JP2003254575A - Kitchen device and its mounting method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To prevent vibration or noise of a ventilating means from affecting a storing means above it. <P>SOLUTION: A hood 5 extending forward from a wall face 1a, a ventilating means 6 having a duct 11 extending from above this hood 5 to outside a room, and a storing means 4 located in above the hood 5 and in front of the duct 11 are individually mounted on a wall 1 or a ceiling 12 so that a vibration-proof space 13 is gained between them so as to achieve the purpose. <P>COPYRIGHT: (C)2003,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a kitchen device having a ventilation means having a hood and a storage means, and a method for mounting the kitchen equipment.

[0002]

2. Description of the Related Art A kitchen is provided with a heating cooking device, a sink, and the like, as well as ventilation means for exhausting indoor air to the outside of the heating cooking device, and storage means for storing small items and cooking equipment.

The ventilation means has a suction force set so that it can be taken in and exhausted at a wind speed that does not make a person feel the wind. Smoke, oil smoke, steam, etc., generated during cooking in the heating cooking device,
The one with a hood is widely adopted because it can capture the atmosphere of the heating and cooking section so as to prevent odors from escaping as much as possible.

The larger the hood overhangs the wall surface and the closer it is to the heating and cooking device, the higher the collection rate of the atmosphere. However, the larger and lower the overhang, the more dead space there is and the more ugly it becomes.
Therefore, a decorative cover for covering the dead space is also provided, but the decorative cover becomes a large dead member with no practical benefit.

In this way, the amount of overhang of the hood,
It is a problem that is incompatible with the collection rate of the atmosphere, and in the past, a hood was made overhanging at the expense of the problem of dead space and lowered so as not to disturb cooking, or at the expense of the collection rate of the atmosphere. For example, a hood is provided which is selected so that the overhang is smaller than that of the storage means provided laterally.

[0006]

Therefore, conventionally, even if one of the dead space and the collection rate of the atmosphere is satisfied, the remaining one is sacrificed. In order to deal with this, the inventors of the present invention have considered that the storage means is provided on the hood of the ventilation means, and have conducted various experiments and studies for practical use. As a result, it was found as the next problem that the vibration of the ventilation means mainly affects the storage means depending on how they are provided.

An object of the present invention is to provide a kitchen device and a method of mounting the kitchen device in which the vibration of the ventilation means does not affect the storage means thereabove, based on the above new knowledge.

[0008]

In order to achieve the above object, the kitchen device of the present invention comprises a hood projecting forward from the wall surface, a ventilation means having a duct extending from the hood to the outside of the room, and a hood. And a storage means located in front of the duct, the ventilation means and the storage means being characterized mainly by being individually attached to the wall or the ceiling.

In such a structure, the ventilation means is attached with the hood projecting forward from the wall surface, and the storing means is mounted on the hood so as to increase the forward projection of the hood. However, the dead space formed on it can be effectively used as a storage space by the storage means, and special makeup such as a cover with no practical benefit is unnecessary. In particular, since the ventilation means and the storage means are individually attached to the wall or and the ceiling,
The vibration and sound of the ventilation means can coexist without being transmitted to the storage means, and the vibration of the ventilation means, and preferably the sound, can be prevented from affecting the storage means. Further, since the installation including the duct piping can be performed without disturbing other ones by giving priority to the one having higher difficulty, the installation is simplified and the construction cost is reduced. Furthermore, the ventilation means and the storage means can be attached so as to satisfy the required strength by installing them in a suitable manner. Easy to do regardless of

In a further configuration in which the storage means is provided with a vibration-proof space between it and the ventilation means, in a further configuration, the vibration of the ventilation means, including the mutual contact, the connection and the non-contact, preferably the sound, It is possible to break the relationship transmitted to the storage means.

In a further structure in which the vibration-proof space is formed by a space or a vibration-absorbing material, non-contact between the ventilation means and the storage means due to the space may interrupt the relationship in which vibration of the ventilation means is transmitted to the storage means. Therefore, the vibration absorbing member can cut off the relationship in which the sound such as the vibration of the ventilation means is transmitted to the storage means not only in the non-contact manner between the ventilation means and the storage means but also in the contact and the connection.

