JP2008079624A - Merchandise providing method in rotary eating and drinking table and its apparatus - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a plurality of ordered items at once, to provide them in the shortest time, and to supply and recover merchandise by the same mechanism. <P>SOLUTION: In a rotary eating and drinking table including a circulation path 16 for circulating and carrying the merchandise, a plurality of eating and drinking tables composed by disposing an identification ID where the specifying information of the table 18 of each ordering customer is recorded to a mounting base 14, disposing a push-out mechanism 26 for pushing out the mounting base 14 to the side of the table 18 on the outer periphery of the circulation path 16 and disposing a read means 34 for reading the information of the identification ID are connected and disposed. The transfer means 38 of the mounting base 14 is disposed at the connection part of the respective eating and drinking tables, the mounting base 14 on which the ordered item is served is supplied onto the circulation path 16, and the transfer means 38 is controlled so as to supply it to the table 18 of a customer who placed the order in the shortest time. The respective read means 36 read the information of the identification ID, and only in the case that it specifies the table 18 of the customer who placed the order, the push-out mechanism 26 is operated, the mounting base 14 on which the ordered item is served is pushed out from the circulation path 16 to the side of the table 18, and the customer is provided with the ordered item. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a product providing method and an apparatus for providing individually ordered products to customers in a restaurant, mainly a restaurant where a rotating dining table is installed.

  Conventionally, in a restaurant, for example, a restaurant where a rotating dining table is installed, sushi as a product is arranged on a product plate and cyclically conveyed on a circuit.

  When providing individually ordered items to customers, apart from products that are being transported by patrol, it is known that the product trays with the ordered items placed on the mounting table labeled as ordered items are provided and provided. It has been.

  As a means of providing this type of order to the ordering customer, the IC tag is mounted on the plate, and the seat location information, ordering information, etc. of the ordering customer are recorded on this IC tag, and the ordering item is conveyed to the ordering customer's seat. In this case, the control mechanism activates the discharge mechanism arranged in the circuit to provide the ordered item to the ordering customer (see, for example, Patent Documents 1-3). By inputting the seat position information to the control means, the control means calculates the arrival time to the passenger seat of the ordering customer based on the conveyance speed of the circuit, the passenger seat position information, and the discharge mechanism arranged in each passenger seat at the arrival time or There is one that operates an order stop mechanism to provide an order to a customer (for example, see Patent Documents 4 and 5).

Japanese Patent No. 30663373 (page 2-3, FIGS. 1, 3, 4) JP 2002-219043 (page 3-5, FIGS. 1, 7, 8, and 11) JP 2002-223925 A (page 3-5, FIGS. 1-4, 6) JP 2002-219044 (page 2-5, FIG. 1-4) JP 2004-187922 A (page 5-10, FIGS. 1, 2, 4)

  In addition, there is nothing that can provide a product by connecting a plurality of dining tables provided with a circuit, and a product that returns used product dishes to the circuit using the same mechanism.

  Conventionally, as described above, in Patent Documents 1-5, a complicated control system for specifying the ordering customer position and the provision time has become indispensable, which has been a factor in increasing costs.

  In addition, there is no disclosure about a case where a plurality of order items are provided at a time, and it is therefore impossible to provide a plurality of order items at a time.

  In addition, no consideration has been given to providing ordered items in the shortest possible time according to the table position of the ordering customer, so the ordering item provision time varies depending on the ordering customer, and uniform service is provided to each ordering customer. I could not.

  The present invention is extremely simple to control, can provide a plurality of orders at the same time, can be provided in the shortest time, can provide a uniform product provision service to each ordering customer, and can supply products with the same mechanism An object of the present invention is to provide a product providing method and apparatus in a rotatable dining table that can be collected.

