JP2005208828A - Distribution delivery management system, distribution delivery management method and program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a distribution delivery management system allowing a purchaser to easily grasp temperature/humidity environment under which a commodity is placed in a stage of production, delivery or sales. <P>SOLUTION: In this system, a manufacturer terminal 10 makes an RFID reader/writer 16 write measuring time and temperature/humidity measured by a temperature/humidity sensor 15 from production of fruit wine 110 to shipment into an RFID tag 120, and the fruit wine 110 is shipped when temperature/humidity data recorded in the RFID tag 120 is within a management prescribed value at the time of the shipment. A forwarder terminal 20 performs a process similar to the manufacturer terminal 10 from load collection of the fruit wine 110 to delivery thereof, and a store warehouse terminal 30 performs a process similar to the manufacturer terminal 10 from reception of the fruit wine 110 to delivery thereof. A store sales floor terminal 40 writes measuring time and temperature/humidity into the RFID tag 120 from exhibition to selling. A consumer makes the RFID reader/writer 46 read the measuring time and the temperature/humidity data recorded in the RFID tag 120 and makes a display device 47 display them. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a distribution / delivery management system, a distribution / delivery management method, and a program, and more particularly, to a distribution / delivery management system, a distribution / delivery management method, and a program for managing temperature and humidity in a distribution process from manufacture to sale of products.

  Some foods, for example, beverages such as fruit liquor and dairy beverages, change in taste due to changes in temperature and humidity. Therefore, it is necessary to manage whether these foods are placed in the correct environment at the distribution and delivery stage.

  A conventional distribution and delivery management system is disclosed in Patent Document 1. The system disclosed in Patent Document 1 includes a device provided in a store, a signal line wired to the store, a controller connected to the signal line, a temperature sensor connected to the signal line, and a signal line. It includes an I / O sensor unit that is connected to control the operation of the device, a button reader connected to the signal line, and a temperature memory that is inserted in the vicinity of the product being delivered.

JP 2001-99539 A (page 3-4, FIG. 1)

  In the conventional technology described above, the quality of the temperature state can be determined only up to the final distributor. Therefore, there is a problem that the purchaser cannot know whether the purchased product is managed and sold at a correct temperature.

  Moreover, since the conventional technology does not manage humidity, there is a problem that environmental management of fruit liquor or the like that is easily affected by humidity is insufficient.

  An object of the present invention is to provide a distribution and delivery management system in which a purchaser can easily grasp the temperature and humidity environment in which products are placed at the stage of manufacture, delivery and sales.

  The distribution and delivery management system according to the present invention includes a tag attached to a product to record data, a reader that writes data to the tag, a writer that reads data from the tag, and a temperature at a storage location of the product. A sensor for measuring humidity; means for writing temperature and humidity data and measurement time measured by the sensor between the time of manufacture and sale of the product from the writer to the tag; and the tag written to the tag The temperature and humidity data and the measurement time are read by the reader and displayed on a display unit.

The distribution and delivery management system according to the present invention includes a tag attached to a product to record data, a reader that writes data to the tag, a writer that reads data from the tag, and a temperature at a storage location of the product. A sensor for measuring humidity, a manufacturer terminal, a carrier terminal, a store warehouse terminal, and a store floor terminal,
The manufacturer terminal includes a means for writing the temperature and humidity measured by the sensor from the writer to the tag from the time of manufacture to the time of shipment, and the temperature and humidity recorded on the tag at the time of shipment. Means for reading data into the reader and comparing it with a management prescribed value read from the storage device;
The carrier terminal is configured to cause the reader to read the shipping time from the tag and determine whether the difference from the pickup time is within a certain time, and the temperature / humidity data in the previous process from the tag to the reader. Means for reading and comparing with a management regulation value read from the storage device; means for writing the temperature and humidity measured by the sensor from the time of collection of the product to the time of delivery and the measurement time from the writer to the tag; Means for reading the temperature / humidity data recorded in the tag at the time of delivery into the reader and comparing it with a management prescribed value read from the storage device;
The store warehouse terminal is configured to cause the reader to read the delivery time from the tag and determine whether the difference from the acceptance time is within a certain time, and the temperature / humidity data in the previous process from the tag to the reader. Means for reading and comparing with the management prescribed value read from the storage device; means for writing the temperature and humidity measured by the sensor from the time of receipt of the product to the time of delivery and the measurement time from the writer to the tag; Means for reading the temperature / humidity data recorded in the tag at the time of delivery to the reader and comparing it with a management prescribed value read from a storage device;
The store floor terminal is configured to cause the reader to read the delivery time from the tag and determine whether the difference from the display time is within a certain time, and temperature / humidity data in a previous process from the tag to the reader. Means for reading and comparing with a management regulation value read from the storage device; means for writing the temperature and humidity measured by the sensor from the time of display of the product to the time of sale and the measurement time from the writer to the tag; The temperature / humidity data recorded in the tag may be read by the reader and displayed on a display unit.

