KR102138805B1 - Reverse-washing system of tableware and food tray - Google Patents

Abstract

In the present invention, the dishes placed on the plate are turned over by the rotary washing unit, and the plates and dishes are separated in the process of turning over. Regarding the rotation washing system of a dish and a plate provided with a discharge portion that is separated and discharged by a device, the plate 100 is rotated by rotating the input unit 100 for inputting the tableware and the plate and a plurality of plates placed on a plate. Located in the plurality of dishes are provided with a rotating washing unit 200 to turn over to the bottom to be located in the lower part, and a discharge plate 300 for discharging each of the plurality of dishes located in the lower plate and the upper plate; The input unit 100 is located on the upper portion of the first case 101 having a receiving space therein, and includes a tableware and a plate input conveyor 102 that inserts the plates on which the dishes are placed with a rotating body at regular time intervals. , The rotary washing unit 200 is installed in the center of the inner housing space of the second case 201, and a plate plate seating device installed by connecting one plate and a plurality of dishes inputted from one side to two two rotating plates 203 is installed. Rotating body 203 which is stored together in the storage space of 205 and rotates and then separated separately in an inverted state and discharged in opposite directions respectively, and a rotating washing powder installed on the top to spray washing water to the rotating body 203 It includes a bottom portion 202 and a residual waste collection container 220 located at a lower portion of the rotating body 203 to collect residual residues washed and washed by the sprayed washing water, and the discharge portion 300 has an accommodation space therein. A tray for discharging the plate separated from the third case 301 and the rotary washing part 200 in an inverted state to the upper side of the conveyor belt 305 and discharging and transferring the plate by the rotation of the roller. It characterized in that it comprises a dish discharge conveyor 312 for receiving and discharging the dishes separated in an inverted state from the washing part 200 to the upper side of the cable belt 315 to discharge and transfer by rotation of the roller.

Description

Reverse-washing system of tableware and food tray

The present invention relates to a rotating washing system of dishes and plates, and more specifically, to rotate the dishes and plates by receiving the dishes and plates from a rotating washing unit that rotates and rotates the dishes and plates to separate and discharge the plates and plates. It's about the system.

Looking at the prior art in this field is as follows.

According to the registration number 10-1679624 (a washing system for exclusive use of an avaluated integral plate), "a plate inserting portion configured to drop a plurality of stacked plates one by one; Wealth;

A rinsing unit having a plurality of spray nozzles to remove the detergent from the tray received by the operator; A rinsing unit having at least one rinse dispenser to input rinsing to the tray received from the rinsing unit; A discharge unit having a delivery means configured to deliver the food plate received from the rinse portion to a separate dishwashing box; Conveying unit for transferring the plate input from the plate input unit to the avalanche washing unit, the rinsing unit, the rinsing unit, and the discharge unit. "It relates to a cleaning system for exclusive use of avalve integrated foods that has the advantage of saving time and improving space utilization and improving the working environment."

In addition, according to the registration number 10-1554510 (separable and easy-to-detachable plate separation feeder), "A detachable easy-to-detachable plate attached to the front end of various dishwashing devices, a pair of symmetrically spaced apart from each other Including a bracket that has one end coupled to the dishwashing device; a plate supply unit disposed in a state supported on the inner surface of the bracket; after stacking and collecting food plates used in a group lunch, including, the input to various dishwashers proceeds smoothly. It is also related to a detachable plate feeder that is easily detachable and has the advantage of excellent versatility by easily combining and separating a plate separator feeder at the front end of various dishwashers having various purposes and structures." .

1. Registration No. 10-1679624 (Avalanche-integrated plate-only washing system) 2. Registration No. 10-1554510 (separate supply device for easy detachment)

However, in the related art, there is a problem in that a dish or dish is flawed in the process of flipping even if the dishes placed on the plate are manually flipped manually or mechanically flipped over.

Moreover, there is a problem in that the process of separating the plate or dish is made manually or mechanically after the plate or dish is turned over mechanically.