The present invention records information to identify each ordering customer's table on a mounting table for placing orders from customers in a rotary dining table provided with a circuit for circulating and transporting products above the base. The identification mechanism is arranged for each table, and an extrusion mechanism that pushes the mounting table that is circularly transported on the circuit to the table side on the outer periphery of the circuit is arranged on the mounting table that is circularly transported on the circuit The reading means for reading the ID is arranged in the vicinity of each extrusion mechanism of the circuit, and a plurality of food tables are connected, and the mounting table is connected from one circuit to the other circuit at the connection part of each food table. Transport means for smoothly guiding and transporting to the road are arranged, and a mounting table on which the ordered items of each ordering customer are arranged is supplied on the circuit, and the ordered items are supplied to the ordering customer's table in the shortest time. Therefore, it is necessary to control the transfer means and to record the information recorded in the identification ID of the mounting table. Only when the information read by each reading means identifies the table of its own, the push-out mechanism is operated to push the placing table on which the ordered items are arranged from the circuit to the table side. Characterized by providing customers with orders,
Alternatively, the table is placed on the table by the pushing mechanism, and the carrying mechanism is arranged to carry the placing table extruded from the circuit by the pushing mechanism to the table front end side, and the next ordered items are arranged on the table side by the pushing mechanism. When extruding to the table, the extruded table is transported to the front end of the table to improve the ordering efficiency,
Alternatively, a transport mechanism is arranged on the table so that the mounting table pushed out from the circuit by the extrusion mechanism is transported to the table tip side, and the mounting table from which the order has been removed is returned to the circuit side. After removing the ordered item from the mounting table, the transport mechanism is reversely fed, and the mounting table is returned to the circuit,
Alternatively, a transport mechanism is arranged on the table so that the mounting table pushed out from the circuit by the extrusion mechanism is transported to the table tip side, and the mounting table from which the order has been removed is returned to the circuit side. After removing the ordered item from the mounting table, the mounting mechanism is returned to the circuit by the transport mechanism,
Alternatively, a notification means is provided for each table, and the arrival of the ordered item is notified to the customer,
Alternatively, an ordering terminal is provided for each table to improve ordering efficiency.

  According to the product providing method and the apparatus for the rotary dining table according to the present invention, the ordered items are arranged and supplied on the platform on which the information is recorded in order to specify the ordered customer table on the circuit, and the ordered customer table is provided. Only when the transport means is controlled to supply the navel order product in the shortest time and the own table is specified by the reading means arranged in the vicinity of each push-out mechanism, the push-out mechanism is used to place the placing table for the ordered product. Extruding to the table side and providing the ordered item to the ordering customer makes the control extremely simple, and the ordered item can be reliably provided to the ordering customer in the shortest time.

  For this reason, the order provision time according to the table position of the ordering customer does not become uneven, and a uniform product provision service can be provided to each ordering customer.

  In addition, by placing a transport mechanism on the table so that the mounting table extruded by the extrusion mechanism is transported to the front end side of the table, when the mounting table for the next ordered product is extruded to the table side by the extrusion mechanism , Since the already-extruded mounting table is transported to the front end of the table, a supply space is forcibly secured, and even if multiple orders are provided at once, it can be provided smoothly without any problems, and the ordering efficiency Can be improved.

  In addition, the table is pushed out from the circuit by placing a transport mechanism to transport the table, which has been pushed out from the circuit by the extrusion mechanism, to the front end of the table and returning the table from which the order has been removed to the circuit side. After removing the ordered product from the placed mounting table, it is possible to reversely transport the transport mechanism, or return the mounting table to the circuit from the transport tip side of the transport mechanism, and collect the used mounting table. Become.

  Further, by providing a notification means for each table, it is possible to notify the arrival of the ordered item to the ordering customer from the pre-arrival to the advance notice or just before the arrival.

  Further, by arranging an order terminal for each table, the order efficiency of the ordering customer can be improved.

  For the purpose of making the control extremely simple, providing the ordered items to the ordering customers reliably and in the shortest possible time, the ordering items are arranged with a mounting table with an identification ID that records information to identify each ordering customer's table. A plurality of dining tables which are arranged in a circuit with an extruding mechanism for extruding the placed mounting table and a reading means for reading information recorded in the identification ID of the mounting table, and the transfer arranged at the connecting portion of each eating table And realized by means.

  The goods provision apparatus in the rotary dining table which concerns on this invention consists of the following structures, as shown in FIGS.

  In this example, the restaurant is provided with a circuit 16 on the top of the substantially I-shaped and L-shaped bases 12 in plan view for circulating the product, the mounting table 14 on which sushi is arranged in the present invention, It is a restaurant where a rotating dining table provided with tables 18 (T1 to T12) is installed on the outer peripheral edge of the base 12. Further, the base 12 is arranged in such a manner that the L-type A group is connected to the I-type B group and C group in parallel.

