JP6736114B1 - Container transport system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a container transport system capable of improving the detection accuracy of a container. A container transport system according to the present invention includes a transport lane that transports a container on which food and drink is loaded and an IC tag is attached, a table along the transport lane, and a first antenna. The first antenna is located on the end side in the width direction orthogonal to the transport direction in the transport lane, and reads the IC tag of the container taken out from the transport lane and moving to the table side. [Selection diagram] Figure 1

Description

The present invention relates to a container transport system that transports a container on which food and drink are placed.

2. Description of the Related Art In a container transportation system introduced in a conveyor belt sushi restaurant or the like, there is a system that automatically reads an IC (Integrated Circuit) tag of a container taken out by a customer from a transportation lane for charge calculation (see, for example, Patent Document 1). In Patent Document 1, the antenna of the IC tag is installed on a table along the transportation lane, and the IC tag of the container is read when the container is taken out of the transportation lane and passed over the antenna and transported to the table.

JP-A-8-138145

In such a container transport system, improvement in reading accuracy for the container is required.

The container transport system according to the present invention includes a transport lane for transporting a container on which food and drink is loaded and an IC tag is attached, and a first antenna. The first antenna is located on the end side in the width direction orthogonal to the transport direction in the transport lane, is read from the transport lane, and reads the IC tag of the container moving to the table side along the transport lane.

The transport lane may include a plurality of transport lanes having different height positions. The first antenna is provided for each transportation lane, and the IC tag of the container that is taken out from the corresponding transportation lane and is moving to the table side may be read.

The container transport system may include a second antenna that is built in the table and reads the IC tag of the container on the table, and a calculation unit. The calculation means, based on the read information of the IC tags acquired by the first antenna and the second antenna, among the vessels on the table, the vessels taken out from the transportation lane and the vessels transported to the table without passing through the transportation lane. And may be specified.

As the transportation lane, an order transportation lane for transporting an ordered product may be provided. Based on the read information of the IC tags acquired by the first antenna and the second antenna, the calculating means displays the table container, which has been taken out of the order transportation lane and the table, without passing through the order transportation lane. It is also possible to identify the transported container and calculate the ratio of the total sales of the ordered product to the total sales.

The transport lane may include an order transport lane for transporting the ordered product from the kitchen through a transport platform. The container transport system may include a second antenna that is built in the table and reads the IC tag of the container on the table, and a calculation unit. When the reading information of the IC tag of the container on which the ordered product is placed is acquired by the first antenna and the second antenna, the calculation means outputs a command to return the carrier table to the kitchen through the order carrier lane. Good.

The second antenna may be installed for each customer in the table for group customers.

Generally, the transportation lane is installed higher than the table. Where the antenna is conventionally installed on a table, the first antenna of the present invention is installed on the transportation lane at the end of the transportation lane in the width direction. Therefore, according to the present invention, the container taken out from the transport lane can be read by the first antenna at a position closer to the vertical direction than the conventional one, so that the reading accuracy of the container can be improved more than ever.

It is a figure which shows the structure of a container conveyance system. It is a block diagram concerning reading of a container. It is a figure which shows the flowchart for demonstrating the process of the calculation means with respect to the reading information of a container. It is a figure which shows the information table of a group customer or an individual customer. It is a figure which shows the information table for every customer in a group customer.

FIG. 1 is a diagram showing the configuration of the container transport system 1. The container transportation system 1 includes a transportation lane 2, a table 3, first antennas 41 and 41A, a second antenna 42, and a calculation unit 5.

The table 3 is arranged along the transportation lane 2. The table 3 is provided for each group customer. The table 3 may be counter-shaped and may be used by a plurality of individual customers.

The transport lane 2 transports a container 6 on which food or drink such as sushi is placed. The transportation lane 2 includes a plurality of transportation lanes 21 and 22 having different height positions on the mounting surface of the container 6, and in the present embodiment, includes a circulation transportation lane 21 and an order transportation lane 22. The usage of the transport lanes 21 and 22 (for circulation or ordering) can be appropriately determined, and the transport structure of the transport lanes 21 and 22 can employ a known structure as appropriate.

