KR20020085360A - Separately Dishwasher - Google Patents

Abstract

PURPOSE: A separable dish washer is provided to remove the inconvenience in the use of a dish washer and to easily wash dishes in a small space by using a disk washer bucket for washing. CONSTITUTION: A separable dish washer comprises a cap for automatically opening and closing the hole of a dish washer bucket(1), a water gauge(80) for measuring the level of the water in the bucket, a water supply valve(3) for supplying and blocking the water, an ultrasonic vibrator attached to the cap, and a controller connected with connecting cables(5,6,7) for controlling the function of a dish washer. The dish washer bucket is used for washing dishes. Thus, the space of the dish washer is reduced.

Description

Separate Dishwashers {Separately Dishwasher}

The present invention relates to a dishwasher, and more particularly, to a separate dishwasher to function as a washing machine using a general sink.

In general, the dishwasher is used to wash the dishes by the pressure of the washing water supplied from the circulation pump after putting the dishes in the box of the dishwasher having a certain size.

Briefly describing the configuration of the dishwasher and the operation state of the dishwasher, an upper dish pedestal and a lower dish pedestal for storing dishes in the upper and lower portions of the washing chamber are installed in the box forming the outline, and the upper pedestal is provided. And an upper injection nozzle and a lower partial injection nozzle, respectively, for spraying the washing water upward toward the corresponding dish support.

Each spray nozzle sprays the washing water by the water pressure of the washing water supplied by the washing water pump installed in the lower part of the washing machine to wash the dishes contained in each dish holder.

At this time, the upper injection nozzle is extended from the lower part of the dishwashing chamber along the sidewall of the dishwashing chamber and then connected to the free end of the bent wash water supply pipe by a connecting pipe to receive the washing water from the washing water pump. When the washing process is finished, several rinsing cycles are performed. Typically, the last rinsing cycle is sterilization and washing using high temperature washing water. After this process, the dish-drying heater installed inside the dish washing chamber is used. A drying process is performed to dry the dishes.

Various dishes can be easily washed using the dishwasher configured as described above, but when the dishwasher is used in the kitchen, it takes a lot of trouble to wash a small amount of dishes as well as a problem that takes up a lot of space. Due to the relatively high price and separate installation of drainage related facilities, the installation was difficult.

Accordingly, the present invention is to solve the above-described problems, and to automatically open and close the washing water contained in the sink, the stopper and the water level measuring the height of the washing water contained in the sink, water supply to open and close the supply of the washing water It is equipped with a valve, an ultrasonic vibrator attached to the stopper for cleaning, and a controller which is connected to the connection cable and connected to the connection cable to control the dishes according to the input cleaning conditions, thereby washing dishes using an existing sink. The purpose of the dishwasher is to use the space occupied by the kitchen, making the kitchen more spacious and eliminating the hassle of using the existing dishwasher, while providing an easy-to-install and inexpensive dishwasher.

1 is a perspective view of the installation of the present invention

2 is a block diagram of the present invention

3 shows the controller of the present invention,

(A) The front view

(B) the side view

Figure 4 shows the stopper of the present invention,

(A) The front view

(B) that plan

(C) the bottom view

(D) its perspective view

5 is an enlarged cross-sectional view of the plug shown along the cutting line A-A line of FIG.

6 is a view showing a state in which the stopper and the guard of the present invention mounted on the sink,

(A) The top view

(B) the front view

(C) the perspective view

Figure 7 shows the water gauge of the present invention,

(A) The perspective view

(I) The cross section

(C) is an enlarged view of Part A of the above (B)

(D) is an enlarged view of part B of the above (b)

Figure 8 is an enlarged cross-sectional view showing that the water gauge of the present invention is mounted on the water gauge insertion table

9 is a control block diagram of the present invention

<Explanation of symbols for the main parts of the drawings>

0: sink 1: water tank 2: waste container 3: water supply valve 4: water pipe

5, 6, 7: Connection cable 20: Controller 21: Power connector

22, 25: water supply valve connection terminal 23, 26: water gauge connection terminal 24, 27: plug connection terminal

