JPH0941446A - Work bench structure for kitchen - Google Patents

Abstract

PROBLEM TO BE SOLVED: To adapt a garbage bag in order to house garbage in a working table by one's side with good' appearance and forcedly exhaust air, so that stable suction and exhaust can be performed without soiling the bag opening. SOLUTION: This structure has a garbage input port 11 and a lid 15 for opening and closing it on a work top; a garbage vessel 13 under the garbage input port 11; sucking means 27 allowed to communicate with the garbage vessel 13; a bag opening installing part for attachably and detachably installing the opening part of the garbage bag to the mouth part of the garbage vessel 13; and an input port guide attachable to and detachable from the input port 11 and having a guide cylinder extended to the inside part of the bag opening to be installed. A bag mouth presser for pressing the bag opening installed from the inside is provided on the outside of the lower part of the guide cylinder of the input port guide, air passages 84a, 84b are formed between the guide cylinder and the bag mouth presser, and the sucking means 27 sucks and exhausts the air in the garbage vessel 11 through the air passages 84a, 84b.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to various workbench structures typified by kitchen sinks. For example, in a home kitchen, preparation work for cooking, cleaning work for cooking utensils and tableware, waste disposal work, The present invention relates to a workbench structure of a kitchen as a workbench for performing various works such as other work.

[0002]

2. Description of the Related Art In a kitchen of a general household, various worktables typified by a sink provided in the kitchen are used for various operations such as disassembling the packaging and preparing the cooking, and various drying without water containing mainly packaging materials. Garbage and watery garbage is generated.

Conventionally, food waste is moist and difficult to process outside the sink, and it is received by a trap with a waste container provided at the drainage port at the bottom of the water tank of the sink or placed in a corner of the water tank. It is housed in. However, this is unstructured because the appearance of the housed garbage is visible.

On the other hand, in Japanese Utility Model Publication No. 5-27561, a small sink is provided beside a water tank, and a garbage container with a lid and a washing utensil container are fitted in the sink, and the garbage is stored in the garbage container. Disclosed is one in which a washing tool is housed in a washing tool container and each of them is covered with a lid.

In this way, the state in which food waste is stored does not appear, and it can be stored cleanly until it is discarded.

On the other hand, since the dry waste is bulky and large in quantity, a general waste container is placed near the sink to take advantage of the fact that it can be processed outside the sink without water, and the dry waste is stored in this container. . This dry garbage container also has a lid so that it can be stored cleanly.

[0007]

However, if the garbage is placed in a part of the water tank of the sink or is fitted so that it can be detached, the garbage is stored in the garbage container. Even if it can be stored well, it has the inconvenience that the odor from food waste is emitted into the kitchen and smells around.

This is also the case when the dry waste is stored in a waste container placed at a position different from that of the sink, and there is also the inconvenience that the waste cannot be simultaneously processed with the sink.

Therefore, the applicant of the present invention has a garbage container provided in the sink itself so that food waste and dry garbage can be stored nearby, and the inside air of the garbage container is sucked and discharged to be stored. We first proposed a kitchen workbench structure that eliminates odors from dust by forcibly exhausting the odors together with the internal air to prevent odors from being emitted into the kitchen.

This article also has a structure in which a disposable plastic garbage bag is detachably attached to the garbage container, and the garbage bag can be taken out together with the garbage and discarded as it is.

By the way, such a structure is often used in various kinds of garbage containers, but the garbage thrown into the bag mouth is caught and accumulated, or the garbage thrown into the inside of the bag mouth and the like. It is easily touched by water and is easily polluted. If the garbage is caught in the bag mouth or the inner surface of the bag mouth is soiled by the garbage or the water in it, the hands of the person who closes the bag mouth will also get dirty or when the bag mouth is closed. There is a stain portion on the outer side of the closed portion, and there is also a disadvantage that food waste and water adhering to this portion fall around or are touched by other portions to stain it. In addition, the bag mouth part sometimes floats inward due to the function of suction and exhaust, and sometimes blocks the passage for sucking and exhausting the internal air of the dust container, which makes the suction and exhaust function unstable.

An object of the present invention is to solve the above-mentioned problems, and a garbage bag is used to cleanly store and forcibly exhaust the garbage on the workbench of the kitchen at hand, and to open the bag mouth. The main purpose of the invention is to provide a workbench structure for a kitchen that is capable of stable suction and exhaust without being contaminated.

[0013]

In order to achieve the above-mentioned object, the invention of claim 1 is directed to a dust input port opened in the work top, a lid for opening and closing the dust input port, and a dust input. A garbage container placed at the bottom of the mouth, suction means provided in communication with the garbage container, and a bag mouth attachment part that attaches to the mouth of the garbage container so that the mouth of the garbage bag stored in the garbage container can be attached and detached. And a loading port guide having a guide tube fitted to the opening of the dust loading port so as to be detachably attached at the outer peripheral portion and extending to the inner portion of the bag loading port that is mounted in the bag loading unit. A bag mouth retainer that presses the bag mouth attached to the bag mouth attachment portion from the inside is provided on the outside of the lower part of the guide tube of the mouth guide, and a ventilation path is formed between the guide tube and the bag mouth retainer, and suction means is provided. Sucks the air in the garbage container through this air passage. It is characterized in that it has to be evacuated.

According to a second aspect of the present invention, in addition to the first aspect of the present invention, in order to separately store food waste, dry waste, etc., and to allow suction and exhaust from either side with a simple structure, a charging port is provided. As for the garbage container, one mainly containing raw garbage and one mainly containing dry garbage are juxtaposed, and the respective garbage containers are communicated with each other so as to share one suction means to suck and remove the internal air. I have to.

[0015]

According to the above-mentioned structure of the invention of claim 1, when dust is thrown in through the dust throwing port opened on the worktop, it is stored in the dust container arranged under the dust throwing port, and the lid is closed to make it look good. It can be stored, and by operating the suction means, the internal air of the dust input port and the waste container is forcibly exhausted, and it is eliminated together with the odor inside the dust input port and the waste container, and of course when the lid is closed, Even when it is open, it is possible to prevent odors from being emitted into the kitchen.

