CN101595348B

CN101595348B - Built-in cooking appliance

Info

Publication number: CN101595348B
Application number: CN2007800496293A
Authority: CN
Inventors: 李守哲
Original assignee: LG Electronics Inc
Current assignee: LG Electronics Inc
Priority date: 2007-01-09
Filing date: 2007-11-15
Publication date: 2013-05-01
Anticipated expiration: 2027-11-15
Also published as: CN101595348A; KR100829623B1

Abstract

A built-in cooking appliance includes a top plate, a body frame provided under the top plate and receiving a heat source, a cabinet supporting the body frame and spaced apart from at least one side of the top plate, a support having a first side connected to the cabinet and a second side supporting a top surface of the top plate, a top frame covering a space between the top plate and the cabinet, and an airflow openings formed on the support and the top frame.

Description

Built-in cooking appliance

Technical field

The literature relates to built-in cooking appliance, or rather, relates to a kind of built-in cooking appliance of the top board of cooking food thereon that has.

Background technology

Built-in cooking appliance is the kitchen utensils that are installed on the cabinet.That is to say, built-in cooking appliance is associated with kitchen furniture, thereby the user can use this built-in cooking appliance easily.Built-in cooking appliance is so that inside, kitchen is very attractive in appearance.

In recent years, developed the built-in cooking appliance with top board, this built-in cooking appliance can utilize the heat that is passed to food via top board to come cooking food.This built-in cooking appliance with top board is known as heating plate, grate (hob), cooking stove (range) or cooktop surface (cook-top).Regardless of name, conception of the present invention can be applied to any cooking apparatus with top board.In the following description, term " cooking apparatus " refers to have the cooker of top board.

For the many parts of operation under thermal steady state, typical cooking apparatus is designed to the air inflow and flows out cooking apparatus.For realizing this point, be outstanding predetermined altitude above the top surface of top board with mounting of roof plate.In the case, be difficult to clean top board part on every side, and affected outward appearance.

In typical cooking apparatus, water can via be formed on the top board or top board peripheral part on air hole flow into the main body of cooking apparatus.The water that flows into the cooking apparatus main body may cause cooking apparatus short circuit or fault.Owing in the kitchen of frequent water, using cooking apparatus, therefore, in the process of design cooking apparatus, must pay much attention to this problem.

In addition, because cooking apparatus is designed to cooking food in the state on the flat surfaces that will be placed on such as the tableware of pot top board, tableware stably must be fixed on this flat surfaces.Yet although gone out the residing position of tableware with graphic on top board, this cooking apparatus does not have for any device that tableware physically is fixed on the top board.Therefore, when top board owing to becoming sliding such as reasons such as oil stains, the tableware that is placed on the top surface of this top board may inadvertently be shifted to unexpected position.Tableware drops from top board, from food is poured out from this tableware.

Summary of the invention

Technical problem

Embodiment provides a kind of built-in cooking appliance, and this cooking apparatus is configured to effectively cool off the inside of this cooking apparatus, and minimizes this cooking apparatus apart from the projecting height of cabinet.

Embodiment also provides a kind of built-in cooking appliance, and this cooking apparatus is configured to reduce water and flows into the possibility of this cooking apparatus and can be used by user security ground.

Technical solution

In one embodiment, built-in cooking appliance comprises top board; Be arranged on top board below and hold the main body frame of thermal source; Support body framework and from the isolated cabinet of at least one side of this top board; The supporting member of the second side that has the first side that is connected to this cabinet and support the top surface of this top board; Cover the top frame in the space between top board and the cabinet; And be formed on gas flow opening on this supporting member and the top frame.

In another example, built-in cooking appliance comprises the main body frame that holds thermal source; Be arranged on the top board of main body frame top; Support the cabinet of this top board; And this top board is connected to cabinet and is provided with the supporting member of gas flow opening, wherein, this supporting member comprises the supporting part on the top surface that is bearing in top board; Be attached to the coupling part of this cabinet; And the coupling part that this supporting part is connected to coupling part.