The circulation transportation lane 21 is located at the bottom of the plurality of transportation lanes 21 and 22, and circulates through the kitchen. In the circulation transportation lane 21, a container 6 on which food and drink is placed is newly carried in at the kitchen, and the container 6 is circulated while being conveyed by the crescent chain 211. The containers 6 and the like whose transportation time exceeds the set time are taken out from the circulation transportation lane 21 in the kitchen. The customer takes out the container 6 on which the desired food and drink is placed from the circulation transportation lane 21. The crescent chain 211 is installed at a position higher than the table 3 so that customers can see food and drinks well.

The order transportation lane 22 is located at a position higher than the circulation transportation lane 21, that is, directly above the circulation transportation lane 21 in this embodiment, and transports the container 6 on which the ordered product is placed to the ordering customer. The order-carrying lane 22 may be a so-called high-speed lane introduced in a conveyor belt sushi restaurant. The food and drink can be ordered at the order terminal 31 installed on the table 3 or the like for each group customer or each individual customer. For example, a convex rail is formed in the order transportation lane 22, and a belt for moving the magnet along the rail is provided in the rail. On the rails or on the sides thereof, there is installed a carrier that attracts the magnets in the rails. The carrier is imitated by a train or the like, on which a plurality of containers 6 can be placed, and the belt and magnets in the rail pull the customer along the rail to the customer. The moving mechanism of the carrier is configured to include the rail, the belt, and the magnet. On the other hand, the order-carrying lane 22 may be formed by an endless belt. The transportation speed of the order transportation lane 22 is set to be higher than the transportation speed of the circulation transportation lane 21. The ordering customer takes out the container 6 on which the ordered product is placed from the carrier.

The vessel 6 is, for example, a plate. The bottom surface 61 side of the container 6 is shown in the enlarged view in FIG. An IC tag 62 is attached to the bottom surface 61 of the container 6. The IC tag 62 includes an antenna and a memory, and transmits information in the memory to the reader by receiving a signal from the reader (the first antenna 41, 41A, the second antenna 42). The information stored in the IC tag 62 may include an ID (Identification: identification information), food and drink to be placed, price of the food and drink, type of the transportation lane 2 to be mounted, date and time to be placed on the transportation lane 2. Some of this information may be written in the kitchen, or the vessel 6 may be used according to the food to be placed. The IC tag 62 may be a read only type or a read/write type.

The IC tag 62 is a passive type that generates operating power based on a signal from the reader, but it may be a semi-passive type or an active type that includes a battery. The communication system of the IC tag 62 is an electromagnetic induction system that carries information on a signal by a magnetic field, but may be a radio system that carries information on a signal by a radio wave.

The communication frequency of the IC tag 62 is 13.56 MHz (HF (High Frequency), electromagnetic induction method) with a maximum communication distance of about 50 cm, but 2.45 GHz band (UHF (Ultra High Frequency), radio wave method) ), 135 KHz or less (LF (Low Frequency), electromagnetic induction system), 860 MHz to 960 MHz band (UHF, radio system), 433 MHz band (UHF, radio system), 300 MHz band (UHF, radio system), other bands. May be.

The first antennas 41 and 41A communicate with the IC tag 62 by a magnetic field or radio waves, and receive information from the IC tag 62. The first antennas 41 and 41A may write information in the IC tag 62. The first antennas 41 and 41A correspond to the characteristics of the IC tag 62 of the container 6, and are assumed to communicate with the IC tag 62 at 13.56 MHz (HF) by an electromagnetic induction method. The first antennas 41 and 41A include an antenna unit for transmitting and receiving signals, a control circuit, a power supply, and the like, and transmit read information to the calculation unit 5. The read information includes the IDs of the first antennas 41 and 41A and the detection time.

The first antennas 41 and 41A are installed for each transportation lane 2 and for each group customer or individual customer, and are also installed on an end side in the width direction orthogonal to the transportation direction in the transportation lane 2. The first antennas 41 and 41A read the IC tag 62 of the container 6 which is taken out from the transportation lane 2 and is moving to the table 3 side.