Further, the garbage bag accommodated in the garbage container is detachably attached to the bag mouth mounting portion provided at the mouth portion of the garbage container so as to receive the garbage thrown into the garbage container and collect the garbage. When disposing of, the bag mouth can be removed from the waste container, and the waste bag can be taken out together with the waste stored in it and processed as it is.

In particular, the loading port guide, which is fitted to the opening of the dust loading port so as to be attachable and detachable at the outer peripheral portion, is attached to the bag mouth attachment part in the attached state while the attachment and detachment ensures the attachment and detachment of the dust bag. The guide tube that extends to the inside of the bag mouth guides the waste that is thrown into the waste inlet to the inside of the mouth of the waste bag installed in the waste container. The inside of the bag mouth gets dirty with the inside of the bag mouth because it is stuck on the inside of the bag mouth and accumulates on the bag mouth and spills when taking it out. Close the mouth of the garbage bag after taking it out. The worker's hands are dirty, the garbage that is outside the closing part and the water of it falls around, and it touches other things and stains it. Eliminate inconvenience Door can be.

Further, the bag mouth holder provided outside the lower part of the guide tube of the input port guide holds the bag mouth attached to the bag mouth mounting portion of the waste container from the inside, and the guide tube and the bag mouth holder are connected to each other. Since the suction means sucks and exhausts the air in the dust container through the ventilation path formed between them, the air in the dust bag that actually stores the dust can be sucked and exhausted without being affected by the structure for attaching and detaching the dust bag, and this suction It is possible to reliably prevent the bag mouth portion from being lifted inward, including the influence thereof, by the pressing structure, and the bag mouth portion does not block the air passage, so that suction and exhaust can be stabilized. ,
It is also possible to reliably avoid that the bag mouth portion is overhanging inward of the guide tube and is thrown into the kitchen garbage, or that it is soiled by touching the water.

In the above-mentioned structure of the invention of claim 2, in the first aspect of the invention, further, the charging port and the garbage container are arranged side by side with those mainly containing raw garbage and those mainly containing dry garbage. Two types of waste can be sorted and stored, and a storage state suitable for each can be obtained. Moreover, even if there are two sets of dust inlets and waste containers, the respective waste containers are communicated with each other and the internal air is sucked and discharged by sharing one suction means, so that the structure is not particularly complicated. It is possible to prevent odors from being diffused to the surroundings due to suction and exhaust for both of the two sets of the waste input port and the waste container.

[0020]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS One embodiment of a kitchen workbench structure of the present invention will be described below with reference to the drawings.

As shown in FIGS. 1 and 2, the workbench structure of this embodiment is applied to a sink 1 installed in a kitchen of a general household. The sink 1 has a work top plate 2 made of synthetic stone or natural stone, and a stainless sink member 6 having a water tank 3 formed therein is applied to an opening 2b formed in a part of the work top plate 2 from below to form the water tank 3 With a sink 1
Of the work top 2a. However, the entire work top 2a may be formed of the same material as the sink member 6, or in this case, the work top 2a may be integrally formed.

On the upper surface of the sink 1, other necessary items such as a stove (not shown) are provided. In addition, a storage unit 5 having a door 4 is provided under the worktop 2a of the sink 1, and a fish grill, a gas oven, other cooking utensils, a dishwasher, a dish dryer, etc. are installed as necessary. To be done.

The worktop 2a is provided between the worktop plate 2 of the sink member 6 and the water tank 3.
Utilizing the intermediate concave surface 7 having a shallow step S2 with a,
A recess 8 having a step S1 with the surroundings is provided. However, the step S2 can be omitted. This recess 8
The first and second garbage containers 13 and 14 are provided by arranging a first charging port 11 into which raw garbage is mainly charged and a second charging port 12 into which mainly dry garbage is charged in front and rear. A first lid 15 for connecting and sliding the inside of the recessed portion 8 between the first input port 11 side and the second input port 12 side to open and close the first input port 11; Opening edge 8a of the recessed portion 8
Upon receiving the guides on both sides of the inner peripheral surface 8b of the recessed portion 8, the second loading is performed by sliding on the first lid 15 between the second loading port 12 side and the first loading port 11 side. And a second lid 16 for opening and closing the mouth 12.

The intermediate concave surface 7 and the work top 2a are provided in a portion extending from the rear part of the first and second charging ports 11 and 12 to the rear of the first and second charging ports 11 and 12 side half portions of the water tank 3. A work top 2a having a height between the work top 2a and an auxiliary intermediate concave surface 9 having a step S3 is formed, and accessory containers 21 and 22 for which a detergent or a cleaning tool is useful can be integrally or detachably attached to the auxiliary intermediate concave surface 9. Is provided. A faucet 23 for water supply is further provided upright on the auxiliary intermediate concave surface 9. Reference numeral 24 denotes a drain port at the bottom of the water tank 3.

The first lid 15 has a chamfered inclined surface 15a on the upper surface of the peripheral edge portion facing the inner peripheral surface 8b of the recessed portion 8, and the second lid 16 has both sides of the inner peripheral surface 8b of the recessed portion 8 and the chamfered surface. Slope 1
It has slide legs 16a which enter the gap between the inner peripheral surface 8b and the inner peripheral surface 8b and receive the guides on both sides of the inner peripheral surface 8b. The second lid 16 also has a chamfered slope 16c formed on the upper surface of the peripheral edge portion facing the inner peripheral surface 8b of the recessed portion 8.

When the first and second lids 15 and 16 are closed, the opposite edges 15b and 16b overlap each other,
On the upper surface of the facing edge 15b of the first lid 15, the waterproof ridge 15 rising up to near the lower surface of the facing edge 16b of the second lid 16.
c is provided. In the structure shown in the figure, the upper end of the waterproof ridge 15c is in sliding contact with the lower surface of the second lid 16.