In addition, most of the dishes placed on the plate have a side dish residue left by the person who ate them, so there is a problem that a certain amount of parental cleaning is performed manually or through a mechanical process.

The present invention is to solve the above-mentioned problems, the dishes placed on the plate is turned over by the rotary washing unit, the plate and the tableware are separated in the process of turning over, and the plate and the dishes made by the parental washing in the process of being separated are rotated from the plate. It is an object of the present invention to provide a rotating washing system for dishes and plates having a discharge portion for dispensing the plates and dishes into two conveyor devices.

To achieve the above object, the rotary washing system of the dishes and trays of the present invention is located on the upper part of the first case 101, and the dishes and trays feeding conveyor 102 for feeding the dishes on which the dishes are placed at regular time intervals to the rotating body. ) Consisting of an input unit 100; Tableware in which the rotating shaft 205 is installed in the center of the inner accommodating space of the second case 201, and one plate and a plurality of dishes inputted from one side of the input unit 100 are connected to both two rotating plates 204. Rotating body 203 which is stored together in the storage space of the food plate seating device 206 and rotated and then separated separately in an inverted state and discharged in opposite directions respectively, and installed on the upper portion of the inner storage space of the second case 201 Rotating washing part 202 for spraying the washing water to the rotating body 203, and a residual waste container 220 which is located at the lower portion of the rotating body 203 to collect the residues washed and flowed by the sprayed washing water It is configured to wash the plate and a plurality of dishes, each separated in an inverted state to rotate and guide the discharge unit 200; It is located on the upper part of the third case 301 and is composed of two pairs of plate discharging first and second conveyor rollers 303 and 304 and connected to each other, and the plate discharging conveyor belt 305 is inverted from the rotating washing part 200. The food plate discharge conveyor 302 for receiving and discharging and transferring the plate separated in the state to the upper side of the plate discharge conveyor belt 305 by the rotation of the roller, and the plate discharge inside the receiving space of the third case 301 Consists of a pair of dish discharging conveyor belts 315, which are located at a lower distance from the conveyor 302 and are connected to the two pairs of dish discharging first and second conveyor rollers 313 and 314, from the rotary washing unit 200. It is composed of a dish discharging conveyor 312 that receives and delivers the dishes separated in an upside down state to the upper side of the dish discharging conveyor belt 315 to be rotated by a roller, thereby disposing the plate placed on the plate discharging conveyor 302 and the tableware discharging. Conveying and discharging a plurality of dishes placed on the conveyor 312, respectively It is characterized by consisting of a discharge unit (300).

In an embodiment, the input unit 100 is located above the inner receiving space of the first case 101, and the conveyor belt 105 connected to the two pairs of the first and second conveyor rollers 103 and 104 It consists of.

In an embodiment, the rotating body 203 of the rotary washing part 200 receives the external rotational power and rotates in one direction and the two rotating plates 204 fixed and rotated at both ends of the rotating shaft 204 ) And two or more tableware plate seating devices 206 having a storage space for receiving dishes and plates placed on both the rotating plates, so that one tableware and a plurality of dishes and plates are provided on the tableware plate mounting device ( It is characterized in that it is accommodated together in the storage space of 206), and the plates and dishes are separated and discharged in an inverted state by rotation.

In an embodiment, the rotary washing unit 200 is positioned between the inlet unit 100 and the rotating body 203 in the inner accommodating space of the second case 201 to place the plate where the dishes are placed on the dish plate. The input guide plate 213 to be moved to the seating device 206 and the rotating plate 203 and the food plate discharge conveyor 302 are located between the plurality of dishes and separated from the food plate to separate the discharge portion ( 300) placed between the food tray dispensing guide device 210, and the rotating body 203 and the dish discharging conveyor 312 is received by rotation and rotated a plurality of dishes turned over to the discharge section 300 It is characterized in that it further comprises a dish discharging guide plate 213 to move seated.