In a further configuration in which the ventilation means and the storage means have a vibration isolation space between them and the support means is shared and mounted on the wall or ceiling, the ventilation means and the storage means share the support means. While being mounted on the wall or and ceiling, while satisfying the separate mounting structure and its advantages with the shared support means, the presence of the vibration isolation space between the ventilation means and the storage means allows It is possible to break the relationship in which vibration or the like is transmitted to the storage means.

[0013] In a further configuration, the storage means has an elevating storage part supported so as to be able to move up and down between a storage position on the hood and a pulling position to the front lower side. In a further configuration, the storage means is on the hood. While being located at a high place, you can pull out the stored items by pulling it forward and downward, so there is no inconvenience to use, and after putting in and out you can put it back on the hood and use it effectively to store the high place where it normally becomes a dead space. So it doesn't get in the way and looks nice.

The elevating storage part is provided in a cabinet attached to the wall surface or ceiling. In a further structure, the storage area around the elevating storage part is made up and the stored contents are protected from dust. it can.

The method for attaching the kitchen device according to the present invention comprises the steps of arranging the hood so as to project forward from the wall surface and attaching it to the wall surface and / or the ceiling, and the step of piping a duct extending from the top of the attached hood to the outside of the room. And a step of providing a vibration-proof space on the hood and in front of the duct to dispose a storage means and attach the storage means to a ceiling or a wall surface.

In such a structure, since the hood is arranged so as to project from the wall surface to the front and attached to the wall surface and / or the ceiling, the hood has a built-in ventilation fan and is heavy,
Moreover, despite the unstable posture of overhanging forward, work can be performed easily and properly in a free state with no obstacles around, and it is securely attached. Next, the duct is prioritized to be piped so as to extend from the top of the hood to the outside, but that the duct is securely attached as described above,
Since there is no obstacle around the upper part of the hood on the attached wall surface, piping work can be performed easily and properly including holes in the wall. Finally, the storage means is attached to the ceiling and / or the wall surface, but it is placed above the hood and in front of the duct by ensuring a vibration-proof space for the hood and duct already installed and installed, except for the part facing the hood. Since it is attached in an open state, work can be performed easily and properly, and it can be attached securely. Moreover, by separately mounting the ventilation means and the storage means, it is possible to break the relationship in which vibrations of the ventilation means are transmitted to the storage means.

The method of mounting the kitchen device according to the present invention further comprises a step of mounting the supporting means on the wall surface and / or the ceiling so as to have left and right projecting portions from the wall surface to the front, and a step of mounting the supporting means on the left and right sides. A step of arranging and installing a hood below, a step of piping a duct that extends from the top of this attached hood to the outside of the room, and a vibration-proof space between the hood and the duct before the left and right overhanging portions of the supporting means. Another feature is that it is provided with a step of mounting.

In such a structure, the mounting sequence and the advantage thereof in the mounting method of the above-mentioned one characteristic are followed while securing the working space for mounting at the left and right overhanging portions by sharing one supporting means. While realizing, by mounting the storage means in front of the left and right overhanging portions of the support means with a vibration isolation space between the hood and the duct, it is possible to cut off the relationship in which the vibration and sound of the ventilation means are transmitted to the storage means. .

Further objects and features of the invention will be apparent from the following detailed description and drawings. The respective features of the present invention can be employed alone or in combination in various combinations as much as possible.

[0020]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described below with reference to FIGS. 1 to 8 to provide an understanding of the present invention.
The following description shows specific examples of the present invention, and does not limit the description of the claims.

In the present embodiment, as shown in FIG. 1, a ventilation means 6 having a storage means 4 and a hood 5 is vertically arranged on a cooking means 3 in a sink 2 provided at a wall 1 of a kitchen. This is an example of a case where they are arranged and provided. However, the present invention is not limited to this, and is effective when applied to any form as long as the ventilation means 6 having the storage means 4 and the hood 5 is arranged vertically. Belong to a category.

