KR100838883B1 - Level regulation structure of hood - Google Patents

Abstract

A level regulation structure of a hood is provided to regulate the level of the hood simply and finely by using a regulation element when mounting the hood or after long time use, thereby preventing the re-mounting of the hood due to the inclination thereof. A level regulation structure of a hood includes a fixing element(410) at least partially fixed to an inner wall of a building, a hood having an integral supporting part(370) at least partially supported by the fixing element and blowing air to an external space after sucking the air, and a regulating element(430) positioned between the fixing element and the supporting part at least partially for regulating the horizontality of the hood.

Description

Level regulation structure of hood

1 is a perspective view showing the appearance of the hood according to the present invention.

Figure 2 is a partial front view showing a horizontal adjustment structure of the hood according to the present invention.

Figure 3 is a partial perspective view showing a horizontal adjustment structure of the hood according to the present invention.

Figure 4 is a partial side cross-sectional view showing a horizontal adjustment structure of the hood according to the present invention.

Explanation of symbols on the main parts of the drawings

100. Kitchen furniture 200. Cooking appliances

300. Hood 310. Suction part

320. Hood housing 330. Exhaust duct

340. Bottom plate 350. Side plate

360. Top plate 370. Back plate

372. Adjuster hole 374. Supporting part

376. Support hole 400. Horizontal adjustment part

410. Fastening member 420. Fastening part

430. Adjusting member 432. Adjusting bolt

434. Adjusting Nut

The present invention relates to a hood, and more particularly, to a horizontal adjustment structure of the hood that can adjust the horizontal state of the hood when the hood is mounted.

The hood of the cooking appliance is installed above the portion where food is cooked to play a role of exhausting heat and exhaust gas generated while the food is cooked to the outside space.

The hood of the cooker includes a suction part for sucking hot air and exhaust gas generated from a cooker installed at a lower side, a suction fan for generating suction force to suck heat and exhaust gas into the suction part, and driving the suction fan. It comprises a fan motor for making, the exhaust duct for guiding the intake heat and exhaust gas to the outer space.

The hood configured as described above is attached to and fixed to a wall surface on which the cooker is installed, and sucks heat and exhaust gas generated from the cooker to exhaust the heat and exhaust gas to the outside space through the exhaust duct.

The hood is firmly fixed to the inner wall of the building so that a plurality of parts including the fan motor mounted inside the hood can be supported.

On the other hand, when the external power is applied, the suction fan is rotated by the driving force generated in the fan motor, the suction fan is installed under the hood by the suction force generated by the suction fan to be rotated The hot air and the exhaust gas generated in the cooking appliance are sucked through the suction unit, and the sucked hot air and the exhaust gas are guided along the exhaust duct to be exhausted to the outside space.

However, according to the prior art configured as described above, the following problems occur.

When the rear side of the hood is fixedly installed on the inner wall of the building, the horizontal state can be checked by another person from the outside, or a mechanical device that can check the horizontal state of the hood if no other person checks. To level.

At this time, if the rear surface of the hood is not mounted horizontally on the inner wall of the building, there is a problem that the hood must be removed and remounted from the inner wall of the building.

In addition, when the hood is removed from the inner wall of the building and remounted, a problem arises in which the inner wall of the building is different from the other part of the building, and a problem that wastes manpower and time is required to remove the hood.

And, by removing the hood and attaching it again, the overall installation time for installing the hood increases.

Furthermore, the problem arises that after the hood is fixed to the inner wall of the building, fine horizontal adjustment is impossible.

In addition, the fine horizontal adjustment is not possible to adjust the horizontal level, or to fine-adjust the problem that needs to be removed by removing the hood from the inner wall of the building again.

This problem causes a problem for the user's reliability, which is a complaint from the user.

The present invention has been proposed to solve the above problems, and proposes a horizontal adjustment structure of the hood which can be horizontally adjusted after installation of the hood.

Another proposal of the present invention is to propose a horizontal adjustment structure of the hood to simplify the horizontal adjustment of the hood.

