KR101511606B1

KR101511606B1 - Dishwashing automation system

Info

Publication number: KR101511606B1
Application number: KR20140081756A
Authority: KR
Inventors: 명형진
Original assignee: 명형진
Priority date: 2014-07-01
Filing date: 2014-07-01
Publication date: 2015-04-13
Also published as: WO2016003152A1

Abstract

A dishwashing automation system is provided to accurately and rapidly separate a food tray and bowls and dishes, to precisely clean and dry the same, and to automatically organize the cleaned and dried food tray and bowls and dishes by separating bowls and dishes such as a soup bowl, a rice bowl, side dishes, and lids placed on the top of a food tray from the food tray at the food tray separating unit; cleaning twice and drying the bowls and dishes separated form a first dish cleaning unit and a second dish cleaning unit; arranging the cleaned and dried bowls and dishes at the dish organizing unit; cleaning twice and drying the food tray separated from the food tray separating unit; and automatically loading the food tray onto the food tray automatic loading unit.

Description

[0001] Dishwashing automation system for separating bowl and plate from each other [

The present invention relates to a dishwashing automation system for separating and washing a bowl and a plate, and more particularly, to a dishwashing automation system for separating a plate and a bowl from a dishwasher, And a dishwashing automation system for separately washing a dish and a plate for arranging a plate and a bowl.

Generally, dishwashers automatically clean and dry large quantities of dishware, which are installed in large restaurants that serve mainly meals, such as hotels, hospitals, schools, factories, and military.

A dishwasher for automatically washing a large amount of tableware is provided with a conveyor for transporting food plates up and down. A washing chamber and a rinsing chamber for spraying washing water and rinsing water are provided on the conveying plate, Is installed.

However, on the plate coming into the dishwasher, the bowl is placed at the same time, so that the person separates the bowl and the plate, and the plate is separated manually by the worker, one by one, with the bowl (rice bowl, rice bowl, There is a problem in that it is inconvenient to put it in a conveyor conveyed upright. In addition, there is a problem that it takes a lot of time to construct a large number of plates in a dishwasher by structurally washing and drying a large number of plates, .

In order to solve the above problems, the present invention provides a method of separating a bowl such as a soup bowl, a rice bowl, a chalk bowl, a lid or the like, which is seated on the upper portion of a plate, from a plate bowl separator into a plate and a bowl, The first and second washing, drying and washing and drying vessels are assembled into a bowl sorting unit in the second washing and drying unit, and the plate is sent to the plate washing and drying unit, and the first, second washing and drying are automatically carried out to the plate automatic loading unit And more particularly, to a dish washing automation system for separately and rapidly separating a large number of plates and a bowl, a separate plate and a bowl to be separately cleaned, precise washing and drying, and a bowl and a plate for automatically arranging dried dishes and dishes.

In order to achieve this object,
The present invention is characterized in that it comprises an evacuator 10 having an evacuation conveyor 11 for receiving and transporting food plates 10a on which a plurality of vessels 10b are placed; So that the vessels 10b placed on the upper portion of the plate 10a to be conveyed on the inclined conveying unit 21 formed on one side of the conveying conveyor 20a driven and connected to the evacuating conveying conveyor 11 are freely dropped and separated (20); The first and second conveying conveyors 31 and 32 installed to convey the vessels 10b separated from the plate vessel separating unit 20 to the first and second feeding conveyors 31 and 32 are installed on the vessels 10b A first dish washing unit (30) composed of a first dish washing machine (33) for firstly washing the remaining residue; A third conveying conveyor 42 for receiving the vessels 10b from the other side of the guide conveying conveyor 31a supplied with the vessels 10b from the second conveying conveyor 32, A second dishwasher 43 for second washing the dishes 10b and a dryer 44 for drying the secondly washed dishes 10b. (40); A bowl organizing unit 50 for arranging the containers 10b supplied from the second container washing / drying unit 40; A fourth conveying conveyor 62 having a first plate washing machine 61 for receiving the plate plates 10a from the plate plate separating unit 20 and washing the plate plate 10a at one side thereof, A second plate washing machine 63 provided at a middle portion of the fourth conveying conveyor 62 for washing the plate washing plates 10a washed first and a second plate washing washing machine 63 installed for washing the second washing plates 10a, A plate washing / drying unit 60 having a plate drying unit 64 for drying the plate washing / drying unit 60; And a plate automatic loading unit (70) for stacking the plate plates (10a) supplied to the plate washing / drying unit (60)