The wall 1 may be any wall provided with ventilation means 6 having a hood 5 as required, such as an outer wall of a kitchen or a partition wall in a facing kitchen. Sink 2
In addition to the heating and cooking means 3, the sink 7 and the storage 8 are provided, and the arrangement is free, and other functions such as a dishwasher / dryer and a garbage throwing unit are added. The heating and cooking means 3 is a gas stove, electricity, an electromagnetic stove, or the like. The hood 5 has a built-in fan 9 as a so-called ventilation fan, which mainly produces smoke, oily smoke, and the like generated during cooking by the heating and cooking means 3.
Collect steam and odors together with the atmosphere around the cooking section so that they can be exhausted to the outside. However, the collecting atmosphere is not always the upper atmosphere of the heating and cooking means 3. Therefore, the hood 5 may be provided so as to protrude from the upper position of the heating / cooking means 3 or be displaced.

The storage means 4 and the ventilation means 6 of the present embodiment are, as in the example shown in FIGS. 1 to 7 and the example shown in FIG. 8, a hood 5 protruding forward from the wall surface 1a of the wall 1 and this. The ventilation means 6 has a duct 11 extending from the top of the hood 5 to the outside of the room, and the storage means 4 located on the hood 5 and in front of the duct 11. The ventilation means 6 and the storage means 4 are individually attached to the wall 1 or the ceiling 12. The wall 1 or ceiling may be attached directly or indirectly. In this way, the ventilation means 6 is attached with the hood 5 projecting forward from the wall surface 1a, and the storage means 4 is mounted on the hood 5 so that the hood 5 can be greatly extended forward. Even if
The dead space formed thereon can be effectively used as a storage space for the storage means 4. Along with this, no special makeup such as a cover that does not have a practical benefit is required.

Particularly, since the ventilation means 6 and the storage means 4 are individually attached to the wall 1 or the ceiling 12,
It is possible to avoid the vibration of the ventilation means 6 from affecting the storage means 4 by virtue of the fact that the vibration of the ventilation means 6, preferably a sound, is transmitted to the storage means 4 and the like, and the influence is cut. You can In addition, since the duct 11 can be installed including the piping, the one with higher difficulty can be prioritized without disturbing the other, so that the installation is simplified and the construction cost is reduced.
Furthermore, the ventilation means 6 and the storage means 4 can be mounted so as to satisfy the required strength by mounting the ventilation means 6 and the storage means 4 respectively. Can be easily done regardless of other mounting.

The storage means 4 is provided with a vibration-proof space 13 as shown in FIG. 1 between the storage means 4 and the ventilation means 6 including the hood 5 and the duct 11 in order to prevent the vibration of the ventilation means 6 from being transmitted to the storage means 4. I have it. The vibration isolation space 13 can be formed by the space 13a as shown in FIG. 1 and / or the vibration absorbing material 13b. Due to the non-contact between the ventilation means 6 and the storage means 4 in the space 13a, the relationship in which the vibration of the ventilation means 6 is transmitted to the storage means 4 can be cut off. The vibration-absorbing material 13b can break the relationship that the vibration of the ventilation means 6 is transmitted to the storage means 4 not only when the ventilation means 6 and the storage means 4 are not in contact but also in the contact or connection state. The vibration absorbing material 13b may be made of rubber, spring, or other elastic material sandwiched between the contact portion and the connecting portion.
Any material can be used as long as it can prevent the transmission and propagation of vibrations to the storage means 4, and if it has soundproof properties, it can prevent the sound of the ventilation means 6 from being transmitted to or resonated with the storage means 4, which is preferable. . For this purpose, the vibration absorbing material 13b may be used in combination with a sound absorbing material or a sound deadening material.

The antivibration space 13 as described above is provided with the ventilation means 6
Also, in order to attach the ventilation means 6 and the storage means 4 between them and the storage means 4, in the present embodiment, the support means 15 is shared and attached to the wall 1 or the ceiling 12. In the illustrated example, it is attached to the wall 1. Thereby, at least both the ventilation means 6 and the storage means 4 are:
As shown in FIG. 1, it is attached to the support means 15 attached to the wall 1, and they are connected to each other. However, since the vibration isolating space 13 is provided between the ventilation means 6 and the accommodating means 4, the supporting means 15 is shared, so that the ventilation means 6 and the accommodating means 4 are mounted on the wall 1 or the like, and have a simple mounting structure or supporting structure. The vibration transmission space 13 can break the relationship in which the vibration of the ventilation means 6 is transmitted to the storage means 4, can be individually attached, and the advantage thereof is not impaired.