Specifically, the first antenna 41 is installed at the customer side (front side of the paper of FIG. 1) in the width direction of the frame 212 holding the crescent chain 211 in the circulation transportation lane 21. In addition, the first antenna 41 is installed in the frame 212 at a height position between the crescent chain 211 and the table 3 (a position lower than the mounting surface of the container 6 in the circulation transportation lane 21) so that the customer can circulate. It is designed so as not to get in the way when the container 6 is taken out from the transportation lane 21.

When the directivity is narrow, the first antenna 41 is installed with the signal transmission/reception surface (direction with high directivity) facing upward. It is assumed that the first antenna 41 has a signal output and posture so that the IC tag 62 of the container 6 taken out by the adjacent group or the adjacent individual customer will not be misread. The first antenna 41 reads the IC tag 62 of the container 6 taken out from the circulation transportation lane 21 and moving to the table 3 side.

As the first antenna 41, one having a short maximum communication distance is easily used, and the distance to the reading target strongly affects the reading accuracy. In the present embodiment, since the first antenna 41 is installed in the circulation transportation lane 21 higher than the table 3, the container 6 can be read at a closer position than the conventional device installed on the table 3, and the first antenna 41 can be read. The reading accuracy of the one antenna 41 can be improved.

The first antenna 41A is installed at the end of the frame 212 of the order-carrying lane 22 on the customer side (the front side in the drawing of FIG. 1) in the width direction. The first antenna 41A is installed at a position lower than the mounting surface of the container 6 in the order transportation lane 22, so that the customer does not get in the way when taking out the container 6 from the order transportation lane 22.

When the directivity is narrow, the first antenna 41A is also installed with the signal transmission/reception surface facing upward, and a signal output that does not misread the IC tag 62 of the device 6 taken out by the adjacent group or the adjacent individual customer, Assume the posture.

The first antenna 41A reads the IC tag 62 of the container 6 taken out from the order-carrying lane 22 and moving to the table 3 side. In the present embodiment, since the first antenna 41A is installed in the frame 212 of the order-carrying lane 22, the container 6 taken out of the order-carrying lane 22 can be read at a position close to the first antenna 41A, and the container 6 can be read. The reading accuracy of the first antenna 41A can be improved.

The second antenna 42 is built in the table 3 and reads the IC tag 62 of the device 6 on the table 3. Similarly to the first antennas 41 and 41A, the second antenna 42 also communicates with the IC tag 62 at 13.56 MHz (HF) by the electromagnetic induction method based on the characteristics of the IC tag 62 of the device 6. Like the first antennas 41 and 41A, the second antenna 42 includes an antenna unit that transmits and receives signals, a control circuit, a power supply, and the like, and transmits read information to the calculation unit 5. The read information includes the ID of the second antenna 42 and the detection time.

The second antenna 42 may be installed for each customer when the table 3 is for group customers or when the table 3 has a counter shape, and the area is set for each customer (shown by a chain line in FIG. 1). The IC tag 62 of the container 6 in the area may be read. Only one second antenna 42 may be installed on the table 3 for group customers, and the second antenna 42 may be installed so as to read the IC tags 62 of all the containers 6 on the table 3. The second antenna 42 may be installed on the table 3 or on the side surface of the table 3.

On the table 3, a container 6 taken out from the circulation transportation lane 21 and the order transportation lane 22 is placed. Further, the table 3 is directly carried by the employee to the table 6 on which the ordered product such as beer or soup, which is difficult to be stably transported by the transportation lane 2, is carried, and placed on the table 3. The second antenna 42 reads the IC tag 62 of these devices 6. The second antenna 42 can also read the device 6 that is stacked.

FIG. 2 is a block diagram relating to the reading of the device 6. The first antenna 41, the second antenna 42, the ordering terminal 31, the kitchen terminal 71 in the kitchen and a printer (not shown), the employee terminal 72 carried by the employee, etc. are communicatively connected to the computing means 5. To be done. The calculation means 5 is a calculation resource having a calculation function and a memory function and provided by one or a plurality of computers inside or outside the store. The calculation means 5 may be connected to each element by wire or wirelessly, or may be connected via an appropriate external or internal network such as the Internet. Each of the terminals 31, 71, 72 is a computer having a communication function, a calculation function, a display function, and an input function, and includes a touch panel or the like as the input function.