The horizontal adjustment structure of the hood according to the present invention proposed as described above, at least a portion is fixed to the inner wall side of the building, the other portion fixed portion extending in the opposite direction to the inner wall; A hood in which a support part is formed to receive at least a part of an extended part of the fixing part; And a horizontal adjusting part positioned at least partially between the fixing part and the supporting part to adjust a horizontal state of the hood by an external force applied from the outside of the hood.

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In another aspect, the horizontal adjustment structure of the hood according to the present invention, the fixing member which is at least partially fixed to the inner wall of the building; A hood integrally provided on the fixing member, the supporting part supporting at least a part of the fixing member and blowing the fluid to the outside space; At least a part is interposed between the fixing member and the support, the adjustment member is provided to enable the horizontal state of the hood is included.

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According to the horizontal adjustment structure of the hood is configured as described above, the horizontal adjustment of the hood is easy, there is an advantage that the fine horizontal adjustment is possible.

Hereinafter, a horizontal embodiment of the hood according to the present invention will be described with reference to the accompanying drawings.

1 is a perspective view showing a state in which a hood according to the present invention is installed. The hood will be described with reference to FIG. 1.

First, the kitchen space is installed in harmony with other parts, the kitchen furniture 100 for efficient use of the kitchen space is located, the kitchen furniture 100 is a cooking appliance 200 for heating food to cook It is mounted while being stored.

The kitchen apparatus 200 includes a top burner 210 for directly cooking a container containing food and cooking food contained in the container, and a lower portion of the top burner 210 to accommodate food in a closed space. An oven 230 for cooking food is installed by heating to a high temperature. The oven unit 230 accommodates food in a closed space, and then cooks food using heat emitted from a plurality of heaters using electricity as a heat source.

The top burner unit 210 has an upper surface shielded by an upper surface glass, and a plurality of heat sources for dissipating heat for cooking food are mounted on the lower side of the upper glass. As the container containing the food is heated by the heat emitted from the heat source, the food is cooked by the conductive heat transmitted from the container and the radiant heat transmitted through the upper glass from the heat source.

The top glass is specially manufactured to withstand high temperatures, and the top glass is formed so that the portion located above the heat source has good heat permeability so that the container containing food is heated by passing the heat emitted from the heat source. do.

In addition, an oven door is mounted on a front surface of the oven unit 230 so that a user can selectively open the front surface of the oven unit 230, and the oven door is pivotally mounted by being hinged with the front lower end of the oven unit 230. do. A control unit is provided on the upper side of the oven door, and a user controls an operation component for operating the oven unit 230 and a plurality of control components for controlling a plurality of components for operating the oven unit 230.

In the cooking apparatus 200 configured as described above, when food is cooked, heat for heating the food is generated, and combustion gas and other exhaust gas generated while the food is cooked are generated.

In order to exhaust the heat and exhaust gas to the outside space of the kitchen space, the hood 300 is installed at a predetermined interval above the cooking apparatus 200. The hood 300 serves to inhale the exhaust gas generated while the heat and food generated from the cooking apparatus 200 is cooked and exhaust the exhaust gas to the outside space of the kitchen space.

The hood 300 is a suction part 310 for sucking the fluid containing the heat and exhaust gas generated when cooking the food in the cooking apparatus 200, and is located above the suction part 310 A hood housing 320 is formed in the inner space to mount a plurality of components, and is positioned above the hood housing 320 to guide the fluid sucked into the hood housing 320 to the outside space of the kitchen space. The exhaust duct 330 is configured to be included.

In detail, the top burner unit 210 of the cooking apparatus 200 emits heat from a heat source mounted inside the top burner unit 210 to cook food, and the heat penetrates the upper glass. The heat transmitted upwards and radiant heat transferred upwards heat the vessel containing the food.

When the container containing the food is heated, the food accommodated in the inner space of the container is heated while being cooked, the food being cooked to release the heat. When the heat is not exhausted to the outside space of the kitchen space, the internal air of the kitchen space is warmed due to the continuous heat, and the user of the cooker 200 has an unpleasant feeling to operate the hood 300 to open the heat. Will be exhausted.

In addition, heat is also emitted from the interior space of the top burner unit 210, and when the heat of the top burner unit 210 is not exhausted to the external space of the top burner unit 210, the top burner unit 210 may be discharged. As the internal space temperature rises, a plurality of electric parts and control parts mounted inside the top burner part 210 are damaged, and heat generated in the top burner part 210 is generated by the top burner part ( It is exhausted to the outer space of 210. Heat exhausted from the top burner unit 210 is also exhausted to the outside space of the kitchen space by the hood 300.