In the illustrated example, the storage means 4 has a vibration-proof space 13 formed by a space 13a as shown in FIGS. The sheet-shaped vibration absorbing material 1 as shown in FIGS. 1 and 2 is attached to the mounting portion of the housing means 4 to the supporting means 15.
An anti-vibration space 13 is provided by sandwiching 3b. The vibration-absorbing material 13b is effective only by interposing the housing means 4 with the support member 16 at each local mounting portion such as bolting. However, as in the illustrated example, by forming a sheet-like shape over the entire back portion of the storage means 4, it is easy for sound to be generated in the back portion, and the fan 9 and the duct 1 that easily resonate.
It is effective in blocking the propagation of sound from 1. Further, if only the vibration isolation property is provided, the support means 15 for the ventilation means 6 shown in FIG.
The vibration-absorbing material 13b may be interposed in the mounting portion to the. In this case, the ventilation means 6 and the storage means 4 are the wall 1 and the support means 1.
Since the vibration transmission system is formed via 5, it is necessary to interpose the vibration absorbing material 13b on the way, for example, between the ventilation means 6 and the wall 1. In short, the space 13a and the vibration absorbing material 13b
A vibration-proof space 13 such as a vibration transmission from the ventilation means 6 to the storage means 4 is provided in the middle of the propagation system to transmit the vibration.
Just turn off the propagation. However, the supporting means 15 itself may be made of a material or structure having a vibration absorbing property. Support means 15 for mounting the storage means 4 and the ventilation means 6
If they are not commonly used, that is, if they are individually attached by the individual support means 15, the storage means 4 can break the relation that the vibration from the ventilation means 6 affects in the vibration isolation space 13 of only the space 13a.

In the illustrated example, the supporting means 15 is a pair of left and right independent supporting members 16, and is provided on the wall 1 and / or the ceiling 12 so as to project to the front left and right from the wall surface 1a as shown in FIGS. It is installed. Specifically, it has a form of a side plate having a flange 15a as shown in FIGS. 4 to 8 which is made of a steel plate rust-proofed by plating or the like and is bent inward in the periphery, and the back flange 15a is attached to the wall 1. A mounting hole 17a is formed as the portion 17 as shown in FIGS. 4 to 7, and is attached to the wall 1 by the screw 18 shown in FIG. The lower flange 15a of the support member 16 forms a mounting hole 19a as a mounting portion 19 of the ventilation means 6 as shown in FIG. 7, and the hood 5 portion of the ventilation means 6 is mounted by a screw 20 shown in FIGS. . The front portion of the support member 16 is used as a mounting portion 21 of the storage means 4 in FIG.
As shown in FIG. 7, a mounting hole 21a is formed, and the storage means 4 is mounted from the inside by a screw 22 shown in FIG.

The support means 15 can be attached to the wall 1 in advance, and the storage means 4 and the ventilation means 6 can be separately attached to this, and any of them can be attached preferentially. However, since the ventilation means 6 has a built-in fan 9 and is heavy, and is attached in an unstable posture that it projects forward from the wall surface 1a, piping for the duct 11 is also necessary.
The mounting work is more complicated than that of the storage means 4, and when the storage means 4 is attached in advance, the piping of the duct 11 becomes the work at the back of the storage means 4, which makes it more difficult to work. Therefore, it is preferable to prioritize the ventilation means 6 prior to the storage means 4. In this case, the left and right support members 16 of the support means 15 are attached to and supported by the ventilation means 6 at their lower portions, while opening around the upper portion of the hood 5 to open the hood 5, as shown in FIG. 1, FIG. 2, FIG. 4, FIG. Since the piping space 25 for the duct 11 as shown in FIG. 8 is provided, there is no obstruction, and the piping can be properly carried out without any problems in the piping accuracy such as connection failure or positional deviation. Further, the wiring work simultaneously performed is similarly easy and appropriate.

