JP2004223270A - Kitchen cabinet structure - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To prevent garbage stench from dispersing around by bringing a garbage container into close contact with a dumping opening to dump garbage into. <P>SOLUTION: A kitchen cabinet structure comprises a dumping opening 8, a lid 72, a garbage container 15, a supporting structure 31 to support the garbage container 15 so that the garbage container could be loaded into or unloaded from a workbench front surface side, and a hoisting and lowering structure 32 to hoist or lower the garbage container, and to press and contact the garbage container to the dumping opening, or to release the garbage container from the dumping opening. The garbage container 15 is supported or guided by the supporting structure to be loaded or unloaded in a proper position. The hoisting and lowering structure 32 brings the garbage container 15 into close contact with the dumping opening 8, preventing the garbage stench from dispersing around. <P>COPYRIGHT: (C)2004,JPO&NCIPI

Description

  The present invention relates to various types of workbench structures represented by kitchen sinks, for example, various tasks such as cooking and preparation work in a home kitchen, washing of cooking utensils and dishes, garbage disposal, and other tasks. The present invention relates to a work table structure of a kitchen as a work table for performing work.

  In the kitchen of a general household, due to the above-mentioned various operations of various worktables typified by a sink provided in the kitchen, in addition to damp garbage, various damp refuse mainly composed of packaging materials are generated.

  Conventionally, garbage has moisture and is difficult to treat outside the sink, and can be received by a trap with a garbage container provided at the drain at the bottom of the sink, or stored in a garbage container placed at the corner inside the sink. Or In Patent Document 1, a small sink is provided beside a sink, a garbage container with a lid and a washing container are fitted into the sink, the garbage is stored in the garbage container, and the washing tool is stored in the washing container. Then, there is disclosed one in which each is covered.

On the other hand, since dry garbage is bulky and large in volume, a general garbage container is placed near the sink to take advantage of the fact that the garbage can be processed outside the sink without moisture, and dry garbage is stored in the container.
Japanese Utility Model Publication No. 5-27561

  In any case, the treatment of raw and dried garbage is disjointed. Therefore, there is an inconvenience that the operator has to change the position depending on the type of refuse generated while performing a series of operations.

  Therefore, it is conceivable to arrange the garbage container and the dry garbage container in a concentrated manner.However, the garbage has a dampness and emits a strong odor. Beyond the difference in properties depending on the type of garbage, there is no worktable structure that has no problem in processing any garbage and is convenient for workers.

  SUMMARY OF THE INVENTION It is an object of the present invention to solve the above-mentioned problems, and an object of the present invention is to provide a workbench structure of a kitchen which can suppress the emission of odor and can process the odor conveniently.

  In order to solve the above-mentioned conventional problems, a workbench structure of the present invention includes an input port for charging refuse, an openable / closable lid for closing the input port, a trash container, and a trash container on a front surface of the worktable. By providing a support mechanism for supporting the garbage container so that it can be taken in and out, and an elevating mechanism for lifting and lowering the garbage container and connecting and releasing the garbage container by pressing the garbage container, the garbage container can be taken in and out from the front side of the worktable, and can be put in. Because it is connected to the mouth, it is possible to store the garbage container as a large one in the workbench and store a large amount of garbage in a state where it is not visible, and to support and guide the garbage container by the support mechanism The waste container can be put in and out of the proper position without being supported by humans, and by having an elevating mechanism, the waste container can be pressed against the inlet and connected. Can, garbage odors can be prevented from being diverged around.

  The workbench structure of the present invention is provided with a support mechanism for the garbage container, so that the garbage container can be taken in and out of an appropriate position, and by having a lifting mechanism, the garbage container can be pressed against the input port and connected. In addition, it is possible to prevent the odor of the garbage from spreading to the surroundings.

  According to a first aspect of the present invention, an input port for inputting refuse, an openable / closable lid for closing the input port, a refuse container, a support mechanism for supporting the refuse container so that the refuse container can be taken in and out from a front side of a worktable, By providing an elevating mechanism for lifting and lowering the garbage container and connecting and disconnecting the garbage container by pressing the garbage container, the garbage container can be supported and guided by the support mechanism, and can be taken in and out of an appropriate position. Can be closely attached to the inlet, and it is possible to prevent the odor of the garbage from diffusing to the surroundings.