Second input port 1 in first input port 11
The mouth edge 11a on the second side is formed so as to be located closer to the second input port 12 than the facing edge 15b of the first lid 15 in the closed position. 15d and 16d are the first and second lids 1
5 and 16 are clues for opening and closing.

The first and second lids 15 and 16 are made of aluminum and have a water-repellent treatment such as a fluorine coating on their surfaces. A synthetic resin may be subjected to the same processing, or may be covered with a metal plate to be subjected to a water repellent treatment. The water repellent treatment may be applied to at least the upper surfaces of the first and second lids 15 and 16.

The first waste container 13 has a drain piping port 52.
And a removable garbage bag 26 is provided in the first garbage container 13. In this embodiment, the garbage bag 26 is a disposable resin garbage bag.

Furthermore, the first and second garbage containers 13 and 14
A suction means 27 for sucking the internal air is connected to the.

In the above structure, the first lid 15 and the second lid 16 move at different heights from each other so that the first lid 15 opens and closes the first charging port 11. The second lid 16 can individually open and close the second input port 12 without mutual interference, and the first and second waste containers 13 connected to the first and second input ports 11 and 12 can be used. , 14 can be loaded with dust freely, and the first and second loading ports 11, 1
Both of them can be closed so that the inside is not exposed and the appearance is good, and the emission of odor can be prevented to some extent.

Since the second lid 16 is placed on the opening edge 8a of the recessed portion 8, water is spilled on the second lid 16 or washing water or rinsing water in the adjacent water tank 3 or the first charging port. 11
Even if the washing water when the portion is used for garbage is washed, these water flows around the second lid 16.

For this reason, it is possible to prevent water from flowing down to the portion of the recessed portion 8 where the second input port 12 is provided, and the side of the recessed portion 8 where the first input port 12 is provided. Even if it flows down, there is no problem because if the first input port 11 is opened for cleaning or the like, it will flow smoothly into this, and the first input port 11 will be closed, and water will be placed on the first lid 15. However, even if it flows out, there is no problem because it flows into the first charging port 11 through the gap between the first lid 15 and the concave portion 8.

Therefore, even if the second charging port 12 is used for dry dust, it is possible to solve the problem that water spreads over this and enters the dry dust storage area.

Further, the inner peripheral surface 8 of the recess 8 of the first lid 15
chamfered slope 15 formed on the upper surface of the peripheral portion facing b
a forms a water storage portion 31 between itself and the inner peripheral surface 8b of the recessed portion 8, and the water that extends over the first lid 15 and tries to flow randomly around it is stored in the water storage portion 31. While being received in, the water is once collected by using the surface tension of the water, and the water is allowed to permeate and flow from the collected portion into the first inlet 11 through the gap between the first lid 15 and the recessed portion 8. So the first lid 1
Even if a comparatively large amount of water flows down on top of 5, it can be prevented from reaching the portion of the second charging port 12.

Moreover, the water properly stored in the water reservoir 31 leaks odors from the second garbage container 13 into which food waste is put into the outside through the gap between the first lid 15 and the recessed portion 8. It also exhibits a sealing function to prevent

In addition, the slide legs 16a provided on the second lid 16 enter into the gap which becomes the water storage portion 31 between both sides of the inner peripheral surface 8b of the concave portion 8 and the chamfered inclined surface 15a, and the concave portion is formed. Since it receives the guides on both sides of the inner peripheral surface 8b of 8, the first and second lids 15 and 16 do not interfere with the first lid 15 with a low-bulk structure having no gap or a small gap. It is possible to stably slide and open and close the second input port 12.

Further, the first lid 15 comes into contact with both sides of the inner peripheral surface 8b of the concave portion 8 below the portion where the chamfered inclined surface 15a is formed, receives the guide, and can be stably slid and opened / closed in the concave portion. You can also do so.

When both the first and second lids 15 and 16 are closed, the opposite edges 15b and 16b overlap each other, and water directly penetrates into the recessed portion 8 from between the second and the second edges. It is of course possible to prevent it from reaching the charging port 12 of the first lid 15, and the waterproof protrusion 15c formed on the upper surface of the facing edge 15b of the first lid 15 rises to the lower surface of the facing edge 16b of the second lid 16. As a result, the water spilled on the first lid 15 flows to the side of the second lid 16 and prevents the water from entering the side of the second inlet 12 from between the first lid 15 and the first lid 15. It is possible to reliably prevent water from reaching the side of the second charging port 12 from the side of the lid 15.

Further, as described above, the first charging port 11
Since the edge 11a on the second input port 12 side of the first lid 15 is located closer to the second input port 12 than the facing edge 15b of the first lid 15 in the closed position. Even if the water that has flowed up flows down to the opposite edge 15b on the second input port 12 side, the first input port 11 opens at this drop position and accepts it. As a result, it is possible to more reliably prevent water from flowing into the second charging port 12.

Since at least the upper surfaces of the first and second lids 15 and 16 are treated to be water-repellent, the water spilled on them is repelled so that the water can smoothly flow down to the surroundings, so that it seems to be accumulated forever. It never happens. The second lid 16 is also provided with a chamfered slope 16c for improving the flow of water to the intermediate concave surface 7.

Further, since the concave portion 8 is provided on the shallow intermediate concave surface 7 provided between the work top 2a and the water tank 3 as described above, the concave portion 8 is placed on the opening edge 8a of the concave portion 8. Most of the water that falls from the top of the second lid 16 that is flowing around flows down to the intermediate recessed surface 7, but this water does not reach the work top 2 a that is higher than the intermediate recessed surface 7, and is more than the intermediate recessed surface 7. Lower water tank 3 and the concave portion 8 as described above
Over the first lid 15 of.

Therefore, it is possible to prevent the work top 2a from being soiled or wet, and even if a large amount of water is spilled, most of it will flow into the water tank 3, so that there will be a large amount of water so that the second inlet It becomes easy to prevent such a thing as 12.