The slant conveying unit 21 formed at one side of the evacuating conveying conveyor 11 is provided with a plurality of support bases 22 spaced apart from each other at one side or the other of the lower surface of the evacuating conveying conveyor 11 , The upper surface of the evacuating / conveying conveyor 11 extends from one side (a) to the middle part (b) from the other side (c) or from the other side (c) to the middle part (b) and the vessels 10b are configured to fall freely from the upper part of the plate 10a conveyed on the slant conveying unit 21,
A bowl cutting brush 23 is installed at the center of one side of the slant conveying unit 21 and an avalanche washing machine 24 is installed on the other side facing the bowl cutting brush 23 to clean the plate 10a and the bowl 10b. 1. A dishwashing automation system for separating and washing a bowl and a plate provided with a dishwasher,

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When the plate 10a separated from the plate vessel separating portion 20 is fed onto the fourth conveying conveyor 62, the plate vessel separating portion 20 is moved to the inclined conveying portion 11 of the retractable conveying conveyor 11 The rotary stopper 80 provided in the plate washing / drying part 60 is rotated between a lower side of the lower conveying conveyor 21 and the other side of the fourth conveying conveyor 62 by a hinge h, And the supply of the plate 10a is controlled at a lower portion of one side of the slant conveying part 21. [

The pivotal stopper 80 includes an upper seating portion 81 formed at an upper portion thereof and a supporting stand 82 extending from a lower portion of the upper seating portion 81 at one side thereof, And the hinge h is installed on the lower side of the support base 82 so as to penetrate through the plate washing and drying unit 60.

The lower stopper 83 of the pivotal stopper 80 includes a plate hook 62b provided on the upper surface of the fourth conveying conveyor 62 and a plate hook 62b provided on the upper surface of the fourth conveying conveyor 62 And is rotated.

The automatic plate loading unit 70 includes a plate supporting plate lifting plate 72 provided on the lifting unit 71 to receive the plates 10a sequentially from the other side of the plate washing and drying unit 60, A lifting cylinder 73 connected to the lifting and lowering steel plate 72 is provided at the other side of the lifting unit 71 and a discharge unit 71a is provided at the other side of the lifting unit 71 to discharge the laminated plates 10a on the plate lifting steel plate 72, Is formed on the surface of the substrate.

When the plate supporting plate lifting plate 72 having the plate plates 10a stacked on the upper portion thereof is lowered in the lifting portion 71, the other side of the plate supporting plate lifting plate 72 is moved upward The sensor 73a sensed by the sensor 73a provided on the lower side of the sensor 71 and stopped by the stopper 74 provided adjacent to the sensor 73a.

A plate conveying conveyor 75 may be installed on the lower portion of the elevating portion 71 and the lower portion of the other side of the elevating portion 71 so as to convey the plate 10a discharged from the discharging portion 71a, And a plate automatic transfer unit 76 having a plate discharge unit 76a for discharging the plates 10a.

A plurality of plate sensor (77) for recognizing the plates (10a) are installed on the plate conveying conveyor (75).

The detection sensor 78 senses the detection sensor 78 installed at the other end of the plate automatic transfer unit 76 to sense the plurality of the plate 10a stacked on the plate automatic transfer unit 76, And the beacon light 79 provided at the other end of the light emitting element 76 is lighted.

In the present invention, a bowl such as a soup bowl, a rice bowl, a chalk bowl, a lid or the like seated on the top of a plate is separated from a plate bowl separator by a plate and a bowl, and the bowl is separated into a first washing unit and a second washing / , 2 washed and dried, and then cleaned and dried, the dishes separated from the plate bowl separating section were cleaned and dried by the first and second washing and drying sections and automatically loaded into the plate automatic loading section, And the bowl is quickly and accurately separated, the separate plates and the bowl are separately sorted, precisely washed and dried, and the dried plate and the bowl are automatically sorted.

Since the plate and the bowl are separated and cleaned and precisely cleaned, the effect of the cleaning is high, and the cleaner can be cleaned more cleanly.

The automatic separation and stacking of plates and bowls can reduce labor costs.