28: High water level setting button 29, 31, 33, 35, 37: LED (LED) window 30: Quantity setting button

32: Course select button 34: Wash time input button 36: Rinse frequency input button 38: Start button

39: Numeric display window 40: Power switch 41: Speaker 50: Plug 51: 1st valve

51A: Water level gauge insertion hole 52: 1 Primary packing 53: 1 Primary valve support 54: Secondary valve 55: Secondary packing

56: secondary valve support 57: solenoid cover 58: tightening bolt 59: sole shaft A 60: sole shaft B

61: stopper 62: bobbin 63: solenoid coil 64, 71: sealing 70: ultrasonic oscillator

80: water gauge 81: water level 82, 83, 84: water level detection terminal 85: high water level detection terminal

86: middle level detection terminal 87: low level detection terminal 88: low level detection terminal

90: sensing switch 91: movable part holder 92: movable part 93: locker 94: coil spring

95: switch terminal A 96: switch terminal B

100: water gauge insertion table 200: control unit 300: input unit 301: water level selection means

302: quantity selection means 303: course selection input means 304: washing time selection means

305: Rinse frequency selection means 306: Start, pause input means 307: Water level detection means

308: water level detecting means 400: output portion 401: LED display means 402: speaker operating means

403: time display part display means 404: water supply valve control means 405: drain valve control means

500: ultrasonic generator 501: ultrasonic generator 600: power input means

Separating type washing machine according to the present invention for achieving the above object and ultrasonic generating means 501 for generating ultrasonic waves in the center of the upper surface of the stopper (50); A drain valve control means 405 provided with a secondary valve 54 serving as a stopper in the stopper 50 to open and close the stopper; A water supply valve control means 404 for controlling the inflow of the washing water; Water level detecting means (307) for measuring the quantity of the sink 1; Water level detecting means for detecting whether the level gauge 80 is mounted (308); A controller 20 for appropriately controlling the means from the input means 301 to 305 for receiving the washing form and the display means 401 to 403 for displaying the washing form; Characterized in that each is configured.

In addition, a feature of the present invention is to perform the function of the dishwasher by using the sink 1 of the existing sink (0).

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention will be described as follows.

As can be seen in Figure 2 the present invention is a water supply valve (3) for controlling the supply of the wash water to the sink (1) of the sink (0), and a water gauge (80) for measuring the height of the water contained in the sink (1) And an ultrasonic vibrator 70 for generating ultrasonic waves, a stopper 50 for draining the washing water of the sink 1, and a controller 20 for controlling them collectively.

3 is a view illustrating the controller 20 of the present invention, and the water level setting button 28 for setting any one of the water level detection terminals 82, 83, and 84 attached to the water level gauge 80 as a water level sensor. ) And an LED window 29 for displaying the same, a quantity setting button 30 for determining the quantity of the washing water contained in the sink 1 and an LED window 31 for displaying the same, and selecting a washing course Course selection button 32 and LED window 33 for displaying the same, and washing time input button 34 for inputting the washing time to operate the ultrasonic vibrator 70 to perform the cleaning and display it From the LED window 35, the rinsing frequency input button 36 for inputting the number of rinses, the LED window 37 for displaying the same, and the input of the buttons 28, 30, 32, 34, 36 Numeric display window 39 to display the washing time, and the washing machine A start button 38 for alternately inputting a start and a pause, a speaker 41 for generating a constant sound when cleaning is completed, a power switch 40 for inputting power to the controller 20, and Connection terminals (22 to 27), etc. for connecting the power supply terminal 21, the water supply valve 3, the water gauge 80, the stopper 50 to which the external power is input, using the connection cables 5, 6, and 7 It consists of.

