KR20080083911A

KR20080083911A - Many way 3d jet dish washwer

Info

Publication number: KR20080083911A
Application number: KR1020070024757A
Authority: KR
Inventors: 송영일
Original assignee: 송영일
Priority date: 2007-03-14
Filing date: 2007-03-14
Publication date: 2008-09-19

Abstract

A multi 3D jet dish washer is provided to prevent dishes from being dirty again even if the washing water including detergent drops by mounting roller washing impellers at outer walls and a lower side of the body. A square fixed washing part is fixed at a body(1). Washing pipes(19) which are connected with a washing motor are connected to an upper end in the fixed washing part by pipes. Washing impeller fixed pipes(19-1) are vertically installed at lower ends of the washing pipes. Roller washing impellers(11,12,13) are connected with the washing impeller fixed pipes. Washing impeller fixed pipes(19-3) are connected at ends of the washing impeller fixed pipes. Fixed part rings are installed at the outside of the washing impeller fixed pipes to reduce friction. Washing impeller rotary shafts are fixed at the center in the roller washing impellers. Rollers(10-1) are installed at two ends of the roller washing impellers.

Description

Multi-Directional Dishwasher Washer {MANY WAY 3D JET DISH WASHWER}

1 is a front view of a dishwasher with limited washing and rinsing in both directions (up and down) only

Figure 2 is a front view of the multi-directional three-dimensional jet washing machine of the present invention

Figure 3 is an incision perspective view and an enlarged D-D cut out the essential parts of the present invention

Figure 4 is an enlarged cross-sectional view (A, B) of the horizontal return guide to the impeller washing and rinsing of the present invention

(Name of code of code for main part of drawing)

1: washing impeller 2: rinsing impeller

10: door part washing room 20: body

13: Rinse water pipe 14: Washing water pipe

15: washing motor 16: rinsing motor

22: Impeller Horizontal Return Guide 23: Door Operation Handle

24: sight window A: washing impeller roller

B: Washing impeller rotating shaft assembly C: Washing nozzle

D: Rinse impeller roller E: Rinse nozzle

F: Rinse impeller rotating shaft assembly

I: washing impeller rotating shaft J: rinsing impeller rotating shaft

The present invention in the automatic dishwasher by washing the rotating impeller for the water pressure only in the upper and lower directions of the main body by washing the dish in a multi-angle, multi-directional manner, the washing is done, to double the efficiency of the automatic dishwasher, In order to achieve a more economical, clean and safe kitchen culture dishwasher system that does not leave detergent residues upon completion of washing to rinsing operation, it is an object of the present invention.

In general, when looking at the automatic dishwasher used in the prior art, mainly divided into the household dishwasher (built-in dishwasher) as shown in Figure 1 in the front door used in the home and the commercial dishwasher used in large restaurants, companies, and government offices. Can be. In addition, a commercial dishwasher is a rack-type dish washer configured to put a dish storage basket (hereinafter referred to as a rack) containing dishes used in a general restaurant into a washing machine, that is, a standing door with a vertically rising door. It can be divided into automatic dishwasher (Fig. 3) and conveyor dishwasher (Fig. 2) as shown in Fig. 2, where the number of people drinking water is more than 500 to several thousand dishes. First, look at the household dishwasher (Fig. 1), as shown in Figure 1 open the dish storage basket, that is, the rack (30) in the front of the washing machine by opening the door into the washing machine and after the completion of cleaning again the door in the front of the washing machine Open and take out That is, the outlet and inlet are the same, and the washing impeller can be installed in the upper, lower, left, right, and rear of the washing machine except the front side. In particular, Japanese Laid-Open Patent Publication No. 14-209827, "a dishwasher equipped with nozzles for plural washing and rinsing" is possible. In addition, the conveyor dishwasher as shown in Figure 2 is a dishwasher is put in the direction of the dish flow shown in Figure 2 riding on the conveyor belt, the rinsing and drying after passing through the washing chamber in the order of the washing machine outlet, rotary washing impeller Installation of the dishwasher, that is, the right side and the left side of the dishwasher is impossible. Looking at the granular door dishwasher, put the bowl in the rack 30 as shown in Fig. 3, and then put it into the center of the washer and then lower the door (6) to operate the washer. After raising, the rack 30 is taken out of the dishwasher to organize the dishes. The characteristic of the granular door dishwasher is that the rack 30 put into the washing machine is freely accessible from the front, left, and right except the rear of the main body 1. In order to be able to wash a large amount of dishes in a short time, a plurality of racks (30) are provided, and the dishes put into the washing machine are put in the rack (30) for washing until the dishes to be washed next are finished. . The rack 30 containing the finished dishes is removed from the front and the opposite side of the sink to organize the dishes. Of course, it can be pulled out again in the direction of the sink, which is the loading direction, but it can interfere with the next cleaning operation and cannot expect a quick cleaning. Thus, the granular door dishwasher has a rotary upper washing impeller 7-1 and an upper rinsing impeller 21 mounted on the upper part of the main body, as shown in FIG. There is a rotary lower washing impeller 7-2 and a lower rinse impeller 22 mounted on the lower part of the inside. That is, washing and rinsing are performed in a dish washing machine having a vertically bidirectional dish (hereinafter referred to as a 'bidirectional dishwasher').