The first waste container 13 has a drain piping port 52.
Since it is possible to drain water, it is possible to drain the water of the food waste and flush it away, and since it is also possible to wash the first input port 11 and the first waste container 13, it is easy to keep clean. Moreover, even if the water spilling over the first and second inlets 11 and 12 is guided to the first inlet 11, it is possible to avoid the problem that the water accumulates and becomes a problem.

Since the disposable garbage bag 26 is provided in the first garbage container 13 so as to be attachable and detachable, the first garbage container 26 can be inserted into and removed from the first garbage container 26 from the first input port 11 to the first garbage container.
Raw garbage and the like thrown into the garbage container 13 can be taken out from above the first charging port 11, and when the first garbage container 13 is attached and detached in the sink 1 below the worktop 2a. It is possible to avoid soiling the inside of the sink 1 with raw garbage and sewage that will fall from it, which is convenient for treating raw garbage little by little with good workability. Particularly, since the garbage bag 26 is a disposable inexpensive bag, it is convenient to dispose of it together with the taken out garbage without any problem.

Further, in the present embodiment, the air in the first and second waste containers 13 and 14 is sucked by the suction means 27 connected to these, so that the first and second waste containers 13 and 14,
Since the odor emitted from the dust inside 14 is removed together with the internal air, it is sufficient that these odors are emitted around the outside of the sink 1 as compared with the case where only the first and second lids 15 and 16 are closed. Can be prevented.

The arrangement of the first and second inlets 11 and 12 is not particularly limited, but if they are arranged side by side as in this embodiment, the second waste container 14 will be used for bulky dry waste. Even if it is formed into a large size, it can be installed in the storage space 5 of the sink 1 so that it can be taken in and out from the front surface of the storage space 5, and can be used in a good appearance. At this time, since the second container 14 is located in front of the first garbage container 13 for food waste, it is convenient to take in and out from the front surface of the storage section 5.

Further, the first charging port 11 is the second charging port 1
By being positioned at the rear of 2, the work top 2a and a draining plate (not shown) that is mounted on the intermediate concave surface 7 so as to be detachable and slidable, and the cutting board are straddled,
Place a cutting board on the second input port 12 and prepare raw food, such as fish offal, which is produced while preparing the cooking on the first input port, which is located on the cutting board from behind the first input port each time. It can be said that it is directly thrown into 11 and processed, and it is preferable.

In order for the second garbage container 14 to make full effective use of the depth space of the storage section 5, the first garbage container 13 for raw garbage is relatively low in garbage and should be taken out frequently. Considering the fact that it is treated, it is made relatively shallow and small, and the space below this is also used as a storage space for the second waste container 14.

By the way, in the sink 1 of this embodiment, except for the work top plate 2, a sink material block A surrounded by a thick frame in FIG. 2 and a storage block B installed below the sink material block A are shown. , A sink port block C attached to the sink material block A, and a waste container block D connected below the throw port block C.

Similarly to the conventional case, the storage cabinet block B is fixed by utilizing the floor surface and the wall surface of the kitchen, and the storage cabinet block B is used to seal the work top plate 2 and the sink material block A from each other. It is supported and installed in a fixed state.

As shown in FIG. 4, the sink member 6 forming the sink material block A is provided with a dust processing opening 32 for mounting the inlet port block C and the dust container block D. The inlet block C is applied to the upper surface of the mouth edge of the waste processing opening 32, and the waste container block D is placed to the lower surface of the mouth edge.
8, and as shown in FIG. 8, FIG. 14, and FIG. 15, by connecting them with bolts 33, they are connected to the inlet edge block C and the waste container block D at the edge of the waste processing opening 32. It is attached so that it is sandwiched between. As a result, the positional relationship between the input block C and the waste container block D and the mounting state do not vary depending on the operator or the tightening work, and highly accurate mounting is achieved without difficulty.

In order to make this installation work easier, the dust disposal opening 3 at the upper end of the main body 41 of the dust container block D is formed.
Temporary fixing metal fittings 42, 42 and 43, 43 are provided at four positions on the front, rear, left and right of the flange 41a portion applied to the lower surface of the mouth edge of No. 2. One of the front and rear left and right temporary fittings 42, 42 is the main body 4
The upper end portion of 1 is fixed by a screw 44, and the other left and right temporary fastening members 43, 43 are attached by a screw 45 so as to be slidable forward and backward.

The temporary fixing procedure using these is as follows.
To the rear surface of the main body 41 by hooking the engaging claws 42a, 42a of the temporary fixing fittings 42, 42 on the fixed side to the rear edge of the edge of the dust disposal opening 32. Temporarily support, and then the movable-side temporary fittings 43, 43
In the retracted position, the front side of the main body 41 is lifted to pull it out from below the dust disposal opening 32, and after this, the temporary fixing metal fittings 43, 43 are moved forward. The engaging claws 43a, 43a of 11 are hooked on the front portion of the rim of the dust processing opening 32 to temporarily support the front portion of the main body 41.

In order to stabilize the temporary support by the temporary metal fittings 43, 43, the downward elastic projections 43c provided on a part of the mounting substrate 43b of the temporary metal fittings 43 are engaged on the temporary metal fitting mounting surface. The recess 41b is elastically engaged with the recess 41b so that the recess 41b is well retained at the temporary support position and is prevented from being inadvertently retracted.

If the temporary metal fittings 43, 43 are not stable even in the retracted position, the temporary metal fittings 43, 43 may interfere with the edge of the dust disposal opening 32 during the temporary support work of the front part of the main body 41. Therefore, even in the retracted position, the elastic projection 43c is elastically engaged with the other locking recess 41c so as to be stable.

