JP2005221114A - Range hood with washing device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a range hood with a washing device, preventing a washing liquid from flowing down from a lower opening part by a cover body when the interior of the hood is washed, and preventing oil and smoke generated in cooking from coming into contact with the end face of the cover body to be dirty. <P>SOLUTION: This range hood with a washing device is provided with a cover body 7 freely turned up and down between a forward position for closing the lower opening part 3 of the hood 1 and and a downward position for opening it, and a storing body 8 having a recessed part 9 for storing the cover body 7 put in the donward position. In washing the interior of the hood 1, the lower opening part 3 is closed with the cover body 7 to prevent a washing liquid from flowing down by the cover body 7, and in cooking, the cover body 7 is put in the downward position to be stored in the recessed part 9 of the storing body 7. Thus, oil and smoke generated in cooking are prevented from coming into contact with the end face of the cover body 7 in order not to be dirty. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a range hood with a cleaning device that can collect steam, oil, and the like generated during cooking in a hood and discharge the outside with a blower to the inside of the hood.

Patent Literature 1 discloses a range hood with a cleaning device.
This range hood with a cleaning device includes a hood having a lower opening that collects steam, oil, and the like generated during cooking, a cleaning liquid injection unit that injects a cleaning liquid into the hood, and a lower opening of the hood. A cover body for opening and closing the hood is provided, and when the range hood is operated, the cover body is rotated downward to open the lower opening of the hood as an open position. At the time of cleaning, the cover body is rotated upward to close the lower opening of the hood, and in this state, the cleaning liquid is sprayed from the cleaning liquid spraying section into the hood to clean the inside of the hood.

JP 2002-372275 A

If the above-described range hood with a cleaning device is used, the cover body can prevent the cleaning liquid from flowing from the lower opening of the hood when the inside of the hood is cleaned.
The surface of the cover body in the open position is contaminated with air containing oil generated during cooking, but the surface faces the inside of the hood when the cover body is in the closed position. Can be washed with a washing solution.
However, the cover body in the open position is contaminated not only by the surface thereof but also by the air containing oil generated during cooking on the end surface portions such as the left and right end surfaces and the lower end surface, and this end surface portion is cleaned with the cleaning liquid. It is impossible.
For this reason, when the cover body is set to the open position, the dirty end face portion is visible, which is unfavorable for the user.

In particular, when the lower opening of the hood is large, the cover body becomes large, and the cover body itself needs to be strong due to its own weight.
In such a case, it is conceivable to increase the strength of the cover body itself by integrally forming a rising piece at the edge of the cover body to serve as a reinforcing rib.
However, as described above, the dimension in the thickness direction of the end surface portion of the cover body increases, the area of the portion that comes into contact with air containing oil generated during cooking (hereinafter referred to as oil smoke or the like) increases, and the dirt becomes severe.
Moreover, oil smoke or the like wraps around the back surface that is not originally supposed to be soiled, and the back surface becomes dirty.
The back surface of the cover body faces downward when cleaning the inside of the hood, and is clearly visible to the user. Therefore, if the back surface of the cover body is dirty, it does not look good during cleaning.

  The object of the present invention is to prevent the cleaning liquid from flowing down from the lower opening of the hood when cleaning the inside of the hood, and the range with a cleaning device that prevents the end surface portion of the cover body from becoming dirty with oily smoke during cooking. Is to provide food.

1st invention is equipped with the washing | cleaning-liquid injection | pouring part 5 provided in the inside of the hood 1, and the cover body 7 rotated up and down to the downward position which open | releases the lower opening part 3 of this hood 1, and the frontward position which closes. In the range hood with a cleaning device configured to inject the cleaning liquid into the inside of the hood 1 with 7 as a forward-facing position,
A storage hood 8 provided with a storage body 8 at a lower portion near the rear portion of the hood 1, the storage body 8 having a recessed portion 9 in which the cover body 7 in the downward position is stored on the front surface thereof. It is.

According to a second invention, in the first invention, the cover body includes left and right side rising pieces 61 on the left and right side edges of the substrate 60, and a front rising piece 63 on the front end edge.
This is a range hood with a cleaning device in which the side rising piece 61 and the front rising piece 63 are stored in the recessed portion 9 of the storage body 8.