In an embodiment, the discharge part 330 is located in the inner receiving space of the third case 301 and is separated in an inverted state from the rotary cleaning part 200 to discharge water to wash the plate and dishes discharged. A nozzle 320 and a residual discharge guide plate 330 which are installed at a lower side of the plate discharge conveyor 302 to be inclined so that water and residues falling from above flow in the direction of the rotary washing unit 200 are further provided. It is characterized by.

According to a preferred effect of the present invention, as well as separating the plate and dishes input to the receiving space of the dishwashing plate seating device of the rotary washing part with two conveyor devices of the discharge part and discharging it in an inverted state, the washing water sprayed from the rotary washing part is also provided. There is an advantage that it is easy to directly wash the food in the tableware and the food residue to fall down by gravity.

In addition, an input guide plate for guiding the introduction of a single plate and a plurality of dishes placed thereon to a dish plate seating device, and a plate ejecting guide device for rotating the separated plate after being rotated to a conveyor device of the discharge part and a plurality of separated pieces after rotation. The dishwashing guide plate for seating and moving the dishes is further provided in the rotary washing unit, so that when the plates and dishes are input and discharged, there is an effect of seating and moving without damage or separation.

In addition, by further comprising a washing spray portion and the remaining discharge guide plate in the discharge portion has the effect of removing the residual through secondary avalanche washing.

1 is a cross-sectional view showing a side cross-section of a rotary washing system according to the present invention.
Figure 2 is a partially perspective perspective view schematically showing the configuration of the rotary washing unit and the discharge unit of the rotary washing system according to the present invention.
Figure 3 is a partially perspective perspective view showing in detail the main configuration of the discharge portion of the rotary washing system according to the present invention.
Figure 4 is a perspective view showing the interlocking structure of the plate discharging guide device and the plate discharging conveyor of the rotary washing system according to the present invention.
Figure 5 is a perspective view showing the configuration of a large-capacity conveyor dishwashing system including a rotary washing system according to the present invention.

Hereinafter, with reference to the accompanying drawings will be described a detailed description of the present invention.

The embodiments of the present invention may be modified in various forms, and the scope of the present invention should not be interpreted as being limited to the embodiments described in detail below. This embodiment is provided to more safely describe the present invention to those skilled in the art.

Therefore, the shape of the elements in the drawings may be exaggerated to emphasize a clearer description. It should be noted that in each drawing, the same members may be indicated by the same reference numerals.

In addition, detailed descriptions of well-known functions and configurations that are judged to unnecessarily obscure the subject matter of the present invention are omitted.

1 is a cross-sectional view showing a side cross-section of a rotary washing system according to the present invention, and FIG. 2 is a partially perspective perspective view schematically showing a configuration of a rotary washing unit and a discharge unit of the rotary washing system according to the present invention, and FIG. 3 is the present invention Partly perspective view showing in detail the main configuration of the discharge part of the rotary washing system according to the present invention, Figure 4 is a perspective view showing the interlocking structure of the plate discharge guide device and the plate discharge conveyor of the rotary washing system according to the present invention, Figure 5 is It is a perspective view showing the configuration of a large-capacity conveyor dishwashing system including a rotary washing system according to the present invention.

The present invention, as shown in Figure 5, in a large-capacity conveyor dishwashing system used in a large restaurant, a large number of dishes (soup bowl, rice bowl, cold bowl) and plate washing and automatic rotation washing that can be flipped and separated at the same time It is about the device.

Referring to FIG. 5, the conveyor dishwashing system rotates the input unit 100 for inputting dishes and plates, and rotates a plurality of dishes on one plate so that the plates are located at the top and the plurality of dishes are located at the bottom. It is equipped with a rotary washing system consisting of a rotating washing unit 200 that washes the clothes while turning over, and a discharge unit 300 for discharging a plurality of dishes located at the top and a plate located at the bottom separately.

In addition, a first transfer unit 400 for rotating the trays located at the top and the plurality of dishes located at the bottom separately to the left or right is provided.