  The circuit 16 is a conveyance path in which a large number of crescent-type plates 22 are axially supported on an endless chain 20, and is generally referred to as a crescent conveyor or a crescent chain. 1 are arranged in a double line shape that circulates in the reverse direction at the tip (in FIG. 1, the A group is the left and right side ends, the B group, and the C group are the top and bottom sides).

  Each mounting table 14 is provided with an identification ID 24 in which information is recorded in order to specify the ordering customer table 18.

  This identification ID 24 is called an ID tag or IC tag, and is generally known as a data carrier, and is an information carrier that can read or write data in a non-contact manner, and communicates with a reading means 36 described later by radio waves. . In this example, an IC tag is adopted, and the shape thereof is a coin type, and four are equally arranged near the outer periphery of the back surface of the mounting table 14.

  Each table 18 is provided with an extruding mechanism 26 for extruding the placing table 14 on which the ordered items that are to be transported and transported on the circuit 16 to the table 18 (passenger seat) side on the outer periphery of the circuit 16.

  In this example, since the table 18 is arranged on the outer periphery of the circuit 16, the pushing mechanism 26 is a mechanism for pushing the mounting table 14 to both sides of the circuit 16 in the width direction, and the guide 28 is elastically inward. It is constituted by an eccentric cam 30 that is biased by a member or the like and pushes the guide 28 outward against the biasing force. It is controlled by the control means 32 so as to operate only when the table 18 is specified.

  The table 18 on the extrusion side of each extrusion mechanism 26 of the circuit 16 is provided with a conveyance mechanism 34 for placing the extruded table 14 and conveying it to the tip side of the table 18.

  In this example, the transport mechanism 34 is installed at a height to place the mounting table 14 pushed out by the push-out mechanism 26, and the transport is controlled by the control means 32.

  Reading means 36 for reading information recorded in the identification ID 24 of the mounting table 14 that is cyclically transported on the circuit 16 is arranged in the vicinity of each extrusion mechanism 26.

  In this example, the reading means 36 is arranged on the upper surface of the circuit 16.

  This reading means 36 is an ID reader, and is connected to the control means 32 in the same manner as the extrusion mechanism 26 and the transport mechanism 34.

  In this example, the control means 32 is a computer.

  Only when the table 18 is specified based on the information read by the reading means 36, the control means 32 activates the corresponding push-out mechanism 26, and the mounting table 14 on which the ordered products are arranged is routed. The product is extruded from 16 to the table 18 side, and the ordered product is provided to the customer.

  A plurality of dining tables having the above-described configuration are arranged and connected to each other, and the mounting table 14 is smoothly guided and transferred from one circuit 16 to the other circuit 16 connected to each table. Transfer means 38 is provided.

  In this example, there are three dining tables A to C, and the transfer means 38 is composed of the same mechanism as the pushing mechanism 26 and the short conveyor body 40, and is controlled by the control means 32.

  In the figure, 42 is a product separation mechanism for forcibly separating the spaces between the mounting tables 14 disposed in the product supply area of the circuit 16 in order to improve the provision of the mounting tables 14, and 44 is a lighting fixture. , 46 is a transparent cover body, 48 is a sensor for detecting the presence or absence of the mounting table 14, and 50 is a hot water supply means.

  The method of using the apparatus to provide an ordered item to the ordering customer will be described in detail below.

  First, a customer orders an ordered item from a cook or an employee through an interphone, an order terminal (not shown) or orally.

  Next, the cook cooks the ordered item and places it on the mounting table 14 with the identification ID 24 in which information is recorded to specify the table 18 of the ordering customer.

  At this time, by applying a color corresponding to the information to specify each table 18 (T1 to T12) recorded in the identification ID 24, the work of searching for the mounting table 14 can be simplified.

  In the case where the order item is a set menu and a large number of cooked items, the cooker arranges them on the dedicated tableware 52 and places the tableware 52 on the mounting table 14 (see FIG. 5).

  Next, the mounting table 14 is supplied onto the circuit 16.

  Next, the control means 32 controls the transfer means 38 to supply the order item to the ordering customer's table 18 in the shortest time.

  More specifically, as shown in FIG. 2 and FIG. 7, when the ordered items are supplied to the tables T <b> 1 to T <b> 4 arranged in the A group, the ordered items are circulated in the A group without operating the transfer means 38. The products are supplied to the customers of the tables T1 to T4 through the road 16 (see FIG. 7A).