In addition, when cooking food using the oven unit 230, the oven unit 230 may be prevented from becoming hot due to the heat generated in the internal space of the oven unit 230. Heat generated in the interior of the exhaust to the outside space of the oven 230. As such, the hot air emitted from the oven unit 230 is also exhausted to the outside space of the kitchen space by the hood 300.

As described above, the exhaust gas generated while the food and the food emitted from the cooking apparatus 200 are cooked is exhausted to the outside space of the kitchen space by the hood 300 so that the kitchen space can maintain a comfortable environment. do.

The hood 300 is mounted above the cooking appliance 200 spaced apart by a predetermined distance upward. The hood 300 is fixedly installed on the inner wall surface of the building in which the cooking appliance 200 is installed. The hood 300 is spaced apart from the cooking apparatus 200 upwards by a predetermined distance to prevent the user from being affected by the hood 300 when cooking food using the cooking apparatus 200.

On the other hand, the hood 300 is provided with a suction part 310 which is a passage through which the heat and exhaust gas generated in the cooking device 200 are suctioned on the front surface of the cooking device 200. The suction part 310 occupies most of the front surface of the hood 300, and a suction grill 311 having a mesh shape is formed on the front surface of the suction part 310, and through the suction grill 311. Relatively large dust and foreign matter in the air sucked in together with the heat and exhaust gases are filtered out.

The suction filter 312 is installed on the front or rear of the suction grill 311 to filter out relatively fine dust and foreign matter. The suction filter 312 is mounted to be detachable / attachable from the suction grill 311, and the heat and exhaust gas flows into the interior space of the hood 300 through the suction filter 312.

The suction filter 312 is detachably / attached from the suction grill 312 so that the user can be detached and washed as necessary, and the suction filter 312 can be attached to the suction grill 312 to continue to use. .

The heat and exhaust gas passing through the suction part 310 of the hood 300 flows into the inner space of the hood housing 320 provided above the suction part 310. A fan motor is provided in the inner space of the hood housing 320 to generate a driving force by applying external power. When the suction fan rotates by the driving force of the fan motor, the suction force is applied in the inner space of the hood housing 320. Will cause this

The suction fan mounted in the hood housing 320 is rotated by the rotational motion of the fan motor, and the suction fan is generated by the cooking apparatus 200 by the suction force generated by the rotational motion of the suction fan. The hot air and the exhaust gas are sucked into the inner space of the hood housing 320.

Heat and exhaust gas sucked into the inner space of the hood housing 320 are guided by an exhaust duct 330 mounted on the upper side of the hood housing 320 to flow out to the outer space of the kitchen space.

The front of the hood housing 320 is provided with a plurality of operation buttons for allowing the user to operate the hood 300 directly, the user may be installed to operate the hood 300 directly, the cooking apparatus 200 It is also possible that the hood 300 is installed to operate automatically when the cooking appliance 200 is connected to the.

The hood housing 320 has a bottom plate 340 for forming a bottom exterior, a side plate 350 for forming a side exterior, a top plate 360 for forming a top exterior, and a rear plate 370 for forming a rear exterior. Are fastened to each other, and these plates are formed in a rectangular plate shape having a predetermined thickness.

Each plate is fastened to each other to form the outer shape of the hood housing 320, the lower plate 340 is formed to be inclined to have a predetermined angle toward the front of the cooking apparatus 200. This is for convenience when the user detaches or attaches the suction filter while allowing the user to suck the air in the space where the user is located faster.

Therefore, it is possible to obtain an advantage of convenience for the user to use the hood 300 by the lower plate 340 having a predetermined slope. The exhaust duct 330 is fastened to the upper side of the upper plate 360 so that heat and exhaust gas sucked into the inner space of the hood housing 320 are guided by the exhaust duct 330 to the outer space of the kitchen space. Exhausted.