In addition, a second conveying unit 500 for separately transporting the plate located at the top and the plurality of dishes located at the bottom at a horizontal angle, a rising angle, and a falling angle, and a washing unit 600 for washing the plates and dishes again do.

Of these, in this specification, the rotation washing systems 100, 200, and 300 will be described in detail.

As shown in FIG. 1, the rotary washing system according to the present invention is located on the upper part of the first case 101, and the tableware and the plate feeding conveyor 102 for putting the plates on which the dishes are placed into the rotating body at regular time intervals The input part 100 composed of, and the rotating shaft 205 is installed in the center of the inner receiving space of the second case 201, and one food plate and a plurality of dishes inputted from one side of the input part 100 are two. Rotating body 203 which is connected to the rotating plate 204 and is rotated by receiving together in the storage space of the dish-mounted plate seating device 206 installed and separately separated in an inverted state and discharged in opposite directions respectively, and the second case 201 ) Is installed on the upper portion of the inner receiving space of the rotary washing spray unit 202 for spraying the washing water to the rotating body 203, and located in the lower portion of the rotating body 203, the remaining washing and flowing by the washing water sprayed Consists of a remnant collection bin (220) for collecting them, and washes the plate and a plurality of dishes and separates them in an inverted state to guide the discharge, and a pair of two pairs located on the top of the third case (301). Plate tray discharge first and second conveyor rollers (303, 304) and the plate tray conveyor belt 305, which is connected to each other, and the plate separated from the rotating washing part 200 in an inverted state is the plate tray conveyor belt 305. Two pairs located at a lower distance from the tray discharging conveyor 302 inside the receiving space of the third case 301 and the tray discharging conveyor 302 which is delivered to the upper side of the roller and discharged and transported by rotation of the roller. Dishwasher conveyor belt 315 consisting of a dishwashing conveyor belt 315 connected to each other of the dishwashing first and second conveyor rollers 313 and 314 of the dishwasher in an inverted state from the rotating washing unit 200 ) Is composed of a dish discharging conveyor 312 which is transferred to the upper side of the roller and is discharged and transported by rotation of a roller. The plate placed on the plate discharging conveyor 302 and a plurality of plates placed on the table discharging conveyor 312 are disposed. Each transported and discharged It is composed of a discharge unit 300.

The input unit 100 is located on the upper portion of the inner housing space of the first case 101 and is composed of two pairs of first and second conveyor rollers 103 and 104 and a conveyor belt 105 connected to each other. Tableware plate of the rotating body 203 in which the input conveyor 102 is installed on the inside of the rotary washing unit 200 at the same time a single plate and a plurality of dishes placed on the upper side of the conveyor belt by the rotation of the roller. Seating and transfer to the inlet of the seating device 206.

In addition, in the direction of the inlet 100 direction of the second case 201 of the rotary washing part, it is located between the rotating body 203 and has two bar shapes to support the plate to be fed from the lower ends of both ends. By providing and providing the guide plate 213, a single plate and a plurality of dishes are safely moved from the input conveyor 102 to the dish plate insole 206.

The rotating body 203 of the rotary washing part receives an external rotational power and rotates in one direction, the two rotating plates 204 fixed and rotated at both ends of the rotating shaft, and both rotating plates inside It is composed of two or more tableware plate seating devices 206 having a storage space for receiving dishes and plates placed therein, so that a plate and a plurality of dishes and plates are placed in a storage space of the tableware plate mounting device 206. While receiving together, the plates and dishes are separated from each other in an inverted state by rotation, and then discharged and moved to the discharge unit 300.

In addition, the plate-type plate seating device 206 is configured such that two plate-shaped rods formed in a predetermined length in the circumferential direction from the rotating shaft 205 are formed inside the two rotating plates 204 to form a storage space of a predetermined size, Inside, a plurality of through-holes are formed at regular intervals, so that wash water and funnel can pass downward.