In another embodiment again, built-in cooking appliance comprises the cabinet with sunk part; Be contained in the main body frame in this sunk part; Be arranged in the top board of main body frame top; Be arranged on the supporting member on the angle of at least one side of this top board, this supporting member and cabinet separate, and top board is connected to this cabinet; And be arranged on gas flow opening on the supporting member.

Advantageous effects

According to these embodiment, can improve the cooling effectiveness of this cooking apparatus.In addition, can improve security and the convenience that uses this cooking apparatus.

Description of drawings

Fig. 1 be when cooker just when mounted according to the perspective view of the built-in cooking appliance of embodiment.

Fig. 2 is the perspective view of the built-in cooking appliance of Fig. 1 when cooker is finished installation.

Fig. 3 is the local fracture perspective view of the built-in cooking appliance of Fig. 1.

Fig. 4 is the cutaway view along the line I-I ' of Fig. 2.

Fig. 5 is the zoomed-in view of the part A of Fig. 4.

Fig. 6 is the partial sectional view according to the embedded cooker of second embodiment.

Fig. 7 is the zoomed-in view of the part B of Fig. 6.

Fig. 8 is the local fracture perspective view according to the built-in cooking appliance of the 3rd embodiment.

Fig. 9 is the perspective view of the top frame shown in Fig. 8.

Figure 10 is the cutaway view along the line II-II ' of Fig. 8.

Figure 11 is the perspective view of modified example of the top frame of the 3rd embodiment.

The specific embodiment

Now will be concrete with reference to embodiment of the present disclosure, the example of these embodiment is shown in the drawings.

[the first embodiment]

Fig. 1 be when cooker just when mounted, according to the perspective view of the built-in cooking appliance of embodiment.Fig. 2 is when cooker is finished installation, the perspective view of the built-in cooking appliance of Fig. 1.

With reference to figure 1 and Fig. 2, the part of the sunk part 2 that the built-in cooking appliance of this embodiment comprises the cabinet 1, the lip-deep sunk part 2 that is formed on cabinet 1 that are installed in the kitchen, pass cabinet 1 and the discharge outlet 4 that forms, the cooker 5 with the second portion on the top surface that is accommodated in the first in the sunk part 2 and is placed in cabinet 1 and the top frame 6 that is used for covering the space that limits between cooker 5 and the cabinet.

Sunk part 2 is from the top surface depression desired depth of cabinet 1, to hold the first of cooker 5.

Sunk part 2 is less than the top surface of cooker 5.Therefore, when cooker 5 was accommodated in the sunk part 2, the marginal portion of cooker 5 was placed on the top surface of cabinet 1.More particularly, the top board (Fig. 3 51) that is arranged on the upper end of cooker 5 is placed on the top surface of cabinet 1.

Therefore, because top board 51 is placed in the top surface of cabinet 1, only top board 5 is given prominence to above the top surface of cabinet 1.Therefore, this cooker 5 can be minimized apart from the projecting height of cabinet 1.

When being installed in cooker 5 on the cabinet 1, the rear end part of top board 51 is not placed on the top surface of cabinet 1.That is, owing to must form a space between the rear end part of cooker 5 and cabinet 1, the inside hot gas of cooker 5 is discharged by this space, thus the rear end part of top board 51 be not placed on the top surface of cabinet 1, but spaced apart with the top surface of cabinet 1.That is, if the rear end part of top board 51 is placed on the cabinet 1, then do not form the space that the internal heat of cooker 5 is passed through.Therefore, the rear end part of top board 51 must be spaced apart with the top surface of cabinet 1.

In this, the rear end part of top board 51 is by supporting member 7 supportings that are installed on this cabinet 1.

When being placed in top board 51 on the cabinet 1, tableware stably can be arranged on the top surface of top board 51 as mentioned above.In addition, because only top board 51 is given prominence to above the top surface of cabinet 1, can improve the outward appearance of cooking apparatus.

Simultaneously, although the bottom of sunk part 2 is closed, can air be introduced sunk part 2 by other gaps of cabinet, and the air of introducing can import cooker 5.

And, discharge outlet 4 can be formed on passage under, water 5 flows downward along this passage from cooker.If the bottom of sunk part 2 tilts, then discharge outlet 4 is formed on the lowermost portion of tilting bottom of sunk part 2.