Also, it is effective to prevent the waste of water resources by filtering the polluted water in the plate washing / drying section and supplying the filtered water to the first and second dishwasher (61, 63) so as to be recycled as washing water of the plate.

1 is a plan view according to the present invention;
2 is a schematic view showing an inclined conveyance portion of a plate bowl separating portion formed in an input conveyor according to the present invention;
3 is a front view of an inclined conveyance unit according to the present invention;
4 is a side view of an inclined conveyance according to the present invention;
5 is a schematic view of a support according to the invention;
6 is a cross-sectional view taken along the line A-A 'in accordance with the present invention, and is a side view showing a plate bowl separator, a first vessel washing unit, a second vessel washing and drying unit, and a bowl organizing unit.
Figure 7 is a schematic view of a first and second conveying conveyor according to the present invention;
8 is a schematic plan view of the first and second conveying conveyors according to the present invention.
9 is a sectional view taken along the line B-B 'in accordance with the present invention, which is a schematic view showing a plate bowl separating portion, a plate washing / drying portion, and a plate automatic loading portion.
10 is a schematic view showing a pivot stopper and a fourth conveyance conveyor according to the present invention.
11 is a schematic view showing a rotation stopper according to the present invention.
FIG. 12 is a schematic view showing a plate automatic loading unit according to the present invention; FIG.
Figure 13 is a schematic diagram showing the installation of a bubble bath in accordance with the present invention;

For a better understanding of the present invention, a preferred embodiment of the present invention will be described with reference to the accompanying drawings.

The embodiments of the present invention may be modified in various forms, and the scope of the present invention should not be construed as being limited to the embodiments described in detail below. The present embodiments are provided to explain the present invention more safely to those having ordinary skill in the art.

Therefore, the shapes and the like of the elements in the drawings can be exaggeratedly expressed to emphasize a clearer description. It should be noted that in the drawings, the same members are denoted by the same reference numerals.

Further, detailed descriptions of well-known functions and configurations that may be unnecessarily obscured by the gist of the present invention are omitted.

FIG. 1 is a plan view of the present invention, FIG. 2 is a schematic view showing an inclined conveyance portion of a plate bowl separating portion formed in an input conveyor according to the present invention, FIG. 3 is a front view of an inclined conveyance portion according to the present invention, 6 is a cross-sectional view taken along the line A-A 'in accordance with the present invention, in which the plate bowl separating portion, the bowl first washing portion, the bowl first washing portion, FIG. 7 is a schematic view showing the first and second conveying conveyors according to the present invention, FIG. 8 is a schematic plan view of the first and second conveying conveyors according to the present invention, and FIG. 9 is a cross-sectional view taken along the line B-B 'in accordance with the present invention, which is a schematic view showing a plate bowl separating portion, a plate washing / drying portion, and a plate automatic loading portion, and FIG. 10 is a perspective view showing a rotation stopper and a fourth conveying conveyor Fig. 11 is a schematic view showing FIG. 12 is a schematic view showing a plate automatic loading unit according to the present invention, and FIG. 13 is a schematic view showing a bubble bath according to the present invention.

The dish washing automation system for separating and washing the bowl and the plate according to the present invention will now be described in detail with reference to FIGS. 1 to 13.

The dishwashing automation system for separating and washing the bowl and the plate according to the present invention includes an ejection input unit 10, a plate bowl separation unit 20, a first vessel washing unit 30, a second vessel washing and drying unit (40), a bowl organizing unit (50), a plate washing / drying unit (60), and a plate automatic loading unit (70).

As shown in Fig. 1, the ejecting and feeding part 10 includes a plate 10a on which a plurality of bowls 10b are placed, And is transferred from the upper surface.

That is, on the upper surface of the evacuating / conveying conveyor 11, a plurality of the plates 10a, on which a plurality of the vessels 10b are placed, are sequentially transported.

The above-mentioned bowl (10b) refers to a soup bowl, a rice bowl, a chalk bowl, a lid and the like.

When the self-feeding plate 10a having a large number of meals is placed on the ejecting conveying conveyor 11, the ejecting plates 10a are sequentially and continuously seated on the ejecting conveying conveyor 11, And is delivered to the separating unit 20.

1 to 5, the plate bowl separating unit 20 includes an inclined conveying unit 21 formed at one side of a conveying conveyor 20a connected to and driven by the evacuating conveying conveyor 11, And the vessels 10b provided on the upper portion of the plate 10a to be transported on the plate 10a are freely dropped and separated.