In detail, the conventional type dishwasher used in the prior art has a washing and rinsing process from the top to the bottom, from the bottom to the top, and only in both directions, so that the entire dish in the rack 30 and the front of each dish are Not only can no one deny the reality that you can not want a strong and clean cleaning, even after installing the rotary washing impeller (11, 12, 13) on the front, left, and right as shown in Figure 3 The washing impellers (11, 12, 13) stopped at an arbitrary position is hindered when the rack 30 is taken out or inserted as shown in FIG. 3, and the washing impellers (11, 12, 13) are opened in order to insert the rack (30). Entry and exit is possible after horizontal alignment with the lower surface of (6). In addition, in the rotary upper washing impeller (7-1) mounted on the upper inside of the dishwasher main body (1), the washing water containing the detergent for washing the dish continues to drop onto the rinsed dishes even after the rinsing is completed to contaminate the dishes again. There is even the detergent residue of tableware. In order to remove the residual washing water in the upper washing impeller (7-1), allow time for the residual washing water to fall off before the rinsing operation after the washing operation is completed, or remove the upper washing impeller (7-1) and clean it by the inner shell of the door. In some cases, the nozzles are fixed to the pipe 19 in combination with the nozzles, but the cleaning time is long or the cleaning spray angle is limited.

In particular, for Korean tableware with many concave dishes, the desire for strong washing power and clean and safe rinsing with a two-way dishwasher method is not much different from a two-wheel drive car going too hard and steep on a steep road. will be. This is the reality that no one can deny the need for a more powerful but safe dishwasher, and we can say that it is a task we must solve.