Fig. 3 is the local fracture perspective view of the built-in cooking appliance of Fig. 1, and Fig. 4 is the cutaway view along the line I-I ' of Fig. 2, and Fig. 5 is the zoomed-in view of the part A of Fig. 4.

To Fig. 5, cooker 5 comprises the top board 51 as support plate with reference to figure 3, and tableware is positioned on this top board 50, and main body 52 is arranged on top board 51 belows.

The outward appearance of main body 52 is limited by main body frame.To be installed in main body 52 for generation of the heater 54 of heat with for the fan 53 of hot gas being discharged main body 52.Heater such as any type of direct heating type or eddy-current heating type can be used as heater.

As mentioned above, because the front and lateral edge portions of top board 51 is placed on the top surface of cabinet 1, therefore only top board 51 is given prominence to above cabinet 1.

On the other hand, the back edge of top board 51 part is by supporting member 7 supportings that are installed on the cabinet.More particularly, supporting member 7 has the top surface that is placed in cabinet 1 and is connected to the first of cabinet 1 and the second portion of the top surface of top support plate 1.In this, supporting member 57 can adhere to the lower surface of top board 57.Supporting member 57 can be screwed to cabinet 57.

, be understandable that herein, discharge the space supported part 7 of hot gas and eliminate.Yet, in this embodiment, by supporting member 7 formed airflow holes as this space.

The below will describe supporting member 7 in more detail.

Supporting member 7 comprise the back edge part of top support plate 51 supporting part 72, be attached to the coupling part 74 of cabinet 1 and the coupling part 76 that this supporting part 72 is connected to coupling part 74.

Supporting part 72 can be adhered to or be screw-coupled to the top surface of top board, to fix more firmly its position.

In coupling part 74 is placed in state on the top surface of cabinet, coupling part 74 is attached to cabinet 1.Yet coupling part 74 can be attached to the surface of the sunk part 2 that limits cabinet 1.

Coupling part 76 forms the shape, so that supporting part 72 is connected to coupling part 74.The part of coupling part 76 is top support plate 51 by the rear surface that closely contacts top board 51.Coupling part 76 is provided with airflow hole 77, and the hot gas in the main body 1 can pass this airflow hole 77.Top surface and the side surface of coupling part 76 contact top boards 51.Because therefore the side surface of top board 51 can prevent top board 51 move left and right by supporting member 7 supportings.

Coupling part 76 is not limited to given shape, needs only its at least rear surface of top support plate 51.

Simultaneously, coupling part 76 is covered by top frame 6.More particularly, top frame 6 has and is placed in the first end on the top board 51 and is fixed on the second end on the cabinet 1.By the several different methods such as adhesive method, screw-jointing method, hook fixing means etc., can realize top frame fixing on cabinet 1.Adhesive method is preferred.

Top frame 6 is spaced apart with supporting member 7, but covers supporting member 7.Between top frame 6 and supporting member 7, limit the space that air can pass.In this case, top frame 6 is from the outstanding predetermined altitude of the top surface of top board 51.Therefore, when tableware slided backward, it stopped to slide by top frame 6.

Top frame 6 is provided with opening 61 at the place, rear portion, can will introduce the Bas Discharged in this space by airflow hole 77 by this opening.

That is to say, the air that is discharged from main body 52 can be discharged cabinet 1 fully by airflow hole 77 and opening 61.

In this point, discharge backward hot gas by opening 61.Therefore, opening 61 do not seen by the user, and outward appearance is unaffected, and can prevent from discharging the accident that hot gas may cause by this opening.

The below uses description to cool off the air-flow process of the inside of cooker 5.

At first, when fan 53 operation, cold air is introduced cooker 5.By the bottom that is formed on main body 52, the air inlet of aiming at fan 53, can introduce cold air.

The cold air of introducing by air inlet 55 can be inhaled into by the gap of cabinet 1, and the gap of cabinet 1 is formed on the front portion of sunk part 2.Needless to say, when the bottom of sunk part 2 is formed with opening, can suck cold air by the bottom of depression 2.

The exhaust outlet 56 at the rear portion of the cold air that is sucked by fan 53 by being formed on main body 52, discharge via control module (not shown) and heater 54.Air by exhaust outlet 56 is discharged is discharged to the external world by airflow hole 75.

