KR200471301Y1 - Feeder tray of the dishwasher - Google Patents

Abstract

The present invention relates to a plate transfer structure of an avalanche washer that cleans the plate in a place where a large group of people live in schools, public institutions, large corporations, large buildings, etc. Designed for the plate transport structure of the avalanche washer, which improved the structure of the plate input part of the application No. 10-2011-100982, the front plate constitutes the plate input portion and the plate plate outlet in the rear, for washing in the internal space blocked from the outside In a plate washing chamber comprising a washing brush and a water spray nozzle, and a plate feeding structure for transferring the plate from the plate feeding portion to the plate outlet through the plate washing chamber, the plate feeding portion is formed on both sides of the plate washing chamber. A pair of support rails which are installed to be connected to the plate discharge outlet from a long length; A driving sprocket installed and driven at each of the plate input part that is the front of the support rail and the plate discharge outlet that is the rear of the support rail; A transfer chain which is caught by a driving sprocket to move on the support rail, each connecting node consisting of a topron, and a push protrusion for pushing a plate; A crushing rail installed on the upper side of the conveying chain so as to be supported by a spring to prevent separation of the food plate to be conveyed; A guide block configured to be spaced apart from the push protrusion of the transfer chain on the side of the plate input part and the rest of the guide block close to the push protrusion of the transfer chain; The guide roller is installed in front of the guide block to guide the plate feeding, and constitutes the plate feeding and conveying structure of the avalanche washer, and the driving sprocket installed at the plate feeding part is more than the driving sprocket installed at the plate outlet. The plate is installed at a high center of gravity and guide plate installed on both sides of the plate insert is bent inclined from top to bottom so that the bottom of the guide block is always rubbed with the push projection of the transfer chain except the tip. There is no breakdown caused by the plate stuck between the chain and the guide block during washing, and the conveyor chain for conveying the plate can be easily adjusted to prevent sagging of the conveyor chain during use so that the plate washing can be performed smoothly. It's a new and useful design that will make it work.

Description

Feeder tray of the dishwasher

The present invention relates to a plate transfer structure of an avalanche washer that cleans the plate in a place where a large group of people live in schools, public institutions, large corporations, large buildings, etc. It was devised for the plate feed structure of the avalanche washer which improved the structure of the plate input portion of the application No. 10-2011-100982.

Due to the development of the industrial environment and the development of culture, more and more large-scale people live in schools, public institutions, large corporations, and large buildings. At this time, the cleaning of a large number of used plates and the safe storage through sterilization, drying process is an important factor directly connected to the hygiene of the user.

Therefore, various plate washing machines have been developed for more convenient and easy cleaning management of large plates up to now, and the dishes cannot be properly transferred in the plate transport structure that allows the plates to enter the washing room for cleaning and then discharge them. This caused many problems.

The following describes the apparatus according to the plate feed structure of the plate washer developed and patented so far as follows.