The present invention is to solve the problems of the conventional dishwasher as described above, that is, the technical problem that the present invention is to achieve, in the hope of this age that our advanced kitchen culture and the third generation automatic dishwasher will come out It will be a solution. To solve the above problems at once, boldly discard the upper and lower two-way washing spray method, and as described in the beginning, the upper washing impeller (7-1) mounted at the center of the main body is deleted to remove the upper washing impeller ( The washing water remaining inside 7-1) is prevented from falling directly to the tableware by gravity, and the washing impellers 11, 12, 13, 14, and 15 are multi-directional (5 directions before and after 5 directions) for strong cleaning. , Left, right, and bottom) is the way to install and use, and in order to do so, the implementation and operation of a proper device according to this can be said. Accordingly, as shown in FIG. 12, the washing pipe 19 is installed at the outer surface of the rack guide 31 on which the rack 30 is seated, and the four pipes (front, rear, left and right) are positioned at the center of the inside of the main body. Roller washing impellers and cleaning impellers (11, 12, 13, 14) are connected to each other so that the washing is performed in a direction, and the lower washing impeller 15 is installed in the lower center of the inside of the washing chamber so that washing from the lower part to the upper part of the main body is performed. Washing is performed in five rooms, and after the washing is completed, the washing water remaining in the washing impellers 11, 12, 13, and 14 installed outside the range of the rack 30 as shown in FIG. 12 is also outside the range of the rack 30. This will prevent the re-contamination of the dishes and the amount of detergent remaining on the dishes. Thus, the present invention has been devised to achieve a more powerful and clean cleaning and safe kitchen culture, the purpose of which consists of a rotary washing impeller up and down on five sides (front, rear, left, right, bottom). By rotating the rinsing impeller (21, 22) to perform the washing and rinsing operation, it can be achieved, the washing impeller (11, 12, 13) of the front and left and right when the door is raised, the lower part of the fixed washing (7) Because it rotates at the center position should be horizontally aligned with the bottom of the door 6, but the rack 30 containing the dish is not limited in movement. To this end, the horizontal return guide mounting portion 102 is provided under the door 6 so that the horizontal return guide 101 can be mounted, and the horizontal return guide 101 has a washing impeller 10 when the door 6 is raised upward. One end of each end of the. At this time, a resistance occurs in the joint surface of the washing impeller 10 and the horizontal return guide 101. The roller impeller 10-1 is mounted on both ends of the impeller 10 so that the impeller 10 does not interfere with the horizontal return. The roller 10-1 rotates when the roller 10-1 contacts the horizontal return guide 101. To remove the friction force, so the washing impeller 10 wants the horizontal return, and the roller washing impeller fixed pipe 19-1 has an inclination angle to be perpendicular to the horizontal return guide 101 and the roller 10-1. As shown in FIG. 10C, the angle 6 is leaned inward to the inside of the door 6 to be in contact with the upper surface of the roller 10-1 and the horizontal return guide 101 at right angles to deform and pinch the roller washing impeller 10. By minimizing the frictional force and the obstacles to the vertical rise of the door 6, the technical problem of the multi-directional washing machine, the standing door dish washer without detergent residue is established.

The present invention is a dish storage basket that can be arranged to hold a variety of bowls, that is, the rack 30 is configured to be built, the interior is configured in the form of a space, washing spraying and rinsing spraying means is equipped with washing and rinsing In the automatic dishwasher having various means to help power the gastric washing system at the lower part of the main body, in particular, the whole of the door of the dishwasher, that is, the front, left, and right sides are integrally formed and rises vertically. In the common door dishwasher,