5 is an enlarged cross-sectional view of the stopper 50 of the present invention, in which the water gauge insertion hole 51A through which the water gauge insertion stand 100 of the water gauge 80 is forcibly inserted is penetrated up and down, and the secondary valve 54 ) And primary and secondary packings (52, 55) and the primary valve (51), which acts as a stopper of the sink (1), and is fitted into the upper outer periphery of the primary valve (51) and airtight with the sink (1). To support the primary packing 52, the primary valve 51 and the solenoid cover 57 for fixing and maintaining the primary valve support 53, the coil 63 and the bobbin 62 A solenoid cover 57 fixed by a tightening bolt 58 to the primary valve support 53, an ultrasonic vibrator 70 fitted inside the secondary valve 54 to generate ultrasonic waves, and a primary valve. Secondary packing 55 is fitted on the outer circumference to maintain airtightness with the 51 and serves as a stopper 1 with the primary valve 51 and is contained in the sink 1 by the controller 20. Washing water automatically A secondary valve 54 for opening and closing, a secondary valve support 56 for connecting the secondary valve 54 and the sole shaft A 59, and one end of the sole shaft A 59 are fitted to the sole shaft A 59. In order to limit the movement of the sole shaft B 60 and the sole shaft B 60 for opening and closing the secondary valve 54, the sole shaft B 60 is moved up and down by the magnetic force lines induced by the coil. It consists of a stopper 61 fitted to one end of the.

The level gauge insert 100 is for mounting the level gauge 80 as shown in (b), (d) of FIG. 4 and FIGS. 5 and 8, and the stopper 50 of the primary valve 51 It is fitted into the water gauge insertion hole 51A.

The water level gauge 80 is for detecting the water level of the sink 1 as shown in FIG. 7, and is provided in the water level 81 consisting of the water level detection terminals 82 to 88 and the water level insertion unit 100. It consists of a sensing switch 90 to know whether the water level 80 is mounted.

The water supply valve 3 is connected to the water pipe 4 to supply and shut off the washing water to the sink 1 (opening and closing the water supply valve 3 by solenoid operation). It will be omitted.

The waste container 2 of Figure 6 is fitted to the bottom surface of the sink sink of the general sink to collect the dirt.

Seals 64 and 71, which are not described in FIG. 5, are O-rings for maintaining airtightness, and the movable part 92 of FIG. 8 inserts the sensing switch 90 of the water gauge 80 into the water gauge insertion table 100. The spring spring 94 is compressed and moved upward to contact the switch terminal A 95 and the switch terminal B 96 to inform the controller 20 of the insertion of the water gauge 80, and the locker 93. Is inserted into the water gauge insertion table 100 is to prevent the water gauge 80 is easily pulled out.

In FIG. 7D, the movable part holder 91 is a body of the sensing switch 90.

The process of washing the separate dishwasher configured as described above is as follows.

An external power source is connected to the power supply terminal 21 of the controller 20, and a connection cable 5, which is connected to the water supply valve 3, the water gauge 80, and the stopper 50, is connected to the external connection terminals 22, 23, and 24 6 and 7) respectively connecting;

After attaching the stopper 50 to the sink 1 (see FIG. 6), insert the water level gauge 80 into the water level insertion part as shown in FIG. A second step of injecting into the sink 1 (detergent injection is manual);

Put the dishes to be cleaned on the dish holder by using various well-known means (hereinafter referred to as the dish holder) that can put the dirty dishes vertically in the sink 1, and then press the power switch 40 to control A third step of inputting power to the cell 20;

In order to input the water level, washing water quantity, course selection, washing time, and rinsing frequency, press various setting and input buttons (28, 30, 32, 34, 36) located on the front of the controller 20 to enter each input condition. In accordance with the respective LED of the LED window (29, 31, 33, 35, 37) is turned on, and the washing time required for the total cleaning is the fourth step displayed on the number display window 39,

When the start button 38 of the controller 20 is pressed from the fourth step, the water supply valve 3 is turned on, and the water level detection terminal 85 of the water level gauge 80 previously inputted by the water quantity setting button 30 is pressed. To supply the wash water to the sink 1 by the height of one of the terminals (86, 87, 87), the process of turning on the water supply valve (3) and the detection of the water level gauge (80), the off of the water supply valve ( A fifth step of performing an OFF) process;