According to a third aspect of the present invention, in the first or second aspect, the hood 1 has a substantially box-like shape with an open bottom surface, and a substantially box-shaped container having an open top surface that is continuous with a lower portion near the rear portion of the hood 1. The body 8 is provided integrally,
A recess 9 is formed on the front surface of the storage body 8,
A cleaning hood with a cleaning device is provided in which a cleaning liquid supply unit 6 is provided in a hollow portion of the storage body 8 and the cleaning liquid is supplied from the cleaning liquid supply unit 6 to the cleaning liquid injection unit 5.

According to the first aspect of the present invention, the cleaning liquid is ejected from the cleaning liquid ejecting section 5 in the state where the cover body 7 is in the forward-facing position and the lower opening 3 of the hood 1 is closed. It is possible to prevent the cover body 7 from flowing down from the lower opening 3.
Further, since the cover body 7 is stored in the recessed portion 9 of the storage body 8 in the downward position during cooking, oil smoke or the like does not come into contact with the end surface portion of the cover body 7, so that the end surface of the cover body 7 during cooking The part will not get dirty with oil smoke.

According to the second aspect of the present invention, the strength of the cover body 7 itself is increased by the side rising piece 61 and the front rising piece 63, and the cover body 7 can be enlarged, so that the lower opening 3 of the hood 1 has a large range. It can also be applied to food.
Moreover, since each rising piece 61,63 is accommodated in the recessed part 9 of the storage body 8, and does not protrude to the front surface, oil smoke etc. do not wrap around from the rising piece 61,63 to the back surface.
Moreover, the left and right side rising pieces 61 and the front rising piece 63 can prevent the cleaning liquid from spilling down to the left and right sides and forward.

According to the invention which concerns on Claim 3, since the food | hood 1 and the container 8 are integral, the installation operation | work of a range hood is easy.
Further, the cleaning liquid supply unit 6 is covered with the front surface of the storage body 8 and is a range hood having a good appearance because it is not visually observed.

As shown in FIG. 1 and FIG. 2, a hood 1 and a blower 2 are provided, and by driving this blower 2, steam, oil, etc. generated during cooking are transferred from the lower opening 3 of the hood 1 into the hood 1. The range hood is configured to be collected, sucked by the blower 2 from the upper opening 4 of the hood 1 and discharged to the outside through a duct or the like (not shown).
A cleaning liquid spraying unit 5 provided inside the hood 1 and a cleaning liquid supply unit 6 that supplies the cleaning liquid to the cleaning liquid spraying unit 5 are used to form a cleaning device that sprays the cleaning liquid into the hood 1 for cleaning.

The lower opening 3 of the hood 1 is opened and closed by a cover body 7.
As shown in FIG. 2, the cover body 7 is vertically moved over a downward position where the lower opening 3 of the hood 1 is opened and a substantially horizontal forward position where the lower opening 3 of the hood 1 is closed as shown in FIG. Let it turn freely.
A storage body 8 is provided continuously to the lower part of the hood 1 near the rear part. On the front surface of the housing body 8, there is a recessed portion 9 for housing the cover body 7.
When the cover body 7 is in a downward position as shown in FIG. 2, air is smoothly collected in the hood 1 and stored in the recessed portion 9 of the storage body 8, and the cover body 7 is the front surface of the storage body 8. Will not protrude forward.
Thereby, since the oil smoke does not contact the left and right end surfaces and the lower end surface, that is, the end surface portion of the cover body 7, the end surface portion is not contaminated with the oil smoke, and the oil smoke does not enter the back surface.

When the cover body 7 is rotated to the forward position as shown in FIG. 3, the lower opening 3 of the hood 1 is closed so that the cleaning liquid sprayed into the hood 1 as described above does not flow down from the lower opening 3. To do. Note that closing the lower opening 3 of the hood 1 means that there is a slight gap between the opening edge of the lower opening 3 and the cover body 7 when the hood 1 is completely closed. 1 includes the case where air flows into the interior.
That is, to close the lower opening 3 of the hood 1 is to prevent the cleaning liquid from flowing down from the lower opening 3.

Next, although an example of the specific form of each member is demonstrated, it does not restrict to this.
The hood 1 includes an outer hood 10 and an inner hood 11, and the storage body 8 is integrally provided at a lower portion near the rear portion of the outer hood 10.
That is, the outer hood 10 has a substantially box shape (preferably a flat box shape) with an open bottom surface, and a substantially box shape (preferably a flat box shape) with an upper surface continuous with the rear portion of the outer hood 10 opened. The container 8 is substantially bowl-shaped.
The outer hood 10 and the inner hood 11 may be integrated.
That is, the hood 1 may have a substantially box shape with an open bottom surface, and a substantially box-shaped storage body 8 with an open top surface may be provided integrally with a lower portion near the rear portion of the hood 1.