A lower cover may be mounted on a lower surface of the lower plate 340, and the lower cover may shield the lower surface of the lower plate 340 when the hood 300 is not used so that external dust and foreign matter may be removed from the hood housing. This is to prevent the flow into the internal space of the 320, and to prevent the insects from entering the internal space of the hood housing 320.

Hereinafter, the horizontal adjustment unit formed on the rear side of the hood 300 will be described with reference to FIGS. 3 and 4.

3 is a partial front view showing a state in which the hood is mounted in a state in which the exhaust duct of the hood according to the present invention is removed, and FIG. 4 is a perspective view showing a horizontal adjustment structure of the hood according to the present invention. .

Looking at the horizontal adjustment structure of the hood according to the present invention with reference to the figure shown, the fixing member 410 for supporting the hood 300 is mounted to the inner wall surface of the building is fixed. The fraud fixing member 410 has a predetermined thickness and is formed in a rectangular plate shape having a horizontal length somewhat longer than the length in the vertical direction, and is mounted to be fixed to the inner wall side of the building while the rear surface contacts the inner wall of the building.

A lower portion of the fixing member 410 is formed with a fixing portion 420 to support at least a portion of the hood 300. The fixing part 420 is bent to extend forward from the lower end of the fixing member 410 to have a certain length, and is bent upwardly at the front end thereof to extend to have a certain length.

Accordingly, the fixing part 420 formed at the lower end of the fixing member 410 forms a predetermined internal space with an upper surface and both side surfaces thereof opened, and is integrally formed with the fixing member 410.

That is, an inner space is formed at the lower end of the fixing member 410 by the front extension surface which is bent forward and extended upward from the front end of the front extension surface. Government 420 is formed.

On the other hand, the upper end of the rear plate 370 is bent forward to extend forward by a predetermined length.

The rear plate 370 is formed so that the upper end is bent forward and extends by a predetermined length, and the adjustment member hole 372 is perforated to allow the adjustment member 430 to be described later. In addition, a portion of the rear plate 370 is slit upward to have a length corresponding to the horizontal length of the fixing part 420 or a longer horizontal direction, so that the support part 374 is formed.

The support part 374 is slit upward to have a horizontal length corresponding to the horizontal length of the fixing part 420. The support portion formed while slitting upward is bent forward of the rear plate 370 and then bent upward again to secure a predetermined partial space, and this space becomes the support portion 374.

That is, the fixing part 420 and the support part 374 are formed in a shape corresponding to each other, and the fixing part 420 is formed somewhat larger in size than the supporting part 374, so that the fixing part 420 is formed in the internal space of the fixing part 420. The support 374 is supported while being received.

Looking in detail, the fixing part 420 is formed in a substantially "∪" shape when viewed from the side, to form a predetermined internal space with the upper surface and both sides open. In addition, the support part 374 is a part of the rear plate 370 is slit forward and then bent upward again is formed in a substantially "┛" shape when viewed from the left side. The support part 374 is supported in the internal space of the fixing part 420 while the support part 374 formed in the substantially "┛" shape is seated in the internal space of the fixing part 420 formed in the approximately "∪" shape.

Accordingly, the fixing member 410 is fixed while the rear side is in contact with the inner wall of the building, the fixing portion 420 is positioned to pass through the slitting portion of the rear plate 370 forward, and to pass through The support part 374 is seated while being accommodated in the inner space of the fixing part 420, and the support part 374 is supported by the fixing part 420.

When the support part 374 is seated and supported while being received by the fixing part 420, the rear plate 370 is partially supported by the horizontal adjusting part 400.

The lower surface of the support member 374 allows the lower end of the adjustment member 430 to penetrate at a position corresponding to the control member hole 372 formed on an extension surface extending forwardly to an upper end of the rear plate 370. The supporting hole 376 is drilled.

The adjustment member hole 372 is formed to be spaced apart a predetermined distance within the horizontal length of the fixing portion 420, the support portion hole 376 formed in a position corresponding to the adjustment member hole 372 is also an adjustment member hole 372 is formed in the spaced apart position. Therefore, the lower end portion of the adjusting member 430 penetrating the adjusting member hole 372 upwards and downwards is in contact with the upper surface of the supporting portion 374 by passing through the supporting hole 376.

Hereinafter, look at with respect to the adjustment member 430 is fastened as described above.