  In order to supply the ordered items to the tables T5 to T8 arranged on the B group, the transfer means 38 arranged between the A group and the B group is operated by the control unit 32, and the ordered item is moved to the B group via the A group. The products are supplied to the customers of the tables T5 to T8 through the road 16 (see FIG. 7B).

  In order to supply the ordered items to the tables T9 to T12 arranged on the C group, the transfer means 38 arranged between the A group and the C group is operated by the control means 32, and the ordered item is moved to the C group via the A group. The products are supplied to the customers of the tables T9 to T12 through the road 16 (see FIG. 7C).

  By controlling as described above, it is possible to provide each customer with orders in the tables T1 to T12 in the shortest time.

  Next, the information recorded in the identification ID 24 of the mounting table 14 is read by each reading means 36, and the corresponding push-out mechanism 26 is operated only when the read information specifies its own table 18, and the circuit 16 By pushing the mounting table 14 on which the ordered items are arranged from above to the table 18 side, the ordered items are provided to the customer.

  For this reason, the mounting table 14 on which the ordered items are forcibly arranged is pushed out onto the transport mechanism 34 of the orderer's table 18 so that the ordered items can be reliably provided to the ordering customer in the shortest time. it can.

  At this time, the extrusion mechanism 26 is pushed out and the transport mechanism 34 of the table 18 is operated, so that the table 18 (the transport mechanism 34) of the extruded support table 14 is provided more smoothly. Alternatively, the mounting table 14 is not dropped or dropped from the transport mechanism 34.

  Further, when the next mounting table 14 is pushed out onto the table 18 by the extrusion mechanism 26, the already-extruded mounting table 14 is transported to the front end side of the table 18 to forcibly secure a supply space, and a subsequent order item. Even if a plurality of mounting tables 14 are provided at a time, it is possible to provide the ordering customer without any trouble, and the order item providing efficiency can be improved.

  As described above, according to the present invention, it is possible to provide an ordered item to the ordering customer reliably and in the shortest time by the control system that controls the transfer means 38, the reading means 36, the extrusion mechanism 26, and the transport mechanism 34. it can.

  Further, when the next-ordered order placing table 14 is pushed out onto the table 18 by the push-out mechanism 26 by the carrying mechanism 34 of each table 18, the already-extruded placing table 14 is carried to the front end side of the table 18 to forcibly. Therefore, even if a plurality of ordered items are provided at once, it is possible to provide them to the ordering customer without any trouble.

  FIG. 8 shows another embodiment of the present invention.

  In this example, the transport mechanism 34 arranged for each table 18 can be switched between the forward rotation direction indicated by the arrow A and the reverse rotation direction indicated by the arrow B, and the mounting table 14 from which the order item has been removed is returned to the circuit 16. Other configurations are the same as those of the first embodiment.

  Further, since it is necessary to reversely transport the transport mechanism 34, the transport mechanism 34 is provided with a return button 54 that can be pressed by the customer himself.

  For this reason, when the customer removes the ordered item from the mounting table 14 on which the ordered item pushed to the conveying mechanism 34 is stacked, when the return button 54 is pressed, the conveying mechanism 34 reversely feeds and removes the ordered item. The mounted table 14 is returned to the circuit 16.

  At this time, the presence or absence of the mounting table 14 on the circuit 16 is monitored, and after confirming that there is no mounting table 14 and that there is no next ordered product, the mounting table 14 from which the ordered product has been removed is transferred to the transport mechanism 34. It is desirable to control the operation of the transport mechanism 34 so that it is returned to the circuit 16 from above.

  In this way, by operating the transport mechanism 34 by the customer himself / herself, the mounting table 14 from which the order item has been removed can be recovered, and the recovery efficiency can be improved and the labor cost for collecting the mounting table 14 can be reduced.

  FIG. 9 shows another embodiment of the present invention.

  In this example, the transport mechanism 34 arranged for each table 18 is a U-shaped plane, and both ends are connected to the circuit 16 so that the mounting table 14 from which the order is removed can be returned to the circuit 16. Other configurations are the same as those in the first and second embodiments.

  Further, in this example, it is not necessary to reversely feed the transport mechanism 34 as in the second embodiment, so that the return button 54 can be omitted.