In the example shown in FIGS. 1 to 7, the duct 11 is extended to one side, in the figure, the side which penetrates the support member 16 on the left side, and is piped to the outside through the hole 26 of the wall 1,
The through hole 27 of the support member 16 for the duct 11 is sufficiently larger than the duct 11, so that the piping is easy and the vibration isolation space 13 is formed by the space 13a. However, the duct 11 may be piped so as to directly extend from the through hole 26 of the back wall 1 to the outside as in the example shown in FIG. 8, or may be piped through the ceiling 12 though not shown, In either case, a special vibration-proof space between the support member 16 is not required.

The upper flange 15a of the support member 16 may be attached to the ceiling 12 as the attaching portion 28 to the ceiling 12, or may be attached to the ceiling 12 and the attachment to the wall 1 may be omitted. Even if the penetration part of the duct 11 to the wall 1 or the ceiling 12 is in the vibration transmission system from the ventilation means 6 to the storage means 4, the duct 11 of the wall 1 or the ceiling 12
A non-combustible material such as glass wool is provided in the portion penetrating therethrough. Since it has a vibration absorbing property, it acts as the vibration absorbing material 13b, so that the vibration isolating space 13 can be formed.

Further, in the illustrated example, the support member 16 which is the left and right projecting portions of the support means 15 has a temporary receiving portion 31 as shown in FIGS. 6 and 7 for temporarily receiving the hood 5. The temporary receiving portion 31 is provided, for example, in the lower portion of the support member 16 as shown in the drawing, and by temporarily receiving the hood 5, the weight of the hood 5 is received, and the hood 5 is stabilized in a mounting posture in which it projects forward from the wall surface 1a. The attachment to the means 15, in the illustrated example, the attachment to the support member 16 can be easily performed without manually supporting the hood 5, and can be properly performed without any problem in the attachment accuracy such as the positional deviation, the gap, and the attachment failure.

At least one of the temporary receiving portion 31 and the temporary receiving portion 32 that is temporarily received by the temporary receiving portion 31 of the hood 5 moves the hood 5 in the direction of the arrow shown in FIG.
When the slide surfaces 31a, 32a, etc. for sliding to the side are formed, when the hood 5 is temporarily received by the support member 16, the temporary receiving portion 32 of the hood 5 is inserted into the temporary receiving portion 31 of the support member 16 from the front side. If you put it or fit it and slide it to the wall 1 side along the guide of the slide surfaces 31a and 32a,
Since the predetermined mounting position is reached and stabilized, the temporary receiving work can be performed easily and lightly and with high positional accuracy.

Such slide surfaces 31a and 32a can be formed by, for example, flanges 15a and 32b as shown in FIGS. 6 and 7 or grooves (not shown). . However, this is not essential, and it does not fall off even if it is not bilaterally symmetric, such as when there is a catch to prevent it from falling off. The support member 16 performs the above-described slide-type temporary reception, but by making the lower end of the flange 15a forming the mounting portion 21 a little shorter than the support member 16, the slide surface 31a is slid onto the slide surface 31a. A receiving port 16a is formed to receive the flange 32b having a groove. The flanges 15a and 32b have reinforcing bent portions 15a1 and 32a1 that enhance bending rigidity. However, the cross-sectional shape for reinforcement can be set freely. The temporary receiving portion 32 on the hood 5 side is a rail-shaped member and is attached by welding to the left and right of the upper surface of the hood 5 or by screwing with screws 33. The left and right support members 16 are connected to each other as shown in phantom in FIG.
If the connecting plate 34 is integrally or separately held by welding or screwing and the connecting plate 34 is screwed to the wall surface 1a, the attachment strength of the supporting means 15 to the wall 1 is improved. However, the form of the support means 15 can be freely designed in consideration of the support strength when the ventilation means 6, the storage means 4, etc. are attached to and supported by them, and the ease of the attachment work.

