JPH0453741Y2 - - Google Patents

Description

[Detailed description of the invention] A. Purpose of the invention a. Industrial application field This invention relates to a counter suitable for so-called sushi restaurants.

b. Conventional technology and its problems Traditionally, conveyor belt sushi restaurants, in which sushi plates are placed on a conveyor and transported in a rotating manner and used by customers behind the counter, are currently being seen in urban areas, but they are very mechanical. Therefore, it has not changed that much, and there is an unbearable sense of discomfort as it is used for food.

B. Structure of the invention a Means for solving the problem The present application attempts to solve the above-mentioned problem with the following structure.

That is, in the present application, a long hole 2C1 for overflow is provided above the inner wall 2C of the water lane 2, which is made of FRP and is configured in an endless planar substantially circular ring shape so that water can circulate. , inside this inner wall 2C, there is a long hole 2
A gutter 2C2 is connected to the opening position C1 to receive overflow water, and the width of the water lane 2 is configured to be slightly longer than the diameter 4A of the tub 4 used, and the water is drained from the lower position of the inner wall 2C. The L-shaped planar water supply pipe 2D protrudes into the lane, and its tip opening 2D1 faces diagonally upward to the right, and is formed into a horizontally long flat mouth, and a water suction pipe is provided at the bottom 2A of the water lane. 2F, a water absorption pipe 2G for overflow water is connected to the gutter 2C2, a drainage pipe 2H is installed to the bottom 2A of the water lane, and a counter top plate 3 is installed in the water lane facing outward. Different types of sushi plates are installed in the above-mentioned tubs in a removable manner, and a power system pump PS is configured to send overflow water from the water lane to the water tank again, while other line pumps It is a counter configured to measure the speed up of water flow in RP.

b Example of implementation of the idea 1 is the counter of the main idea.

2 is a water lane (water flow layer) configured to cause water to flow in a fixed direction.

Therefore, this water lane 2 is made of FRP and is configured to have an endless planar substantially circular ring shape so that water can circulate therein.

2A is a bottom part, 2B and 2C are an outer wall and an inner wall connected to the outside and inside of this bottom part 2A, and an elongated hole 2C1 for overflow is provided above the inner wall 2C.
Furthermore, a gutter 2C2 for receiving overflow water is connected to the inner side of the inner wall 2C and has an elongated hole 2C1 at the opening position.

In this case, the width 2-1 of water lane 2 is
The size is slightly longer than the diameter 4A of the tub 4 used.

2D is a planar L-shaped water supply pipe that protrudes into the water lane from a lower position of the inner wall 2C, and its tip opening 2D1 faces diagonally upward to the right and is configured as a horizontally long flat opening. ing.

2F is a water suction pipe provided at the bottom 2A of the water lane, 2G is an overflow water suction pipe connected to the gutter 2C2, and 2H is a drainage pipe provided at the bottom 2A of the water lane.

Reference numeral 3 denotes a counter top plate that is connected to the water lane facing outward.

4 is a suitable number of flat round buckets floating on the water stream in the water lane.

Reference numeral 5 denotes sushi plates 5A, 5B, and 5C of different types that are detachably provided on the tub 4.

That is, for example, sushi plate 5A on which 150 yen worth of sushi is placed has a ``pine'' pattern, sushi plate 5B on which 200 yen worth of sushi is placed has a ``bamboo'' pattern, and sushi plate 5C on which 250 yen sushi is placed has a ``plum'' pattern. ” is drawn on each.

The PS is a power cistern pump that is configured to send overflow water from the water lane back into the aquarium.

This is because they fall naturally from a high place to a low place and return (just like a waterfall), so they can replenish some oxygen.

As a result, even if water is used in a circulating manner for several days, it is possible to prevent water from becoming slimy when the same water is used for several days in a domestic bath, making it possible to save on water charges. be able to.

In other words, it serves to maintain the freshness of the same water.

Another line pump (for Krieg Tower)
The RP is configured to measure the speed up of water flow.

c. Function A water tank frame is manufactured by processing the water lane (water flow layer) with FRP resin, and two pumps are used to circulate the water in the tank frame by flowing it in a fixed direction.

Round buckets are placed side by side and floated on the surface of the water flowing in a certain direction. A sushi chef places a sushi plate with sushi in the bucket.

The width of the water lane is 240mm, and the outside diameter of the round tubs is 220mm.As shown in the figure, the round tubs are arranged closely and the water flows in rows into the 240mm wide tank.

Since the tub only has an extra width of 20mm, the side that touches the outer and inner walls of the tank will try to stop, and
The side that is not touched tries to flow with the flow of water, causing the round bucket to rotate.

If you line up an appropriate number of buckets without any gaps, the front and rear buckets will connect, so they will rotate in opposite directions.
They rotate in opposite directions, just like gears.

C. Effects of the invention (B) Since the counter is set on a conveyor that transports sushi using the flow of water, it can be assumed that changes occur depending on the flow of air.

Moreover, since ``sushi'' is raw fish, it must be fresh, but it can be made even more fresh by combining it with clear water.

(b) Compared to the so-called conveyor belt sushi, in which sushi plates are placed on a mechanical conveyor and conveyed in a rotating manner, which is then used by customers behind the counter, the system of the present application prevents water from flowing in one direction. Because of the transportation method used, the sushi can be placed on the flow of water and transported while rotating, creating a very varied and aesthetically appealing product.

By arranging an appropriate number of buckets without gaps, the front and rear barrels connect and alternately rotate in opposite directions, just like gears. , colors, etc. can make you feel even more beautiful.

Although the above description has been made based on the premise of sushi, it is of course applicable to other foods as well.

[Brief explanation of the drawing]

FIGS. 1, 2, and 3 are partially cutaway enlarged perspective views of the main parts. 1...Counter, 2...Water lane,
3...Counter top plate.

Claims (1)

[Scope of utility model registration request] Water lane 2 made of FRP and configured in an endless planar circular ring shape so that water circulates.
A long hole 2C1 for overflow is provided above the inner wall 2C, and furthermore, this inner wall 2C is provided with a long hole 2C1 for overflow.
A gutter 2C2 having a long hole 2C1 and receiving overflow water is connected to the inside of C, and the width of the water lane 2 is equal to the diameter 4 of the tub 4 used.
The inner wall 2 is configured to have a slightly longer dimension than A.
The planar L-shaped water supply pipe 2D protrudes into the water lane from the lower position of C, and its tip opening 2D1 faces diagonally upward to the right, and is configured as a horizontally long flat mouth. A water suction pipe 2F is provided at the bottom 2A, a water suction pipe 2G for overflow water is connected to the gutter 2C2, a drainage pipe 2H is provided at the bottom 2A of the water lane, and the water lane is directed outward toward the water lane. A counter top plate 3 is installed in series, different types of sushi plates are removably installed in the above-mentioned tub, and a power cistern pump PS is installed.
A counter characterized in that it is configured to send overflow water from a water lane to the aquarium again, and is configured to increase the speed of water flow with another line pump RP.