The slant conveying unit 21 formed at one side of the conveying conveyor 20a is provided with a plurality of supporting stands 22 spaced apart from each other at one side or the other of the lower surface of the conveying conveyor 20a .

Wherein the upper surface of the conveying conveyor 20a extends from one side (a) to the middle portion (b) from the other side (c) or from the other side (c) to the middle portion (b) And is inclined to one side (a).

That is, the inclined transfer unit 21 is formed by inclining from one side of the upper surface of the conveying conveyor 20a to an intermediate portion and inclining from the middle portion to the other side.

Therefore, the vessels 10b are configured to fall freely from the upper portion of the plate 10a to be conveyed on the slope transferring unit 21. [

As described above, the slant conveying unit 21 is formed on one side of the conveying conveyor 20a so that the slant conveying unit 21 can be moved from one side (a) to the middle part (b) When the plate 10a is transported on the intermediate portion b of the slant conveying portion 21 and the plate portion 10a is conveyed on the intermediate portion b of the slant conveying portion 21, The plate 10a fed to the intermediate portion b is inclined from the upper portion to the lower portion so that the bowl 10b installed on the plate 10a is inclined upwardly from the upper portion to the lower portion, And is allowed to freely fall down to the lower portion of the plate bowl separating portion 20.

Therefore, the bowl 10b is naturally separated on the plate 10a from the slant conveying part 21 of the plate bowl separating part 20. [

As shown in Fig. 4, a bowl cutting brush 23 is installed at the center of one side of the slant conveying part 21. As shown in Fig.

The bowl cutting brush 23 forces the bowl 10b that has not fallen freely out of the vessels 10b seated on the upper surface of the plate 10a placed on the slope transferring unit 21 So as to drop it.

In addition, an avalanche washing machine 24 is provided in order to clean the plate 10a and the bowl 10b on the other side facing the bowl cutting brush 23.

The avalanche washing machine 24 is used for washing the plate 10a and the bowl 10b to clean the plate 10a and the bowl 10b more easily and quickly.

1 to 6, 7 and 8, the first washing unit 30 is composed of first and second conveying conveyors 31 and 32 and a first washing machine 33.

The first and second conveying conveyors 31 and 32 installed to convey the vessels 10b separated from the plate vessel separating unit 20 to the first and second feeding conveyors 31 and 32 are installed on the vessels 10b And a first cleaner 33 for firstly cleaning the remaining residue.

The first conveying conveyor 31 and the second conveying conveyor 32 are formed to be inclined from one side to the other side and are installed at the other side of the first conveying conveyor 31, And the second conveying conveyor 32 installed to receive the vessels 10b from the second conveying conveyors 32a.

That is, the first conveying conveyor 31 is mounted on the second conveying conveyor 31 by being tumbled on the other side of the first conveying conveyor 31, and the upper surface of the vessel 10b, which is conveyed on the first conveying conveyor 31, The container 10b is washed by the washing machine 33 to remove the residue from the container 10b and the container 10b with the removed residue is dumped on the other side of the first conveying conveyor 31 to be conveyed to the second conveying conveyor 32 So that the lower surface of the bowl 10b can be more easily cleaned by the first washing machine 33. [

A plurality of through holes 34 are formed in the upper surface of the first and second conveying conveyors 31 and 32 and washing water injected from the first washing machine 33 into the through holes 34 is introduced into the bowl 10b. And then drops below the first and second conveying conveyors 31 and 32 through the polluted water generated.

The residual collecting unit 35 installed adjacent to the first and second conveying conveyors 31 and 32 to collect the separated separated from the vessels 10b on the first and second conveying conveyors 31 and 32, .

As described above, the residual collecting part 35 is installed on the first and second conveying conveyors 31 and 32 so that the moving on the first and second conveying conveyors 31 and 32 collects the washed residue in the bowl 10b, And the contaminated water that has washed the bowl 10b flows to the lower portion of the first washing portion through the through hole 34. [

The bowl 10b may be cleaned and the contaminated water may be collected again to purify the contaminated water and recycle it as washing water.