Patent application No. 10-1991-0010352 (1991.06.21) relates to a bulgogi plate automatic washing machine, washing means in which a pair of rotary brushes planted in the vertical direction facing the spiral of the roller sloping at a predetermined angle of the roller is built up and down; Mounting force for adjusting the tension of the belt to be changed by the operation of the gap guide means and the gap guide means for adjusting the upper and lower intervals of the rotary brush and the front and rear conveying between the rotating brush by mounting the handle of the bulgogi plate It is equipped with control means. Patent application No. 10-2009-0030228 (2009.04.08) relates to a plate cleaning machine, the case is formed with an inlet and an outlet; A roller conveyor comprising a plurality of rollers installed between the inlet and the outlet; A central upper brush installed at an upper portion of the roller conveyor; A front lower brush and a rear lower brush which are installed at the lower part of the roller conveyor and are respectively installed at the front and rear of the central upper brush; A front drive roller unit having a plurality of front drive rollers installed at the front of the central upper brush at the top of the roller conveyor to press the plate to be in close contact with the roller conveyor; A rear drive roller unit having a plurality of rear drive rollers installed at the rear of the upper center brush at the top of the roller conveyor to press the plate to be in close contact with the roller conveyor; Built in the case, the front drive roller of the front drive roller unit and the rear drive roller of the rear drive roller unit are rotated in the same direction so that the plate is conveyed to the exit side, and the central upper brush, the front lower brush, and the rear lower brush together A driving unit to rotate; As detachable to the case, the filter plate to filter the food waste separated from the plate during the cleaning process; And an injection unit for injecting water for cleaning the ablation to the upper and lower portions of the plate conveyed from the roller conveyor. Patent application No. 10-2009-0031094 (2009.04.10) by applying a detergent to the plate and remove some of the large food residues to reduce the generation of waste in the post-water washing process to improve the cleaning efficiency A plate dishwasher for a primary dish, comprising: a housing having a constant internal space; A plate movement path formed to be inclined inside the housing to provide a path through which the plate may move from one upper portion of the housing to the other lower portion; An upper washing brush rotatably disposed on an upper side of the plate moving path and washing the upper surface of the plate moving along the plate moving path; A lower washing brush disposed rotatably in a direction opposite to the upper cleaning brush at a lower side of the plate moving path, and washing the lower surface of the plate moving along the plate moving path; It is disposed inside the housing, and includes a motor for providing rotational power to the upper cleaning brush and the lower cleaning brush, the stepped portion is formed by stepping downward in the lower side of the plate movement path, the end of the step portion of the plate movement path The part further includes a vibration means installed to vibrate the plate. Patent application No. 10-2001-0021105 (April 19, 2001) relates to a plate and platen washer, and the inlet and the outlet of the object are respectively formed on one side and the washing chamber, rinsing chamber and drying chamber on one side Respectively formed casings, transport means for rotatably installed at the lower portions of the washing chamber, the rinsing chamber and the drying chamber of the casing to move the objects to be cleaned, and rotatably installed in the washing chamber of the casing to spray washing water. Washing means for washing the water, and the washing water supply means for collecting the washing water sprayed from the washing nozzle to circulate the washing water to the washing nozzle, installed in the rinsing chamber of the casing and supplied with water from the outside to the cleaning agent to be cleaned Rinsing means for spraying unmixed water, and a drying device installed in the drying chamber of the casing to dry the object to a high temperature, the plate or the grill It can do the washing will to wash a large number of trays or a grill in a short time. Utility Model Registration Application No. 20-2009-0003714 (2009.03.31) makes it easy to switch the conveying direction of the plate at right angles at the corner of the conveyor, and this allows the dishwasher to be installed in a “b” shape. It relates to a plate conveying conveyor of the dishwasher to be easily applied, the remaining container for collecting the remaining; A first conveyor installed at an upper portion of the residual container to transfer the plate in the width direction; A second conveyor connected to the first conveyor to change a feeding direction of the plate; It is configured to include a third conveyor for conveying the food plate dropped by the second conveyor in the longitudinal direction. Patent application No. 10-2009-0077199 (2009.08.20.) Relates to a plate washing apparatus for cleaning dishes that can effectively remove food debris, etc. attached to the plate before the dish washing, housing having a constant internal space; A plate insertion hole formed at an upper side of the housing; A plate outlet formed on the other side of the housing; A plate moving unit arranged to connect the plate inlet and the plate outlet and moving the plate in an inclined state through the plate inlet in the direction of the plate outlet at a constant speed; A first lower cleaning brush installed in the front lower portion of the plate moving part in parallel with the plate moving along the plate moving part and washing the lower surface of the plate while rotating in a forward direction coinciding with the moving direction of the plate; An upper washing brush installed parallel to the first lower washing brush on the middle side of the plate moving part and rotating in a direction opposite to the first lower washing brush; And a second lower cleaning brush installed at the rear lower portion of the plate moving part in parallel with the first lower cleaning brush and washing the lower surface of the plate while rotating in a direction opposite to the first lower cleaning brush. Patent application No. 10-2010-0010375 (2010.02.04) uses a high pressure spray cleaning unit and a high-speed rotary cleaning unit in a plate washing apparatus for avalanche dishes that can effectively remove the food debris, etc. attached to the plate before the dish washing A housing comprising: a housing having a constant internal space; It is formed on the upper side of the housing, the plate is inserted into the plate input port; A plate outlet formed on the other side of the housing and through which the plate is discharged; A plate moving unit arranged to connect the plate inlet and the plate outlet to move the plate that is placed in an upside down state through the plate inlet in the direction of the plate outlet at a constant speed; A high pressure jet washing unit installed above or below the plate moving unit and spraying water at a high pressure on the plate moved by the plate moving unit; It is installed on the upper and lower sides of the plate moving unit, respectively, a high speed rotation washing unit for washing the front or rear of the plate moved by the plate moving unit while rotating at a high speed. Patent application No. 10-2010-0096305 (2010.10.04) relates to a plate plate washing machine, and a case formed with an inlet through which the plate is introduced and an outlet through which the plate is discharged; An inlet table installed on the inlet side and having a plate mounted thereon, and having a plurality of rollers for supporting the plate to be transferred to the inlet; An exit table installed at the exit side and having a plate for exiting the exit; A roller driving conveyor installed between the inlet and the outlet and having a plate mounted thereon, the roller driving conveyor having a plurality of driving rollers rotated in the same direction; A central upper brush installed at an upper portion of the roller driving conveyor; A front lower brush and a rear lower brush which are installed at a lower portion of the roller driving conveyor, respectively, which are installed at the front and rear of the central upper brush; Front and rear pressurizing roller units installed at the front and rear of the central upper brush at the top of the roller driving conveyor to press the plate to be in close contact with the driving roller of the roller driving conveyor; A plurality of drive rollers to rotate the drive rollers in the same direction so that the plate is conveyed to the outlet side, the drive unit for rotating the central upper brush, the front lower brush and the rear lower brush together.