Further, in this example, as the support means 15, two separate left and right attachment fittings 36 as shown in FIGS. 1, 2, 5, 6 and 8 are used in combination to attach the ventilation means 6 to each other. Is increasing. The mounting bracket 36 is shown in FIG.
As shown in FIGS. 5 and 6, a mounting piece 36a attached to the hood 5 and a mounting piece 36b attached to the wall 1.
It is an L-shaped one having and and is attached to the hood 5 and the wall 1 by screws 40 as shown in FIG. However, the hood 5 may be attached in advance by welding or the like.
Each mounting piece 36a, 36b has a bending flange 36a1, 36b1 for reinforcement.

As shown by the phantom line and the solid line in FIG. 1, the storage means 4 is supported by an elevating storage part 41 which is supported so as to be able to ascend and descend between a storage position on the hood 5 and a drawing position to the lower front.
have. As a result, the storage means 4 is pulled out to the lower front while being located at a high place above the hood 5, more specifically, to the extent that it faces below the hood 5,
Since the stored items can be put in and taken out, there is no inconvenience in use, and after putting them in and out, they can be returned to the top of the hood 5 to effectively use the high places that would normally be dead spaces and stored, so that they are not an obstacle and have a good appearance. Further, the elevating storage part 41 is provided in the cabinet 42 attached to the wall surface 1a or the ceiling 12 like the storage means 4 in each of the above cases. This makes it possible to make up the area around the storage area formed by the elevating storage section 41 and protect the stored items from dust.

As shown in FIGS. 1 and 4, the elevating storage part 41 is housed in a cabinet 42 together with an elevating support mechanism 43 including a link mechanism for supporting the elevating storage part 41 so that it can be moved up and down. Cabinet 42
The front door 44 is interlocked via a link 45 so that it can be closed and opened around the upper hinge portion 46. When the door 44 is closed, the handle 47 located under the front part of the elevating storage part 41 is stored inside the door 44 together with the elevating storage part 41. However, a lock member 51 as shown in FIGS. 3 and 4 is provided at the center of the lower end of the door 44 so as to elastically engage the cabinet 42 side when the door 44 is closed and keep the closed state. The lock is released by an operation such as pulling the operating portion 51a exposed in the outer concave portion of the door 44, and the door 44 is operated in cooperation with the cabinet 42 by a spring (not shown) as shown in FIG. It is pushed open a little by the spring of the damper 52 with a built-in). As a result, the handle 47 is exposed so that the door 44 can be further opened while pulling out the elevating and lowering storage portion 41.

The elevating storage section 41 is a cabinet 42.
It has a side plate 41a of a size corresponding to the above, and has a storage rack 41b in two stages of a middle part and a lower part. In addition, as shown in FIG.
As shown in FIG. 2, a refractory member 42a made of a non-combustible material is adhered to prevent the fire from catching fire even if the heating and cooking means 3 and the ventilation means 6 catch fire.

In this embodiment, the hood 5 is also provided.
Mounting the hood 5 on the wall 1a and / or the ceiling 12 so as to project forward from the wall surface 1a, piping the duct 11 extending from the top of the mounted hood 5 to the outside, and above the hood 5 and the duct. An anti-vibration space 13 is provided in front of 11 respectively, and a storage means 4 is arranged on the ceiling 12
Also provided is a method for attaching a kitchen device, which further comprises the step of attaching to the wall surface 1a.

In this method, since the hood 5 is arranged so as to project from the wall surface 1a to the front and attached to the wall surface 1a and / or the ceiling 12, the hood 5 has a built-in ventilation fan such as the fan 9 and is heavy, and Despite the unstable posture of projecting forward, you can work easily and properly in a free state with no obstacles around, and it is securely attached. Next, the duct 11 is preferentially arranged so as to extend from the top of the hood 5 to the outside of the room. However, the hood 5 is securely attached as described above, and the attached wall surface 1
Since there is no obstacle around the upper part of the hood 5 of a, the piping work can be easily and properly performed including the holes such as the through holes 26 to the wall 1 and the wiring. Finally, the storage means 4 is attached to the ceiling 12 and / or the wall surface 1a, but the vibration isolation space 13 is secured for the hood 5 and the duct 11 which are already attached and piped, and the storage means 4 is arranged on the hood 5 and in front of the duct 11. Since it is attached in an open state except for the portion facing the hood 5, the work can be performed easily and appropriately, and the hood 5 can be securely attached. Moreover, the ventilation means 6 and the storage means 4
The individual attachment of the above makes it possible to break the relationship in which the vibration of the ventilation means 6 is transmitted to the storage means 4.