  For this reason, the placing table 14 on which the ordered items are stacked is conveyed from the arrow C side of the conveying mechanism 34, and after removing the ordered items, the customer places the placing table 14 on the conveying mechanism 34, whereby the conveying mechanism 14 The mounting table 14 is returned onto the circuit 16 from the arrow D side of 34.

  At this time, the presence or absence of the mounting table 14 on the circuit 16 is monitored, and after confirming that there is no mounting table 14, the mounting table 14 from which the order has been removed is returned from the transport mechanism 34 onto the circuit 16. It is desirable to control the operation of the transport mechanism 34.

  Similarly to the second embodiment, this example can also improve the collection efficiency of the mounting table 14 and reduce the labor cost for collecting the mounting table 14.

  FIG. 10 shows another embodiment of the present invention.

  In this example, the transport mechanism 34 of the third embodiment is a substantially semicircular plane, and the other configurations, operations, and effects are the same as those of the third embodiment, and thus the description thereof is omitted.

  In this example, the placing table 14 on which the ordered items are arranged is conveyed from the arrow E side of the conveying mechanism 34, and the placing table 14 from which the ordered items are removed from the arrow F side of the conveying mechanism 34 is returned to the circuit 16. The

  FIG. 11 shows another embodiment of the present invention.

  In this example, the notification means 56 and the order terminal 58 are arranged for each table 18 to improve the notification effect and order efficiency, and the other configurations are the same as those of the first embodiment.

  In this example, the notification means 56 is a device having a display function for displaying a notification sentence and a voice function for generating a notification sound.

  The order terminal 58 is a touch panel.

  As shown in this example, by providing the notification means 56, the arrival of the ordered product is notified of the advance notice or the arrival, so that the customer can confirm his / her ordered item, and in addition, the order receiving efficiency by the order terminal 58 is improved. This can dramatically improve labor costs and sales.

  Further, when the mounting table 14 pushed out onto the transport mechanism 34 of the table 18 becomes full, the notifying means 56 notifies the ordering customer to take out the mounting table 14 and notify the customer. When the mounting table 14 is not taken out, it is conveyed on the circuit 16 as it is without operating the push-out mechanism 26, and the next order is notified again, thereby avoiding excessive provision of ordered items and the customer's meal pace. Will not be damaged.

  When the notification means 56 notifies the arrival of the ordered item, the notification means 56 can be notified by moving or additionally installing the reading means 36 on the upstream side of the circuit 16 of each table 18.

  At this time, by changing the notification sound of the notification means 56 for each table 18, the notification effect to the ordering customer is further improved.

  12 and 13 show another embodiment of the present invention.

  In this example, the rotating dining table provided with the circuit 16 is used as one unit, and the mounting table 14 and the dish 60 having a size different from that of the mounting table 14 are used in combination. It is the same.

  In this example, the dish 60 is equivalent to a normal sushi dish, and a disc sheet type identification ID 24 is arranged on the back surface.

  In this example, the order item is arranged on the mounting table 14, information is recorded on the identification ID 24 of the mounting table 14 to specify the table of the ordering customer, the information is supplied to the circuit 16, and the order item is supplied. The information is recorded on the plate 60, and information is recorded on the identification ID 24 of the plate 60 in order to specify the table of the ordering customer, and supplied to the circuit 16.

  Thereafter, the control means 32 controls the extrusion mechanism 26 to supply the ordered products to the ordering customer's table, and provides the ordered products to each ordering customer's tables T1 to T10.

  Thus, according to this example, it is possible to provide an ordered product not only with the mounting table 14 but also with the dishes 60 having different sizes, and the usability is greatly improved.

  In all cases, three dining tables are connected to each other, or one unit is used, but it is obvious that two or four or more tables are used.

  Moreover, when using one dining table, the single circuit 16 is short-circuited by a short-circuit means such as a short-circuit guide or a short-circuit conveyor, and goods are provided to customers of each table 18 arranged on the outer periphery of the circuit 16 in the shortest time. It is obvious to do.

  In addition, as in the first to fifth embodiments, each table information may be recorded in advance in the identification ID 24 of the mounting table 14 or the dish 60. You are free to enter.

  The pushing mechanism 26 is constituted by a guide 28 and an eccentric cam 30, but a rod-type air cylinder or another mechanism that pushes or guides the mounting table 14 to the table 18 side is adopted. In addition, it is free to set the pushing portion as the outer peripheral edge of the mounting table 14 or the dish 60 or the outer periphery of the yarn bottom.