Until now, the technical problem to be solved by the present invention is that the transfer plate for transporting the plate into the washer in the horizontal state to wash the plate, the plate is caught between the chain and the guide block in the process of entering the plate into the washer failure In order to solve the problem causing the plate structure and the support rail supporting the chain and the structure of the plate transport structure is to improve the configuration of the guide block is to provide a smooth feed and transfer of the plate.

The present invention for achieving the above object, the front plate is configured to the plate input portion and the rear plate is configured to the plate outlet, the plate washing chamber consisting of the washing brush and the water spray nozzle in the internal space blocked from the outside, the plate A pair of supporting rails are formed to be connected to the plate outlet from the plate input unit to the plate outlet in both sides of the plate washing chamber in the plate feeding structure for transferring the plate from the plate input unit to the plate outlet. ; A driving sprocket installed and driven at each of the plate input part that is the front of the support rail and the plate discharge outlet that is the rear of the support rail; A transfer chain which is caught by a driving sprocket to move on the support rail, each connecting node consisting of a topron, and a push protrusion for pushing a plate; A crushing rail installed on the upper side of the conveying chain so as to be supported by a spring to prevent separation of the food plate to be conveyed; A guide block configured to be spaced apart from the push protrusion of the transfer chain on the side of the plate input part and the rest of the guide block close to the push protrusion of the transfer chain; The guide roller is installed in front of the guide block to guide the plate feeding, and constitutes the plate feeding structure of the avalanche washer, and the driving sprocket installed on the plate feeding part has a shaft center that is installed on the plate outlet. The plate feeding part side conveying chain guided to the guide blocks installed on both sides of the plate feeding part is bent inclined from the top to the bottom so that the bottom of the guide block is always rubbed with the conveying chain except the tip.

The present invention improves the configuration of putting the plate into the washing machine to wash the plate, there is no failure caused by the plate is sandwiched between the chain and the guide block during the plate washing, by easily adjusting the tension of the conveyor chain for conveying the plate It is a new and useful design that prevents the conveyor chain from sag during use and smoothly cleans the plate so that the cleaning process can be performed efficiently.

1 is an exemplary view illustrating a configuration of an avalanche cleaner constituting the present invention.
Figure 2 is an exemplary view illustrating a configuration of a dish transport structure of the present invention.
Figure 3 is an exemplary view showing the main components of the present invention.

Referring to the configuration of the present invention in detail with reference to the accompanying drawings as follows.

As shown in FIG. 1, the front plate comprises a plate input part 10, and the rear side comprises a washing brush 21 and a water spray nozzle 22 in an internal space blocked from the outside of the plate outlet 30. In constructing the plate washing room 20, and in the configuration of the plate feeding structure for transferring the plate 100 through the plate washing chamber 20 from the plate input unit 10 to the plate discharge port 30 side,

 As shown in FIG. 2, a pair of supporting rails 25 are provided on both sides of the plate washing chamber 20 to extend from the plate input unit 10 to the plate discharge port 30;

A driving sprocket 40 installed and driven at each of the plate input part 21 which is the front of the support rail 25 and the plate discharge port 30 which is the rear of the support rail 25;

The transfer chain 50 is caught by the driving sprocket 40 to move on the support rail 25, and each of the connection nodes is composed of a topron, and the push protrusion 51 pushing the plate 100 is formed at regular intervals. )and;

A presser rail 26 installed on the upper side of the transfer chain 50 so as to be supported by a spring 27 to prevent separation of the food plate 100 to be transferred;

The guide block 60 configured to be spaced apart from the push protrusion 51 of the transfer chain 50 on the side of the plate input part 10 and the lower end of the plate input part 10 to contact the push protrusion 51 of the transfer chain 50. ;

It is installed in front of the guide block 60 consists of a guide roller 70 for guiding the plate insertion.

