of a drive motor according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a cabinet having a dual structure barrier according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

The fusion type kitchen appliances of the present invention realizes space utilization and cost reduction by miniaturizing appliances which are frequently used among appliances used in kitchens and mounting them in a single frame. The household appliances can be composed of various appliances such as an oven, a cooktop, a microwave oven, a mixer, a wireless kettle, a toaster, a coffee maker, and a hood.

FIG. 1 is a perspective view showing a fusing type kitchen appliance according to a preferred embodiment of the present invention, and FIG. 2 is a perspective view of another angle of FIG. 1.

1 and 2, the fusion type kitchen appliance 100 includes a main body 110 divided into a plurality of cabinets and an upper plate 120 disposed thereon.

The main body 110 is composed of three cabinets 111, 112 and 113 and three cabinets 114,115 and 116 in the left-hand side in the figure. In total, six cabinets are constituted. And a volume dial 118 and a radio main body and a USB terminal 119 are disposed on / off (on / off). Various kitchen appliances such as an electric oven, a microwave oven, a mixer, and a toaster are buried or embedded in the space box. Therefore, it is possible to use various kinds of home appliances integrally so that the home appliances can be used effectively in a narrow space. A mobile wheel is provided at a lower portion of the main body so that the integral multi-functional kitchen appliance 100 can be moved by a small force.

An auxiliary space 160 (see FIG. 14) is formed at the rear of the cabinets 111, 112, 113, 114, 115, and 116 of the main body 110 so that the exhaust gas of a plurality of kitchen appliances, Facilities, piping, and electrical equipment are installed.

The upper plate 120 is made of artificial marble and has a stand type rotary hood main body 121 which is also used as an air purifier and connected to the edge of the upper plate 120, A cook top 122, a coffee maker 123, a wireless kettle 125, and a water purifier 126 are disposed. Further, the upper plate is provided with a touch screen 130, which is an input unit of a control device (see Fig. 3).

The present invention improves convenience for users by controlling various kitchen appliances in a single touch screen (130).

3 is a block diagram illustrating a control apparatus 200 according to an embodiment of the present invention.

3, the controller 200 receives input from the touch screen 130 or the Bluetooth 150 and controls the current controller 211 and various kitchen appliances 220 through the control board 210. [

The control board 210 controls operation of the kitchen appliances 220 by receiving operation inputs of the kitchen appliances 220 from the smart device through the touch screen 130 or the Bluetooth 131. [

In addition, the control board 210 detects the current set in the kitchen appliances and cuts off the current when an overcurrent occurs. The current controller 211 of the control board 210 can confirm whether or not the kitchen appliances 220 are used so that the kitchen appliances that do not use the same can generate the same effect as removing the power plug to maximize the power saving effect.

In addition, the control board 210 includes a storage memory 213, which enables operation by the user's setting mode, thereby improving convenience for the user and enabling one-touch operation.

The control device 200 includes a control board 210, which is an embedded computer, to perform various functions and unique operation functions of the various types of kitchen appliances, , It is possible to prevent the overload, cut off the electric leakage, and perform the power saving function. The control device 200 receives data from the current controller 213 and various sensors through the control board 210 in real time and controls the use of the overload when the user uses the device and detects the set current in the device, The current is cut off to only one of the devices.

It is compact in one device and can be used conveniently in a small space. It can be automatically adjusted to the rated voltage even when using several devices at the same time. The control device 200 installed on the upper part can be configured as an LCD touch screen 130, and various kitchen appliances can be controlled by a simple operation.

4 is a diagram illustrating a touch screen 130 corresponding to an input unit of the controller 200 according to an embodiment of the present invention.

Referring to FIG. 4, the touch screen 130 of the control device includes an LCD monitor 131 and a plurality of icon buttons.

The icon buttons include a wireless kettle icon 132, a coffee maker icon 133, a mixer icon 134, an electric and tumble cooker icon 135, a toaster icon 136, a hood icon 137, a cooktop icon 138, An icon 139, an electric oven icon 140, a dish dryer icon 141, a safety lock icon 142, a movement icon 143, a revert icon 144, a selection icon 145, .