As shown in FIG. 3, the input port block C includes first and second lids 15 and 16, a concave portion 8 and an opening edge 8a for holding these, and first and second input ports 11 and 11. 1
2, and the flange 46a of the mouth member 46 is mounted on the upper surface of the rim of the dust disposal opening 32,
The six bolts 33, which penetrate through the flange 41a portion on the main body 41 side from the lower side to the upper side, are attached to the flange 46a.
It is fastened to the fastening flange surface 33a of the bolt 33 via the spring member 72 by being screwed to the connecting leg 46b integrally formed so as to project downward around the a, so that the mouth member 46 And the flange 41 on both sides of the body 41
The edges of the dust processing opening 32 of the sink member 6 are sandwiched between a and 41a and are joined together. The spring member 72 can be replaced by a disc spring, and is not particularly necessary. The lower end operation portion 33b of the bolt 33 is the main body 41.
It is exposed below and can be fastened from below with a tool such as a box spanner.

However, the operation unit 33b may be of any type and may be manually operated depending on the case. Further, the main body 41 does not necessarily have to be exposed below the main body 41.
It should be possible to operate from around.

Here, the flange portion 46a is shown in FIGS.
As shown in FIG. 3, an opening edge 8a of the recessed portion 8 is formed on the upper surface thereof, and the opening edge 8a is S
There are 4 steps. As a result, the water that falls from the second lid 16 to the intermediate recessed surface 7 does not return to the recessed portion 8, but all of it can flow down to the water tank 3.

On the lower surface of the flange 46a, there are provided a seal member 47 for sealing between the sink member 6 and the upper surface of the edge of the dust processing opening 32, and an annular inner seal wall 41e provided on the upper surface of the flange 41a. Holding grooves 46e, 46f for holding a sealing member 48 for sealing the space are provided, and the outer annular wall 4 facing the holding groove 46e is provided on the flange 41a.
1e is formed so as to back up the sealing portion by the sealing member 47 between the edge of the dust processing opening 32 of the sink member 6 and the flange portion 46a.

The main body 41 is made of synthetic resin, and as shown in FIG. 3, the second waste container 1 is opened to the flange portion 41a.
4, and the communication path 51 for connecting the second input port 12 and the second waste container 14 is formed integrally, and the first waste container 13
The drain piping port 52 provided at the bottom of the main body 41 projects to the side of the main body 41 as shown in FIG. 8, and the drain piping 53 is connected to this projecting section.

A bottom plate 54 made of synthetic resin is provided at the lower end of the main body 41.
Rails 56 for attaching the second waste container 14 to and from the front part of the storage part 5 of the sink 1, as shown in FIGS. 56 is attached by a screw 70.

As shown in FIGS. 8 and 12, the bottom plate 54 has an opening 58 which is connected to the communication passage 51 by being sealed by a sealing member 57, and a downward rectangular shape is provided in a region surrounding the opening 58. A seal member 59 is provided. The sealing member 59 has a shape and size corresponding to the upper end opening 14a of the second waste container 14.

Here, the rail members 56, 56 are as shown in FIG.
As shown in FIG. 13, it has L-shaped guide rails 56a, 56a for receiving the flange portions 14d provided on the left and right sides of the second waste container 14 and guiding them so that they can be taken in and out. However, at the final stage of inserting the second waste container 14, the flange portion 1 is attached to the rear end portion of the guide rail 56a.
Guide roller 6 on which upward slope 14e of 4d rides
1 is provided, and thereafter, this is lifted upward to press the rear side of the second waste container 14 against the rear side of the seal member 59 from below. However, the guide roller 61
It is enough if the same guidance can be obtained without slipping even if it rotates.

On the other hand, at the front part of the second waste container 14, as shown in FIG. 12, an operating lever 63 is supported so that the base part can be undulated by a shaft 62, and a base part is provided at an intermediate part of the operating lever 63. A buckle 66 having an attracting function with a hook 65 pivotally supported by a shaft 64 is provided.
When the garbage container 14 is inserted to the final position, the operating lever 63 is temporarily inverted to the upper side to lift the hook 65, and then the hook 65 is moved to the bottom plate 5.
After engaging with the engaging portion 67 formed integrally with the front portion of 4,
When the operation lever 63 is inverted downward and the hook 65 is pulled down, the operation lever 63 lifts the front portion of the second waste container 14 via the hook 65 engaged with the engagement portion 67, and the seal member 59 is removed. Press on the front part from below, the second
The rim 14f of the waste container 14 is pressure-bonded to the sealing member 59 over the entire circumference to connect the opening 58 and the communication passage 51.

The return reaction force of the seal member 59 due to the pressing of the second dust container 14 against the seal member 59 is a force for stabilizing the operation lever 63 in the downward reversal position, and therefore the operation is performed. After the lever 63 is temporarily inverted downward and the second waste container 14 is mounted, this is not inadvertently released, and the second waste container 1
In order to release the connection of No. 4, the operation lever 63 must be operated by a person to disengage the hook 65 from the engaging portion 67.

When the connection is released, the second waste container 14
Since the flange portion 14d is only received by the guide rail 56a, it can be pulled out without difficulty. When inserting or pulling out the second waste container 14, the portion where the buckle 66 is provided serves as a clue portion 68 that is partially lifted from the front surface of the second waste container 14 to form a clue.

On the surface of the rear portion of the seal member 59, a resin film 7 made of polyethylene terephthalate having good sliding property
1 is attached, and the friction when the second dust container 14 is pressed against the seal member 59 and slides to the final insertion position at the final stage of insertion is reduced.

It is convenient to prevent the dirt on the second waste container 14 and to handle the dry waste that is put in, by handling the second waste container 14 with a plastic waste bag attached and detached. Is. The mouth of the resin bag is the second garbage container 14
8 and the frame member 135 as shown in FIG. 8 which is attached to the rim of the resin bag so as to stabilize it, or the mouth of the resin bag like the dust bag 26 is wound around the frame member. Alternatively, the second waste container 14 may be mounted on a step provided on the inner circumference of the mouth.