The calculation means 5 provides an ordering system for the customer to place an order at the order terminal 31. The ordering system includes store status management, cooking distribution, food and drink arrival information, order counting, and the like. The calculation means 5 may communicate with a POS (Point of Sale) cashier, and the POS system may be included in the ordering system. In the present embodiment, since the reading information of the container 6 can be automatically acquired for each group customer or individual customer, the reading information of the container 6 can be analyzed in the ordering system, and the total accounting of the group customer or the individual customer can be automatically calculated. Can be used for.

The processing of the calculation means 5 for the read information of the container 6 will be described below with reference to the flowchart of FIG. 3 and the information table 9 of FIG. The calculation means 5 determines that the table 3 is used by a group customer or an individual customer based on the input from the employee terminal 72 (S1).

As shown in FIG. 4, the calculation unit 5 acquires the read information from the first antenna 41 of the circulation transportation lane 21 corresponding to the group customer or the individual customer and stores the read information in the information table 9 (automatic accounting table). (S2). The information table 9 is created for each group customer or individual customer. In the information table 9, the ID of the container 6, the type of food and drink, the price, the detection time, and the installation location of the first antenna 41 (circulation transportation lane 21) included in the read information are stored in association with each other. It The calculation means 5 may store the type and price of the food and drink in advance in association with the ID of the container 6, or may call the food and drink based on the ID of the container 6 to be acquired. The calculation unit 5 may store the installation location of the first antenna 41 in advance in association with the ID of the first antenna 41, or may call the installation location from the ID of the first antenna 41 included in the read information. In this example, the read information is stored in the information table 9 in the order of acquisition.

Similarly, the calculation means 5 acquires the read information from the first antenna 41A of the order transportation lane 22 corresponding to the group customer or the individual customer, and associates the read information with the installation location of the first antenna 41A (the order transportation lane 22). And stores it in the information table 9 (S3). Similarly, the calculation unit 5 acquires the read information from the second antenna 42 of the table 3 corresponding to the group customer or the individual customer, and stores the read information in the information table 9 in association with the installation location (Table 3) of the second antenna 42. Yes (S4). In addition, in this embodiment, in the table 3 for group customers, the second antenna 42 is installed for each customer. Therefore, the information indicating the location in the table 3 is associated with the installation location of the second antenna 42. Here, the installation location of the second antenna 42 is represented by A1, A2, A3..., Which means positions 1, 2, 3,... On the table 3 of the ID "A".

The calculation unit 5 repeats the processes S2 to S4 until it is determined that the use of the table 3 is completed by the group customer or the individual customer making an account by the input from the employee terminal 72 (S5: NO). Depending on the movement of the container 6, the read information of the same device 6 may be acquired more than once by the same antenna 41, 41A, 42. Therefore, the calculation means 5 processes the information table 9 each time the read information is acquired or periodically, and performs a process of organizing the read information of the same device 6 by the same antenna 41, 41A, 42 into one. I shall.

When the calculation unit 5 determines that the group customer or the individual customer ends the use of the table 3 by the input from the employee terminal 72 or the like (S5: YES), the calculation unit 5 sets the first antenna 41, 41A, The information table 91 (automatic accounting table) is created by processing such that the read information for the same device 6 acquired by the two antennas 42 becomes one (S6).

Specifically, when the container 6 is taken out from the circulation transportation lane 21 by the group customer or the individual customer and placed on the table 3, first, as shown in the first record of the information table 9 on the left side of FIG. The read information of the device 6 of ID3212A, for example, is acquired by the first antenna 41 of the circulation transportation lane 21, and the read information is accumulated in the information table 9 in step S2. Subsequently, as shown in the record in the second row, the second antenna 42 of the table 3 acquires the read information of the device 6 having the ID 3212A and stores the read information in the information table 9 in the process S4.