For the air guide that will not discharge by exhaust outlet 56 other spaces in the sunk part 2, but be directed to airflow hole 75, air flow guide 65 can further be formed on the rear portion of main body 1.

The below will be described in liquid around the cooker 5 and the relation between the present embodiment.

At first, since with cooker 5 be installed in frequently make water such as such place, kitchen, so must consider to prevent water inflow cooker 5.In order to realize this point, front side and place, two sides at top board 51 are in the same place the basal surface of top board 51 by seal with the face seal of cabinet 1.Therefore, the top frame 6 that only is formed with opening 61 on it is weakness, may be introduced into cooker 5 by this opening outside liquid.

That is, water can be introduced into cooker 5 by opening 61.Yet, flow downward by the airflow hole 77 that is formed on the supporting member 72 owing to being introduced into the water of cooker 5, so water can not be imported into main body 52.

More particularly, the airflow hole 77 of supporting member 77 flows downward as the water that allows to introduce from the external world and is not introduced into the passage of main body 52, simultaneously, and as the passage of the Air Flow of discharging from main body 52.

The water that flows downward can be discharged to the external world by discharge outlet 4, and the heat that is perhaps produced by cooker evaporates.

The below will describe the modified example of this embodiment.

At first, when sunk part 2 is closed, discharge outlet 4 will be in order to being discharged to the external world by collected water in sunk part 2.When sunk part 2 was not closed but opens, the water collector unit can be arranged on the below of sunk part 2, collecting the water that flows downward from cooker, and collected water was discharged to the external world.

Top frame can be designed to have the first side of being fixed on the cabinet 1 and with isolated the second side of the top surface of top board.In this case, between top board and top frame, be limited with open front, thereby air can pass this open front.

In this case, be divided into two-way owing to being discharged to the air of outside from the space, so air-flow efficient can be enhanced, simultaneously gas-flow resistance is reduced.And, can reduce the noise that is produced by moving air.

The high heat that the air of discharging by open front in addition, can disperse rapidly the top surface of top board flows along the top surface of top board simultaneously.Therefore, when using this cooker, the heat that is trapped on the top board can be dispersed rapidly.This has improved the security of using this cooker.

Needless to say, when cooker began to operate in the state that tableware is positioned on the top board, the air of discharging by open front can disperse the heat that is passed to tableware from top board.Because top board closely contacts this tableware, described air can not flow into the contact portion between top board and tableware but in this case.Therefore, dissipation of heat problem is also not serious.In addition, by open front and after-opening are designed to have optimum size ratio, can prevent the decline of the thermal efficiency, simultaneously, be provided at the security in the process of using this cooker.

[the second embodiment]

The second embodiment is identical with the first embodiment, except the structure of supporting member.Therefore, in institute's drawings attached of the first embodiment and the second embodiment, identical Reference numeral represents similar elements.In this embodiment, will only different from the first embodiment elements be described.

Fig. 6 is the partial sectional view according to the built-in cooking appliance of the second embodiment, and Fig. 7 is the zoomed-in view of the part B of Fig. 6.

With reference to figure 6 and Fig. 7, supporting member 7 has the second portion of the top surface of the first of the inner surface that is attached to cabinet 1 and top support plate 5.In this, top board 51 can directly adhere to supporting member 7.Can realize supporting member 7 is connected to cabinet 1 by screw.

Supporting member 7 comprise the top rear end part of top support plate 51 supporting member, be attached to the coupling part 74 of cabinet 1 and the coupling part 76 that supporting part 72 is connected to base portion 74.

Supporting part 72 can adhere to or be screw-coupled to the top surface of top board 51.When the top surface of supporting part 72 top support plate 51, can reduce the projecting height of cooker 5.

Coupling part 74 is attached to the inner surface of cabinet, that is, is connected to the lower surface of the ledge of sunk part 2.Yet coupling part 74 can be attached to any part that limits sunk part 2.

