KR20110010991A

KR20110010991A - Dish-plate receiving and suppling apparatus

Info

Publication number: KR20110010991A
Application number: KR1020090068400A
Authority: KR
Inventors: 강병일
Original assignee: 대부인더스(주)
Priority date: 2009-07-27
Filing date: 2009-07-27
Publication date: 2011-02-08

Abstract

The present invention relates to a plate collection and input device for automatically receiving a plate from a plate user to put at a predetermined time interval in the plate washing machine, the plate collection and input device according to the present invention is a plate abalone to reverse the plate at a constant speed; A plate receiving unit configured to receive the used plate disposed in front of the plate abalone part and supply the plate in a normal state to the plate abalone; And a plate input unit disposed at the rear of the plate overturning portion and horizontally moving the plate overturned by the plate overturning portion at a predetermined time interval in the plate washing machine.

Description

Dish-PLATE RECEIVING AND SUPPLING APPARATUS}

The present invention relates to a plate collection and input device, and more particularly, to a plate collection and input device for automatically receiving the plate from the plate user to input to the plate washing machine at regular intervals.

In recent years, school lunches have been expanded to almost all schools, and companies have been expanding group lunches at cafeterias. In the case of group meals, a plate that can hold all of one person's food is used a lot. In a group feeding place using a plurality of plates, an automatic plate cleaning device is used to efficiently use a plurality of plates.

In particular, in recent years, even before the plate is put into the automatic plate cleaning device, a plate plate washing machine that can also automatically proceed to the manual cleaning operation is progressed by the inventor of the present invention has been filed and registered. This plate evaporator is a breakthrough technology that can fully manage the plate eval cleaning that has been performed manually in the past and can be hygienically managed.

However, despite the development of the plate plate washer, the process of collecting plate used by plate users has not yet been automated. Therefore, a situation arises in which a worker manually receives a plate used by a plate user, and the worker manually inputs the plate to the plate evaporator. Therefore, it is urgently required to develop a technology that can automatically collect the plate used by the user and automatically input the plate to the plate washing machine.

The technical problem to be solved by the present invention is to provide a plate collection and input device for automatically collecting the plate from the user to automatically supply to the plate washing apparatus at regular intervals.

Plate collection and input device according to the present invention for achieving the above technical problem is a plate abalone inverting the plate at a constant speed; A plate receiving unit configured to receive the used plate disposed in front of the plate abalone part and supply the plate in a normal state to the plate abalone; And a plate input unit disposed at the rear of the plate overturning portion and horizontally moving the plate overturned by the plate overturning portion at a predetermined time interval in the plate washing machine.

The plate abalone portion in the present invention, a rotary rod that rotates at a constant speed; It is formed on the outer circumferential surface of the rotary bar at regular intervals, and rolled over the blade to roll over the edge of the plate supplied from the plate receiving portion while rotating in accordance with the rotation of the rotating rod;

And the plate receiving portion, the sliding plate which is disposed in an inclined state in the direction of the plate plate abalone portion sliding the plate put by the user in the direction of the plate plate abalone portion; It is configured to include; a support bracket for supporting the sliding plate.

In addition, the plate inserting unit is characterized in that it has a conveyor structure for horizontally moving the plate overturned by the plate abalone portion in the direction of the plate washing machine.

Specifically, the plate input unit, a conveyor unit for horizontally moving the plate overturned by the plate overturning portion in the direction of the plate washing machine; It is preferably configured to include a; a plate input block for pushing the plate horizontally moved by the conveyor in the direction of the plate washing machine.

Further, a buffer space portion for temporarily storing a plate overturned by the plate abalone part may be further provided between the plate abalone part and the plate input part, since the plate may be stably supplied to the plate washer.

According to the invention there is an effect that can be stably supplied to the plate washing machine by automatically collecting the plate from the plate user. Therefore, in operating the automatic plate cleaning system, there is an effect that the operator can be minimized and the process is fully automated.

Hereinafter, with reference to the accompanying drawings will be described in detail a specific embodiment of the present invention.

As illustrated in FIG. 1, the plate collecting and feeding device 1 according to the present embodiment includes a plate overturning unit 30, a plate receiving unit 10, and a plate inserting unit 20.

First, the plate receiving unit 10 is a component that collects the plate from the user. In this embodiment, the plate receiving portion 10 serves to supply the plate 3, which is disposed in front of the plate abalone portion 30, collected from the user, to the plate abalone portion 30. To this end, the plate receiving part 10 includes a sliding plate 14 and a support bracket 12.

The sliding plate 14 is a component that is disposed in an inclined state in the direction of the food plate overturning portion 30 to slide the food plate 3 input by the user in the direction of the food plate overturning portion 30. Therefore, the user only needs to insert the used food plate 3 in the direction in which the food is placed in the sliding plate 14 as the upper surface. Then, the plate 3 flows down the sliding plate 14 and moves to the plate abalone portion 30. At this time, the front end of the sliding plate 14, as shown in Figure 1, it is preferable to protrude forward than the support bracket 12 to facilitate the receipt of the user's plate.

Next, the support bracket 12 is a component for supporting the sliding plate 14 and may have various shapes. As shown in FIG. 1, the support bracket 12 may have a housing shape having a predetermined internal space. The support bracket 12 may further include a water injector (not shown) capable of spraying a predetermined amount of water onto the sliding plate 14. This water jet device serves to continuously wash food and the like that may be buried on the sliding plate 14.