In this embodiment, for example, the length of the longitudinal direction is longer than the distance from the upper end of the rear plate 370 to the lower surface of the support 374 will be described as an adjustment bolt 432.

Of course, the adjustment member 430 may be a screw shape or a link shape other than the bolt shape.

The adjusting member 430 includes an adjusting nut 434 which is fastened with the adjusting bolt 432 and the adjusting bolt 432 in the direction in which the adjusting bolt 432 is prevented from escaping in the vertical direction. .

The outer circumferential surface of the adjusting bolt 432 is processed to have a thread, and the inner circumferential surface of the adjusting nut 434 is processed to form a thread corresponding to the thread formed on the outer circumferential surface of the adjusting bolt 432.

The adjusting bolt 432 penetrates the adjusting member hole 372 upwards and downwards. The adjusting bolt 432 penetrates the adjusting member hole 372 and then continuously moves downward. Penetrates (376). After passing through the support hole 376 positioned above the fixing part 420, the lower end is fastened to contact the upper surface of the support part 374.

And, the adjusting nut 434 is fixed to the lower side of the adjusting member hole 372 is fastened when the adjusting bolt 432 penetrates the adjusting member hole 372 to adjust the adjusting nut 434 adjustment bolt ( 432 will penetrate.

The adjusting nut 434 may be formed by a shape in which the adjusting member hole 372 is formed downward. When the adjusting member hole 372 is formed downward along the inner circumferential surface and extends downward, the screw surface in a shape corresponding to the outer surface of the adjusting bolt 432 so that the adjusting bolt 432 can be fastened to the extending inner surface. By forming the it is possible to perform the role of the adjustment nut 434 instead.

The adjustment bolt 432 may be formed with a groove in the head portion formed on the upper end so that the installer can rotate using a mechanism such as a driver, a kind of handle may be formed so that the installer can rotate by hand. Do.

The adjusting bolt 322 penetrates the adjusting member hole 372 formed from the upper end of the rear plate 370 from above to below, and the adjusting bolt 422 penetrating the adjusting member hole 372 is provided. The lower part of the adjusting bolt 432 passes through the support part hole 376 formed in the support part 374 while being fastened to the adjustment nut 434 and fastened to the fixing part 420. Will be placed in contact.

The adjustment member hole 372 and the support portion hole 376 are positioned to be spaced apart at a predetermined interval, and is formed to be fastened to the respective adjustment bolt 432 in the spaced position.

The adjusting bolt 432 may be mounted between the support part 374 and the fixing part 420 to adjust the distance between the support part 374 and the fixing part 420 according to the fastening degree.

That is, a separate fastening member is provided between the support part 374 and the fixing part 420 so that the adjustment bolt 432 is fastened so that the interval between the support part 374 and the fixing part 420 becomes wider or narrower. It is also possible that the adjustment bolt 432 by the external force is applied to the side by being mounted so as to.

In addition, the adjustment bolt 432 may be an external force acting from below. This can be implemented by fastening the adjustment bolt 432 from the bottom without fastening.

As such, the adjustment bolt 432 can be installed so that the external force acts in any direction except the rear. This can obtain the advantage that the installability of the installer is improved. Preferably, the adjustment bolt 432 is fastened from above will be ideal in terms of installation and workability.

Hereinafter, look at the action of the horizontal adjustment unit configured as described above.

First, the installer is to fix the fixing member 410 to the inner wall of the building when the hood 300 is to be installed. When the fixing member 410 is fixed to the inner wall of the building while maintaining a constant horizontal, the slitting portion of the rear plate 370 forming the rear appearance of the hood 300 is accommodated in the fixing part 420 It is fixed so that it is settled down.

The installer will install the hood 300 fixedly fixed in anticipation of a horizontal level. At this time, even if a plurality of the horizontal adjustment unit 400 provided in the hood 300 is mounted to the hood 300 in the same manner.

In addition, when the hood housing 320 of the hood 300 is leveled to a certain degree, the fine level of the hood housing 320 is adjusted using the horizontal adjusting unit 400.