6, the second container cleaning / drying unit 40 removes the containers 10b from the other side of the guide conveying conveyor 31a, which receives the containers 10b from the second conveying conveyor 32, And a third conveying conveyor 42 supplied thereto.

That is, the third conveying conveyor 42 is installed on the other side of the second conveying conveyor 32 so that the bowl b1 supplied from the first conveying conveyor 31 is conveyed to the second conveying conveyor 32, And is secondly dumbbled onto the third conveying conveyor 42 from the other side of the second conveying conveyor 32 to be conveyed to the first washing machine 33 and the second washing machine 43 So as to clean the upper and lower portions and side surfaces of the bowl 10b more clearly.

A second washing machine 43 is installed at the upper part of the third conveying conveyor 42 to perform second washing of the containers 10b.

And a dryer 44 for drying the secondly washed vessels 10b as described above.

13, a bubble tank 30a is installed on the guide conveying conveyor 31a to bubble the vessels 10b.

The bubbling tank 30a is further constructed by recalling the vessels 10b which are dumbbled on the first and second conveying conveyors 31 and 32 to be washed again from the second washing / So as to clean the bowl 10b cleanly.

The bowl organizing unit 50 is configured to sort the containers 10b supplied from the second container washing / drying unit 40 as shown in FIGS.

The plate washing / drying unit 60 is configured to receive the plates 10a from the plate bowl separating unit 20 as shown in FIGS. 1, 9, 10, and 11.

And a fourth conveying conveyor 62 having a first plate washing machine 61 for firstly cleaning the plate 10a on one side of the plate washing / drying part 60. [

And a second dish washer 63 installed at a middle portion of the fourth conveyance conveyor 62 to install the plurality of the first washing plates 10a for the second washing.

And a plate dryer 64 for drying the plate 10a, which has been secondarily washed, as described above.

On the other hand, a plurality of through holes 62a are formed on the upper surface of the fourth conveying conveyor 62 of the plate washing / drying unit 60.

The washing water sprayed from the first and second plate washing machines 61 and 63 is discharged through the through holes 62a formed on the lower surface of the fourth conveying conveyor 62, So as to fall on the collecting tank (65).

And a filter 66 formed at the lower part of the collecting tank 65 to filter the polluted water collected in the collecting tank 65.

A filtering water tank 67 connected to the filter 66 and a pump 68 connected to the filtering water tank 67.

And first and second dishwashers (61, 63) connected to the pump (68).

As described above, the contaminated water generated in the plate washing / drying unit 60 is constituted and filtered by the collecting tank 65, the filter 66, the filtrate tank 67, and the pump 68, The filtering water is supplied to the dishwasher (61, 63) so that the filtered water is recycled as the washing water of the plate (10a), thereby preventing waste of water resources.

10, when the plate 10a separated from the plate bowl separating portion 20 is supplied onto the fourth conveying conveyor 62, the plate bowl separating portion 20 is retracted The rotary stopper 80 provided in the plate washing / drying unit 60 is rotated by the hinge h between the lower side of the slant conveying unit 21 of the conveying conveyor 11 and the other side of the fourth conveying conveyor 62, Is configured to control the supply of the plate (10a) from the lower portion of one side of the slant conveying part (21) of the retractable conveying conveyor (11).

The rotary stopper 80 is configured to continuously and serially sequentially move the plate 10a from which the bowl 10b has been separated from the plate vessel separating portion 20 provided in the retractable conveying conveyor 11 to the fourth conveying conveyor 62, and between the plate latching opening 62b and the plate latching opening 62b.

That is, the pivotal stopper 80 controls the lower surface of the plate 10a supplied from the plate bowl separating unit 20 to feed the fourth conveying conveyor 62.

11, the pivotal stopper 80 includes an upper seating portion 81 formed at an upper portion thereof, a support base 82 extending from one side lower portion of the upper seating portion 81, And the hinge h is installed on the lower side of the support base 82 so as to penetrate through the plate washing and drying unit 60. [

And a rotation guide 83a is installed at a lower side of the lower latching part 83. [ The rotation guide 83a is configured to guide the upper portion of the fourth conveyance conveyor 62 and the upper portion of the plate hook 62b.

The lower stopper 83 of the pivotal stopper 80 is provided with a plate hook 62b provided on the upper surface of the fourth conveying conveyor 62 and a plate hook 62b provided on the upper surface of the fourth conveying conveyor 62, .