According to the present invention, as shown in Fig. 4, the upper part of the dishwasher has a fixed fixed washing part 7 in the form of a space inside the fixed body with the main body 1, and the fixed washing part 7 is brought into contact with the sliding. The lower door (6) is configured to be vertically opened and closed by the door guide (8), the washing pipe (19) connected to the washing motor 61 and the pipe on the left rear of the fixed washing (7) fixed washing (7) The fixed pipe is connected to the inner upper end of the pipe, and as shown in FIG. 5, the upper and right sides of the washing pipe 19 are formed with the N-shaped washing pipe 19 connected to the pipe, and the N-shaped washing pipe with the L-shape. At the lower end of each side of (19), the washing impeller fixed pipe (19-1) located at the midpoint of each side of the fixed washing upper portion (7-1) is vertically connected to the pipe to the lower end position of the fixed washing upper portion (7). Consists of front and left and right side washing impeller pipe (19-1) The roller washing impeller (11, 12, 13) equipped with the roller 10-1 is connected to each other, the rear and the lower portion of the general washing impeller without the roller 10-1 is connected, configuration C of Figure 10 As shown in FIG. 14, the roller washing impeller 10 at the end of the washing impeller fixed pipe 19-1 on the front, left, and right sides forms an angle to be leaned toward the inside of the washing machine as shown in FIG. 10) is configured so as not to interfere with each other in the washing impeller fixed pipe (19-1), and also to secure more washing space can prevent the size of the washing machine to increase by the washing impeller (10) and to wash the dish blowing force Is configured to be concentrated in the rack 30, the washing impeller fixed pipe (19-1) at the end of the washing water jet projection (19-2) and the roller washing impeller 10 is fixed to the washing impeller fixed shaft ( 19-3) are configured to be connected to each other, the washing impeller The fixed impingement ring (10-7) and the cleaning impeller rotating shaft (10-8) fixed in the middle of the roller cleaning impeller (10) to reduce the friction is assembled in order, and the roller cleaning impeller (10) is a cleaning impeller The washing impeller fixed bolt (10-5) is connected to the washing impeller fixed shaft (19-3) so as not to be separated from the shaft (19-3), and the roller washing impeller (10) and the washing impeller fixing bolt (10-5) In order to reduce the rotational friction between the rotating ring ring (10-6) is assembled and configured, the washing water jet projection (19-2) is inserted into the washing water injection hole (10-10) of the roller washing impeller (10) more than half When the washing water pressure is well transmitted to the nozzles 10-9 of the roller washing impeller 10, both ends of the roller washing impellers 11, 12, and 13 at the front and the left and right sides thereof are shown in FIG. The rollers 10-1 are attached to each other. For a wide radius of the nozzle 10-9, the roller 10-1 is mounted on the opposite side of the surface where the nozzle 10-9 of the roller cleaning impeller 10 is formed, and the rotational force of the cleaning impeller is The direction of 9) is configured to obtain the rotational force by ejecting the washing water in the opposite direction to the center of the washing impeller fixing bolt (10-5), to minimize the width of the roller washing impeller (10) in order to secure the maximum washing space. To this end, as shown in the enlarged view of FIG. 7, a portion of the end of the roller washing impeller 10 is reduced in width by the width of the roller 10-1, and the end of the roller washing impeller 10 is formed in a semicircle. In the center, the roller fixing shaft 10-3 is formed so that the roller 10-1 can be fixedly mounted, and the ring 10-4, which reduces the frictional force of the roller 10-1, first has the roller fixing shaft 10 -3), and then the roller 10-1 is assembled to the roller fixing shaft 10-3, and the roller 10-1 is fixed to the roller fixing shaft 10-D as shown in FIG. 3) The roller fixing bolt 10-2 is assembled and assembled to the roller fixing shaft 10-3 so as not to separate from the roller fixing bolt, and the frictional force is reduced between the roller fixing bolt 10-2 and the roller 10-1. The ring 10-4 is assembled. Here, the circumferential size of the roller 10-1 is designed to be larger than the semicircle of the end of the roller washing impeller 10 as shown in FIG. 9 so that the roller washing impeller 10 contacts the horizontal return guide 101 with the roller washing impeller 10. The roller 10-1, which is not the end of the end, is contacted to reduce the frictional force, and the vertically rising door 6 is configured to be manually opened and closed by various links and spring tensions. The lower end of the door 6 consisting of three sides has a U-shape, and each of the horizontal return guide mounting parts 102 on which the horizontal return guide 101 formed in the n-shape can be mounted on each side of the bottom of the door 6, respectively. The upper surface of the n-shaped horizontal return guide 101 of each surface is configured on the surface to form an angle so as to vertically coincide with the inclination angle of the roller washing impeller fixed pipe (19-1) of each surface of the door (6), At the end of the rinsing water pipe (23) consisting of a rinsing motor 70 and the piping connection The upper and lower rinsing impellers 21 and 22 are formed in the upper part.

It operates as follows of the present invention configured as described above.