  Although the reading means 36 is arranged on the upper surface of the circuit 16, it is obvious that the reading means 36 is installed on the side, upper side, or in the vicinity of the circuit 16.

  Further, in order to eliminate the operation time lag of the pushing mechanism 26, the reading means 36 is arranged upstream of the circuit 16 from the corresponding pushing mechanism 26, and from the reading of the placing table 14 for the ordered product to the operation of the pushing mechanism 26. It is desirable to ensure sufficient time.

  Moreover, although the transfer means 38 consists of the extrusion mechanism 26 and the short conveyor body 40, it is obvious that it is set as another guide and transfer means.

  It is obvious that the control means 32 is a processing device such as a microcomputer or a microprocessor unit (MPU).

  In addition, the ordered item is arranged on the tableware 52 and placed on the mounting table 14. However, when the ordered item is a single item, it is obvious that the ordered item is arranged and provided directly on the placing table 14. .

  Further, it is obvious that the transport mechanism 34 disposed on each table 18 is omitted, and the placing table 14 for the ordered product is pushed out as it is onto the upper surface of the table 18.

  Further, the identification ID 24 recorded on each mounting table 14 and recording information for specifying each table 18 is a coin-type IC tag, but it is a disk-type, ring-type, sheet-type, other shape IC tag, ID It is obvious to use tags and information carriers.

  Further, the shape of the transport mechanism 34 is not limited to a plane linear type, a plane U-shape, or a plane semi-circular shape, and it is obvious that other shapes can be used.

  Further, although the notification means 56 and the order terminal 58 are separate bodies, it is obvious that the notification device 56 and the order terminal 58 are integrated devices having both a notification function and an order function.

  The circuit 16 is not limited to a crescent chain, and it is obvious that an endless chain, an endless belt, and other transport mechanisms can be used.

  In addition, the product is not limited to sushi. For example, desserts, salads, grilled foods, and fried foods can be freely used. It is self-evident.

  The apparatus used for the method of the present invention is not limited to this example.

  The product providing method and apparatus according to the present invention are not limited to restaurants, and can be diverted to stores that sell various products.

The top view which shows the rotation dining table which installed the goods provision apparatus which concerns on this invention. The top view which shows a table arrangement | positioning similarly. (A) is a perspective view, (b) is a plan view, and (c) is a bottom view showing a mounting table. The principal part enlarged plan view which shows an extrusion mechanism and a conveyance mechanism. The same enlarged side view. The principal part expansion perspective view which shows this apparatus. The schematic plan view which shows the goods provision method. The principal part enlarged plan view which shows Example 2. FIG. The principal part enlarged plan view which shows Example 3. FIG. The principal part enlarged plan view which shows Example 4. FIG. The principal part enlarged front view which shows Example 5. FIG. FIG. 10 is a schematic plan view showing Example 6. FIG.

Explanation of symbols

12 base 14 mounting base 16 circuit 18 table 24 identification ID
26 Extrusion mechanism 32 Control means 34 Conveyance mechanism 36 Reading means 38 Transfer means 56 Notification means 58 Order terminal

Claims (12)