Separately, the wall surface 1a and / or the ceiling 1
2, a step of attaching the supporting means 15 so as to have a supporting member 16 which is a left and right projecting portion from the wall surface 1a to the front, and the left and right supporting members 16 of the attached supporting means 15.
The hood 5 underneath and attaching it, the step of piping the duct 11 extending from the top of the attached hood 5 to the outside of the room, and the storage means 4 in front of the left and right support members 16 of the support means 15 and the hood 5. And a step of providing a vibration isolation space 13 between the duct 11 and the duct 11 for attachment.

In such a method, the mounting order and advantages thereof in the mounting method described above are determined by one supporting means 15.
The storage means 4 is provided in front of the left and right support members 16 of the support means 15 between the hood 5 and the duct 11 while following the realization while sharing the space between the left and right support members 16 while ensuring a space for mounting work. By providing and mounting the vibration isolation space 13, it is possible to break the relationship transmitted to the storage means 4 such as the vibration of the ventilation means 6.

[0043]

According to the kitchen device of the present invention, the ventilation means is attached with the hood protruding forward from the wall surface,
Since the storage means is mounted on the hood, the dead space formed on the hood can be effectively used as a storage space by the storage means even if the front projection of the hood is increased. No special makeup such as a cover is required. In particular, since the ventilation means and the storage means are individually attached to the wall and / or the ceiling, it is possible to coexist by cutting off the relationship in which the vibration and sound of the ventilation means are transmitted to the storage means, and the vibration of the ventilation means is preferably the sound. Also, it is possible to avoid affecting the storage means. Further, since the installation including the duct piping can be performed without disturbing other ones by giving priority to the one having higher difficulty, the installation is simplified and the construction cost is reduced. Furthermore, the ventilation means and the storage means can be attached so as to satisfy the required strength by installing them in a suitable manner. Easy to do regardless of

In a further configuration in which the storage means is provided with a vibration-proof space between it and the ventilation means, in a further configuration, the vibration of the ventilation means, preferably the sound, including mutual contact, connection, and non-contact, It is possible to break the relationship transmitted to the storage means.

In a further configuration in which the vibration-proof space is formed by the space or the vibration-absorbing material, non-contact between the ventilation means and the storage means due to the space may interrupt the relationship in which the vibration of the ventilation means is transmitted to the storage means. Therefore, the vibration absorbing member can cut off the relationship in which the sound such as the vibration of the ventilation means is transmitted to the storage means not only in the non-contact manner between the ventilation means and the storage means but also in the contact and the connection.

In a further arrangement in which the ventilation means and the storage means have a vibration-proof space between them and the support means is shared and mounted on the wall or and the ceiling, the ventilation means and the storage means share the support means. While being mounted on the wall or and ceiling, while satisfying the separate mounting structure and its advantages with the shared support means, the presence of the vibration isolation space between the ventilation means and the storage means allows It is possible to break the relationship in which vibration or the like is transmitted to the storage means.

In a further configuration, the storage means has an elevating storage part supported so as to be able to move up and down between the storage position on the hood and the pulling position to the front lower side. In a further configuration, the storage means is on the hood. While being located at a high place, you can pull out the stored items by pulling it forward and downward, so there is no inconvenience to use, and after putting in and out you can put it back on the hood and use it effectively to store the high place where it normally becomes a dead space. So it doesn't get in the way and looks nice.

The elevating storage section is provided in a cabinet mounted on the wall or ceiling. In a further structure, the storage area formed by the elevating storage section is made up and the stored items are protected from dust. it can.