In process S6, the calculation unit 5 creates the information table 91 (on the right side in FIG. 4) corresponding to the group customer or the individual customer having the same ID “Z”. Then, the calculation means 5 reads two reading information in the information table 9 derived from the container 6 taken out from the circulation transportation lane 21, as shown in the first record of the information table 91. The information is collected into one piece of read information and stored in the information table 91, and "acquisition" is associated as the acquisition type of the container 6 by the customer. As for the detection time, the one by the first antenna 41 of the circulation transportation lane 21 is used, but the one by the second antenna 42 of the table 3 may be used. The item of the information table 91 is the item obtained by omitting the “location of antenna” from the item of the information table 9 and adding the item of “acquisition type” instead.

When the customer takes out the container 6 from the order transportation lane 22 and places it on the table 3, first, as shown in the sixth record of the information table 9 on the left side of FIG. For example, the read information of the device 6 of ID111B is acquired by the 1-antenna 41A, and the read information is accumulated in the information table 9 in step S3. Then, as shown in the record in the eighth row, the second antenna 42 of the table 3 acquires the read information of the device 6 of ID111B, and the information is stored in the information table 9 in the process S4. With respect to the two pieces of read information derived from the container 6 taken out from the order transportation lane 22, the calculating means 5 in the processing S6, as shown in the fourth record of the information table 91 on the right side of FIG. The two pieces of read information are combined into one piece of read information and stored in the information table 91, and "order" is associated as the acquisition type. For the detection time, it is assumed that the first antenna 41A of the order transportation lane 22 is used, but the second antenna 42 of the table 3 may be used.

When an employee carries a container 6 with an ordered product such as beer directly on the table 3, the second table of the table 3 is displayed as shown in the shaded record in the ninth row of the information table 9 on the left side of FIG. The read information of the device 6 having the ID 1234A is acquired only by the antenna 42, and the read information is stored in the information table 9 in step S4. With respect to only one piece of read information derived from the device 6 that is directly carried to the table 3, the calculation means 5 is shown in the fifth shaded record of the information table 91 on the right side of FIG. As described above, the information is stored in the information table 91 and "order" is associated as the acquisition type.

Through the above processing, it is possible to create the information table 91 for each group customer or individual customer as an accounting unit. At this time, the acquisition type “order” can be automatically associated with the read information of the container 6 directly carried to the table 3.

In the process S6, the calculation means 5 for the group customer, as shown in FIG. 5, based on the information table 9 and further corresponding to the customers Z1, Z2, Z3... In the group, the information table 91Z1, 91Z2, 91Z3... (Automatic accounting table) is created.

As shown in the record in the first row of the information table 91Z1, the calculation means 5 is the two pieces of read information derived from the container 6 taken out from the circulation transportation lane 21, and the position of the table 3 with the ID “A”. The two pieces of read information corresponding to the second antenna 42 of A1 are collected into one piece of read information and stored in the information table 91Z1, and "acquisition" is associated as the acquisition type. As for the detection time, the one by the first antenna 41 of the circulation transportation lane 21 is used, but the one by the second antenna 42 of the table 3 may be used.

The information tables 91Z1, 91Z2, 91Z3... Are associated with customer IDs Z1, Z2, Z3. The items of the information table 91Z1... are those obtained by adding the item of “acquisition type” instead of the item of “antenna location” from the item of the information table 9.

As shown in the record in the second row of the information table 91Z1, the calculation means 5 is the two pieces of read information derived from the container 6 taken out from the order transportation lane 22, and the second antenna at the position A1 of the table 3. The two pieces of read information corresponding to No. 42 are collected into one read information and stored in the information table 91Z1, and "order" is associated as the acquisition type. For the detection time, it is assumed that the first antenna 41A of the order transportation lane 22 is used, but the second antenna 42 of the table 3 may be used.

The calculation means 5 stores in the information table 91Z1 and obtains only one piece of read information derived from the container 6 directly carried to the table 3 so as to be referred to by the second record of the information table 91Z3. "Order" is associated as the type (not shown in the information table 91Z1).