Here, when the cooktop icon 138 is used to cook the cooktop, the hood exhaust driving motor of the stand-type rotary hood of the present invention automatically operates to suck up food or steam, pass through the exhaust pipe, . In addition, when the hood icon 137 is used, it can be used as an air purifying function.

Hereinafter, a configuration inside the cabinet of the main body will be described.

5 to 10 are views for explaining kitchen appliances housed in a cabinet of a main body according to a preferred embodiment of the present invention.

5, a mixer 1112 and a toaster 1113 are disposed in the drawer when the drawer-type door 1111 of the rightmost cabinet 111 is opened.

Referring to FIG. 6, when the drawer door 1121 of the right middle cabinet 112 is opened, this drawer is utilized as a multi-purpose drawer.

Referring to FIG. 7, when the drawer type door 1131 of the cabinet 113 at the bottom right side is opened, this drawer is used as a dish dryer.

8, when the rotary oven door 300 of the upper left cabinet 114 is opened downward, an electric oven 300 is disposed.

Referring to FIG. 9, when the rotary door 1151 of the cabinet 115 in the middle left side is opened downward, a microwave is disposed.

10, when the drawer type door 1161 of the leftmost cabinet 116 is opened, an electromagnetic rice cooker 1162 is disposed in the drawer.

5 to 10, the drawer type doors 1111, 1121, 1131, and 1161 and the rotary type doors 1151 and 300 on the front side of the cabinet of the main body are manufactured to have the same thickness and size, It was clean and uniformly arranged to unify the style of the door.

This has the advantage that it can be finished in the same style as the surface materials of kitchen and living room furniture.

11 is a partial perspective view of a fusing type kitchen appliance according to an embodiment of the present invention. 12 is a perspective view illustrating a cabinet having a dual structure partition according to an embodiment of the present invention.

11 and 12, a fusion type kitchen appliance is formed by welding or assembling an iron material or the like to form a steel frame 400. An upper plate 120 is attached to the upper part of the frame 400 and side wall materials 340 do.

The steel frame 400 forms a space frame in which a plurality of cabinets are generated, and a cabinet in which a kitchen appliance such as an electric oven in which a lot of heat is generated is accommodated is composed of a double partition wall cabinet 370.

When the double partition wall cabinet 370 comprises the inner partition wall 371 and the outer partition wall 372, an exhaust passage 350 is formed therebetween.

The inner partition 371 is a hexahedron whose front face is opened, and a kitchen appliance for generating heat such as an electric oven is buried or embedded in the inner partition wall. Or the inner partition wall 371 itself may be an outer wall of a kitchen appliance such as an electric oven.

The outer partition wall 372 is spaced apart from the inner partition wall 371 by a predetermined distance so that an exhaust passage 350 is formed between the inner partition wall 371 and the outer partition wall 372, Between the partition walls, an exhaust hole 317 communicating with the exhaust passage 350 is formed.

The exhaust hole 317 functions to suck the odor generated in the electric oven or the like in the double partition wall cabinet and to transfer the exhaust air to the exhaust passage 350. As will be described later, the air hole (not shown) of the door installed on the front surface of the cabinet, Lt; / RTI >

An air suction hole 373 is formed at one side of the outer partition wall 372 to suck outside air into the exhaust passage 350.

A partition wall exhaust hole 375 is provided at the rear surface of the outer partition wall 372 so that air introduced from the exhaust hole 317 and the air suction hole 373 flows through a discharge passage 350 to a drive motor And is exhausted to the outside through the partition wall exhaust hole 375.

A side wall wall 325 is formed in the side wall wall 340 at a position corresponding to the air suction hole 373 through the side wall wall material. The side wall passage 325 connects the steel frame 400 and the outer space to circulate the air and also supplies the outside air to the air suction hole 373 of the double partition wall cabinet.

Hereinafter, the role of the double-walled cabinet will be described as an embodiment in which the electric oven is built in the double-walled cabinet of the present invention.