The coupling part is connected to coupling part 74 with supporting part 72, simultaneously, keeps predetermined space between the inner surface of the rearward end of top board 51 and cabinet 1.Coupling part 76 is formed the inner surface in the face of the rear surface of top board 51 and cabinet 1.That is, coupling part 76 also not exclusively contacts this top board 51 and cabinet 1, thereby a space is provided, and the inside hot gas of cooker 5 can be discharged to the external world via airflow hole 77 by this space.

Yet coupling part 76 can contact the side surface of top board 52.In this case, can be mobile backward by the support limits top board.

In this embodiment, even when water flows through the opening 61 of top frame, current are basically supported part prevention also, thereby can reduce the water yield that flows into cooker.And, owing to supporting member is attached to the lower surface of cabinet, namely be connected to the lower surface of the ledge of cabinet, therefore can improve connection power.

[the 3rd embodiment]

In the first embodiment and the second embodiment, large exhaust outlet is arranged on supporting member or the top frame.In this case, water can be introduced into the main body from the external world.This can cause the cooker fault.The 3rd embodiment is proposed to address this problem.In institute's drawings attached of the first embodiment, the second embodiment and the 3rd embodiment, same reference numerals represents similar elements.In this embodiment, the element different with the second embodiment from the first embodiment only described.

Top frame 210 is installed on the top, space between the rear end of the rear end that is limited to top board 200 and holding portion 120, to cover this space.With top frame 210 be designed on the side direction but not afterwards on hot gas is discharged main body 300.

Fig. 8 is the local fracture perspective view according to the built-in cooking appliance of the 3rd embodiment, and Fig. 9 is the perspective view of the top frame shown in Fig. 8.

With reference to figure 8 and Fig. 9, top frame 210 is limited to the relief angle of top board 200 and the lid in the space between the cabinet 100 as being used for covering.Top frame 210 comprises top panel 211, the bottom panel 212 that limits the bottom outward appearance, the rear board 213 that limits the rear portion outward appearance that limits the top outward appearance, the side panel 214 that forms the sidepiece outward appearance.

Top panel 211 is formed by the rectangular panel that has predetermined thickness and extend with horizontal direction.Rear board 213 forms by the rearward end bending at top panel 211.Rear board 213 is along with it recedes downwards.

Rear board 213 is formed by the rectangular panel that has predetermined thickness and extend with horizontal direction.Bottom panel 212 forms by the bottom bend forward of plate 213 in the back.

Bottom panel 212 is formed by the rectangular panel that has predetermined thickness and extend with horizontal direction.Bottom panel 212 is greater than top panel 211.

Side panel 214 is arranged between top panel 211 and the bottom panel 212.In the side panel 214 each is formed by the rectangular panel with predetermined thickness.The right surface of each in the side panel 214 is along with it recedes downwards.

The fore-end of each in the side panel 214 is positioned at the rear of the leading section of top panel 211 and bottom panel 213.The length of the top surface of side panel 214 is less than the front and back length of top panel 211.The length of the basal surface of side panel 214 is less than the front and back length of bottom panel 212.In this state, when the rear surface of side panel 214 was positioned on the plane identical with the rear surface of rear board 213, the fore-end of side panel 214 was positioned at the rear of the fore-end of top panel 211 and bottom panel 213.

Distance between the top surface of the lower surface of top panel 211 and bottom panel 212 is corresponding to the thickness of top board 200.Therefore, the height of side panel 214 is configured to the thickness corresponding to top board 200.And, the left and right sides length setting of the left and right sides length of top panel 211 and bottom panel 212 is become left and right sides length corresponding to top board 200.

Top frame has open front portion.The rear end part of top frame 210 is inserted top frame 210 by this open front portion.When top board 200 being inserted between top panel 211 and the bottom panel 212, the contrast surface of the front end top support plate 200 of top frame 210, and the rear surface of the front surface top support plate 200 of side panel 214.

As a feature of the present embodiment, the bottom panel 212 of top frame 210 is provided with second row gas port 430, the inner space that the hot gas that will discharge by first row gas port 330 by this second row gas port 430 is introduced top frame 210.By being formed on the 3rd exhaust outlet 450 on the side panel 214, will discharge by the hot gas that this second row gas port 430 is introduced top frame 210.