In a rotating dining table provided with a circuit (16) for circulating and transporting products above the base (12),
Place an identification ID (24) that records information to identify the table (18) of each ordering customer on the mounting table (14) on which to order items from customers
An extrusion mechanism (26) for extruding the mounting table (14) to be transported on the circuit (16) toward the table (18) on the outer periphery of the circuit (16) is arranged for each table (18),
The reading means (36) for reading the information recorded in the identification ID (24) of the mounting table (14) that is cyclically transported on the circuit (16) is connected to each extrusion mechanism (26) in the vicinity of the circuit (16). Arranged
And connecting multiple dining tables
A transfer means (38) for smoothly guiding and transferring the mounting table (14) from one circuit (16) to the other circuit (16) is arranged at the connection part of each dining table,
The mounting table (14) on which the ordered items of each customer are arranged is supplied on the circuit (16),
Control the transfer means (38) to supply the ordered item to the customer's table (18) in the shortest possible time,
Only when the information recorded in the identification ID (24) of the mounting table (14) is read by each reading means (36) and the read information identifies the own table (18), the extrusion mechanism (26) is actuated, and the mounting table (14) on which the ordered items are arranged from the circuit (16) is pushed to the table (18) side,
A product providing method in a rotary dining table, characterized by providing an order to a customer. The table (18) is provided with a transport mechanism (34) for transporting the mounting table (14) extruded from the circuit (16) by the push mechanism (26) to the tip side of the table (18),
When the mounting table (14) with the next ordered product is pushed out to the table (18) side by the extrusion mechanism (26), the already-extruded mounting table (14) is transported to the tip side of the table (18) The method for providing goods on a rotary dining table according to claim 1, characterized in that the efficiency of providing ordered goods is improved. The table (18), which has been pushed out from the circuit (16) by the extrusion mechanism (26), is transported to the table (18). (16) Arrange the transport mechanism (34) to return to the side,
After removing the ordered items from the mounting table (14) extruded from the circuit (16), the transport mechanism (34) is reversely fed, and the mounting table (14) is returned to the circuit (16). The method for providing goods on a rotating dining table according to claim 1, wherein the used mounting table (14) can be collected. The table (18), which has been pushed out from the circuit (16) by the extrusion mechanism (26), is transported to the table (18). (16) Arrange the transport mechanism (34) to return to the side,
After removing the ordered product from the mounting table (14) extruded from the circuit (16), the loading mechanism (34) is used to return the mounting table (14) onto the circuit (16). The product providing method for a rotating dining table according to claim 1, wherein the table (14) can be collected. 5. A rotating dining table according to claim 1, 2, 3 or 4, wherein a notification means (56) is provided for each table (18) to notify the customer of the arrival of the ordered product. Product provision method in Japan. 6. The rotating food and drink according to claim 1, 2, 3, 4 or 5, wherein an order terminal (58) is arranged for each table (18) to improve order efficiency. Product provision method on the table. In a rotating dining table provided with a circuit (16) for circulating and transporting products above the base (12),
Place an identification ID (24) that records information to identify the table (18) of each ordering customer on the mounting table (14) on which to order items from customers
An extrusion mechanism (26) for extruding the mounting table (14) to be transported on the circuit (16) toward the table (18) on the outer periphery of the circuit (16) is arranged for each table (18),
A reading means (36) for reading information recorded in the identification ID (24) of the mounting table (14) that is cyclically transported on the circuit (16) is arranged for each extrusion mechanism (26) of the circuit (16). And
Connecting multiple dining tables
A transfer means (38) for smoothly guiding and transferring the mounting table (14) from one circuit (16) to the other circuit (16) is arranged at the connection part of each dining table,
The transfer means (38) is controlled to supply the order item to the order customer table (18) in the shortest time, and the information recorded in the identification ID (24) read by the reading means (36) and each table ( 18. A product providing apparatus in a rotary dining table, characterized in that control means (32) for operating the push-out mechanism (26) is arranged when the information specifying 18) is collated and matched. The table (18) is provided with a transport mechanism (34) for transporting the mounting table (14) extruded from the circuit (16) by the push mechanism (26) to the tip side of the table (18),
When the mounting table (14) with the next ordered product is pushed out to the table (18) side by the extrusion mechanism (26), the already-extruded mounting table (14) is transported to the tip side of the table (18) 8. The product providing apparatus in the rotary dining table according to claim 7, wherein the order product providing efficiency is improved. The table (18), which has been pushed out from the circuit (16) by the extrusion mechanism (26), is transported to the table (18). (16) Arrange the transport mechanism (34) to return to the side,
After removing the ordered items from the mounting table (14) extruded from the circuit (16), the transport mechanism (34) is reversely fed, and the mounting table (14) is returned to the circuit (16). The product providing device for a rotary dining table according to claim 7, wherein the used mounting table (14) can be collected. The table (18), which has been pushed out from the circuit (16) by the extrusion mechanism (26), is transported to the table (18). (16) Arrange the transport mechanism (34) to return to the side,
After removing the ordered product from the mounting table (14) extruded from the circuit (16), the loading mechanism (34) is used to return the mounting table (14) onto the circuit (16). The product providing device for a rotating dining table according to claim 7, wherein the table (14) can be collected. 11. A rotary dining table according to claim 7, 8, 9, or 10, wherein a notification means (56) is provided for each table (18) to notify the customer of the arrival of the ordered item. Product providing device in Japan. The rotating food and drink according to claim 7, 8, 9, 10 or 11, wherein an ordering terminal (58) is arranged for each table (18) to improve ordering efficiency. Product provision device on the table.

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