As shown in FIG. 3 and FIGS. 8 to 11, the mouth member 46 has first and second cylindrical shapes which are substantially quadrangular and project downward.
Input ports 11 and 12 are integrally formed, and the first input port 11
Is fitted into the mouth portion 13a of the first waste container 13 opening from the upper surface of the flange portion 41a of the main body 41 from above and both are continuous, and the second charging port 12 is also connected to the flange portion 4 of the main body 41.
Both are continuous by fitting from above into the opening 51a of the communication passage 51 opening to 1a.

Therefore, the food waste or the like to be put into the first input port 11 is directly stored in the first waste container 13, and the dry waste or the like to be input into the second input port 12 is connected to the communication passage 51. And is accommodated in the second garbage container 14 through the opening 58.

Corresponding to the fact that the garbage bag 26 is made of a resin film, the first portion of the garbage bag 26 is wound around the stopper frame 81 as shown in FIG.
The waste container 13 is detachably attached to an upward step 82 as a bag mouth attachment portion formed immediately below the first charging port 11 at the mouth of the garbage container 13. Further, there is a charging port guide 83 fitted from above so that it can be attached to and detached from the outer peripheral portion of the rim step portion 11e provided at the opening of the first charging port 11, and this charging port guide 83 has an upward step portion. A guide cylinder 83b extending to the inner portion of the bag mouth 26a attached to 82
And a bag mouth holder 83a for pressing the bag mouth 26a attached to the upward stepped portion 82 from the inside on the outside of the lower part of the guide cylinder 83b, and the side of the second inlet 12 and the opposite side. Vents 84a, 8 for sucking the internal air of the first dust container 11 by the suction means 27 between the bag mouth retainer 83a and the lower ends of the guide cylinders 83b on the side of.
4b is formed.

As described above, the loading port guide 83 fitted in the dust loading port 11 is guided by the guide tube 83b extending to the inner portion of the bag mouth 26a attached to the upward step 82, by the first dust loading port. Since the garbage thrown into 11 is guided to the inside of the bag mouth 26a of the garbage bag 26 attached to the first garbage container 13, the thrown garbage is caught in the bag mouth 26a and does not enter the inside. The inner surface of the bag mouth 26a becomes dirty due to the garbage accumulated on the bag mouth 26a and spilling at the time of taking it out, the garbage that is caught in this way, the garbage that touches the inner surface of the bag mouth 26a, and the water inside the bag, and the inner surface of the bag mouth 26a becomes dirty. It is possible to eliminate inconveniences such as the hands of workers closing these mouths becoming dirty, the food waste that is outside the closing part and the moisture falling around it, or touching it to stain it. it can

Further, the guide cylinder 83b of the insertion port guide 83
The bag mouth retainer 83a provided on the outer side of the lower part of the container presses the bag mouth 26a attached to the upward stepped portion 82 as the bag mouth attaching portion of the first garbage container 11 from the inside, and the guide tube 83b and the bag mouth retainer. Air passage 84 formed between 83a
Through the a and 84b, the suction means 27 causes the first waste container 13
Since the air inside is sucked and discharged, the air inside the dust bag 26 that actually stores dust can be sucked and discharged without the influence of the structure for attaching and detaching the dust bag 26, and the bag mouth 2 including the influence of this suction
The fact that the 6a portion floats inward is reliably prevented by the pressing structure, and the bag mouth 26a portion does not block the air passages 84a and 84b, so that suction and exhaust can be stabilized. Also, it is possible to reliably avoid that the bag mouth portion sticks out to the inside of the guide tube and is thrown in, and that the garbage is touched by the water and becomes dirty.
In the second charging port 12, the concave portion 51b as shown in FIGS. 3 and 19 formed on the side of the first waste container 13 of the communication passage 51 at the fitting portion with the communication passage 51 allows the suction means 27 to remove the first portion. A passage 85 for sucking the internal air of the second garbage container 14 is formed.

The air passages 84a and 85 are intake passages for the suction means 27 from the first and second waste containers 13 and 14, and are of the portion forming the first waste container 13 and the communication passage 51. The first and second waste containers 13 and 14 are connected to an intake duct 87 provided on the side surface of the main body 41 and further connected to an exhaust fan 88 provided on the rear surface of the main body 41 via a passage 86 therebetween. There is. An exhaust duct 89 extending from the exhaust fan 88 to the other side surface of the main body 41 is connected.

As a result, the first and second charging ports 11,
As described above, the 12 and the first and second garbage containers 13 and 14 are arranged side by side with those mainly containing raw garbage and those mainly accommodating dry garbage to separate two kinds of garbage. It can be housed, and a housed state suitable for each can be obtained. Moreover, even if there are two sets of the first and second input ports and the first and second waste containers 13 and 14, the respective waste containers 13 and 14 are communicated with each other and one suction means 27 is provided.
Since the internal air is sucked and exhausted in common, the two sets of the first and second input ports 11 and 12 and the first and second waste containers 13 and 14 are not particularly complicated. It is possible to prevent odors from being diffused around by suction and exhaust.

Further, the passage 84b is an outside air introduction passage and is connected to an outside air introduction port 92 provided on the rear surface of the main body 41, and the outside air introduction passage 93 of the second dust container 14 is connected to the bottom plate 5 described above.
4 is provided. These outside air introduction ports 92 and 93 are connected to an outside air introduction passage 94 passing through a solenoid valve unit 96 attached to the rear surface of the main body 41. The exhaust duct 89 is also connected to the exhaust passage 95 via the solenoid valve unit 96.

It is conceivable that the second garbage container 12 may not be attached to the second garbage container 12 and that the garbage may be thrown into the second garbage container 12, and the interior of the sink 1 may be soiled.

Therefore, the mounting of the second dust container 14 is provided between the second dust input port 12 and a detection means by a magnet and a reed switch (not shown) so that the second dust input port 12 side is provided. Reed switch is the second garbage container 1
While the presence of the magnet on the 4 side is not detected, as shown in FIG. 1, a message to that effect is displayed or a buzzer is activated on the display section of the electrical equipment section 125 provided on the front part of the worktop 2a of the sink 1. It is preferable to give a warning.