A sixth step of generating ultrasonic waves in the ultrasonic vibrator 70 during the washing time displayed on the numeric display window 39 to perform washing by ultrasonic waves;

When the washing is completed by the sixth step, when the power is applied to the solenoid coil 63 of the stopper 50 to drain the contaminated washing water, the sole shafts A, B (59, 60) move upward and at the same time, 2 The secondary valve support 56, the secondary valve 54, the secondary packing 55, and the ultrasonic vibrator 70 are lifted up from the primary valve 51, so that the secondary packing 55 and the primary valve 51 are removed. A seventh step in which drainage is carried out between;

An eighth step of closing the secondary valve (54) opened in the seventh step to rinse the dishes and opening the water supply valve (3) again to supply rinsing water to the sink (1) to perform rinsing;

A ninth step of opening a secondary valve 54 of the stopper 50 after rinsing to drain the rinsing water and generating a beep sound to the speaker 41 to indicate that the cleaning is finished; Operation is made.

The water level setting button 28 of the controller 20 is for preventing the water from overflowing into the sink 1, and after inserting the water gauge 80 into the water gauge insertion hole 51A, the bottom of the sink 1 is lower than the height of the sink 1. By setting the water level detection terminals (82, 83, 84) of the water level gauge (80) located in the controller, when the water level of the wash water reaches the water level detection terminals (82, 83, 84) of the set level 80, the controller (20). ) Performs drainage by opening the secondary valve 54 of the stopper 50 for a certain time. (The reason why there are several water level detection terminals 82, 83, and 84 in the water level gauge 80) The height of sink 1 is different.)

In the present invention, the cleaning process is performed using the ultrasonic vibrator 70, but the result of the present invention can be obtained by using a propeller and a driving motor instead of the ultrasonic vibrator 70.

As described above, since the detachable washing machine according to the present invention performs washing by using the sink of the sink, the dishwasher can be easily washed even in a narrow space, as well as eliminating the inconvenience of using the existing dishwasher and simplifying the installation. In addition, product prices are lowered.

Claims (5)

A water supply valve connected to the water pipe and opened / closed by an electrical signal; A controller for inputting the washing method and displaying the washing time and the washing progress and controlling the washing machine comprehensively; An ultrasonic vibrator for generating ultrasonic waves; Plugs for opening and closing sinks by electrical signals; A water level gauge for measuring the height of water in the sink; Detachable dishwasher, characterized in that divided into. The water level setting button of claim 1, further comprising: a water level setting button for setting a water level reference value called a control; Quantity setting button for setting the water level required for washing; A course selection button for setting the washing type; A washing time input button for setting a washing time; Rinse frequency input button for setting the rinse frequency; And a numeric display window displaying the time to be washed by the input of the input setting buttons. A power connection terminal to which the external power is input; A water supply valve connecting terminal for inputting power to the water supply valve; A water gauge connecting terminal for receiving a water level from the water gauge; Plug connection terminal for inputting power to the ultrasonic vibrator and drain solenoid valve; Separable dishwasher, characterized in that consisting of. The valve of claim 1, wherein the plug comprises: a primary valve for supporting the secondary valve; Primary packing to keep the sink bottom and airtight; A primary valve support for supporting the cover to the primary valve; A secondary valve which is acted as a stopper with the primary valve and has been penetrated above and below the level insertion hole into which the level gauge insert is fitted; Primary packing and secondary packing to maintain air tightness; A secondary valve support for connecting the secondary valve and the brush shaft A; A cover covering a solenoid driven to open and close the secondary valve; Separable dishwasher, characterized in that consisting of. The method of claim 1, The water level gauge includes a water level including a high level detection terminal, a high level detection terminal, a medium level detection terminal, a low level detection terminal, and a low level detection terminal to measure the water level; And a sensing switch for detecting whether the water level is inserted into the water level insertion table; Removable dishwasher, characterized in that consisting of. The method of claim 1, Separation dishwasher, characterized in that the control line is provided with a water supply valve connection terminal, a water level connecting terminal, a stopper connecting terminal that can be inserted two or more sets of connecting cable connecting jack.