By said structure, air is discharged to the external world by the exhaust outlet on two side surfaces that are formed on top frame 210.In this case, water is less from the area of external world's inflow.Therefore, prevented the cooker fault that caused by water.

Figure 10 is the cutaway view along the line II-II ' of Fig. 8.

Below with reference to Figure 10, the operation of the 3rd embodiment is described.

First row gas port 330 is formed on the rear surface of main body 300, discharging main body 300 by the hot gas that the heater 310 that is installed in the main body 300 is produced.

First row gas port 330 can be formed on two side surfaces, front surface or lower surfaces of main body 300.Yet, in this case, the Bas Discharged decrease in efficiency.Therefore, first row gas port 330 preferably is formed on the rear surface of main body 300.Alternatively, can not form first row gas port 330.In this case, form a specific channel, hot gas is discharged this main body.

As mentioned above, when first row gas port 330 was formed on the main body 300, the hot gas that produces in main body 300 flowed out main body 300, that is, and and by first row gas port 330 spaces of the flow direction between main body 300 and cabinet.

Flowing to the rear surface of main body 300 and the hot gas in the space between the cabinet 100 flows by flow phenomenon is made progress.The air that should upwards flow is directed to top frame 210.

Simultaneously, top frame 210 is provided with second row gas port 430, and by this second row gas port 430, the air that passes first row gas port 330 is imported in the top frame 210.In the side panel 214 of two side surfaces of restriction top frame 210 each is provided with the 3rd exhaust outlet 450, thereby can Bas Discharged be arrived extraneous by two side surfaces of top frame 210.

The 3rd exhaust outlet 450 is formed on the rear by the rear surface of the top frame 200 of the fore-end supporting of top frame 210.In addition, each that second row gas port 430 can be in side panel 210 forms ellipse or the rectangle that extends in the horizontal direction.

Figure 11 is the perspective view of the modified example of top frame.

With reference to Figure 11, the front and back length of side panel 214 is greater than the front and back length of top panel 211 and bottom panel 212.The left-hand face of top board 200 and right lateral surface are by side panel 214 supportings.By this structure, can set exactly the relative position between top board 200 and the top frame 210.

The panel of top frame 210 can be formed by the individual member that is assembled into together.Selectable, the panel of top frame 210 can form by the processing solid memder.

According to another modified example of the 3rd embodiment, second row gas port 430 is formed on the bottom panel 212 of the bottom that limits top frame 210.Second row gas port 430 can form rectangle, or has with preset space length and be formed on slit on the bottom panel.As forming substituting of second row gas port, can form a specific channel, so that hot gas is imported top frame.

In description above, the 3rd exhaust outlet 450 is formed on in the side panel 214 each.Yet, the invention is not restricted to this structure.For example, can further be formed on rear board 213 and/or top panel 211 and side panel 214 for the 3rd exhaust outlet 450 of hot gas being discharged top frame 210.In this case, because exhaust port area increases, can more effectively discharge hot gas.Yet when exhaust port area increased, the area of introducing water also increased.The exhaust outlet that is formed on rear board 213 and the top panel 211 is not formed on the whole zone, but the compartment of terrain forms.In this case, the technique of manufacturing top frame 210 is complicated.Yet the hot gas expulsion efficiency improves.That is, within the limited time, can discharge relatively a large amount of hot gas.

Selectively, side panel 214 can form further forward and extend, and the 3rd exhaust outlet 450 is arranged on each the extension in the side panel 214, to increase the area of the 3rd exhaust outlet 450.In this case, because top board and cabinet are sealed together at the side surface place, so water can not flow into main body.Therefore, increasing in the area of Bas Discharged, there is not water to be introduced into main body by side panel 214.As a result, owing to can effectively discharge hot gas, thus can improve the security of using cooker.In this case, exhaust outlet 450 can be arranged on the position on the top surface that is higher than cabinet 100.Therefore, anti-sealing can be enhanced by the reliability that is formed on the exhaust outlet inflow main body 300 on the top frame 210.

In the superincumbent description, top frame 210 is along the top edge setting of top board 200.Yet, the invention is not restricted to this embodiment.For example, top frame 210 can be installed in lead edge portion and two lateral edge portions of top board 200.