1 to 4, one plate and a plurality of dishes are separated from the rotary washing unit 200 in an inverted state, and the rotary washing unit 200 according to the present invention is discharged to the discharge unit 200. ) Is located in the inner accommodating space of the second case 201 and is provided between the rotating body 203 and the plate discharging conveyor 302 to install and configure a plate discharging guide roller 211, so that the tableware is seated. A plate plate connected to the first conveyor roller 303 of the plate outlet of the discharge part 300 by separating one plate plate stored in the storage space of the device 206 and turned over by rotation of the rotating body 203 from a plurality of dishes. Further provided is a plate discharging guide device 210 for seating and moving on the top of the discharge guide cable belt 211.

In addition, the rotary washing unit 200 is located in the inner receiving space of the second case 201, one side is fixed between the rotating body 203 and the dish discharge conveyor 312, and the third case 301 It is located in the inner receiving space of the other side is further provided with a dish discharging guide plate 213 is fixed, accommodated in the storage space of the dish plate seating device 206, the plurality of inverted by the rotation of the rotating body 203 The tableware is seated and moved on the top of the tableware discharge conveyor belt 315 of the discharge unit 300.

In addition, the dish discharging guide plate 213 is lowered from one side fixed to the second case 201 to the other side fixed to the third case 301 of the discharge part 300 so that the tableware discharge conveyor belt 315 ) Is formed in a plate shape installed to contact the upper one end, and a plurality of through holes are formed at regular intervals so that wash water and remnants can pass downward.

The discharge unit 300 is provided with a third case 301 having a receiving space therein, and the upper side of the third case receives the food plate from the rotary washing unit 200 to separate and discharge it from the tableware to discharge electric power. Disposed of a pair of food plate discharge first and second conveyor rollers (303, 304) and the plate discharge conveyor (302) consisting of a plate discharge conveyor belt (305) interconnected with, and of the plate discharge conveyor (302) On the lower side, a pair of dish discharging conveyor belts 315 interconnected with a pair of dish discharging first and second conveyor rollers 313 and 314 that rotate with electric power to receive and dispose the dishes from the rotating washing unit 200 The dish discharging conveyor 312 is disposed.

In particular, referring to FIG. 4, the plate discharging conveyor 302 of the discharge part is a cable belt for guiding a plate discharging guide sandwiched between the plate disposing guide roller 211 of the rotary washing part and the concave grooves at both edges and the concave grooves at the center edge. 212) to rotate in conjunction with the first plate conveyor 303 for discharging the plate, and the first plate for discharging the conveyor belt 303 and the plate discharging conveyor belt 305 to rotate the plate to be seated on the top by rotating the plate. It is to move in the direction of the discharge second conveyor roller 304.

In addition, to maintain the tension of the conveyor belts 105 and 305 of the tray for discharging the plate, a tension roller 306 may be further provided by lifting upward from below to maintain tension.

In addition, in place of the plate discharging conveyor 302, the plate discharging conveyor belt 305 forms concave grooves at both ends of the dish discharging first conveyor roller 303 and the second conveyor roller 304, It may be provided with a plate discharge conveyor device consisting of a cable belt (cable belt) that is connected to rotate to be inserted into each groove.

In addition, the tension of the tension roller 306 is secured by fastening means such as two screws for tightening both walls of the case 301 using tension adjusting holes formed in rectangular or elliptical shapes on both walls of the third case 301. When the position is raised or lowered, the tension applied to the cable belt can be adjusted.

Subsequently, the dish discharging conveyor 312 of the discharging part is placed on the upper portion of the dish discharging conveyor belt 315 of the discharging part to place the plurality of dishes inverted from the dish discharging guide plate 213 of the rotary washing part, the dish discharging second conveyor. It moves in the roller 314 direction.

In addition, a plurality of through-holes are formed on the dishwashing conveyor belt 315 at regular intervals to allow washing water and remnants to pass downward, and between the first conveyor roller 313 and the second conveyor roller 314. Fits.