First, hold the door handle 5 of the door 6 on the top of the main body 1 of the dishwasher and lift it up to open the door 6 between the main body 1 and the door 6 fixed in the open position by the spring tension and linkage. After putting the rack 30 sorting the dishes into the rack guide 31 inside the washing machine, and close the door 6 again, the washing machine starts to operate. The washing motor 61 connected to the washing tub 60 is operated so that the washing water passes through the washing pipe 19 and passes through the washing impeller fixed pipe 19-1 of the lower, front, rear, left and right nozzles of the washing impeller ( 10-9) is sprayed through the spray water and washing is performed. At this time, each of the washing impellers (11, 12, 13, 14, 15) is a rotational force is generated by the washing water pressure is ejected from the nozzle (10-9) configured in the opposite direction with respect to the washing impeller rotating shaft (10-8) This rotational force allows the nozzles 10-9 to be close to the dishes contained in the rack 30 so as to be able to be strongly cleaned in every corner. After the washing is completed, the remaining washing water of each washing impeller (11, 12, 13, 14) is discharged to the nozzle (10-9), but is mounted at a position outside the range of the rack 30 containing the dish as shown in FIG. Each of the cleaning impellers 11, 12, 13, 14 may be used to prevent detergent residues and recontamination. After the washing is completed, the rinsing operation is started by the upper and lower rinsing impellers 21 and 22, and when the rinsing operation is finished, the rack 30 containing the dishes is opened vertically of the door 6 to discharge from the washing machine. At this time, any one of the rollers 10-1 mounted at both ends as shown in Figure 13 of the front, left and right roller washing impellers (11, 12, 13), the rotation stops at an arbitrary position after the end of cleaning as shown in FIG. Roller 10-1 of the door 6 is vertically in contact with the horizontal return guide 101 mounted on the bottom of the front, left, right side of the door 6 and the E portion of Figure 15 as the door 6 rises vertically, The roller washing impellers 11, 12, and 13 are horizontally aligned with the horizontal return guide 101 when the door 6 is raised about the roller washing impeller rotation shaft 10-8, and is horizontally aligned. When the door 6 is opened close to the roller washing impeller rotating shaft 10-8, the roller washing impellers 11, 12, 13 are completely horizontally aligned with the horizontal return guide 101, as shown in FIG. 11. Live from the worker's perspective. All of the work is completed, the rack containing the clean dishes 30 is not only the front, it is possible to freely access to the left, right sides.

As described above, in the multi-directional three-dimensional jet washing system, in the standing door dishwasher in which the door is vertically opened and closed, the rack 30 containing the dishware when the washing impeller is installed vertically on the front and left and right sides is prevented from entering and exiting the inside of the washer. Compared to the conventional two-way washer system, which can only be cleaned up and down bidirectionally, washing impellers 11, 12, 13, 14, and 15 installed in the front, rear, left, right, and bottom of the main body are multi-directional, respectively. By washing in multiple angles, the washing impellers 11, 12, 13, 14, and 15, except for the upper part of the main body, as well as the implementation of a fast and powerful washing system, are provided with the outer walls (front, rear, left, right) and the lower part of the main body. It is not possible to recontaminate utensils even if the washing water containing detergent drops because it is mounted outside the range of the rack 30, and detergent residue cannot exist in the utensils, and it is sufficient to realize a clean and safe dining table with stronger washing. . In addition, this can be said to be a very useful invention that can reduce the labor cost due to the improvement of work force and the washing system concentrated in the main body to maximize the energy saving effect by preventing the heat of the valuable heat from being radiated to the outside of the main body.

Claims

The present invention relates to a system for three-dimensional washing of automatic dishwashers for use in large restaurants and restaurants of public buildings, in particular, small of the commercial dishwasher vertically lifts and lowers the door (6), tableware in the interior space The rack 30 for storing and storing the door 30 into the upper front or left and right sides of the washer main body 1, and the lower side is a granular door tableware equipped with various washing powers and heating devices and various means. In the washer,

On the upper side of the dishwasher, there is a fixed washing upper portion 7 having a main body 1 and a fixed inside, which is a space, and a washing pipe connected to the washing motor 61 on the left rear side of the fixing washing portion 7. (19) is fixed to the inner pipe of the fixed washing portion (7), the fixed window is formed, and the cleaning pipe (19) formed with the letter A and the letter A formed on the front and right surfaces at the top of the cleaning pipe (19), At the lower end of each surface of the washing pipe (19) of the W-shape and located at the midpoint of each surface of the fixed washing upper portion (7), the washing impeller fixed pipe (19-1) is vertically connected to the fixed washing upper portion (7) Piping connection is configured to the lower end position, and washing impeller (11, 12, 13) is connected to the washing impeller fixed pipe (19-1) of the front and left and right, respectively, and the washing impeller is fixed to the front, left and right, respectively End of pipe (19-1), roller washing impeller (10) is assembled An inclination angle is formed inwardly, and the washing impeller main shaft (19-3) is fixed to the washing water ejection outlet (19-2) and the roller washing impeller (10) at the end of the washing impeller fixed pipe (19-1). ) Is configured to be connected to each other, the washing impeller rotating shaft fixed to the inside of the fixed impeller ring (10-7) and the roller washing impeller (10) to reduce the friction force to the outside of the washing impeller fixed shaft (19-3) 10-8) is assembled and the washing impeller fixed bolt (10-5) is connected to the washing impeller axle (19-3) so that the roller washing impeller (10) does not come off from the washing impeller (19-3). Is configured, between the roller washing impeller 10 and the washing impeller fixing bolt (10-5) is configured to assemble the rotary ring (10-6) to reduce the rotational friction force, washing water jet projection (19-2) is roller washing It is assembled in the washing water input hole (10-10) of the impeller 10 is characterized in that it is configured to enable multi-directional, multi-angle three-dimensional washing I sense that the dishwasher door