By the suction fan 88, the outside air is sucked into the first and second dust inlets 11 and 12 and the first and second dust containers 13 and 14 which are fitted and connected to them. While, the 1st and 2nd garbage inlet 1
The air in the first and the second and second and third refuse containers 13 and 14 is sucked and exhausted, but an ozone generator is provided in the middle of the introduction path of the outside air, and when the internal air is sucked and exhausted, Two
Waste input ports 11 and 12 and first and second waste containers 1
If ozone can be supplied to the inside of
It is possible to suppress the decomposition of the garbage in the second garbage containers 13 and 14, especially the garbage by the ozone, and deodorize the odorous components generated from the garbage by the ozone. Depending on the suction / exhaust, the first and second waste containers 13 and 14 and the first and second waste inlets 11 and 12 and the internal spaces of the first and second waste containers 13 and 14 that are in communication therewith may drift and fill up. By forcibly exhausting the trapped air and the air trapped between the debris and stagnant, it is possible to discharge and remove the odor to every corner with the air.

In the present embodiment, this exhaust is performed toward the drainage channel 111 from the water tank 3, and is discharged to the atmosphere through the box 112 to which the drainage channel 111 is connected or the sewer 113.
I try to diverge inside. Below the drainage port 24 of the aquarium 3, the trap 11 is formed by bending the drainage path 111 into a U-shape.
4 is provided, the exhaust air does not rise to the water tank 3 through the drainage channel 111 together with the odorous components contained therein.

FIG. 18 shows such forced exhaust and the first
Each of the routes from the first waste container 13 connected to the waste inlet 11 to the drain pipe 111 of the drain pipe 53 is schematically shown.

As is apparent from this figure, the exhaust fan 88
Is the exhaust duct 8 from the first and second waste containers 13 and 14.
The first and second garbage containers 13 and 14 are provided in the middle of 9
First and second waste containers 1 through the air intake duct 87 to the
Forced exhaust is performed with intake to 3 and 14.

Then, the exhaust duct 89 and the intake duct 87
Means that the exhaust fan 116 is turned on by the exhaust valve 116 and the intake valve 117 which are simultaneously operated by the solenoid 115,
It is opened and closed in conjunction with turning off so that the intake type exhaust can be performed.

The exhaust valves 116 and 117 of the exhaust duct 89 and the intake duct 87 are the first and second refuse containers 13 and 14 communicating with the intake duct 87, the exhaust duct 89, and the odor in the sewer 113. This is to prevent backflow to the 1 side.

The exhaust valve 116 and the intake valve 117 are housed in one resin valve box. Exhaust fan 88
When the exhaust valve 116 and the intake valve 117 are closed when the switch is turned off, the pressure between the outlet of the exhaust fan 88 and the exhaust valve 116 rises due to the influence of the inertial rotation of the exhaust fan 88, and the odor from the combination surface such as the valve box. Therefore, it is preferable that the exhaust valve 116 and the intake valve 117 are closed after a delay of the time until the exhaust fan 88 finishes inertial rotation and stops after the exhaust fan 88 is turned off.

The water tank 3 communicates with the drainage channel 111, the exhaust duct 89, the exhaust valve 116 and the like. If the drainage channel 111 is clogged, there is a risk of reverse flow to the exhaust duct 89 and the exhaust valve 116 side. Therefore, in order to avoid this, the midway from the drainage channel 111 of the exhaust duct 89 to the exhaust valve 116 is bypassed at least above the bottom of the water tank 3 and becomes the expansion chamber 131a as shown in FIG. A reservoir tank 131 is provided.

As a result, the exhaust valve 116 and the exhaust fan 8
It is possible to prevent the device such as 8 from being immersed in the backflowing water. Further, when the drainage channel 111 is blocked, compressed air may be fed by the rubber cup 132 at the drainage port 24 of the water tank 3. At this time, when the clogging of the drainage channel 111 is not cleared by the compressed air sent in, it is conceivable that the water in the drainage channel 111 pressurized by the compressed air flows back in a large amount. However, even in this case, a large amount of water which flows backward flows into the reservoir tank 131 and is stored therein, and the backward flow is blocked, so that the devices such as the exhaust valve 116 and the exhaust fan 88 become reverse flowing water in the same manner as described above. It is possible to avoid things that get soaked.

As described above, it is preferable that the exhaust gas accompanied by the intake air from a part thereof works sufficiently when one of the first and second dust inlets 11 and 12 is opened even a little. Yes, the odor is trying to diffuse into the kitchen from the opening, while the air in the kitchen is forcibly exhausted to the exhaust duct 89 while sucking the air in the kitchen from the openings of the first and second dust inlets 11 and 12, It is possible to reliably prevent odors from being emitted in the kitchen.

When both the first and second dust inlets 11 and 12 are closed, it is preferable to weaken the forced exhaust or intermittently to reduce the load. May be operated intermittently and at low speed. In some cases, forced exhaust can be stopped.

For such control, the opening and closing of the first and second lids 15 and 16 are performed as shown in FIG.
Magnets 121 and 122 provided on the second lids 15 and 16
The open / close state of the first and second lids 15 and 16 can be detected by means of the reed switches 123 and 124 provided inside the first and second dust inlets 11 and 12.

Further, the first and second lids 15 and 1 by this
If one of 6 is opened for a predetermined time or longer, the first,
It is preferable to judge that the second lids 15 and 16 are inadvertently opened or forget to close them, and give a warning on the display section of the electric component section 125.

Of course, the first and second garbage containers 1
Warning that 3 and 14 are not installed, and 1st and 2nd
It is preferable to make it different from the display of the warning of forgetting to close the lids 15 and 16 and can be individualized by a character display or a pictorial display.

Further, the power transmission section 125 has a built-in control circuit for controlling the respective operation members, and a power switch 126 and a waste container block D are housed in the front of the control circuit as shown in FIG. A reflection type sensor 127 for detecting the opening and closing of the door 4 of the stored storage unit 5 is provided, and when the reflection type sensor 127 detects that the door 4 is opened, the suction means 27 is continuously operated at high speed. The first and second input ports 1
To strongly forcibly exhaust the internal air of the first and the second and second and third garbage containers 13 and 14, and to sufficiently suppress the emission of the odor into the kitchen when the second container 14 is removed. I am doing it.