The electric oven 300 generates a significant amount of heat. Heat generated from the electric oven may be transmitted to other kitchen appliances of the adjacent cabinets or may be transmitted to the top plate, causing malfunction of other kitchen appliances, and furthermore, there is a risk of fire.

Thus, in the present invention, the electric oven is embedded or embedded in a double bulkhead cabinet.

13 is a partial perspective view of the door of the electric oven 300 according to the embodiment of the present invention. FIG. 14 is a cross-sectional view illustrating exhaust of an electric oven embedded in a double partition wall cabinet according to an embodiment of the present invention. FIG.

13 and 14, the oven door 310 is coupled to the electric oven 300 of the main body 120 through a hinge connection 320 and has a door handle 301 for opening and closing the door .

The oven door 310 is coupled with the outer frame 330 and the inner frame 335 so as to be spaced apart from each other and an air passage 337 is formed therebetween.

A plurality of inflow holes 314 are formed in the lower portion of the oven door 310, and a plurality of discharge holes 315 are formed in the upper portion of the door.

14, an electric oven 300 is incorporated in the double partition wall cabinet 370 of the main body 110. The oven door 310 is hinged to the electric oven 300 so that the oven door 310 can be opened / have. Meanwhile, an exhaust passage 350 is provided between the outer partition wall of the double partition wall cabinet 114 and the electric oven 300 so as to be spaced therebetween.

The air introduced through the oven door 310 of the electric oven 300 or the side wall passage 325 of the main body passes through the exhaust passage 350 and the partition wall exhaust hole 375 (see FIG. 12) and the exhaust pipe 165 And is discharged to the outside by the oven exhaust driving motor 170 disposed in the auxiliary space 160. That is, when the electric oven 300 operates, the oven exhaust driving motor 170 is automatically operated to circulate the air to the exhaust passage 350 of the outer wall of the electric oven 300, And is discharged to the outside.

An electromagnetic cooker is disposed in the lower cabinet 113 of the main body 110 and an exhaust pipe 161 is attached to the rear auxiliary space of the cabinet 113 to be connected to the driving motor 170. That is, when the rice cooker is in operation, the oven exhaust driving motor 170 is operated, so that the steam generated when the rice cooker is in the cooking operation can be quickly discharged to the outside.

The exhaust pipe 165 is provided with an auxiliary passage 163 communicating with the auxiliary space 160 so that air in the auxiliary space 160 can be discharged to the outside.

Here, the exhaust pipe 161 and the auxiliary passage 163 discharge air to the outside by the operation of the oven exhaust driving motor 170. However, the exhaust pipe 161 and the auxiliary passage 163 deform the structure, It is natural for a person skilled in the art to evacuate.

Meanwhile, the upper plate 120 of the integrated type kitchen appliance of the present invention is made of artificial marble, and the upper plate 120 is provided with a stand type rotary hood 121, which is also used as an air purifier and connected to the edge of the upper plate . And a cooktop 122 disposed on the upper plate of the lower portion of the hood.

When the hood 121 is operated, the hood exhaust driving motor 180 is operated so that the hood 121 is driven by the hood exhaust driving motor 180, Suction and discharge to the outside. Further, it can be freely rotated by being fitted in the upper plate.

At this time, the outdoor membranes 171 and 181 are formed at the outlets of the oven exhaust driving motor 170 and the hood exhaust driving motor 180, and air is blown to the outside of the fusing type kitchen appliance through the air filter 190 .

The air filter 190 can use a carbon air filter, and the odor can be removed by the air filter 190 and the replacement can be facilitated.

The oven exhaust opening film 171 formed at the outlet of the oven exhaust driving motor 170 and the hood exhaust opening film 181 formed at the outlet of the hood exhaust driving motor 180 are opened only when each driving motor is operated do.

Figs. 15 to 17 are operational cross-sectional views of a hinging film related to the operation of a drive motor according to an embodiment of the present invention.