According to claim 1, Roller washing impeller (10); Roller washing impellers each mounted at the end of the washing impeller fixed pipe 19-1 to apply the multi-directional three-dimensional washing system to the front, left, and right sides of the main body of the granular door dishwasher and to prevent detergent residues in the dishes. 10, the washing water jet protrusion (19-2) and the roller washing impeller (10) is fixed to the rotating impeller (19-3), which is configured to rotate, respectively, the front, left and right roller washing impeller (11, The rollers 10-1 are mounted at both ends of the 12 and 13, respectively. For a wide radius of the nozzle 10-9, the roller 10-1 is mounted on the opposite side of the surface where the nozzle 10-9 of the roller washing impeller 10 is formed, and the rotational force of the roller washing impeller 10 is The direction of the nozzle 10-9 is configured to obtain the rotational force by ejecting the washing water opposite to the center of the washing impeller fixing bolt 10-5, the end of the roller washing impeller 10 by the width of the roller 10-1 It is configured to reduce the width of the part, the end of the roller washing impeller 10 is configured in a semi-circular shape, the center of the semi-circle is configured a roller fixing shaft (10-3) so that the roller 10-1 is fixedly mounted, The ring 10-4, which reduces the frictional force of the roller 10-1, is first assembled to the roller fixed shaft 10-3, and the roller 10-1 is assembled to the roller fixed shaft 10-3. The roller fixing bolt 10-2 is connected to the roller fixing shaft 10-3 so that the roller 10-1 is not separated from the roller fixing shaft 10-3, and the roller fixing bolt 10- Friction force between 2) and roller 10-1 It is assembled constituting the ring (10-4) to reduce. Here, the circumferential size of the roller 10-1 is designed to be larger than the semicircle of the end of the roller washing impeller 10 so that the end of the roller washing impeller 10 when the roller washing impeller 10 is in contact with the horizontal return guide 101. The roller 10-1 is not in contact with each other and configured to reduce friction by using the rotational force of the roller 10-1, and the roller washing impellers 11 and 12 of the front, left and right surfaces when the door 6 is raised, 13) the roller 10-1 is configured to be mounted so that each roller washing impeller (11, 12, 13) can be horizontally aligned with the lower end of the door (6) the front and left, Upright door dishwasher, characterized in that free access to the right side

The method of claim 2, further comprising: a horizontal return guide (101); The bottom of the door 6, which is composed of three sides of the front and left and right sides, has a U-shape, and a horizontal return guide 101 which can be mounted with a n-shaped horizontal return guide 101 on each side of the bottom of the door 6, respectively. The mounting portion 102 is U-shaped and is configured on each surface, and the upper surface of the n-shaped horizontal return guide 101 on each surface is perpendicular to the inclination angle of the roller washing impeller fixed pipe 19-1 on each surface of the door 6. An angle is formed so as to coincide with each other, and either of the rollers 10-1 of the rollers 10-1 at both ends of the roller washing impeller 10 moves forward of the door 6 as the door 6 rises vertically. It is configured to be in contact with each of the horizontal return guide (101) mounted on the lower left, right side, each roller washing impeller (11, 12, 13) is a door around the roller washing impeller rotating shaft (10-8) (6) is configured to horizontally match the lower end of the door (6) while rotating due to the horizontal return guide 101 on each side, the door (6) When the lower end of the door closes to the roller washing impeller rotating shaft (10-8) and the door (6) is opened, the roller washing impellers (11, 12, 13) are completely horizontally matched with the horizontal return guide (101) and are multi-directional. Granular door dishwasher, which enables multi-dimensional washing