When the left end of the hood housing 320 is located above the right end and the horizontal of the hood housing 320 is not aligned, the adjustment bolt 432 provided on the left side of the horizontal adjustment unit 400 is fastened. By adjusting the left end of the hood housing 320 is finely adjusted to move to the lower side.

In addition, contrary to the above, by tightening the fastening of the adjusting bolt 432 provided on the right side of the horizontal adjusting unit 400, the right end of the hood housing 320 is adjusted to move upwards finely to the hood housing ( It is also possible to adjust the level of 320).

As such, the horizontality of the hood housing 320 can be adjusted according to the fastening degree of the adjustment bolt 432, even if the adjustment bolt 432 to adjust the horizontal using the adjustment bolt 432 the support portion. The fastening degree of the adjusting bolt 432 should be adjusted so as not to be separated from the hole 376.

This is because when the adjusting bolt 432 is separated from the support hole 376, the inclination of the adjusting bolt 432 in the vertical direction can be changed, so that accurate horizontal adjustment is not performed.

That is, the adjustment bolt 432 is maintained through the adjustment member hole 372 and the support portion hole 376 to maintain a vertical shape, when the adjustment bolt 432 leaves the support portion hole 376, adjustment The bolt 432 is not able to maintain the vertical state, it is preferable to adjust the fastening degree so that the adjustment bolt 432 does not leave the support hole 376 by leaving the position to support even a small impact.

The present invention is not limited to the above-described embodiment, it will be possible to further propose the following embodiment.

In the above embodiment, the horizontal control unit is an example of being fastened to the rear plate of the burner housing, but when the cooking appliance is installed in the corner portion of the kitchen space is fastened to the side or the rear of the burner housing, respectively, side and rear It is also possible to be fastened to both.

In addition, the slitting surfaces of the rear plate may be formed to be inclined at a predetermined angle in opposite directions to finely adjust the horizontality of the hood housing, and may be provided at the lower end of the hood housing to adjust the horizontality. Will do.

The spirit of the present invention is not limited to the accompanying embodiments, and those skilled in the art who understand the spirit of the present invention can easily suggest other embodiments included within the scope of the same idea by adding, changing, or deleting components. In addition, various embodiments may be variously proposed by partially merging the above-described embodiments, but this will also be included in the spirit of the present invention.

According to the embodiment as described above, according to the horizontal adjusting structure of the hood according to the present invention, it is possible to adjust the horizontal state of the hood by adjusting the adjusting member.

Therefore, the hood can be horizontally adjusted so that the horizontal is not adjusted so that the hood does not need to be removed and then mounted again.

In addition, as the horizontal adjustment of the hood is possible, the appearance becomes beautiful after the hood is installed, and the user's discomfort caused by misalignment of the hood may be obtained.

Furthermore, it is possible to reduce the installation time and the waste of manpower caused by removing and reinstalling the hood that is not mounted horizontally.

In addition, it is possible to adjust the inclination in one direction according to the use time of the hood, it is possible to obtain the advantage that the usability of the hood is improved.

Claims (5)

A fixing part at least a part of which is fixed to the inner wall side of the building and the other part extending in a direction opposite to the inner wall; A hood in which a support part is formed to receive at least a part of an extended part of the fixing part; And At least a portion is positioned between the fixing portion and the support, the horizontal adjustment structure of the hood comprising a horizontal adjusting portion for adjusting the horizontal state of the hood by an external force applied from the outside of the hood. The method of claim 1, The support portion horizontal adjustment structure of the hood to be able to adjust the horizontal state of the hood by the horizontal adjustment portion in the portion accommodated in the fixing portion. The method of claim 1, The support portion, A horizontal adjustment structure of the hood capable of adjusting the horizontal state of the hood by an external force selectively applied to the top, side, and front from the outside of the hood. A fixing member fixed to at least a part of the inner wall of the building; A hood integrally provided on the fixing member, the supporting part supporting at least a part of the fixing member and blowing the fluid to the outside space; At least a part is interposed between the fixing member and the support, the horizontal adjustment structure of the hood comprising an adjustment member provided to enable the horizontal state adjustment of the hood. The method of claim 4, wherein The support portion horizontal adjustment structure of the hood is configured to be selectively movable in the direction except the rear to adjust the horizontal state of the hood in a state supported by the fixing member.

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