The inner hood 11 has a substantially box shape (preferably a flat box shape) with an open bottom surface, and the inner hood 11 is attached to the outer hood 10 from the opening 12, and the outer surface of the inner hood 11 is the outer hood. 10 is the lower opening 3 on the lower surface of the hood 1. The opening 4 a formed on the upper surface of the inner hood 11 and the opening 4 b formed on the upper surface of the outer hood 10 communicate with each other. The upper opening 4 is formed.
In other words, steam and oil generated during cooking are captured by the inner hood 11, and the inside of the inner hood 11 is the inside of the hood 1 of the present invention.

The shape of the outer hood 10 and the storage body 8 will be specifically described with reference to FIGS. 1, 2, and 7.
The outer hood 10 has an upper plate 13, a short upper front plate 14 that is continuous with the front edge of the upper plate 13, and a long back plate 15 that is continuous with the rear edge of the upper plate 13. A bottom plate 16 with a short front-rear dimension that is continuous with the lower end edge of the back plate 15 and a front end edge of the lower plate 16 that is substantially the same height as the lower end of the upper front plate 14 and spaced apart in the front-rear direction. The lower front plate 17 and the left and right side plates 18 having a substantially bowl shape provided across each of these plates are provided, and the upper horizontal cavity portion 19a that opens downward is continuous with the rear side of the upper horizontal cavity portion 19a. The vertical cavity portion 19b is provided.
The outer hood 10 is formed by the portion forming the upper horizontal cavity portion 19a, and the storage body 8 is formed by the portion forming the vertical cavity portion 19b.

The left and right side plates 18 are provided with a narrow side edge front plate 18a along the lower edge thereof, and the side edge front plate 18a has a bowl shape in the vertical portion and the horizontal portion. In this embodiment, the side edge front plate 18a is separate from the side plate 18, but may be integrated.
The lower front plate 17 is detachably attached between the vertical portion of the left and right side front plate 18a and the lower plate 16 described above. The lower front plate 17 has left and right side protruding pieces 17a and a lower protruding piece 17b, and forms the aforementioned recessed portion 9.

  The lower edge of the upper front plate 14 and the side portion of the side edge front plate 18a (the lower end edge of the lateral portion of the side plate 18), that is, the opening edge of the outer hood 10 is bent into a bowl shape to form the inner hood mounting surface 10a. Forming.

A specific shape of the inner hood 11 will be described.
The inner hood 11 has a substantially rectangular box shape in which the lower surface is opened by the upper plate 20, the front plate 21, the rear plate 22, and the left and right side plates 23, and an opening 4a is formed in the upper plate 20, and the opening 4a A duct 24 is fixed to the periphery. The upper surface of the duct 24 is inclined with respect to the horizontal so that the front part is lower than the rear part.
The inner hood 11 is inserted into the outer hood 10 through the opening 12, the upper opening end surface of the duct 24 is in contact with the lower surface of the peripheral edge of the opening 4 b of the upper surface plate 13, the front plate 21, the flange 21 a of the side plate 23, 23a is attached to the inner hood mounting surface 10a of the outer hood 10 so as to be screwed, and the opening edge of the inner hood 11 is inclined so that the front part is higher and the rear part is lower than the horizontal.
A filter 25 is attached to the lower surface of the upper surface plate 20, and the filter 25 covers the opening 4a, so that the air or the like described above flows through the filter 25 to the opening 4a.

In this embodiment, a water receiving plate 26 is provided inside the hood 1 (inner hood 11), and this water receiving plate 26 is located above and separated from the cover body 7 in the forward position. In FIG. 2, the water receiving plate 26 is positioned below the cleaning liquid ejecting unit 5, but may be positioned above.
Since it is like this, since it can avoid that the washing | cleaning liquid which injected from the washing | cleaning-liquid injection | spray part 5 and fell from the upper inside of the inner side hood 11 collides with the water receiving plate 26, it collides with the cover body 7 of a front-facing position. No loud collision noise is generated by the collision of the dropped cleaning liquid. Moreover, the collision sound that collides with the water receiving plate 26 is reduced by the cover body 7 from propagating to the outside of the inner hood 11. Therefore, noise during cleaning can be reduced.