Referring to FIG. 15, when the oven exhaust driving motor 170 connected to the electric oven operates, the oven exhaust opening film 171 is opened. Since the hood exhaust driving motor 180 connected to the hood 121 does not operate, the hood exhaust hood 181 is closed. Therefore, the air discharged by the operation of the oven exhaust driving motor 170 does not flow back toward the hood 121. [

Referring to FIG. 16, when the hood exhaust driving motor 180 connected to the hood 121 operates, the hood exhaust hood 181 is opened. Since the oven exhaust driving motor 170 connected to the electric oven does not operate, the oven exhaust shroud 181 is closed. Therefore, the air discharged by the operation of the hood exhaust driving motor 180 does not flow back toward the electric oven.

17, when both the oven exhaust driving motor 170 connected to the electric oven and the hood exhaust driving motor 180 connected to the hood 121 are operated, the oven exhaust hanger film 171 and the hood exhaust hanger film 181 are all opened. In this case, reverse flow can not occur between them due to the air pressure generated by the driving motor.

100: fusion type kitchen appliance 110: main body
111, 112, 113, 114, 115, 116: Cabinet
117: Speaker 118: Volume dial
119: Radio and USB terminal 120: Top plate
121: Stand type rotary hood main body 122: Cook top
123: Coffee maker 125: Wireless kettle
126: Water purifier 130: Touch screen
131: LCD monitor 132: Wireless kettle icon
132: Coffee Maker Icon 134: Mixer Icon
135: Electric field and cooker icon 136: Toaster icon
137: Hood icon 138: Cooktop icon
139: Microwave Oven Icon 140: Electric Oven Icon
141: Dishwasher icon
142: Safety Lock icon
143: Move icon 144: Revert icon
145: Select icon 150: Bluetooth
160: auxiliary space 161: exhaust pipe
163: auxiliary passage 165: exhaust pipe
170: oven exhaust drive motor 171: oven exhaust hanger
180: Hood exhaust driving motor 181: Hood exhaust opening film
[0001] The present invention relates to an oven door, and more particularly,
314: Inflow hole 315: Discharge hole
317: exhaust hole 320: hinge coupling
325: side wall passage 330: outer wall
335: inner wall 337: air passage
340: side wall exterior material 350: exhaust passage
370: double partition wall cabinet 371: inner partition wall
372: outer partition wall 373: air suction hole
365: partition wall vent hole 400: steel frame

Claims (8)

A cabinet having a main body, an upper plate on the main body, and a dual structure partition wall of a fusible kitchen appliance in which the main body is partitioned and connected to each other in the main body,
In the cabinet,
An inner partition wall whose front surface is opened so as to embed or embed an electric oven generating heat; And
And an outer barrier wall spaced apart from the inner barrier wall by a predetermined distance,
An exhaust passage is formed between the inner partition wall and the outer partition wall, a partition wall exhaust hole is formed at the rear surface of the outer partition wall,
An air suction hole may be formed in one side surface of the outer barrier wall to suck outside air into the exhaust passage,
A plurality of exhaust holes communicating with the exhaust passage are formed between the inner partition wall and the outer partition wall in the upper portion of the cabinet front,
Wherein the exhaust hole sucks the odor generated in the electric oven and transmits the odor to the exhaust passage, and is connected to an air passage of a door installed on a front surface of the cabinet. Lt; / RTI > delete The method according to claim 1,
Wherein a side wall wall is formed in a side wall outer wall of the double structure partition wall cabinet at a position corresponding to the air suction hole, the side wall wall passing through the side wall wall material. A cabinet having a bulkhead. delete delete The method according to claim 1,
The door
A double frame of the outer wall and the inner wall is spaced apart from each other, an air passage is formed therebetween,
Wherein a plurality of inflow holes are formed in a lower portion of the door and a plurality of discharge holes are formed in an upper portion of the door. The method according to claim 6,
Wherein the exhaust hole of the door and the exhaust hole of the double partition wall cabinet communicate with each other when the door is closed. The method according to claim 1,
Wherein the inner partition wall is an outer wall of an electric oven built in the cabinet.

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