Here, as shown in FIG. 3, the driving sprocket 40 installed at the side of the plate input part 10 is installed at a higher shaft center than the drive sprocket 40 installed at the side of the plate outlet 30. The conveying chain 50 on the plate input part 10 guided by the guide blocks 60 installed on both sides of the c) is bent inclined downward from the top, so that the bottom surface of the guide block 60 is always transported except for the tip. It is configured to be rubbed with the push projection (51) of.

Referring to the embodiment of the present invention configured as described above is as follows.

When the plate 100 is placed on the transfer chain 50 of the plate input unit 10 to wash the plate 100, the transfer chain 50 is driven by the driving bracket 40, and thus the guide roller 70 is moved. If the guide end of the guide plate (100) guided to the bottom surface of the guide block 60 is unable to enter, waiting, push the projections (51) configured at regular intervals on the transfer chain 50 by pushing the rear end of the plate 100 The plate 100 is pushed into the washing chamber 20.

At this time, the conventional avalanche washer is the transport chain 50 is horizontal, the transport chain 50 is not in close contact with the guide block 60, the push projection 51 of the transport chain 50 pushes the plate 100 Before the cycle, the food plate 100 is transferred on the push protrusion 51 and enters the washing chamber 20 so that the food plate 100 is the guide block 60 or the blotting rail 26 and the transfer chain 50. Between the push projections 51 of the bar is made by excessive force transfer was made to cause a breakdown, the present invention is driven by the push projections 51 of the transfer chain 50 in contact with the lower end of the guide block 60 to drive the plate 100 This pre-entry buddha does not occur.

As described above, the plate 100 entered into the plate washing chamber 20 is sprayed with water from the spray nozzle 22 and washed while the washing brush 21 is driven, and is transferred to the plate outlet 30 at the same time. The presser rail 26 supported by 27 is in close contact with both sides of the tray 100 to the transfer rail 50, so that the plate 100 is smoothly transferred.

In this case, the presser rail 26 may be made of topron or other slippery material, but the effect thereof may be doubled if the presser rail 26 is made of a small roller made of topron or the like.

Industrial Applicability The present invention has great industrial use value, such as being useful for washing a plate at a site where cooking is performed by many people, such as a school, a public office, or a company.

10: plate feeding unit 20: plate washing room 21: cleaning brush
22: water spray nozzle 25: support rail 26: apji rail
27: spring 30: plate outlet 40: drive sprocket
50: transfer chain 51: push protrusion 60: guide block
70: guide roller 100: plate

Claims (2)

In the front, the plate input part 10 is formed, and in the rear, the plate washing chamber 20 including the washing brush 21 and the water spray nozzle 22 in the internal space blocked from the outside, which constitutes the plate outlet 30. In the construction, the plate feed structure for transferring the plate 100 through the plate washing chamber 20 from the plate input unit 10 to the plate discharge port 30 side,
A pair of support rails 25 which are installed at both sides of the plate washing chamber 20 from the plate input part 10 to the plate discharge port 30;
A driving sprocket 40 installed and driven at each of the plate input part 21 which is the front of the support rail 25 and the plate discharge port 30 which is the rear of the support rail 25;
The transfer chain 50 is caught by the driving sprocket 40 to move on the support rail 25, and each of the connection nodes is composed of a topron, and the push protrusion 51 pushing the plate 100 is formed at regular intervals. )and;
A presser rail 26 installed on the upper side of the transfer chain 50 so as to be supported by a spring 27 to prevent separation of the food plate 100 to be transferred;
The guide block 60 configured to be spaced apart from the push protrusion 51 of the transfer chain 50 on the side of the plate input part 10 and the lower end of the plate input part 10 to contact the push protrusion 51 of the transfer chain 50. ;
The plate feeding structure of the avalanche washer, characterized in that it is installed in front of the guide block 60 consists of a guide roller 70 for guiding the plate feeding. The method of claim 1,
Guides installed on both sides of the plate input part 10 by installing the drive sprocket 40 installed on the plate input part 10 side higher than the drive sprocket 40 installed on the plate discharge port 30 side. Guided to the block 60, the plate feed part 10 side of the conveying chain 50 is bent inclined from top to bottom, so that the bottom surface of the guide block 60 is always push projection 51 of the conveying chain 50 except for the tip. Plate feeding structure of the avalanche washer characterized in that it is configured to rub in contact with.

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