By the above processing, the information table 91Z1... For each customer Z1.. At this time, the acquisition type “order” can be automatically associated with the read information of the container 6 directly carried to the table 3. With the above, the processing for the read information of the container 6 is completed. By this processing, the information table 91 is generated every time a group customer or individual customer uses the table 3, and in the case of a group customer, an information table 91Z1... Is generated for each customer Z1. It

In the present embodiment, these information tables 91, 91Z1... Can be used for various analyzes and services by interlocking with the ordering system. Hereinafter, a usage example of the information tables 91, 91Z1... Will be described. The calculation means 5 uses the information table 91 to calculate the total account for each group customer or individual customer. This total account is transmitted from the calculation means 5 to the POS cash register, and is displayed to the customer by the POS cash register and used for accounting processing.

Further, the calculation unit 5 uses the information table 91 to calculate the total account of the entire store in a certain period and the total account of food and drink for each of the acquisition types “take out” and “order”. The calculation means 5 divides the total account of the “ordered” food and drink by the total account of the entire store to calculate the proportion of ordered products in all sales during a certain period. In this way, various indexes can be calculated using the information tables 91, 91Z1,... And used for product analysis.

Next, another example of using the read information of the antennas 41, 41A, and 42 will be described. Conventionally, in the ordering system, when the carrier is moved to the ordering customer in the order-carrying lane 22, it is detected that the ordering customer has pressed a dedicated button, and then the carrier is returned to the kitchen. In the present embodiment, when the carrier is pulled to the ordering customer by the ordering transportation lane 22 and the container 6 carrying the ordered product is taken out from the ordering transportation lane 22 by the ordering customer and placed on the table 3, FIG. As shown in the records of the sixth and eighth rows of the information table 9 of FIG. 1, the read information of the same device 6 is acquired from the first antenna 41A of the order transportation lane 22 and the second antenna 42 of the table 3. .. Then, the calculation means 5 determines that the ordered product has been provided to the ordering customer, outputs a command for returning the carrier table carrying the ordered product to the kitchen to the order transportation lane 22, and the order transportation lane 22 causes the order transportation lane 22 to operate. The carrier returns to the kitchen.

As a result, in the present embodiment, it is possible to eliminate the trouble of the ordering customer pressing the button for returning the carrier. Further, when the reading information of the same device 6 is obtained from the first antenna 41A and the second antenna 42, the calculating means 5 has the detection time included in the reading information from the first antenna 41A and orders the ordered product to the ordering customer. (Provided that the detection time included in the read information from the second antenna 42 may be used). Then, the calculation unit 5 can accurately calculate the time required to provide the ordered product by subtracting the order time at the order terminal 31 from the provided time for the ordered product transported in the order transportation lane 22.

The calculation means 5 acquires the time when the ordered product is placed on the order-carrying lane 22 by inputting from the kitchen terminal 71. When the ordered product is not taken out within the set time after the ordered product is placed on the order transportation lane 22, the calculation means 5 displays on the employee terminal 72 a screen indicating that the ordered product is not taken out and the position of the ordering customer. Display it to alert employees.

Information on food and drink to be fed to the circulation transportation lane 21 is input to the calculation means 5. As shown in the records in the first and second rows of the information table 9 in FIG. 4, the calculation means 5 includes the same antenna 6 from the first antenna 41 of the circulation lane 21 and the second antenna 42 of the table 3. It is determined that the container 6 has been taken out from the circulation transportation lane 21 by acquiring the read information. Then, the calculating means 5 sets the detection time included in the read information from the first antenna 41 as the provision time of the food and drink placed on the container 6 (note that the detection time included in the read information from the second antenna 42 is May be used). As a result, in the present embodiment, the loading status of food and drink on the circulation transportation lane 21 can be monitored in real time. In addition, in the present embodiment, food and drink that are insufficiently supplied can be quickly supplied to the circulation transportation lane 21.

Regarding the ordered product directly delivered by the employee, the calculation unit 5 reads the information read from the second antenna 42 of the table 3 of the container 6 on which the ordered product is placed within the predetermined time from the order time by the order terminal 31. A message is displayed on the employee terminal 72 to alert the user to deliver the ordered product quickly.