Next, the plate abalone portion 30 is a component that overturns the plate 3 supplied by the plate receiver 10. In the present embodiment, as shown in Figure 1, in order to prevent the flow of food on the bottom of the restaurant in the user's convenience, and the plate receiving process, the food is collected in a state in which the portion containing the food in the upper side. However, in the plate washing machine 2, since the washing operation is performed in a state in which the food containing portion of the plate is lowered, the plate plate abalone part 30 is provided with the plate 3 supplied by the plate receiving unit 10. It is upside down.

To this end, in the present embodiment, as shown in FIG. 1, the plate abalone portion 30 includes a rotary rod 32 and an abalone blade 34. First, the rotating rod 32 is a component that rotates at a constant speed, and has a rod shape. And the overturning blade 34 is formed on the outer circumferential surface of the rotary rod 32 at regular intervals, the edge of the plate 3 is supplied from the plate receiving portion 30 while rotating in accordance with the rotation of the rotary rod 32 It is a component that overturns by walking. That is, when the end of the plate 3 slid through the sliding plate 14 is caught by any one of the plurality of roll blades 34 are rotated, the lower surface of the plate is lifted by the roll blade coming up behind it. To be overturned. After the overturning is completed, the plate is moved toward the plate inserting unit 20. In order to prevent damage to the plate or serious noise in the process, the roll blade 34 is preferably made of a plastic having a lower strength than the plate (3).

In addition, as shown in FIG. 1, it is preferable that a residue storage unit 36 is further provided below the food plate abalone part 30 to accommodate food falling down in the process of overturning the food plate 3. In addition, an upper portion of the plate abalone portion 30 may further include a water spraying portion (not shown) for spraying water in a downward direction. The water spraying unit serves to wash food waste, etc., which may be buried in the rotating rod 32 and the abalone blade 34.

Next, the plate inserting unit 20 is disposed at the rear of the plate overturning portion 30 and horizontally moves the plate overturned by the plate overturning portion 30 to input the plate at regular intervals to the plate washing machine 2. Component. To this end, in the present embodiment, the plate inserting unit 20 may include a conveyor unit 24 and a plate inserting block 21 as shown in FIG. 1. First, the conveyor unit 24 is a component for horizontally moving the plate rolled over by the plate plate overturning unit 30 in the direction of the plate washing machine 2. This conveyor portion 24 may have a general conveyor structure that can move the plate.

The plate inserting block 21 is a component for pushing the plate 3 horizontally moved by the conveyor unit 24 in the direction of the plate washing machine 2. In this embodiment, the plate inserting block 21 may be provided at the end of the conveyor unit 24, as shown in Figure 1, a separate plate holder 26 is provided, this plate holder 26 It may be provided in). The plate input block 21 serves to push the rear side of the plate in a state of being mounted on the end of the conveyor unit 24 or the plate holder 26 to feed the plate toward the plate washer 2.

In particular, in the plate collecting and feeding device 1 according to the present embodiment, a buffer space for temporarily storing a plate that has been overturned by the plate overturning portion 30 between the plate overturning portion 30 and the plate feeding portion 20. An additional part may be provided. The buffer space portion is supplied to the plate at an appropriate time interval while temporarily storing the plate when the amount of plate collected by the plate receiving unit 10 is large, and the amount of plate processed by the plate washer (2) is small It is a component for. To this end, the buffer space portion has a multi-layer plate holder 26 capable of stacking a plurality of plate plates, and supplies the plate holder 26 in the direction of the plate cleaner 2 while moving the plate holder 26 in a vertical direction using a motor. . In this case, a sensor (not shown) is installed in the buffer space part to detect whether a plate is present in the plate washing machine loading part, and when the plate is not in the loading part, the plate is placed in the plate input block 21 direction. It is preferable to control the feeding of the plate to the plate washer by moving the plate.

1 is a view showing the configuration of a plate collection and input device according to an embodiment of the present invention.

Claims

Plate abalone, which inverts the plate at a constant speed;

A plate receiving unit configured to receive the used plate disposed in front of the plate abalone part and supply the plate in a normal state to the plate abalone; And

And a plate input unit disposed at the rear of the plate overturning portion and horizontally moving the plate overturned by the plate overturning portion to be input at a predetermined time interval to the plate washing machine.

According to claim 1, The plate abalone portion,

A rotating rod rotating at a constant speed;

Formed at regular intervals on the outer circumferential surface of the rotating rod, the abalone blade to roll over the edge of the plate supplied from the plate receiving portion while rotating in accordance with the rotation of the rotating rod; Device.

According to claim 1, The plate receiving portion,

A sliding plate which is disposed in an inclined state in the direction of the plate abalone and slides the plate that the user inputs in the direction of the plate abalone;

And a support bracket for supporting the sliding plate.

According to claim 1, The plate inserting unit,

A plate collecting and feeding device, characterized in that it has a conveyor structure for horizontally moving the plate overturned by the plate abalone portion in the direction of the plate washing machine.

According to claim 1, The plate inserting unit,

A conveyor unit for horizontally moving the plate rolled over by the plate roll unit in the direction of the plate washing machine;

And a plate input block for pushing the plate horizontally moved by the conveyor in the direction of the plate washing machine.

The method of claim 1,

And a buffer space part for temporarily storing the plate overturned by the plate abalone part between the plate abalone part and the plate inlet part.