On the other hand, most of the remnants remaining on the dishes and plates were removed by the primary avalanche cleaning performed in the above-mentioned rotary cleaning part 200, but the avalanche cleaning process is once again configured to be rough in the discharge part 300.

In addition, due to avalanche washing over a second time, water on a plate or tableware is dropped below the above-mentioned discharge part 300. Even if the washing water is not reused or reused, a drain hole is installed on the floor where the discharge part 300 is installed. In the case where it is not provided, it will be necessary to collect and treat the water dripping from the dishwashing conveyor.

Located in the inner receiving space of the third case 301, the discharge washing nozzle 320 for spraying washing water to the plate and dishes that are separated in an inverted state from the rotary washing unit 200 and the plate is discharged from the tray 302. ) Is installed on the lower side, and the lower side of the dish discharging conveyor 312 further comprises a residual discharging guide plate 330 installed obliquely so that water and remnants falling from above flow in the direction of the rotary washing unit 200. do.

At this time, the position of the discharge cleaning nozzle 320 of the discharge part is installed inside the third case, and the bottom of the plate discharging conveyor belt 305 on which an inverted plate is placed, or the dish discharging conveyor belt 315 on which the inverted plates are placed. ), and includes a support 331 for fixing and supporting one surface of the inclined residual discharge guide plate 330 to the third case 301 of the discharge unit.

100; Input 101; First case
102; Input conveyor 200; Rotary washing part
201; Second case 202; Rotary cleaning spray
203; Rotating body 209; Input Guide Board
210; Plate discharging guide device 213; Dishwasher Information Board
220; Residual waste container 300; Outlet
301; Third case 302; Plate Discharge Conveyor
312; Tableware discharge conveyor 320; Discharge cleaning nozzle
330; Residual Discharge Guide Plate

Claims (13)