In the above description, the calculation means 5 may determine that the ordered product is provided to the ordering customer by storing the read information of the container 6 on which the ordered product is placed in the information tables 91, 91Z1... The calculation means 5 determines that the food/drink has been taken out from the circulation transportation lane 21 and provided to the customer by storing the read information of the container 6 on which the food/drink has been loaded in the information tables 91, 91Z1... Good.

1: Container transportation system, 2: Transportation lane, 3: Table, 5: Calculation means, 6: Container, 21: Circulation transportation lane, 22: Order transportation lane, 41, 41A: First antenna, 42: Second Antenna, 62: IC tag

Claims (10)

A transportation lane that carries food and drink and a container to which an IC tag is attached,
A first antenna that is on the end side in the width direction orthogonal to the transport direction in the transport lane, and that reads the IC tag of the container that is taken out from the transport lane and is moving to the table side along the transport lane ;
The transportation lane includes a plurality of transportation lanes having different height positions,
The first antenna is provided for each of the transportation lanes and is read out from the corresponding transportation lane to read the IC tag of the container moving to the table side . A second antenna installed on the table for reading the IC tag of the container on the table;
Based on the read information of the IC tag acquired by the first antenna and the second antenna, of the vessels on the table, the vessels taken out from the transportation lane, and the vessels carried to the table without passing through the transportation lane. And a calculation means for identifying
The container transport system according to claim 1, further comprising: As the transportation lane, an order transportation lane for transporting an ordered product is provided,
Based on the read information of the IC tags acquired by the first antenna and the second antenna, the calculation means selects, from the containers on the table, a container extracted from the order transportation lane and the order transportation lane. 3. The container transport system according to claim 2 , wherein the containers transported to the table without being processed are specified, and the ratio of the total sales of the ordered products to the total sales is calculated. As the transportation lane, an order transportation lane for transporting an ordered product from a kitchen by a transportation platform is provided,
A second antenna installed on the table for reading the IC tag of the container on the table;
When the reading information of the IC tag of the container on which the ordered product is placed is acquired by the first antenna and the second antenna, a command for returning the carrier table to the kitchen is output by the order carrier lane. Calculation means,
The container transport system according to claim 1, further comprising: The container transport system according to claim 2 , wherein the second antenna is installed for each customer in the table for group customers. A transportation lane that carries food and drink and a container to which an IC tag is attached,
A first antenna that is on the end side in the width direction orthogonal to the transport direction in the transport lane, and that reads the IC tag of the container that is taken out from the transport lane and is moving to the table side along the transport lane;
A second antenna installed on the table for reading the IC tag of the container on the table;
Based on the read information of the IC tag acquired by the first antenna and the second antenna, of the vessels on the table, the vessels taken out from the transportation lane, and the vessels carried to the table without passing through the transportation lane. And a calculation means for identifying
A container transport system comprising: As the transportation lane, an order transportation lane for transporting an ordered product is provided,
Based on the read information of the IC tags acquired by the first antenna and the second antenna, the calculation means selects, from the containers on the table, a container extracted from the order transportation lane and the order transportation lane. 7. The container transport system according to claim 6, wherein the container transported to the table without being processed is specified, and the ratio of the total sales of the ordered products to the total sales is calculated. The container transport system according to claim 6 or 7, wherein the second antenna is installed for each customer in the table for group customers. An order-carrying lane for carrying food and drink, which is an ordered product, to which an IC tag is attached from a kitchen using a carrier,
A first antenna located on an end side in the width direction orthogonal to the transportation direction in the order transportation lane and reading an IC tag of a container taken out from the order transportation lane and moving to the table side along the order transportation lane When,
A second antenna installed on the table for reading the IC tag of the container on the table;
When the reading information of the IC tag of the container on which the ordered product is placed is acquired by the first antenna and the second antenna, a command for returning the carrier table to the kitchen is output by the order carrier lane. Calculation means,
A container transport system comprising: The container transport system according to claim 9, wherein the second antenna is installed for each customer in the table for group customers.