  According to the second aspect of the present invention, by providing the lifting mechanism in the support mechanism, it is possible to more appropriately and easily connect the garbage container by sending the garbage container to an appropriate position, moving the garbage container up and down, and pressing the garbage container against the inlet.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. The present invention is not limited by the embodiment.

(Embodiment 1)
As shown in FIG. 1, the workbench structure according to the present embodiment is applied to a sink 1 installed in a kitchen of a general household. The sink 1 is provided with a cooking stove 3 at one end of a worktop 2, a sink 5 is provided at the center of the worktop 2 while leaving a cooking work space 4 between the cooking stove 3 and the worktop 2. At the other end, first and second refuse inlets 7 and 8 having a small empty space 6 with the sink 5 are provided side by side.

  As a result, the first and second refuse inlets 7 and 8 are open on the upper surface of the worktop 2, but are separated from the stove unit 3 and the cooking work space 4 by a relatively large distance. It is possible to prevent the worker from being bothered too close to the cooking work space 3 or the cooking work space 4. The first and second refuse inlets 7 and 8 are located right next to the sink 5, and the sink 5 is used to process cooking debris and leftovers during cooking work or after washing after cooking or after eating, or In order to take out the cooking ingredients, the work of processing the unpacked packaging materials is performed, which corresponds to a place where garbage and dry garbage are likely to come out.

  However, such an arrangement can be variously set in accordance with various conditions and preferences, and can also be applied to various worktables installed in a kitchen other than the sink 1.

  The first and second refuse inlets 7 and 8 are arranged in front and rear so that the first refuse container 11 can be attached to and detached from the first refuse inlet 7 from above as shown in FIGS. As shown by an arrow A in FIG. 2, the second insertion port 8 is inserted and removed from the front side of the sink 1 where the door 13 and the drawer 14 are provided. The refuse container 15 can be connected to the second input port 8 which also opens on the lower surface of the worktop 2.

  As described above, since the first and second input ports 7 and 8 are arranged side by side on the upper surface of the worktop 2, the worker can work at one place of the sink, in the present embodiment, as described above. Just by being in the vicinity of the sink 5, the first and second inlets 7, 8 and the first and second refuse containers 11, 15 fitted to these from above or connected from below can be selectively used. , Different types of garbage can be processed individually according to them, and garbage can make dry garbage sticky, make dry garbage difficult to handle, or bulky dry garbage can provide a storage space for garbage. The problem of mutual influence such as narrowing can be prevented.

  Further, since the first refuse container 11 is fitted to the first inlet 7 so as to be detachable from above as shown by the arrow B in FIG. 2, it can be quickly and easily attached and detached. However, it becomes suitable for disposal of garbage that is to be disposed of relatively frequently to prevent the emission of offensive odor, and the second trash container 15 is opened by opening the door 13 from the front side of the sink 1, It is designed to be able to be taken in and out under the worktop 2 and to be connected to a second input port 8 opened on the lower surface of the worktop 2, whereby the second refuse container 15 can be connected to the first waste container 15 as in the first embodiment. The garbage container 11 is stored in the sink 1 as a much larger container than the garbage container 11, and can accommodate a large amount of garbage in a state where it is not visible. Relatively long release It becomes suitable for the processing of dry waste.

  In short, the first and second garbage inlets 7 and 8 arranged side by side as in the present embodiment and the first and second garbage inlets 7 and 8 are fitted from above, or are put in and out under the worktop 2 and connected from below. The first and second refuse containers 11 and 15 allow different types of refuse to be properly treated according to the type.

  In addition, the first and second inlets 7 and 8 are arranged side by side in the front-rear direction of the worktop 2, thereby effectively utilizing the depth space of the sink 1 to treat the different types of refuse. Can be processed without increasing the space beside the sink 1. The second input port 8 is located in front of the first input port 7, and the second refuse container 15 is correspondingly positioned immediately in front of the sink 1, that is, immediately inside the door 13. Since the connection with the second inlet 8 is made possible, the required stroke for taking in and out is shortened, so that even the large second trash container 15 can be easily taken in and out of the worktop 2.

  However, if necessary, the first input port 7 may be located in front of the second input port 8, and in this case, the first input port 7 is used for garbage, so that the first input port 7 is frequently used, Garbage to be discarded can be easily disposed of at the input port 7 near the worker.

  In the present embodiment, the first input port 7 is for garbage, and the second input port 8 is for dry garbage. A garbage bag 21 made of a film is employed. As shown in FIG. 5, the mouth 21a of the garbage bag 21 is sandwiched between the stopper frame 22 and has a rounded upper portion of the first charging port 7 and a round shape. The first insertion port 7 is provided with a holding frame 23 that is fitted to be detachable from the upwardly-facing stepped portion 7a formed at the boundary with the lower portion. However, the present invention is not limited to this, and various containers made of hard materials can be detachably fitted and used.

  In this embodiment, in particular, an outer container 24 containing the garbage bag 21 is connected to the first inlet 7 with the use of the garbage bag 21, and a drain outlet 24 a is provided at the bottom of the outer container 24. And a drain pipe 25 is connected, and this drain pipe 25 is connected in the middle of a drain passage 26 from a drain port 5a provided at the bottom of the sink 5 as shown in FIG.

  Thereby, even if a hole is opened in the garbage bag 21 that receives the garbage from the first input port 7 in the outer container 24, or the garbage is torn, the water leaks out or the inner surface is cleaned. Moisture and a cleaning liquid can be discharged to a predetermined location, in this embodiment, to a drain 26 from the sink 5.

  The second garbage container 15 can be grasped and taken in and out by hand, and can be connected to or disconnected from the second input port 8.

  However, in the present embodiment, a support mechanism 31 as shown in FIGS. 2 to 4 for supporting the second trash container 15 as a hard resin material so that the second trash container 15 can be taken in and out of the worktop 2, 4 and 7 to 9 are provided on the support mechanism 31 to raise and lower the second refuse container 15, press the second refuse container 15 against the second input port 8 to connect the same, and release the connection. 32.

  Specifically, as shown in FIG. 2 to FIG. 4, the support mechanism 31 moves the left and right guide rails 35 on the bottom plate 33 of the sink 1 by the left and right legs 34 via the L-shaped bracket 40 in the front-rear direction of the sink 1. And mounted on both sides of the second trash container 15 between the slide rails 36 guided by the respective guide rails 35, and supported so as to be able to move back and forth. The guide rail 37 receives the upper flange 36a of the slide rail 36 from below, and the guide roller 38 provided at the rear end of the slide rail 36 and received in the guide groove 35a of the guide rail 35 guides the slide rail 36 smoothly. To be moved back and forth. By the forward and backward movement of the slide rail 36, the second refuse container 15 can be lightly moved, and the second refuse container 15 can be maintained at an appropriate height so as not to interfere with the bottom plate 33 and the second input port 8. Can be put in and out under the top 2.

  The second trash container 15 is attached to the slide rail 36 by using a metal frame member 39 attached to the lower surface of the flange portion 15a shown in FIGS. In the figure, a resin handle 41 for taking in and out is attached.

  The feeding position where the second refuse container 15 correctly opposes below the second input port 8 is regulated by the guide roller 38 abutting on a stopper piece 35b formed by bending the rear end of the guide rail 35, The concave portion 36a1 provided in the upper flange 36a of the slide rail 36 fits on the guide roller 37 on the guide rail 35, and the guide roller 38 on the slide rail 36 is provided at the bottom of the guide groove 35a of the guide rail 35. The worker can be notified that the feed position has been reached by the feeling of falling into the recess 35a1.

  The guide roller 38 on the slide rail 36 contacts the stopper protrusion 35a2 formed above the guide groove 35a of the guide rail 35 when the predetermined extraction position of the second waste container 15 indicated by the phantom line in FIG. The stopper protrusion 36a2 formed on the upper flange 36a of the slide rail 36 comes into contact with the guide roller 37 on the guide rail 35 and is regulated.

  In short, by providing the support mechanism 31 for supporting the second trash container 15 so that the second trash container 15 can be put in and out of the worktop 2, the second trash container 15 is supported and guided by the second trash container 15, and the second trash container 15 is supported. 15 can be easily moved in and out of an appropriate position without being supported by a person. However, the support mechanism 31 for this purpose is not limited to the one in the present embodiment.

  Moreover, when the second refuse container 15 is attached to the support mechanism 31, the second refuse container 15 is made hard as described above, and is not attached or detached. By the protection, various kinds of dry garbage can be processed using the garbage bag 61 that can be easily handled without being broken. In conjunction with such a usage pattern, as shown in FIGS. 3 and 6, a stop frame 62 for holding the mouth 61a of the garbage bag 61 between the rim 15b of the second trash container 15 is provided.

  As a result, although the garbage bag 61 is accommodated in the second garbage container 15 for use, the mouth 61a of the garbage bag 61 can be detached from the edge 15b of the second garbage container 15, but it is firm. And the connection as shown in FIG. 3 with the second inlet 8 of the mouth 61a of the garbage bag 61 can be reliably achieved.

  The recess 35a3 at the bottom of the groove 35a of the guide rail 35 allows the guide roller 38 to escape from the stopper projection 35a2, and the notch 35a4 at the upper end of the front end of the groove 35a allows the guide roller 38 to escape from the guide roller 37, and the second dust. The container 15 together with the slide rail 36 can be attached to and detached from the guide rail 35.

  The notch 35a5 at the upper rear end of the groove 35a of the guide rail 35 serves as an escape for the guide roller 38 when the second garbage container 15 is lifted by the elevating mechanism 32 and connected to the second inlet 8. I have.

  Therefore, the lifting mechanism 32 works between the lower flange 40a of the L-shaped bracket 40 supporting the guide rail 35 and the slide rail 36 as shown in FIGS. Specifically, resin bearing members 42, 43 are attached to the front and rear on the lower flanges 40a of the left and right brackets 40, respectively, and the front ends of the slide rails 36 are attached to the left and right bearing members 42, 42 located at these front portions. The cam 44 is pushed up from below by a roller 44a, and a cam 44 for releasing this pushing is pivotally supported by a shaft 45. The left and right bearing members 43, 43 located at the rear are provided with a rear end of the slide rail 36 by a roller. A cam 46 for pushing up from below or releasing this pushing up via 46a is pivotally supported by a single shaft 47 straddling both the left and right bearings 43, 43 so as to be integrally rotated therewith.

  Then, at least the front and rear cams 44 and 46 provided on the left and right sides are connected by link plates 48 by sharing the pivots 49 and 50 of the rollers 44a and 46a, so that all the cams 44, 44, 46 and 46 are interlocked. It is. Thus, by operating the handle 51 connected to one shaft 45 of the left and right front cams 44, 44, all of the left and right front cams 44, 44 and the left and right rear cams 46, 46 are interlockedly rotated. The front and rear slide rails 36 at the feed position can be simultaneously moved up and down.

  When the left and right slide rails 36 are lifted by the rotation of the cams 44 and 46 in one direction, the mouth 61a of the trash bag 61 is fixed to the rim 15b of the second trash container 15 supported by the cams 44 and 46. When the upward edge 62a of the stop frame 62 is pressed against an annular seal packing 64 provided at the rim of the lower opening 8b of the second inlet 8 as shown in FIGS. The mouth 61a of the garbage bag 61 housed in the garbage 15 is securely connected to the second inlet 8, so that odor and the like can be prevented from leaking.

  This connection state is stabilized by the fact that the cams 44 and 46 rotate and push up the slide rail 36 slightly beyond the top dead center, and by the shape when the cams 44 and 46 push up the slide rail 36 directly. Then, by rotating the cams 44 and 46 from this stable position in the opposite direction to the above, the left and right slide rails 36 are lowered to release the connection, and the second waste container 15 can be taken in and out. And

  In short, by providing the supporting mechanism 31 with the elevating mechanism 32 for elevating and lowering the second garbage container 15, the height of the second garbage container 15 can be taken in and out, and the second feeding port can be inserted into the second inlet at an appropriate feeding position. It can be raised and lowered appropriately and easily to the position where it is pressed and connected, and the specific configuration for this purpose is not limited to that of the present embodiment.

  In this embodiment, further, as shown in FIGS. 1, 3, and 10, the first and second inlets 7, 8 are provided with slide lids 71, 72 which can be individually opened and closed by passing up and down.

  As a result, the unused parts of the first and second inlets 7 and 8 are always kept closed to prevent the appearance of the inside, the emission of an unusual odor, and the inadvertent dropping of an object. Meanwhile, only necessary items can be opened for a necessary time, and necessary work can be performed.

  Specifically, as shown in FIGS. 3 and 10, the slide lids 71 and 72 are formed as a lower paragraph provided in common with the first and second refuse inlets 7 and 8 and a rim 73 and an outer peripheral portion thereof. It is fitted into the upper paragraph raised one step so that it can be individually slid into each other and into the insertion rim 74.

  Therefore, the first refuse input port is slid by sliding the slide lid 71 into the lower paragraph, sliding the first refuse input port 7 from above the first refuse input port 7 onto the second refuse input port 8 and above the second refuse input port 8. 7 can be opened independently, and the first waste inlet 7 can be closed independently by sliding in the opposite direction.

  By sliding the slide lid 72 into the upper paragraph and sliding the slide lid 71 from above the second waste entrance 8 onto the first waste entrance 7 on the entrance edge 74, the second waste entrance is formed. 8 can be opened independently, and the second waste inlet 8 can be closed alone by sliding in the opposite direction.

  It is conceivable that garbage is put into the sink 1 without noticing that the first garbage container 11 and the second garbage container 15 are not attached to the first and second garbage inlets 7 and 8. I hate to pollute.

Therefore, as shown in FIGS. 5 and 6, the first and second refuse containers 11 and 15 are attached between the first and second refuse input ports 7 and 8 for fitting or connecting them. Is provided with detection means including magnets 173 and 174 and reed switches 175 and 176, and the reed switches 175 and 176 on the first and second refuse inlets 7 and 8 are connected to the first and second refuse containers 11 respectively. , 15 while the presence of the magnets 173, 174 is not detected, this is displayed on the display unit 77 provided in front of the worktop 2 of the sink 1 as shown in FIG. And warn me.
It is preferable that such a warning be issued individually for the first and second waste inlets 7 and 8.

  In the present embodiment, as shown in FIGS. 2 to 4, 11 and 12, the fan 81 fits into the first and second refuse inlets 7 and 8 and these, and The outside air that has passed through the ozone generator 82 is supplied into the first and second waste containers 11 and 15 to be connected, and the first and second waste inlets 7 and 8 and the first and second waste containers are provided. The air in the chambers 11 and 15 can be appropriately suctioned and exhausted.

  Depending on the supply of outside air containing ozone, the refuse in the first and second refuse containers 11 and 15, particularly the decay of garbage, is suppressed with ozone, and the odor component generated from the garbage is decomposed with ozone. Can be deodorized. Depending on the suction and exhaust air, the air that drifts and fills the first and second refuse containers 11 and 15 and the internal space of the first and second refuse inlets 7 and 8 that lead to the first and second refuse inlets 7 and 8 is trapped between the refuse and By forcibly exhausting the stagnant air, the odor to every corner can be exhausted and removed together with the air. In the present embodiment, this exhaust is performed toward the drainage channel 26 from the sink 5, and is radiated to the atmosphere via a cell 27 to which the drainage channel 26 is connected, or to the sewer 28. Since the trap 84 is provided at the drain 5a of the sink 5, the discharged air does not rise to the sink 5 through the drain 26 together with the odor component contained therein.

  FIG. 11 schematically shows respective routes of such ozone supply and forced exhaust, and connection of the drain pipe 25 from the outer container 24 connected to the first waste inlet 7 to the drainage channel 26. .

As is apparent from this figure, the fan 81 is provided in the middle of the exhaust passage 85 from the first and second waste containers 11 and 15 and passes through the intake passage 86 to the first and second waste containers 11 and 15. The forced exhaust is performed together with the intake to the first and second waste containers 11 and 15.
On the other hand, the ozone generator 82 supplies ozone into the first and second refuse containers 11 and 15 by mixing ozone into the sucked outside air provided in the middle of the intake passage 86.

  The exhaust path 85 and the intake path 86 are opened and closed in conjunction with the turning on and off of a fan 81 by an exhaust valve 88 and an intake valve 89 which are simultaneously operated by a solenoid 87, so that the above-described intake type exhaust can be performed. . The ozone generator 82 can be individually turned on and off so that the ozone generator 82 can be operated at a more appropriate time during suction and exhaust.

  The exhaust valve 88 and the intake valve 89 of the exhaust path 85 and the intake path 86 are connected to the first and second refuse containers 11 and 15 to which the intake path 86 communicates, the exhaust path 85, and the odor in the sewer 28 to the sink 1 side. This is to prevent backflow. In addition, the exhaust valve 88 and the intake valve 89 are housed in a single valve box 111 made of resin. When the exhaust valve 88 and the intake valve 89 are closed together with the turning off of the fan 81, the air in the exhaust path 85 tends to blow out from the combined surface of the valve box 111 to the outside due to the influence of the inertial rotation of the fan 81. It is preferable that the intake valve 89 be closed with a delay from the time when the fan 81 is turned off to the time when the fan 81 ends the inertial rotation and stops.

  The sink 5 communicates with the drain passage 26, the exhaust passage 85, the exhaust valve 88, and the like. If there is a blockage in the drain passage 26, the water may flow back to the exhaust passage 85 and the exhaust valve 88 side. Therefore, as shown in FIG. 11, a detour portion 85a is provided to detour at least a position above the bottom of the sink 5 from the drainage channel 26 of the exhaust channel 85 to the exhaust valve 88.

  The supply of ozone is preferably performed when both the first and second refuse inlets 7 and 8 are closed by the lids 71 and 72 in order to prevent unnecessary emission of ozone and influence on the surroundings. Effectively suppresses the spoilage of garbage, and effectively removes the odor whenever the odor spreads in the space between the first and second garbage containers 11 and 15 and the first and second garbage inlets 7 and 8 communicating therewith. It is only necessary to be able to deodorize, and it is not necessary to carry out continuously.

  It is preferable that the exhaust accompanied by the intake work sufficiently when at least one of the first and second refuse inlets 7 and 8 is opened, and the odor diffuses into the kitchen from the opening. What is going to be done is to forcibly exhaust air into the exhaust path 85 while sucking the air in the kitchen from the openings of the first and second garbage inlets 7 and 8 so that the odor is emitted into the kitchen. It can be reliably prevented.

  When both the first and second refuse inlets 7 and 8 are closed, it is preferable to reduce the amount of waste by performing the forced exhaustion weakly or intermittently. It is convenient to supply ozone by operating the ozone generator 82 for a very short period of time.

  For such control, the lids 71 and 72 are opened and closed by the magnets 191 and 192 provided on the lids 71 and 72 and the first and second refuse inlets 7 and 8 as shown in FIG. With the reed switches 193 and 194 provided, the opening and closing of the lids 71 and 72 can be detected.

  When one of the lids 71 and 72 is opened for a predetermined time or more, it is determined that the lids 71 and 72 are inadvertently opened or forgotten to close, and a warning is issued on the display unit 77. To

  However, it is preferable that the warning that the first and second trash containers 11 and 15 are not attached and the warning that the lids 71 and 72 are forgotten to be closed be different from each other. Can be individualized.

  For fitting and connecting the first and second waste containers 11 and 15 to the first and second waste inlets 7 and 8 as described above, attaching the lids 71 and 72, and sucking and exhausting, In the embodiment, the specific structure is as follows.

  As shown in FIG. 3, FIG. 4, and FIG. 12, the upper end outward flange 94a of the resin outer box 94 in which the fan 81 and the valve box 111 are attached to the outer peripheral surface is attached to the opening 95 of the worktop 2 by metal. The two flange portions are fitted together from below through a reinforcing frame plate 90 and fitted with a resin passage cover 96 that is fitted into the opening 95 from above so that an outward flange 96a is received from below on the edge of the opening 95. 94a and 96a are integrated by a screw 97 inserted from the upper surface of the flange portion 96a, and first and second dust inlets 7, 8 having an intake passage and an exhaust passage for the forced exhaust, and a first inlet. The outer container 24 of the mouth 7 is formed.

  The outer box 94 and the passage cover 96 are large enough to accommodate both the first and second waste inlets 7 and 8, and the outer box 94 has a fan 81 mounted thereon as shown in FIGS. A second refuse inlet 8 is integrally formed in a cylindrical shape on one end, and a first refuse inlet 7 and an outer container 24 are integrally formed on the other end. Between the second refuse inlet 8 and the outer container 24, an intermediate intake passage chamber 99 communicating with the first and second refuse inlets 7, 8 at the upper portion is also integrally formed. The intermediate intake passage chamber 99 has an opening 99a in the outer peripheral surface of the outer box 94 as shown in FIG. 12, and extends from the opening 99a to the mounting portion of the fan 81 on the outer peripheral surface of the outer box 94. The suction passage of the fan 81 reaches the intermediate intake passage chamber 99 by the communication passage 101 communicating with the suction port 81a of the fan 81.

  As shown in FIG. 3, resin intake path connecting portions 102 and 103 communicating with the first and second refuse inlets 7 and 8 are fitted to the bottom outer surface portion of the outer container 24 and the upper portion of the rear outer surface thereof, as shown in FIG. Each of the connection ports 102a and 103a is opened at the rear outer surface of the outer container 24 so as to face up and down, and the intake path 86 is connected to the intake port 86 as shown by a virtual line in FIG. In the upper part of the rear wall of the outer container 24, there is provided an intake communication hole 104 that connects the inside of the outer container 24 to the intake connection portion 103 through the first refuse inlet 7. Further, at the lower end opening 8b of the second refuse input port 8, an outward communication hole 105 is provided on the outward flange 8 c to which the seal packing 64 is attached, and the second refuse input port 8 and the The second refuse container 15 connected to the intake passage connecting portion 102 is connected to the second waste container 15. The exhaust path 85 is connected to a discharge port 81 b of the fan 81.

  The passage cover 96 has cover portions 96b and 96c fitted from above in the upper portions of the upper openings of the first and second refuse inlets 7 and 8, and the intake communication hole 104 and the first refuse inlet. The mouth 7 and the outer container 24, in this embodiment, a portion that is housed therein and communicates with the garbage bag 21 that is fitted to the first garbage inlet 7, and the intermediate intake passage chamber 99 includes a first and a second garbage inlet. By covering the portions communicating with 7, 8 from above, it is possible to prevent foreign matter from entering or clogging these communicating portions.

  Further, in this embodiment, the mouth covers 121 and 122 that cover the inner circumferences of the first and second refuse inlets 7 and 8 are fitted to the passage cover 96 so as to be detachable therefrom, and the cover part 96 b The cylindrical portions 121b and 122b fit deeply into the inner periphery of the inner and outer surfaces 96c to protect not only the communication portion but also the passage configuration from the input material, and even if this is soiled, it can be removed and washed. Further, since the mouth covers 121 and 122 are divided into two parts, even if the side of the mouth cover 121 is easily soiled by garbage and needs to be frequently cleaned, it can be dealt with by removing it alone.

  In addition, the cylindrical portion 121b of the mouth cover 121 provided at the first garbage inlet 7 particularly penetrates deeply into the first garbage inlet 7 so that the garbage can be guided into the garbage bag 51 without fail. At the lower end of the outer peripheral portion, there are formed intake guides 121c and 121d for ensuring that the intake connection portion 102 and the intermediate intake passage chamber 99 communicate with the dust bag 51.

  The mouth covers 121 and 122 are formed as paragraphs formed on the upper surface of the passage cover 96, and the flange portions 121e and 122e are fitted to the portions 96d. The upper and lower dropping edges 73 and 74 for opening and closing are formed.

It is a front view showing the sink of the kitchen to which the workbench structure as an embodiment of the present invention is applied. It is a longitudinal cross-sectional view of the 1st, 2nd garbage inlet part of the sink of FIG. It is sectional drawing of the 1st, 2nd garbage inlet part of FIG. FIG. 2 is a cross-sectional view of a part of the sink of the sink in FIG. 1 and first and second refuse input ports. It is sectional drawing which shows the fitting state of the 1st refuse container. It is sectional drawing of the connection part of a 2nd refuse container. It is a perspective view which shows the raising / lowering mechanism of a 2nd refuse container. FIG. 8 is a side view illustrating a downward movement state of the lifting mechanism of FIG. 7. FIG. 8 is a side view showing a lifting state of the lifting mechanism of FIG. 7. FIG. 3 is an exploded perspective view of a part of first and second refuse inlets 7 and 8 in FIG. 2. It is a schematic diagram which shows a 1st, 2nd refuse inlet, an ozone supply path | route into a 1st, 2nd refuse container, and an intake / exhaust path. It is a cross-sectional view showing the intake and exhaust paths of the first and second refuse inlets.

Explanation of reference numerals

DESCRIPTION OF SYMBOLS 1 Sink 2 Worktop 7 1st input port 8 2nd input port 11 1st refuse container 15 2nd refuse container 21, 61 Refuse bag 22, 62 Stop frame 23 Holding frame 24 Outer container 24a Drain discharge port 31 Support mechanism 32 Elevating mechanism 71, 72 Lid

Claims (2)

An input port for charging garbage, a lid that can be opened and closed to close the input port, a trash container, a support mechanism for supporting the trash container so that the trash container can be taken in and out from the front side of the workbench, and raising and lowering the trash container. A workbench structure for a kitchen, comprising an elevating mechanism for connecting and disconnecting by pressing against the input port. The kitchen workbench structure according to claim 1, wherein the lifting mechanism is provided on a support mechanism.

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