As shown in FIGS. 1 and 12, the plate automatic loading unit 70 is configured to automatically stack the plates 10a supplied to the plate washing / drying unit 60 and stack them.

The plate automatic loading unit 70 is constituted by a plate supporting plate lifting plate 72 provided on the elevating portion 71 to receive the plates 10a from the other side of the plate washing and drying unit 60 sequentially.

And an elevating cylinder (73) connected to the plate supporting and elevating plate (72).

The elevating cylinder 73 is preferably configured to be connected to the outer periphery of the plate supporting base lifting plate 72 so that the plate supporting base lifting steel plate 72 is not disturbed by the lifting movement.

And a discharging portion 71a for discharging the laminated plates 10a on the plate supporting plate lifting plate 72 is formed on the other side of the elevating portion 71. [

On the other hand, when the plate supporting plate lifting plate 72 having the plate plates 10a stacked on the upper portion thereof is lowered in the lifting portion 71, the other side of the plate supporting plate lifting plate 72 is moved upward The sensor 73a is sensed by the sensor 73a installed on the lower side of the sensor 71 and stopped by the stopper 74 provided adjacent to the sensor 73a.

The plate 10a discharged to the plate discharging portion 76a of the plate automatic transferring portion 76 is stacked on the top of the plate stacking moving device 90 moved adjacent to the plate discharging portion 76a To a storage place.

A plurality of plate detection sensors 77 for recognizing the plates 10a are installed on the plate conveying conveyor 75. [

The sensing sensor 78 senses the sensing sensor 78 installed at the other end of the plate automatic transferring unit 76 to sense the plurality of stacking plates 10a, And the beacon light 79 provided at the other end of the beam is lighted.

As described above, the automatic plate loading unit 70 is configured to quickly and precisely arrange the vending machine 10a for vague and long time in the conventional tableware automation system to store and store the plate 10a, This is to eliminate the unnecessary personnel who load and organize.

The present invention is characterized in that the plate 10a and the vessels 10b such as a bowl, a rice bowl and a chowder lid are separated from the plate bowl separator 20 by the plate 10a and the bowl 10b, The vessel 10b is firstly cleaned and dried by the vessel first washing section 30 and the vessel second washing and drying section 40 and the separated vessel and contaminated washing water are separated from the vessel 10b The plate 10a separated from the plate bowl separating unit 20 is collected by the plate washing and drying unit 60 The first and second washing and drying processes are automatically carried out by the automatic plate loading unit 70 so that a large amount of the plate 10a and the bowl 10b can be rapidly cleaned and dried, The dry plate 10a and the bowl 10b are quickly and automatically arranged, and the plate washing / drying unit 50 And recycled water is recycled to the plate washing to prevent water waste from being recycled.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the invention. It is therefore to be understood that the invention is not limited to the form set forth in the detailed description.

Accordingly, the true scope of the present invention should be determined by the technical idea of the appended claims. It is also to be understood that the invention includes all modifications, equivalents, and alternatives falling within the spirit and scope of the invention as defined by the appended claims.

10: excretion injection part 10a: plate
10b: bowl 11: retract conveying conveyor
20: plate bowl separating portion 20a: conveying conveyor
21: Slope feed 24: Avalanche washing machine
30: Bowl first washing portion 30a: Bubble bath
31: First conveying conveyor 31a: Guide conveying conveyor
33: First cleaner 335: Residual collecting unit
40: Bowl second washing / drying section 42: Third conveying conveyor
43: second washer 44: dryer
50: Bowl arranging part 60: plate washing and drying part
61: first plate washer 62: fourth conveying conveyor
63: a second plate washer 64: a plate dryer
70: Automatic plate loading unit 71:
72: plate support plate 73: lift cylinder
80: rotation stopper 81: upper seat portion
82: Supporting base 83: Lower engaging portion