An input unit which is located on the upper portion of the first case and comprises a plate and a plate input conveyor for feeding the plate on which the dishes are placed as a rotating body at regular time intervals;
A rotating shaft is installed at the center of the inner housing space of the second case, and a single plate and a plurality of dishes inputted from one side of the input unit are connected to two rotating plates on both sides, and stored together in the storage space of the installed plate-mounting device, thereby rotating and turned over. Separately separated into a state, the rotating bodies discharged in opposite directions respectively, and a rotating washing spray part installed on the upper portion of the inner housing space of the second case to spray washing water to the rotating body, and located on the lower portion of the rotating body A rotary washing unit configured to include a residual waste container that collects residual residues washed and washed by the sprayed washing water, and washes the plate and a plurality of dishes and separates them in an inverted state to guide discharge;
Located on the upper part of the third case, the pair of trays is composed of a pair of plate conveyors connected to the first and second conveyor rollers, and the plates separated in an inverted state from the rotary washing unit are placed on the upper side of the plate conveyor. The tray-dispensing conveyor, which is received and transferred and discharged by the rotation of the roller, is located inside the receiving space of the third case at a predetermined distance from the tray-discharging conveyor, and the pair of tableware discharging first and second conveyor rollers and each other Consisting of a connected dishwashing conveyor belt, the dishes separated in an inverted state from the rotating washing part are delivered to the upper side of the dishwashing conveyor belt, and are configured as a dishwashing conveyor that is discharged and transferred by the rotation of a roller. And each of the plurality of dishes placed on the dish discharging conveyor is transferred and discharged. Consists of an outlet,
The rotating body has a rotating shaft that receives external rotational power and rotates in one direction, the two rotating plates fixed to both ends of the rotating shaft, and a storage space for receiving dishes and plates placed inside the rotating plates. Consisting of two or more tableware seating devices, one plate and a plurality of dishes and plates are accommodated together in the storage space of the tableware plate seating device, and then the plates and dishes are separated and discharged in an inverted state by rotation.
The dish-type plate seating device is configured such that two plate-shaped rods formed in a certain length in the circumferential direction from the rotating shaft are formed inside the two rotating plates to form a storage space of a certain size, and among the two plate-shaped rods, the plate-shaped plate is in contact with the tableware. A locking member having a cross-section of'c' is formed at an end of the rod in the direction of the rotational axis, and an end of the plate-shaped rod in contact with the food plate in the direction of the rotational axis and one end of the locking member is predetermined. A rotary washing system for dishes and plates spaced apart at intervals.
The method according to claim 1,
The input section is located on the upper portion of the inner housing space of the first case, and the input conveyor consisting of two pairs of input first and second conveyor rollers and an input conveyor belt connected to each other is placed on the upper side of the conveyor belt by rotation of the roller. Rotating washing system of dishes and plates, characterized in that the plate is transferred to the inlet of the rotating body.
delete delete The method according to claim 1,
The rotating washing unit is located in the inner receiving space of the second case, and further comprising an input guide plate positioned between the input unit and the rotating body to move the plate on which the dishes are placed to the dish plate mounting device. And the rotating washing system of the plate.
The method according to claim 1,
The rotary washing unit is installed in the inner housing space of the second case and is configured to install a food tray discharging guide roller positioned between the rotating body and the tray discharging conveyor, and is accommodated in the storage space of the dishwashing device. Dishes and dishes plate characterized in that it further comprises a plate dispensing guide device for separating one plate inverted by the rotation of the plate and a plurality of tableware to be seated and moved on top of the plate dispensing guide cable belt connected to the first conveyor roller of the discharge part. Rotary washing system.
The method according to claim 1,
The rotary washing unit is located in the inner receiving space of the second case, and one side is fixed between the rotating body and the dish discharging conveyor and is located in the inner receiving space of the third case. Provided, the dishwashing plate mounting device is stored in the storage space of the dishwasher and the plate is rotated by the rotation of the rotating table, the dishwashing system of the tableware and the plate, characterized in that the seating and moving on top of the tableware discharge conveyor belt of the discharge unit .
The method according to claim 7,
The dish discharging guide plate is configured in a plate shape that is lowered from one side fixed to the second case of the rotary washing part to the other side fixed to the third case of the discharging part so as to come into contact with an upper end of the dish discharging conveyor belt, On the inside, a dishwashing and plate rotation washing system, characterized in that a plurality of through holes are formed at regular intervals so that wash water and remnants can pass downward.
The method according to claim 6,
The plate discharging conveyor includes a plate discharging guide 1 roller and a plate discharging agent conveyor rotating in conjunction with the plate discharging guide roller and a plate discharging guide cable belt sandwiched between concave grooves at both ends and concave grooves at the center edge, and the plate discharging first conveyor roller. A rotating washing system for utensils and plates including a second plate conveyor that rotates in cooperation with the plate discharging conveyor belt.
The method according to claim 1,
The dishwashing conveyor is a dishwashing and rotating plate washing system, characterized in that a plurality of through holes are formed at regular intervals so that wash water and remnants can pass downward on the dishwasher conveyor belt.
The method according to any one of claims 2 and 9,
A rotating washing system for utensils and plates that further includes a tension roller that lifts from the bottom to maintain the tension to maintain the conveyor belt of the inlet and plate outlet conveyors tight.
The method according to claim 9,
In place of the plate discharging conveyor, the plate discharging conveyor belt forms a concave groove at both ends of the plate discharging first conveyor roller and the plate discharging second conveyor roller, and is inserted into and connected to each groove to rotate the cable belt. Rotating washing system of dishes and plates, characterized in that it comprises a configured plate discharge conveyor.
The method according to claim 1,
The discharge part is located in the inner receiving space of the third case, and is installed in an inverted state from the rotary washing part, and a discharge washing nozzle for spraying washing water to the discharged plate and dishes is installed on the lower side of the plate discharge conveyor, The lower side of the conveyor is a dishwashing plate and rotating plate washing system, characterized in that it comprises a guide plate for discharging slanted so that the water and remnants falling from above flow down in the direction of the rotary washing unit.

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