According to one feature of the kitchen device mounting method of the present invention, the hood is arranged so as to project from the wall surface to the front and mounted on the wall surface and / or the ceiling, so that the hood incorporates a ventilation fan. Despite the heavy and unstable posture of projecting forward, the work can be done easily and properly in a free state with no obstacles around, and it can be securely attached. Next, the duct is prioritized so that it extends from the top of the hood to the outside of the room, but since the duct is securely attached as described above and there is no obstacle around the top of the hood on the attached wall, Plumbing work can be performed easily and properly, including drilling in the wall. Finally, the storage means is attached to the ceiling and / or the wall surface, but it is placed above the hood and in front of the duct by ensuring a vibration-proof space for the hood and duct already installed and installed, except for the part facing the hood. Since it is attached in an open state, work can be performed easily and properly, and it can be attached securely. Moreover, by separately mounting the ventilation means and the storage means, it is possible to break the relationship in which vibrations of the ventilation means are transmitted to the storage means.

According to another characteristic of the method of mounting the kitchen device of the present invention, the mounting order and the advantage thereof in the mounting method of the above-mentioned one characteristic are shared by one supporting means at the left and right overhanging portions thereof. Vibration and sound of the ventilation means can be achieved by installing the storage means in front of the left and right overhanging parts of the support means with a vibration-proof space between the hood and duct, while following the realization while ensuring the installation work space. It is possible to break the relationship transmitted to the storage means.

[Brief description of drawings]

FIG. 1 is a side view showing an example of a kitchen device according to an embodiment of the present invention.

FIG. 2 is a plan view of a main part of the kitchen device of FIG.

3 is a front view of a main part of the kitchen device of FIG. 1. FIG.

FIG. 4 is a perspective view of a main part of the kitchen device of FIG. 1.

5 is a front view of the main part of the kitchen device shown in FIG. 1 with the storage means removed.

6 is a front view showing a temporary receiving state of the hood of the main part of FIG.

7 is an exploded perspective view of the main part of FIG.

FIG. 8 is a plan view of a kitchen device showing another example of the embodiment of the present invention.

[Explanation of symbols]

1 wall 1a wall 2 sinks 4 storage means 5 hood 6 Ventilation means 9 fans 11 ducts 12 ceiling 13 Anti-vibration space 13a space 13b Vibration absorbing material 15 Supporting means 16 Support member 41 Lift storage 42 cabinet

   ─────────────────────────────────────────────────── ─── Continued front page    (72) Inventor Ryohei Murakami             1006 Kadoma, Kadoma-shi, Osaka Matsushita Electric             Sangyo Co., Ltd. F-term (reference) 3B060 EA02 GA02                 3L058 BJ01 BJ04 BJ05

Claims (8)

[Claims] 1. A ventilation means having a hood protruding forward from a wall surface and a duct extending from the top of the hood to the outside of the room,
A kitchen device comprising: a storage means located above the hood and in front of the duct, wherein the ventilation means and the storage means are individually attached to a wall or a ceiling. 2. The kitchen apparatus according to claim 1, wherein the storage means is provided with a vibration isolation space between the storage means and the ventilation means. 3. The kitchen device according to claim 2, wherein the vibration isolation space is formed by a space or a vibration absorbing material. 4. The ventilation means and the storage means share the supporting means and are attached to the wall or the ceiling.
The kitchen device according to any one of 1. 5. The storing means has an elevating and accommodating portion that is supported so as to be able to ascend and descend between a retracted position on the hood and a pulled-out position on the front lower side.
The kitchen device according to the item. 6. The kitchen apparatus according to claim 5, wherein the elevating storage section is provided in a cabinet attached to a wall surface and / or a ceiling. 7. A step of arranging a hood so as to project forward from a wall surface and attaching it to a wall surface and / or a ceiling, a step of piping a duct extending from above the attached hood to the outside of the room, and above the hood and the duct. And a step of installing a storage space in front of each of the storage means and mounting the storage means on a ceiling or a wall surface, the method for mounting a kitchen device. 8. A step of mounting the supporting means on the wall surface and / or the ceiling so as to have left and right projecting portions from the wall surface to the front, and a step of disposing and attaching a hood under the left and right projecting portions of the mounted supporting means. , A step of piping a duct extending from the top of the attached hood to the outside of the room, and a step of attaching the storing means in front of the left and right overhanging portions of the supporting means by providing an anti-vibration space between the hood and the duct. A method for mounting a kitchen device, comprising: