KR20100137741A - Sink attachment type dish washing apparatus - Google Patents

Abstract

PURPOSE: A dish washer integrated with sink is provided to maximize space utilization effect so that the inner space of the sink can be utilized as a dish washing space. CONSTITUTION: A dish washer(1) integrated with sink comprises sink(10), a first water tub(20), a second water tub(30), a first injection nozzle(40), a second injection nozzle(50), a water supply pump(70), a nozzle cooperating unit(80), a detergent supply unit(90) and a controller(100). A first through-hole of the sink is formed on the floor and second through-holes are formed on both sidewalls of the sink and a pips is connected to one side of the floor of the sink. The first water tub is installed on the lower part of the sink. The second water tubs are installed on both sides of the sink and are communicated with the first water tub by a communicating pipe. The first injection nozzle is rotatably installed on the floor of the sink, is communicated with the first through-hole and sprays the water from the first water tub into the sink.

Description

SINK ATTACHMENT TYPE DISH WASHING APPARATUS}

The present invention relates to a sink-integrated dishwashing apparatus, and more particularly, to a sink-integrated dishwashing apparatus that is formed integrally with the sink to utilize the sink of the sink as a dishwashing space.

The dishwashing device was developed to reduce housework of housewives by automating dishwashing, and is usually used on one side wall of the kitchen or on one side of the sink.

However, when the dishwashing device is arranged in a line with other household appliances on one wall of the kitchen, it takes up a large space and the worker's work path required for the dishwashing is long, and there is a separate installation space for water supply and drainage. And there is a problem that takes installation work.

In addition, when the dishwasher is used on the upper side of the sink, even if it is not used, it occupies a lot of the work space of the relatively narrow sink, thereby reducing the space efficiency of the sink, and a separate installation space for water supply and drainage and There is a problem that requires installation work.

In addition, in the case of the conventional dishwashing apparatus is provided with a plurality of spray nozzles in which the spray direction is fixed in one direction or through the configuration to rotate the spray arm formed with a spray nozzle horizontally to spray the washing water from the top to the bottom or vice versa, In this case, there is a problem in dispensing direction, so the dishwashing effect is also reduced, and there is a problem in that a dead space in which the washing water does not touch at all, such as a corner portion where walls of the dishwashing device meet each other, is particularly concave There is a problem that can not be sprayed evenly in the water, it takes a lot of time and a large amount of washing water in dishwashing.

Recently, as part of space utilization, dishwashers using sinks have been developed, such as washing dishes by placing dishes in sinks and immersing them in water and then vibrating them with ultrasonic vibrators or rotating washing brushes. There is a problem that falls and is not sanitary as well as the noise is generated.

An object of the present invention is to provide a sink-integrated dishwashing device to maximize the space utilization effect by being integrated into the sink using the empty space of the sink.

Another object of the present invention, the rotatable spray nozzle is installed on both sides as well as the bottom surface of the sink to increase the cleaning effect as the washing water is injected throughout the inner space and at the same time to shorten the cleaning time and the worker's movement It is to provide a sink-integrated dishwashing device to minimize the amount of work and work.

In the above-described objects of the present invention, in a sink-integrated dishwashing device which is integrally installed in a sink equipped with a faucet and washes dishes in the sink, a first through hole is formed on a bottom surface and a second through hole is formed on both side walls. And a sink to which a drain pipe is connected to one side of the bottom surface, a first tank installed at a lower portion of the sink, and a second tank installed at both sides of the sink and communicating with the first tank by a communication pipe path; A first spray nozzle rotatably installed on the bottom surface of the sink and connected to the first through hole to spray washing water in the first tank into the sink, and to rotate on the opposite side walls of the sink respectively; A second spray nozzle which is installed so as to be in communication with the second through hole and sprays the washing water in the second tank into the sink; A water supply tank connected to a pipe line, one end is connected to the water supply tank and the other end is connected to the first water tank to forcibly transfer the water in the water supply tank to the first tank to generate the injection pressure It is connected to the water supply pump and the first injection nozzle to rotate the first injection nozzles in all directions and at the same time connected to the second injection nozzle through the communication pipe to interconnect the second injection nozzles to rotate. A controller connected to the nozzle interlocking mechanism, the cleaner supplying unit connected to the first tank to supply the cleaner to the first tank, and a controller installed in the sink to control the operation of the water supply pump, the nozzle interlocking mechanism and the cleaning agent supplying unit. It is achieved by providing a sink-integrated dishwashing device comprising a.

According to a preferred feature of the invention, the air blower is installed on one side of the first tank to provide the air volume for drying the dish into the first tank to be discharged to the first and second injection nozzle, and the air blower and The air blower is interposed between the first water tank to control the air flow rate supply control valve is further made, the controller also controls the operation of the air blower and the air flow rate supply control valve.

According to a preferred feature of the invention, the heater is installed in the first tank further comprises a heater for heating the air volume of the washing water or the air blower in the first tank, the controller also controls the operation of the heater.

According to a preferred feature of the present invention, the sink is installed to be opened and closed on the upper surface of the sink so that the washing water discharged from the first and second jet nozzle during dishwashing flows down to the bottom without splashing outside the sink It further comprises a sink opening and closing cover for closing the open top of the.

According to a preferred feature of the invention, it is made detachably mounted in the sink and therein further comprises a dish loading network in which dishes for washing are loaded.

According to a further preferred feature of the invention, the first injection nozzle, the first nozzle head guide is installed in communication with the first through-hole on the bottom surface of the sink, rotatably installed on the first nozzle head guide A first spherical nozzle head through which a first nozzle pipe is formed, a first connecting rod connected to the first spherical nozzle head, and integrally formed at an end of the first connecting rod and rotatably connected to the nozzle interlock mechanism It comprises a first spherical connector, the second injection nozzle, the second nozzle head guide which is installed in communication with the second through hole on both side walls of the sink, and rotatably installed in the second nozzle head guide And a second spherical nozzle head through which the second nozzle pipe is formed, a second connecting rod connected to the second spherical nozzle head, and integrally formed at an end of the second connecting rod. It comprises a second spherical connector that is rotatably connected to the nozzle interlocking mechanism.

According to a more preferred feature of the invention, the first one side of the first spherical nozzle head is formed integrally with the first flat portion which forms the same plane as the bottom surface of the sink when the first injection nozzle is not used, the second On the outer side of the spherical nozzle head, when the second injection nozzle is not in use, a second planar portion which is coplanar with both side walls of the sink is integrally formed.

According to a further preferred feature of the invention, the plurality of first injection nozzles are arranged in a plurality of rows spaced apart at a predetermined interval on the bottom surface of the sink, the plurality of second injection nozzles are arranged on both side walls of the sink do.

According to a further preferred feature of the invention, the nozzle interlock mechanism, the first nozzle rotation guide is installed in the first water tank and the first spherical connector is rotatably seated respectively, and the first nozzle rotation guide transverse A first guide connecting rod interconnecting the first guide rod, a nozzle interlocking driving arm interconnecting the first guide connecting rods in a longitudinal direction, and a rotating shaft for a driving arm protruding from a lower surface thereof, and installed in the second water tank and the second guide connecting rod; A second nozzle pivoting guide to which the spherical connector is rotatably seated; a second guide connecting rod interconnecting the second nozzle pivoting guide in a lateral direction; and both ends of the nozzle linkage driving arm through the communication pipe; A nozzle interlocking driven arm interconnecting the two nozzle rotation guides, a stepping motor installed on a lower surface of the first tank, and a shaft of the stepping motor. And a rotary plate which is directly connected to the rotary plate, a slider installed in the rotary plate so as to be linearly movable and coupled to the rotary shaft for the driving arm, and a solenoid mechanism installed on both sides of the rotary plate and linearly moving the slider.

According to a further preferred feature of the invention, the nozzle interlocking driven arm is formed by a plurality of plates are hinged by a connecting pin so that it can be bent freely.

According to an even more preferable feature of the present invention, the food waste treatment apparatus is installed on the drain pipe of the sink further comprises a food processor to filter the food waste contained in the waste water discharged through the drain pipe and to discharge it to the outside.

According to the sink-integrated dishwashing apparatus according to the present invention, since the internal space of the sink sink can be used as a space for dishwashing, the sink is integrated into the sink so that the space utilization effect can be maximized.

In addition, as the washing water is sprayed not only on the bottom surface of the sink but also on both side walls by the first and second spray nozzles, the washing water can be sprayed over the entire inner space, thereby increasing the washing effect and reducing the washing time. It works.

In addition, since the first and second spray nozzles for spraying the washing water are rotated by interlocking with the nozzle interlocking mechanism, the washing water can be provided in the entire inner space without the dead zone where the washing water does not reach as the washing water is sprayed in various directions. Is further increased and at the same time has an excellent effect to further shorten the cleaning time.

In addition, after the dish is finished, the tableware may be dried by supplying the air volume of the air blower, and the dried tableware may be stored until use.

In addition, the sink-integrated dishwashing device according to the present invention has an excellent effect of reducing the amount of work without adding the copper wire of the worker because it uses the existing sink as it is.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, which are intended to describe in detail enough to be able to easily carry out the invention by one of ordinary skill in the art, This does not mean that the technical spirit and scope of the present invention is limited.

1 and 2 is a schematic structural diagram of a sink-integrated dish washing apparatus according to the present invention during the dish washing operation, Figure 3 is a detailed structural diagram of the sink, Figure 4 is for the first and second tank and water supply A detailed structural diagram of the water tank is shown, a detailed structural diagram of the first and second nozzles is shown in FIG. 5, a detailed structural diagram of the nozzle interlocking mechanism is shown in FIG. 6, and a 90 degree angle of the nozzle interlocking mechanism is shown in FIGS. 7A to 7E. The rotational operation for each interval is shown, Figure 8a to 8e is a linear movement operation of the nozzle linkage mechanism is shown, Figure 9 is a detailed structural diagram of the opening and closing cover for the sink.

The sink-integrated dishwashing apparatus 1 according to the present invention is an apparatus which is integrally installed in a sink having a faucet 3 connected to a water supply pipe 5 to wash dishes in the sink 10. As shown in Figure 9, the first through hole 11 is formed on the bottom surface and the second through hole 13 is formed on both side walls and the drain pipe 15 is connected to one side of the bottom surface ( 10), the first water tank 20 installed in the lower portion of the sink 10, and the second water tank installed on both sides of the sink 10 and communicated with the first water tank 20 by the communication pipe 31. 30 and a first spray which is rotatably installed on the bottom surface of the sink 10 and communicates with the first through hole 11 to spray the washing water in the first tank 20 into the sink 10. The nozzle 40 and both sides of the sink 10 are rotatably installed in all directions and communicate with the second through hole 13 to wash the water in the second tank 30. The second injection nozzle 50 for spraying into the sink 10, the water supply tank 60 connected to the water supply line 5 of the tap water (3), and one end to the water supply tank 60 And the other end is connected to the first tank 20, the water supply pump 70 for generating a spray pressure by forcibly transferring the water in the water supply tank 60 to the first tank 20, and the first injection nozzle Is connected to the 40 to rotate the first injection nozzle (40) in each direction and at the same time connected to the second injection nozzle (50) through the communication pipe 31 to interlock the second injection nozzle (50) to rotate To the nozzle interlocking mechanism 80, the first water tank 20, and the cleaning agent supply unit 90 for supplying the cleaning agent into the first water tank 20, the water supply pump 70 and the nozzle interlocking. It comprises a controller 100 for controlling the operation of the instrument 80 and the detergent supply unit 90.

Here, the sink 10 is installed on the upper surface of the sink to form the internal space for dish washing of the sink-integrated dishwashing apparatus 1 according to the present invention, is formed in the shape of an open box on the upper surface, The first through hole 11 for the installation of the first injection nozzle 40 is formed on the bottom surface, and the second through hole 13 for the installation of the second injection nozzles 50 is formed on both side walls. The drain pipe 15 is connected to one side of the surface.

A first water tank 20 is installed below the sink 10, and the first water tank 20 is a water tank in which the washing water to be sprayed through the first injection nozzle 40 is stored. The injection nozzle 40 and a part of the nozzle interlocking mechanism 80 for rotating the first injection nozzle 40 in all directions are provided. The first communication hole 21 is formed in the first water tank 20 to communicate with the first through hole 11.

The second tank 30 is installed at both sides of the above-described sink 10, and the second tank 30 is a tank in which the washing water to be sprayed through the second spray nozzle 50 is stored. 20 is communicated with the first water tank 20 by the communication pipe 31 for interlocking the first and second injection nozzles 40 and 50 by the nozzle interlock mechanism 80 at the same time water is supplied from A portion of the nozzle interlocking mechanism 80 for rotating the second injection nozzle 50 and the second injection nozzle 50 in all directions in conjunction with the first injection nozzle 40 is provided therein. That is, the communication pipe 31 connects the first water tank 20 and the second water tank 30 to serve as a pipe for supplying the washing water of the first water tank 20 to the second water tank 30, and at the same time, interlock nozzles. It serves as a guide for causing the driven arm 86 to rotate the first injection nozzle 40 accurately to the second injection nozzle 50. The second communication hole 33 is formed in the second water tank 30 to communicate with the second through hole 13.

In the first through hole 11 formed on the bottom surface of the sink 10 described above, the first injection nozzle 40 is rotatably installed in all directions, and the first injection nozzle 40 includes the first through hole ( 11, the first nozzle head which is installed in communication with the first through-hole 11 in the bottom surface of the sink 10 by spraying the washing water in the first tank 20 into the sink 10 ( 41, a first spherical nozzle head 43 and a first spherical nozzle head 43, which are rotatably installed in the first nozzle head guide 41 and through which a first nozzle pipe 43a is formed. And a first spherical connector 47 integrally formed at an end of the first connecting rod 45 and rotatably connected to the nozzle interlocking mechanism 80.

In other words, the first spherical nozzle head 43 is coupled to the first spherical nozzle head 43 by a first connecting rod 45 and is similarly coupled to the ball joint so as to be rotatable in all directions to the first nozzle head guide 41. As the first spherical connector 47 is coupled to the nozzle interlock mechanism 80 similarly to the ball joint so as to be able to rotate in all directions, the first spherical nozzle head 43 is interlocked by the nozzle interlock mechanism 80. The water is rotated in the first nozzle head guide 41 in an omnidirectional manner to flush the washing water in the first tank 20 into the sink 10.

Particularly, it is preferable that the first planar portion 43b is integrally formed on an outer side of the first spherical nozzle head 43, and the first planar portion 43b is a sink when the first spray nozzle 40 is not in use. 10) and one point of vertical intersection with the first nozzle pipe 43a of the first spherical nozzle head 43 at a 90 degree angle, which serves to form the same plane as the bottom surface of the first nozzle pipe 43a. By cutting horizontally to the center line of the plane is formed in a plane parallel to the first nozzle pipe (43a).

The first injection nozzle 40 is preferably arranged in a plurality of rows with a plurality of spaced apart from the bottom surface of the sink 10 at a predetermined interval, for this purpose, the first through hole 11 is also provided in the first injection nozzle 40 In order to correspond, a plurality of the spaced apart from the bottom surface of the sink 10 at regular intervals are formed through a plurality of rows.

On both side walls of the sink 10 described above, the second spray nozzles 50 are rotatably installed in all directions, and the second spray nozzles 50 communicate with the second through-holes 13 to form a second tank ( By spraying the washing water in the sink 30 into the sink 10, the second nozzle head guide 51 and the second nozzle head guide installed on both side walls of the sink 10 in communication with the second through hole 13, A second spherical nozzle head 53 rotatably mounted to the second spherical nozzle line 53a and a second connecting rod 55 connected to the second spherical nozzle head 53; And a second spherical connector 57 integrally formed at an end of the second connecting rod 55 and rotatably connected to the nozzle interlocking mechanism 80.

In other words, the second spherical nozzle head 53 is coupled to the second spherical nozzle head 53 by a second connecting rod 55 and is similarly coupled to the ball joint so as to be rotatable in all directions to the second nozzle head guide 51. As the second spherical connector 57 is coupled to the nozzle interlocking mechanism 80 similarly to the ball joint so that it can be rotated in all directions, the second spherical nozzle head 53 is interlocked by the nozzle interlocking mechanism 80. The washing water in the second water tank 30 is sprayed omnidirectionally into the sink 10 while being rotated omnidirectionally within the second nozzle head guide 51.

Particularly, it is preferable that the second planar portion 53b is integrally formed on an outer side of the second spherical nozzle head 53, and the second planar portion 53b is a sink when the second spray nozzle 50 is not in use. 10 and the one side of the second spherical nozzle head 53, which intersects at a 90 degree angle with respect to the second nozzle pipe line 53a, serves to form the same plane as both side walls of the second nozzle pipe line 53a. By cutting horizontally to the center line of the plane is formed in a plane parallel to the second nozzle pipe (53a).

It is preferable that the plurality of second injection nozzles 50 are arranged on both side walls of the sink 10 at a predetermined interval, and for this purpose, the second through hole 13 also corresponds to the second injection nozzle 50. On both sides of the wall (10), a plurality of pieces are separated by a predetermined interval and formed through.

A water supply tank 60 is connected to the water supply line 5 of the faucet 3, and the water supply tank 60 forms washing water into the first and second tanks 20 and 30. By preliminarily storing the water to be added, it is preferable to be installed in the lower portion of the first water tank 20 in the sink. The water supply control valve 63 is installed on the connection pipe 61 connecting the water supply line 5 and the water supply tank 60 of the tap water 3 to each other. May be automatically controlled by the controller 100, or may be controlled by manual operation according to the embodiment.

The water in the water supply tank 60 described above is forcibly transferred to the first tank 20 by the water supply pump 70 and the second tank 30 through the communication pipe 31 in the first tank 20. The water supply pump 70 provides a pumping force for forcibly transferring water in the water supply tank 60 to the first and second tanks 20 and 30, and at the same time, the first and second The washing water in the water tanks 20 and 30 serves to generate the injection pressure to be injected at high pressure through the first and second injection nozzles 40 and 50, one end (inlet side) of the first pipe line 71 It is connected to the water supply tank 60 by the other end thereof is connected to the first tank 20 by the second pipe (73). The pump control valve 75 is installed on the second conduit 73.

The nozzle interlocking mechanism 80 is connected to the first spray nozzle 40 described above, and the nozzle interlocking mechanism 80 rotates the first spray nozzle 40 in all directions and at the same time through the communication pipe 31. The second injection nozzle 50 is also connected to serve to rotate by interlocking the second injection nozzle 50, is installed in the first water tank 20 and the first spherical connector of the first injection nozzle (40) The first nozzle pivoting guide 81 to which 47 is rotatably seated, the first guide connecting rod 82 for interconnecting the first nozzle pivoting guide 81 in the transverse direction, and the first guide connecting rods 82, respectively. ) Is connected to the longitudinal direction and the nozzle interlocking drive arm (83) having a drive shaft rotating shaft (83a) protruding on the lower surface thereof, and installed in the second water tank (30) and the second of the second injection nozzle (50) The second nozzle rotation guide 84 and the second nozzle rotation guide 84 on which the spherical connectors 57 are rotatably seated, respectively, are placed in the horizontal direction. A nozzle interlocking driven arm 86 for interconnecting both ends of the nozzle interlocking driving arm 83 and the second nozzle pivoting guide 84 through a second guide connecting rod 85 to connect to each other and a communication pipe 31; Stepping motor 87 is installed on the lower surface of the first tank 20, the rotary plate 88 is rotated in direct connection to the shaft 87a of the stepping motor 87, and the linear movement within the rotary plate 88 And a solenoid mechanism 89 installed on both sides of the rotary plate 88 and linearly moving the slider 88a.

The first spherical connector 47 of the first injection nozzle 40 is coupled to the first nozzle rotation guide 81 similarly to a ball joint, and the second injection nozzle 50 is connected to the second nozzle rotation guide 84. The second spherical connector 57 is coupled similarly to a ball joint.

The first guide connecting rod 82 and the nozzle interlocking driving arm 83 are connected to each other to be orthogonal to each other. For this purpose, the nozzle interlocking driving arm 83 has a U-shaped coupling groove for coupling with the first guide connecting rod 82. 83b is formed in the lower surface.

The nozzle interlocking driven arm 86 which interconnects both ends of the nozzle interlocking driving arm 83 and the second nozzle rotating guide 84 through the communication pipe 31 may be bent freely, as if it were a metal watch band. Similarly, a plurality of plates 86a are formed hinged by the connecting pins 86b.

The rotating plate 88 is formed with a guide hole 88b for guiding the linear movement of the slider 88a. The solenoid mechanism 89 is a kind of electromagnet that moves the slider 88a by magnetic force to rotate the plate 88. It is installed to extend in the same straight line with the guide hole (88b) on both sides of the.

Therefore, in the nozzle interlocking mechanism 80 having the above-described structure, when the stepping motor 87 rotates, as shown in FIGS. 7A to 7E, the rotation plate 88 directly connected to the shaft 87a is rotated. While rotating, the slider 88a is also integrally rotated, and the drive shaft rotation shaft 83a is also rotated by the rotation of the slider 88a, so that the nozzle interlocking drive arm 83 also moves in correspondence with the rotation of the rotation shaft 83a for the driving arm. While the first guide connecting rod 82 cross-connected to the nozzle interlocking drive arm 83 is moved, the first injection nozzle 40 coupled to the first nozzle rotation guide 81 in accordance with the movement of the first guide connecting rod 82. The first spherical connector 47 of) is operated, and as a result, the first spherical nozzle head 43 connected to the first spherical connector 47 by the first connecting rod 45 is disposed in the first nozzle head guide 41. Rotating in to spray the washing water in the omni-directional direction from the bottom surface of the sink (10).

In addition, the second guide connecting rod (85) connected to both ends of the nozzle linked driving arm (83) by the nozzle linked driven arm (86) in accordance with the movement of the nozzle linked driving arm (83) is moved by the second connecting rod (55). The second spherical nozzle head 53 connected to the second spherical connector 57 is rotated in the second nozzle head guide 51 to spray washing water from both side walls of the sink 10 in all directions.

In addition to the interlocking action of the nozzle interlock mechanism 80 by the rotation of the stepping motor 87 described above, as shown in FIGS. 8A to 8E, the slider 88a is rotated by the operation of the solenoid mechanism 89. As the linear movement within the) can move the nozzle interlocking drive (83) in a variety of ways it is possible to change the spraying direction of the washing water more variously.

The above-described rotation operation of the nozzle interlocking mechanism 80 by the rotation of the stepping motor 87 and the linear movement operation of the nozzle interlocking mechanism by the operation of the solenoid mechanism 89 may be formed in combination with each other, according to an embodiment. The operation of the solenoid mechanism 89 may be repeated once by one rotation operation of the stepping motor 87.

The detergent supply unit 90 is connected to the first tank 20 described above, and the detergent supply unit 90 supplies the first tank from the water supply tank 60 by supplying the detergent into the first tank 20. 20) serves to mix the cleaning agent into the water introduced into, the cleaning valve 93 for determining whether to supply the cleaning agent on the pipe (91) connecting the cleaning unit supply unit 90 and the first water tank (20) It is provided.

The controller 100 is installed in the above-described sink, and the controller 100 controls the operation of the water supply pump 70, the nozzle interlocking mechanism 80, and the cleaning agent supply unit 90 to integrate the sink according to the present invention. By controlling the overall operation of the dish washing apparatus 1, it is formed in the form of a printed circuit board designed according to a control algorithm for the entire operation.

An air blower 110 may be installed at one side of the above-described first water tank 20, and the air blower 110 may provide the air volume into the first water tank 20 after washing the dishes to spray the first and second sprays. It serves to dry the dishes so as to be discharged to the nozzles 40 and 50, and has a configuration of a general dryer capable of generating hot or cold air.

The air flow rate supply control valve 120 is interposed in the conduit 111 connecting the air blower 110 and the first water tank 20, and the air flow supply control valve 120 opens and closes the conduit 111. As a result, the air volume generated from the air blower 110 serves to supply or block the first water tank 20.

The air volume supply control valve 120 may be controlled to be opened only when the air blower 110 is operated and closed when the air blower 110 is not in operation. Such an air blower 110 and the air volume supply control valve 120 may be controlled. The operation of the control unit 100 is controlled by the above-described controller, and FIG. 10 shows an integrated dish washing device according to the present invention during the dish drying operation by the operation of the air blower 110 and the opening of the air volume supply control valve 120. A schematic structural diagram of 1) is shown.

The heater 130 may be installed in the above-described first tank 20. The heater 130 serves to heat the amount of air generated from the washing water or the air blower 110 in the first tank 20. In the terminal side of the heater 130 protruding into the first tank 20, a heater control switch 131 is provided to determine power supply to the heater 130. The operation of the heater control switch 131 may be automatically controlled by the controller 100, or in some embodiments may be controlled by a manual operation.

The upper surface of the sink 10 may be installed to open and close the sink opening and closing cover 140, the sink opening and closing cover 140 is the first and second injection nozzles 40 and 50 at the time of dish washing In order to close the open top of the sink 10 so that the washing water discharged from the water flows down to the bottom without splashing outside the sink 10, as shown in Figure 9, the top of the sink 10 A sliding handle 141 is provided at one end thereof, and a winding roller 143 for winding up the opening / closing cover 140 for a sink is provided at one end thereof.

In the above-described sink 10, the dish loading network 150 is detachably mounted. The dish loading network 150 is loaded with dishes for washing, drying or storing therein, and the tableware is shown in FIG. A schematic structural diagram of the sink-integrated dishwashing apparatus 1 according to the present invention during the dish storage operation using the loading network 150 is shown.

The sink-integrated dishwashing apparatus 1 according to the present invention may further comprise a food processor 160 installed on the drain pipe 15 of the sink 10, which is a food waste processor 160. In order to filter the food waste contained in the waste water discharged through) to be dried and then discharged to the outside, although not shown in detail, it may be made to further include a filter net and a known drying means and sterilization means to the outside. .

When not using the sink integrated dishwashing apparatus 1 according to the present invention can be used in the same manner as the general sink, Figure 12 is a schematic structural diagram of the sink integrated dish washing apparatus 1 according to the present invention in the use of sink do. In this case, the first flat portion 43b of the first spray nozzle 40 is exposed to form the same plane as the bottom surface of the sink 10, and the second flat portion 53b of the second spray nozzle 50 is exposed. The sink 10 may be formed in the same manner as the general sink sink as it is exposed to form the same plane as both side walls of the sink 10.

Therefore, in the case of the sink-integrated dishwashing apparatus 1 according to the present invention as described above, the internal space of the sink 10 of the sink can be utilized as a space for dishwashing as it is integrally installed in the sink, thereby utilizing space. Can be maximized, and the washing water can be sprayed throughout the inner space as the washing water is sprayed not only on the bottom surface of the sink 10 but also on both side walls by the first and second spray nozzles 40 and 50. The washing time can be shortened and the washing time can be shortened. As the first and second spray nozzles 40 and 50 for spraying the washing water are rotated in cooperation with the nozzle interlocking mechanism 80, the washing water is sprayed in various directions. Not only can the wash water be provided in the entire inner space without the dead zone where the wash water does not reach, but also after the dish washing is completed, May be dried, it is possible to keep dry before using the completed dish.

1 and 2 is a schematic structural diagram of a sink integrated dishwashing apparatus according to the present invention during dishwashing operation.

3 is a detailed structural diagram of the sink in the sink integrated dish washing device according to the present invention.

4 is a detailed structural diagram of a sink and integrated dish washing device according to the present invention, the first and second tanks and the water supply tank.

5 is a detailed structural diagram of the first and second nozzles in the sink integrated dish washing apparatus according to the present invention.

Figure 6 is a detailed structural diagram of a nozzle interlock mechanism in the sink integrated dish washing device according to the present invention.

7a to 7e is a sink operation integrated dishwashing apparatus according to the present invention, the operation of rotation by 90 degrees angle intervals of the nozzle linkage mechanism.

8a to 8e is a linear movement operation of the nozzle interlock mechanism in the sink integrated dish washing apparatus according to the present invention.

9 is a detailed structural diagram of a sink opening and closing cover in a sink integrated dish washing apparatus according to the present invention.

10 is a schematic structural diagram of a sink integrated dish washing device according to the present invention during dish drying operation.

Figure 11 is a schematic roughness of the sink-integrated dishwashing device according to the present invention in storage.

12 is a schematic structural diagram of a sink-integrated dishwashing device according to the present invention being used in a sink.

Explanation of symbols on the main parts of the drawings

1: sink dish integrated device according to the present invention

10: sink 20: first tank

30: 2nd water tank 40: 1st injection nozzle

50: second injection nozzle 60: water supply tank

70: water supply pump 80: nozzle interlock mechanism

90: cleaning agent supply unit 100: controller

110: air blower 120: air flow control valve

130: heater 140: opening and closing cover for sink

150: tableware loading network 160: food waste processor

Claims (11)

In the sink-integrated dishwashing device that is integrally installed in the sink equipped with water faucet for washing dishes in the sink, A sink through which a first through hole is formed on a bottom surface and a second through hole is formed on both side walls, and a drain pipe is connected to one side of the bottom surface; A first tank installed below the sink; Second tanks installed at both sides of the sink and communicating with the first tank by a communication pipe; A first injection nozzle rotatably installed on the bottom surface of the sink and communicating with the first through hole to spray washing water in the first tank into the sink; Second injection nozzles rotatably installed on both side walls of the sink and connected to the second through hole to spray washing water in the second tank into the sink; A water supply tank connected to the water supply line of the tap water; A water supply pump having one end connected to the water supply tank and the other end connected to the first tank and forcibly transferring water in the water supply tank to the first tank to generate an injection pressure; A nozzle interlocking mechanism connected to the first injection nozzles to rotate the first injection nozzles in an upward and forward direction, and at the same time to the second injection nozzles through the communication pipe to interlock and rotate the second injection nozzles; A detergent supply unit connected to the first tank and supplying a detergent into the first tank; And And a controller installed in the sink to control the operation of the water supply pump, the nozzle interlock mechanism, and the detergent supply unit. The method according to claim 1, An air blower installed at one side of the first tank to provide air flow for drying the dish into the first tank to be discharged to the first and second injection nozzles, and interposed between the air blower and the first tank And an air volume supply control valve for controlling whether the air blower is supplied with the air blower, wherein the controller also controls the operation of the air blower and the air flow supply control valve. The method according to claim 2, And a heater installed in the first tank to heat the amount of washing water or the air blower in the first tank, and the controller also controls the operation of the heater. The method according to claim 1, The sink is installed on the upper surface of the sink so as to open and close, and closes the open top of the sink so that the washing water discharged from the first and second jet nozzles does not splash out of the sink but flows downward. Sink integrated dishwasher characterized in that it further comprises an opening and closing cover. The method according to claim 1, Removably mounted in the sink, the sink integrated dishwashing apparatus further comprises a tableware loading network is loaded with dishes for cleaning therein. The method according to any one of claims 1 to 5, The first injection nozzle may include a first nozzle head guide installed on the bottom surface of the sink so as to be in communication with the first through hole, and installed in the first nozzle head guide to be rotatable and having a first nozzle pipe passage formed therethrough. And a first spherical nozzle head, a first connecting rod connected to the first spherical nozzle head, and a first spherical connector formed integrally at an end of the first connecting rod and rotatably connected to the nozzle interlock mechanism. under, The second injection nozzle may include a second nozzle head guide installed on both side walls of the sink so as to be in communication with the second through hole, and rotatably installed in the second nozzle head guide and having a second nozzle pipe passage formed therethrough. And a second spherical nozzle head, a second connecting rod connected to the second spherical nozzle head, and a second spherical connector integrally formed at an end of the second connecting rod and rotatably connected to the nozzle interlock mechanism. Sink integrated dishwasher characterized in that. The method according to claim 6, The outer side of the first spherical nozzle head is integrally formed with a first flat portion which forms the same plane as the bottom surface of the sink when the first injection nozzle is not used, And an outer side of the second spherical nozzle head is integrally formed with a second flat part which forms the same plane as both side walls of the sink when the second jet nozzle is not in use. The method of claim 7, The first injection nozzle is arranged in a plurality of rows of the plurality of spaced apart at a predetermined interval on the bottom surface of the sink, and the plurality of second injection nozzles are arranged on both side walls of the sink. Washing device. The method according to claim 8, The nozzle linkage mechanism may include: a first nozzle pivoting guide installed in the first water tank and the first spherical connector being rotatably seated; and a first guide connecting rod interconnecting the first nozzle pivoting guide in a lateral direction; And a nozzle interlocking drive arm having the first guide connecting rods interconnected in the longitudinal direction and having a driving shaft rotating thereon, and a second spherical connector installed in the second water tank and rotatably seated therein. 2 nozzle rotation guide, a second guide connecting rod for interconnecting the second nozzle rotation guide in the transverse direction, and nozzle interlocking for connecting the both ends of the nozzle interlocking drive arm and the second nozzle rotation guide through the communication passage; A driven arm, a stepping motor installed on a lower surface of the first tank, a rotating plate which is rotated in direct connection with an axis of the stepping motor, and It installed so as to be movable in a straight line around the plate and is provided on the slider and, on both sides of the rotary plate coupled to the driving rotary shaft Arms integral sink dish washer device comprising the solenoid mechanism for linearly moving the slider. The method according to claim 9, The nozzle interlocking driven arm is a sink integrated dish washing device, characterized in that the plurality of plates are hinged by a connecting pin to be bent freely formed. The method according to any one of claims 1 to 5, And a food processor disposed on the drain pipe of the sink so as to filter the food waste contained in the sewage discharged through the drain pipe and to dry the food waste.

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