In addition, the top frame 210 that is positioned on the back edge part of top board 200 forms so that be attached to the rear surface of main body 300 from the reclinate surface of the fore-end of bottom panel 212.

In the above-described embodiments, the exhaust outlet that is formed on the top frame 210 keeps its open mode.Yet, the invention is not restricted to this structure.For example, can be provided for selectively opened vent cap with closing exhaust outlet.In this case, the outward appearance of product may be affected.

In addition, the 3rd outlet 450 of the 3rd embodiment can be applied to the first embodiment and the second embodiment, and its side end by top frame is discharged hot gas.Therefore, in the first embodiment and the second embodiment, the 3rd outlet 450 can be used as opening 61 or can be arranged on end parts on the length direction of top frame 6 with opening 61, to discharge hot gas at side direction.In this case, owing to can reduce the area of introducing water, therefore can prevent the fault of product, more effectively discharge air simultaneously.

Although described a plurality of embodiment with reference to its several illustrated examples, it should be understood that, those skilled in the art can design multiple other modifications and the embodiment in the spirit and scope of disclosure principle.More particularly, in the scope of the disclosure, accompanying drawing and claims, be possible for the part of subject combination setting and/or various changes and the modification of setting.Except change and modification for part and/or layout, selectable purposes also will be apparent for those skilled in the art.

Industrial applicability

According to built-in cooking appliance of the present invention, hot gas is discharged cooker effectively, and top board is not given prominence to above cabinet significantly.Therefore, the outward appearance of product can be improved, and the security of using cooker can be improved.In addition, can prevent the assembly heat damage, thereby improve the reliability of this product.

In addition, can prevent that water from flowing into main body, therefore, can prevent this product of Water Damage, thereby improve the reliability of this product.

Claims

1. built-in cooking appliance comprises:

Top board;

Be arranged on described top board below and hold the main body frame of thermal source, the rear portion of described main body frame is formed with pore;

Cabinet, described cabinet supports described main body frame, and opens with at least one side horizontal interval of described top board;

Sunk part, described sunk part are formed on the surface of described cabinet;

Supporting member, described supporting member have the first side of the interior lower surface that is attached to described cabinet and support the second side of the top surface of described top board;

Top frame, described top frame cover the space between described top board and the described cabinet;

Be formed on the gas flow opening on described supporting member and the described top frame; And

Movement-oriented, on described movement-oriented the rear side that is formed on described main body frame, with the air guide that will not discharge by described pore other spaces in the described sunk part, but be used for allowing to pass described pore and the air of discharging flows to the gas flow opening of described supporting member;

Wherein, after the gas flow opening of described supporting member is set to more lean on than described movement-oriented,

The described gas flow opening level on the described supporting member of being formed between described top board and described cabinet,

The lower surface of described top board is positioned in the horizontal plane identical with the top surface of described cabinet,

Wherein, the forward edge of described top board part and lateral edge portions are placed on the top surface of described cabinet.

2. built-in cooking appliance according to claim 1, wherein, described supporting member has the contacted contact surface of a part with the top surface of described top board.

3. built-in cooking appliance according to claim 2, wherein, described contact surface is bonding surface.

4. built-in cooking appliance according to claim 1 wherein, is limited with a space between described top frame and described supporting member.

5. built-in cooking appliance according to claim 1, wherein, described supporting member contacts the rear side surface of described top board.

6. built-in cooking appliance according to claim 1, wherein, the described gas flow opening of described top frame leads air backward.

7. built-in cooking appliance according to claim 1, wherein, described supporting member is positioned on the top surface of ledge of described cabinet.

8. built-in cooking appliance according to claim 1, wherein, described supporting member is arranged on the lower surface of ledge of described cabinet.

9. built-in cooking appliance according to claim 1, wherein, the described opening of described top frame is formed on the predetermined At The Height in a surface of the described cabinet of distance.

10. built-in cooking appliance according to claim 1, wherein, described top frame at least a portion along the lateral edge portions of described top board is longitudinally arranged, and described opening is arranged on the place, end on the length direction that is positioned at described top frame.

11. built-in cooking appliance according to claim 1, wherein, described supporting member is formed by plate.