The water receiving plate 26 is positioned below the cleaning liquid ejecting unit 5 as shown in FIG. 2 and covers the cleaning liquid ejecting unit 5 as shown in FIG. 4, and the outer surface of the water receiving plate 26 and the inner surface of the inner hood 11. A narrow suction port 27 is formed between them, that is, the water receiving plate 26 functions as a current plate.
For example, as shown in FIG. 4, the inner hood 11 and the water receiving plate 26 are rectangular, and three inner surfaces of the inner hood 11 that are U-shaped and three outer surfaces of the water receiving plate 26 that are U-shaped. Narrow gaps are respectively formed between the three and the three narrow suction ports 27 are formed in a U shape.

In this way, when the range hood is operated with the cover body 7 facing downward (that is, during cooking), the suction air speed from the suction port 27 can be increased, and steam and oil generated during cooking can be reduced. Capturing efficiency of air and the like can be improved.
Further, when the hood 1 is looked up, the cleaning liquid ejecting portion 5 is hidden by the water receiving plate 27 and cannot be seen, so that the appearance is good.

The lower surface 26a of the water receiving plate 26 may be contaminated with steam generated during cooking, air containing oil, etc., but as described above, the water receiving plate 26 is located below the cleaning liquid ejecting unit 5. Then, the lower surface 26a of the water receiving plate 26 cannot be sufficiently cleaned with the cleaning liquid.
Therefore, a cleaning liquid guide hole 28 is formed in the water receiving plate 26 so that a part of the cleaning liquid ejected from the cleaning liquid ejecting section 5 flows from the cleaning liquid guide hole 28 toward the lower side surface 26a of the water receiving plate 26. It is designed to be thoroughly washed.

For example, as shown in FIG. 5, a substantially downward injection port 5a is formed in the cleaning liquid injection unit 5, and a part of the water receiving plate 26 that faces the injection port 5a is punched toward the lower side surface 26a to perform the lower side surface 26a. A cleaning liquid guide hole 28 opened toward is formed.
Then, as indicated by the dotted line arrow from the injection port 5a, the cleaning liquid is sprayed toward the cleaning liquid guide hole 28, and the cleaning liquid flows vigorously toward the lower side surface 26a of the water receiving plate 26.
In FIG. 2, the water receiving plate 26 is inclined with respect to the horizontal so that the left side is high and the right side is low, so that the cleaning can be sufficiently performed by forming the cleaning liquid guide hole 28 only at one end edge of the left side.

The water receiving plate 26 exhibits the above-described effect even if a flat metal thin plate is provided horizontally. However, the water receiving plate 26 may be provided with an inclination or may have an uneven surface.
Further, the water receiving plate 8 is made more effective by using a material having a high density, such as copper, lead, or glass.

The blower device 2 is provided with a blower 31 in an outer case 30, and the outer case 30 is attached to the hood 1 (upper surface plate 13) and communicated with the upper opening 4 (opening 4 b). 32 is formed.
A suction port of the blower 31 communicates with the air guide chamber 32, and a discharge port of the blower 31 communicates with a discharge duct (not shown).

The cleaning liquid injection unit 5 has a main injection port 5b for injecting a cleaning liquid into the upper inside and side of the inner hood 11, and the above-described injection port 5a.
For example, as shown in FIGS. 4 and 5, a plurality of injection ports 5 a and main injection ports 5 b are formed in a substantially U-shaped pipe 40 in a predetermined direction, and the pipe 40 is formed by a bracket 41 on the inner hood 11. It is attached inside and protrudes rearward from the rear plate 22.
The pipe 40 is inclined with respect to the horizontal so that the front part is high and the rear part is low.

The cleaning liquid supply unit 6 includes a tank 50, a pump 51, a drain valve 52, and a water supply valve 53, a suction part of the pump 51 projects into the tank 50, and a discharge part is connected to the pipe 40 through a pipe 54. is there.
The drain valve 52 has an inlet communicating with the tank 50 and an outlet connected to a drain pipe 55.
An overflow pipe 56 is connected across the upper part of the tank 50 and the outlet side of the drain valve 52.
Thus, the cleaning liquid in the tank 50 is pumped to the pipe 40 by the pump 51, and the cleaning liquid is injected from the injection port 5 a and the main injection port 5 b into the cleaning liquid guide hole 28 and the inside of the inner hood 11.
By opening the drain valve 52, the cleaning liquid in the tank 50 is drained from the drain pipe 55.
Further, by opening the water supply valve 53, the cleaning liquid is supplied into the tank 50. At this time, the cleaning liquid exceeding the set water level passes from the overflow pipe 56 to the outlet side of the drain valve 52, the drain pipe 55. Since it drains through, it does not overflow from the upper part of the tank 50.
In order to supply the cleaning liquid to the tank 50, a water hose is connected to the water pipe, a water supply valve 53 is provided on the outlet side of the water hose, and tap water is supplied from the water supply valve 53 into the tank 50. To. The cleaning liquid is not limited to tap water, and any cleaning liquid can be used. For example, a cleaning liquid mixed with a cleaning agent may be supplied into the tank 50.