Claims

An evacuator 10 having an evacuation conveyor 11 for receiving and transporting the dishes 10a on which a plurality of vessels 10b are placed;
So that the vessels 10b placed on the upper portion of the plate 10a to be conveyed on the inclined conveying unit 21 formed on one side of the conveying conveyor 20a driven and connected to the evacuating conveying conveyor 11 are freely dropped and separated (20);
The first and second conveying conveyors 31 and 32 installed to convey the vessels 10b separated from the plate vessel separating unit 20 to the first and second feeding conveyors 31 and 32 are installed on the vessels 10b A first dish washing unit (30) composed of a first dish washing machine (33) for firstly washing the remaining residue; A third conveying conveyor 42 for receiving the vessels 10b from the other side of the guide conveying conveyor 31a supplied with the vessels 10b from the second conveying conveyor 32, A second dishwasher 43 for second washing the dishes 10b and a dryer 44 for drying the secondly washed dishes 10b. (40);
A bowl organizing unit 50 for arranging the containers 10b supplied from the second container washing / drying unit 40; A fourth conveying conveyor 62 having a first plate washing machine 61 for receiving the plate plates 10a from the plate plate separating unit 20 and washing the plate plate 10a at one side thereof, A second plate washing machine 63 provided at a middle portion of the fourth conveying conveyor 62 for washing the plate washing plates 10a washed first and a second plate washing washing machine 63 installed for washing the second washing plates 10a, A plate washing / drying unit 60 having a plate drying unit 64 for drying the plate washing / drying unit 60; And a plate automatic loading unit (70) for stacking the plate plates (10a) supplied to the plate washing / drying unit (60)
A bowl cutting brush 23 is installed at the center of one side of the slant conveying unit 21 and an avalanche washing machine 24 is installed on the other side facing the bowl cutting brush 23 to clean the plate 10a and the bowl 10b, 1. A dishwashing automation system for separating and washing a bowl and a plate provided with a dishwasher,
When the plate 10a separated from the plate vessel separating portion 20 is fed onto the fourth conveying conveyor 62, the plate vessel separating portion 20 is moved to the inclined conveying portion 11 of the retractable conveying conveyor 11 The rotary stopper 80 provided in the plate washing / drying part 60 is rotated between a lower side of the lower conveying conveyor 21 and the other side of the fourth conveying conveyor 62 by a hinge h, Wherein the control unit is configured to control the supply of the plate (10a) from a lower side of one side of the slant transfer unit (21).

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The method according to claim 1,
The pivotal stopper 80 is formed with an upper seating portion 81 at an upper portion thereof and a supporting stand 82 extending from one side of the lower seating portion 81 and extending from a lower side of the supporting stand 82 And a hinge h provided at one side of the lower portion of the supporter 82 so as to penetrate the dish washing and drying unit 60. The dish washing automation system .

10. The method of claim 9,
The lower stopper 83 of the pivotal stopper 80 is provided with a plate hook 62b provided on the upper surface of the fourth conveying conveyor 62 and a plate hook 62b provided on the upper surface of the fourth conveying conveyor 62, And the dishwashing automation system separates the bowl and the plate from each other.

The method according to claim 1,
The automatic plate loading unit 70 includes a plate supporting plate lifting plate 72 installed on the elevating portion 71 to receive the plates 10a sequentially from the other side of the plate washing and drying unit 60, A lifting cylinder 73 connected to the steel plate 72 is installed and a discharging portion 71a through which the laminated plates 10a on the plate lifting steel plate 72 are discharged is formed on the other side of the lifting portion 71 Wherein the automatic dishwashing automation system separates a bowl and a plate from each other.

12. The method of claim 11,
When the plate supporting plate lifting plate 72 having the plate plates 10a stacked in the upper portion thereof is lowered in the lifting portion 71, the other side of the plate supporting plate lifting plate 72 is moved to the elevating portion 71 And stops the stopper 74 provided adjacent to the sensor 73a. The automatic dishwashing automation system according to claim 1, wherein the stopper (74) is provided with a sensor (73a)

12. The method of claim 11,
A plate conveying conveyor 75 is installed on the lower part of the elevating part 71 and the lower part of the other side of the elevating part 71 so as to convey the plate 10a discharged from the discharging part 71a, And a plate automatic transfer unit (76) in which a plate discharge unit (76a) is formed to discharge the plates (10a).

14. The method of claim 13,
Wherein a plurality of plate detection sensors (77) for recognizing the plates (10a) are installed on the plate transport conveyor (75).

14. The method of claim 13,
The detection sensor 78 detects the detection sensor 78 installed at the other end of the plate automatic transfer unit 76 so as to sense the plate plates 10a stacked in a plurality of units, And the beacon light (79) provided on the other end of the dish washer light is lighted.