[0095]

According to the first aspect of the present invention, the dust can be put into the dust container through the dust input port opened on the worktop and stored in the dust container, the lid can be closed to keep the appearance, and the suction means can be used. Forcibly exhaust the internal air of the dust input port and the waste container to eliminate it along with the odor inside the dust input port and the waste container, not only when the lid is closed, but also when it is open.
Prevent odors from escaping into the kitchen. In addition, the garbage bag is attached to the mouth of the garbage container so that the bag mouth can be attached and detached.When accepting waste that is put into the garbage container and discarding the garbage, remove the bag mouth from the garbage container and put the garbage bag in it. It can be taken out and disposed of together with the garbage that is stored.

In particular, since the loading port guide of the dust loading port can be attached and detached, the loading and unloading of the dust bag is guaranteed, while the guide tube in the mounted state is the mouth portion of the dust bag loaded with the dust to be loaded into the dust loading port. Guided to the inside of, the dust that is thrown in is not caught in the bag mouth part and can not enter inside,
Garbage that accumulates on the bag mouth and spills when taken out, or the garbage that gets caught in this way, the garbage that touches the inner surface of the bag mouth, and the water inside the bag stains the inner surface of the bag mouth. It is possible to eliminate inconveniences such as the worker's hands being closed, the garbage left outside the closing part, the water of the garbage falling around, and touching it to stain it.

Further, the bag mouth retainer on the outer side of the lower part of the guide cylinder holds the bag mouth to be mounted from the inside, and the suction means passes through the ventilation passage between the guide cylinder and the bag mouth retainer to suck the air in the dust container. The air in the dust bag that actually stores the dust can be sucked and exhausted without the influence of the structure of attaching and detaching the dust bag, and the bag mouth part including the influence of this suction floats inside. It is reliably prevented by the pressing structure, and the bag mouth portion does not block the air passage, so that suction and exhaust can be stabilized, and the bag mouth portion is projected so as to project inward of the guide tube. It is also possible to reliably prevent food scraps and water from getting dirty and getting dirty.

According to the second aspect of the present invention, in the first aspect of the present invention, further, the charging port and the garbage container are mainly arranged to accommodate raw garbage and those mainly to accommodate dried garbage. It is possible to store different types of garbage separately and obtain a suitable storage condition for each. Moreover, even if there are two sets of dust inlets and waste containers, the respective waste containers are communicated with each other and the internal air is sucked and discharged by sharing one suction means, so that the structure is not particularly complicated. It is possible to prevent odors from being diffused to the surroundings due to suction and exhaust for both of the two sets of the waste input port and the waste container.

[Brief description of drawings]

FIG. 1 is a perspective view of a kitchen sink adopting one embodiment of a kitchen workbench structure of the present invention.

FIG. 2 is a perspective view showing a large block configuration of the sink structure of FIG.

FIG. 3 is an exploded perspective view of first and second dust input port portions of the sink shown in FIG.

FIG. 4 is a plan view showing a part of a sink member of the sink shown in FIG.

FIG. 5 is a plan view, left and right side views and a cross-sectional view of a first lid.

FIG. 6 is a plan view, a side view, and a sectional view of a second lid.

FIG. 7 is a plan view of a main body included in the waste container block of FIG.

FIG. 8 is a cross-sectional view showing a combined structure of the charging port block and the waste container block of FIG.

FIG. 9 is a cross-sectional view of first and second charging ports.

FIG. 10 is a cross-sectional view of a second charging port portion.

FIG. 11 is a cross-sectional view of a first charging port portion.

FIG. 12 is a cross-sectional view showing a connection structure of a second waste container to the main body of the waste container block.

FIG. 13 is a front view of FIG.

FIG. 14 is a left side view showing the overall configuration of the loading port and each block of the waste container in a mounted state.

FIG. 15 is a right side view showing the overall configuration of the loading port and each block of the waste container in a mounted state.

FIG. 16 is a front view showing the overall configuration of a mounting state of each block of the charging port and the garbage container.

FIG. 17 is a plan view showing the overall configuration of the loading port and each block of the waste container in a mounted state.

FIG. 18 is a conceptual diagram showing the overall structure of a suction unit.

[Explanation of symbols]

 1 Worktable 2a Worktop 11 1st input port 12 2nd input port 13 1st garbage container 14 2nd garbage container 15, 16 1st, 2nd lid 27 Suction means 82 Upward step part 83 Input port Guide 83a Bag holder 83b Guide tube 84a, 84b Ventilation passage 85, 86 Passage 88 Exhaust fan 87 Intake duct 89 Exhaust duct

Claims (2)

[Claims] 1. A dust input port opened on the worktop, a lid for opening and closing the dust input port, a dust container arranged below the dust input port, and suction means provided in communication with the dust container. A bag mouth mounting part that attaches to the mouth of the garbage container so that the mouth of the garbage bag accommodated in the garbage container can be attached and detached, and a bag that can be attached to the opening of the garbage inlet so that it can be attached and detached at the outer periphery And a loading mouth guide having a guide tube extending to an inner portion of the bag mouth to be fitted to the mouth fitting part, and the bag mouth to be fitted to the bag mouth fitting part is provided on the outside of the lower part of the guide cylinder of the loading mouth guide. In addition to providing a bag mouth retainer that is pressed from the inside, an air passage is formed between the guide cylinder and the bag mouth retainer, and the suction means sucks and exhausts the air in the waste container through this air passage. Kitchen workbench structure. 2. An input port and a garbage container are arranged in parallel, one mainly containing raw garbage and the other mainly containing dry garbage, and the respective garbage containers communicate with each other and share one suction means. The workbench structure for a kitchen according to claim 1, wherein the internal air is sucked and removed.