When the cover body 7 is in the forward position as shown in FIG. 3, the cover body 7 is inclined so that the front portion is higher and the rear portion is lower than the horizontal, and the rear end portion protrudes into the tank 50.
Accordingly, the cleaning liquid after cleaning flows smoothly to the tank 50 along the cover body 7.

The cover body 7 is provided with side rising pieces 61 on the left and right side edges of the substrate 60 and a front rising piece 63 on the front edge, respectively. The rising pieces 61 and 63 serve as reinforcing ribs, and the strength of the cover body 7 itself is increased. It has increased.
Also, the rising pieces 61 and 63 allow the cleaning liquid dropped when the cover body 7 is in the horizontal position to flow smoothly to the rear end without spilling from side to side.
Even if the rising pieces 61 and 63 are provided in this way, the rising pieces 61 and 63 are stored in the recessed portion 9 of the storage body 8 and do not protrude from the front surface. Therefore, the rising pieces 61 and 63 (end face portions) are not provided. It does not get smudged by oily smoke or wrap around the back.

In this embodiment, a rear surface rising piece 62 is provided at the rear edge of the substrate 60 and a water receiving recess is provided. The rear surface rising piece 62 has a substantially L-shaped cross section having a flange piece 62a and is bent in a substantially V shape in the left-right direction. The cleaning liquid receiving recess 64 is formed near the rear surface rising piece 62 and the rear edge of the substrate 60. Is forming.
When the cover body 7 is set to the lateral position as shown in FIG. 3, each rising piece is positioned outside the opening edge (front plate 21, rear plate 22, left and right side plates 23) of the inner hood 11. . That is, the opening edge of the inner hood 11 enters the water receiving recess of the cover body 7.

  Since it is like this, the washing | cleaning liquid sprayed inside the inner side hood 11 flows down into the cover body 7, and does not scatter from the cover body 7 to circumference | surroundings.

  Further, when the cover body 7 is in the forward position, as shown in FIG. 8, the front rising piece 63 abuts against a stopper 65 provided on the flange 12 a of the inner hood 11 to form a gap through which air flows. .

A drain tube portion 66 is provided at the left and right central portion of the rear rising piece 62, and the drain tube portion 66 is bent into a substantially square shape. As shown in FIG. 2, when the cover body 7 is in the downward position, the draining cylinder 66 is positioned above the tank 50, and when the cover body 7 is in the forward position as shown in FIG. Project into the tank 50.
Thus, the cleaning liquid that has flowed down to the cover body 7 surely flows into the tank 50 from the draining cylinder 66.
Further, the cleaning liquid that has flowed down across the entire left and right direction of the cover body 7 is concentrated near the center of the left and right sides near the rear part of the cover body 7 and flows into the tank 50 from the drain tube section 66. Although the amount increases, since there is the cleaning liquid receiving recess 64, the cleaning liquid does not accumulate in the cleaning liquid receiving recess 64 and overflow from the cover body 7.

A water receiving member (water receiving pack) 67 is provided at the rear end portion of the cover body 7. When the cover body 7 is in the downward position shown in FIG. 2, the condensed water generated on the water receiving plate 26 or drops from the filter 25. The condensed water that has flowed into the water receiving member 67 accumulates.
Then, when the cover body 7 is set to the forward-facing position shown in FIG. 3, the condensed water accumulated in the water receiving member 67 is drained into the tank 50.
For example, as shown in FIG. 9, the rear plate 22 of the inner hood 11 is formed with a receiving piece 22 a facing the rear end edge of the water receiving plate 26 and a drain hole 22 b so that the condensed water from the water receiving plate 26 is received. It falls onto the piece 22 and flows into the water receiving member 67 from the drain hole 22b.
The inside of the water receiving member 67 communicates with the draining cylinder portion 66 through a drain hole 67a, and water in the water receiving member 67 is drained from the drain hole 67a when the cover body 7 is in a downward position as shown in FIG. It flows out into the cylinder part 66 and is drained into the tank 50.

  A decorative cover 68 is attached to the rear end portion of the surface of the cover body 7 (the flange 62a portion of the rear rising piece 62). When the cover body 7 is in the downward position as shown in FIG. The gap between the rear end portion and the rear plate 22 of the inner hood 11 is closed to improve the appearance.

The cover body 7 may be manually rotated up and down, but may be rotated up and down with a motor.
For example, as shown in FIGS. 1 and 10, the angle shaft 71 is rotated by a motor 70, a hook member 72 is attached to the upper back of the cover body 7, and the hook member 72 is hooked on the angle shaft 71. Link. And the cover body 7 is made to rotate up and down because the square shaft 71 rotates.
By doing in this way, the cover body 7 can be easily attached to the square shaft 71. Further, the cover body 7 can be reliably rotated up and down without the angular shaft 71 and the hook member 72 being firmly engaged and relatively slipping.

For example, the motor 70 is attached to the surface of the gear case 73, and one end in the axial direction of the angular shaft 71 is rotatably supported on the gear case 73, and one axial end of the angular shaft 71 and the output shaft of the motor 70 are connected. They are connected by a gear pair provided in the gear case 73. For example, the driven gear 74 is fixed to one end of the square shaft 71, and the drive gear 75 is fixed to the output shaft of the motor 70 to engage both gears.
The other end of the angular shaft 71 in the axial direction is rotatably supported on the bracket 76.
As shown in FIG. 1, the gear case 73 and the bracket 76 are respectively fixed to the opposed inner surfaces of the left and right side plates 18 constituting the hood 1, and the angular shaft 71 is rotatably attached in the left-right direction.
The square shaft 71 has a rectangular cross section, and the hook member 72 has a U-shape. The hook member 72 is attached by being brought into contact with three surfaces of the square shaft 71 and fixed by screwing screws 77. .

The water receiving plate 26 is attached so as to be in contact with the lower surface of the pipe 40, and a rear end portion 26 b is inclined downward to be separated from the pipe 40.
For example, the water receiving plate 26 is screwed to a bracket 41 for mounting the pipe 40.
A rear end portion 26b of the water receiving plate 26 faces the receiving piece 22a.

It is a front view of the range hood of the state which made the cover body the open position. It is a partially broken side view of the range hood with the cover body in the open position. It is a partially broken side view of the range hood with the cover body in the closed position. It is a bottom view of the range hood in the state which made the cover body a closed position. It is the A section enlarged view of FIG. It is a perspective view of the range hood in the state which made the cover body the intermediate position of a closed position and an open position. It is a perspective view of an outside hood. It is the B section enlarged view of FIG. It is the C section enlarged view of FIG. It is a disassembled perspective view of a cover body and its drive part.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 1 ... Hood, 1a ... Outer hood, 1b ... Inner hood, 2 ... Blower, 3 ... Lower opening part, 4 ... Upper opening part, 5 ... Cleaning liquid injection part, 5a ... Injection port, 5b ... Main injection port, 6 ... Cleaning liquid supply part, 7 ... cover body, 8 ... storage body, 9 ... recessed part.

Claims (3)

A cleaning liquid injection unit 5 provided inside the hood 1 and a cover body 7 that rotates up and down to a downward position that opens the lower opening 3 of the hood 1 and a forward position that closes the hood 1 are provided. In the range hood with a cleaning device configured to inject cleaning liquid into the interior of 1
A storage hood 8 provided with a storage body 8 at a lower portion near the rear portion of the hood 1, the storage body 8 having a recessed portion 9 in which the cover body 7 in the downward position is stored on the front surface thereof. . The cover body has left and right side rising pieces 61 on the left and right side edges of the substrate 60 and a front rising piece 63 on the front end edge, respectively.
The range hood with a cleaning device according to claim 1, wherein the side rising piece (61) and the front rising piece (63) are stored in the recessed portion (9) of the storage body (8). The hood 1 has a substantially box-like shape with an open bottom surface, and a substantially box-shaped container 8 with an open top surface is provided integrally with the lower portion of the hood 1 that is close to the rear.
A recess 9 is formed on the front surface of the storage body 8,
The range hood with a cleaning device according to claim 1 or 2, wherein a cleaning liquid supply unit (6) is provided in the cavity of the housing body (8), and the cleaning liquid is supplied from the cleaning liquid supply unit (6) to the cleaning liquid injection unit (5).

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