The distribution and delivery management system according to the present invention includes a tag attached to a product to record data, a reader that writes data to the tag, a writer that reads data from the tag, and a temperature at a storage location of the product. A sensor for measuring humidity, a manufacturer terminal, a carrier terminal, a store warehouse terminal, a store floor terminal, and a mobile terminal,
The manufacturer terminal includes a means for writing the temperature and humidity measured by the sensor from the writer to the tag from the time of manufacture to the time of shipment, and the temperature and humidity recorded on the tag at the time of shipment. Means for reading data into the reader and comparing it with a management prescribed value read from the storage device;
The carrier terminal is configured to cause the reader to read the shipping time from the tag and determine whether the difference from the pickup time is within a certain time, and the temperature / humidity data in the previous process from the tag to the reader. Means for reading and comparing with a management regulation value read from the storage device; means for writing the temperature and humidity measured by the sensor from the time of collection of the product to the time of delivery and the measurement time from the writer to the tag; Means for reading the temperature / humidity data recorded in the tag at the time of delivery to the reader and comparing it with a management prescribed value read from a storage device;
The store warehouse terminal is configured to cause the reader to read the delivery time from the tag and determine whether the difference from the acceptance time is within a certain time, and the temperature / humidity data in the previous process from the tag to the reader. Means for reading and comparing with the management prescribed value read from the storage device; means for writing the temperature and humidity measured by the sensor from the time of receipt of the product to the time of delivery and the measurement time from the writer to the tag; Means for reading the temperature / humidity data recorded in the tag at the time of delivery to the reader and comparing it with a management prescribed value read from a storage device;
The store floor terminal is configured to cause the reader to read the delivery time from the tag and determine whether the difference from the display time is within a certain time, and temperature / humidity data in a previous process from the tag to the reader. Means for reading and comparing with a management prescribed value read from the storage device, and means for writing the temperature and humidity measured by the sensor from the time of display of the product to the time of sale and the measurement time from the writer to the tag. Have
The portable terminal may include means for reading temperature / humidity data and measurement time recorded in the tag, and means for displaying the read temperature / humidity data and measurement time.

The distribution and delivery management system according to the present invention includes a tag attached to a product to record data, a reader that writes data to the tag, a writer that reads data from the tag, and a temperature at a storage location of the product. A sensor for measuring humidity, a manufacturer terminal, a carrier terminal, a store warehouse terminal, a store floor terminal, and a POS register;
The manufacturer terminal includes a means for writing the temperature and humidity measured by the sensor from the writer to the tag from the time of manufacture to the time of shipment, and the temperature and humidity recorded on the tag at the time of shipment. Means for reading data into the reader and comparing it with a management prescribed value read from the storage device;
The carrier terminal is configured to cause the reader to read the shipping time from the tag and determine whether the difference from the pickup time is within a certain time, and the temperature / humidity data in the previous process from the tag to the reader. Means for reading and comparing with a management regulation value read from the storage device; means for writing the temperature and humidity measured by the sensor from the time of collection of the product to the time of delivery and the measurement time from the writer to the tag; Means for reading the temperature / humidity data recorded in the tag at the time of delivery to the reader and comparing it with a management prescribed value read from a storage device;
The store warehouse terminal is configured to cause the reader to read the delivery time from the tag and determine whether the difference from the acceptance time is within a certain time, and the temperature / humidity data in the previous process from the tag to the reader. Means for reading and comparing with the management prescribed value read from the storage device; means for writing the temperature and humidity measured by the sensor from the time of receipt of the product to the time of delivery and the measurement time from the writer to the tag; Means for reading the temperature / humidity data recorded in the tag at the time of delivery to the reader and comparing it with a management prescribed value read from a storage device;
The store floor terminal is configured to cause the reader to read the delivery time from the tag and determine whether the difference from the display time is within a certain time, and temperature / humidity data in a previous process from the tag to the reader. Means for reading and comparing with a management prescribed value read from the storage device, and means for writing the temperature and humidity measured by the sensor from the time of display of the product to the time of sale and the measurement time from the writer to the tag. Have
The POS register may include means for reading temperature / humidity data and measurement time recorded in the tag, and means for printing the read temperature / humidity data and measurement time on a receipt.

  The distribution and delivery management system of the present invention may be characterized in that the sensor measures temperature and humidity at predetermined time intervals.

  In the distribution / delivery management system of the present invention, the tag may be an RFID tag.

  The distribution and delivery management method of the present invention includes a step of measuring the temperature and humidity of the storage location of the product at a predetermined time interval from the time of manufacture of the product to the time of sale, and the measured temperature and humidity and the measurement time. Writing to a tag attached to the product, reading temperature and humidity data and measurement time from the tag when the product is sold, and displaying the read temperature and humidity data and measurement time Features.

The distribution and delivery management method of the present invention includes the step of writing the temperature and humidity of the storage location of the product and the measurement time in a tag attached to the product between the time of manufacture of the product and the time of shipment; Reading the recorded temperature / humidity data and comparing it with the management regulation value read from the storage device;
A step of determining whether the difference between the shipping time and the pickup time is within a certain time by reading the shipping time from the tag at the time of picking up, and a management rule in which the temperature and humidity data in the previous process is read from the tag and read from the storage device at the time of picking up A step of comparing with a value, a step of writing a temperature and humidity at the storage location of the product and a measurement time between the time of collection and delivery of the product into the tag, and a temperature and humidity recorded in the tag at the time of delivery A step of reading data and comparing it with a management regulation value read from the storage device;
A step of determining whether the difference between the delivery time and the receipt time is within a certain time by reading the delivery time from the tag at the time of acceptance; A step of comparing with a value, a step of writing the temperature and humidity of the storage location of the product and a measurement time in the tag between the time of receipt of the product and the time of delivery, and the temperature and humidity recorded in the tag at the time of delivery A step of reading data and comparing it with a management regulation value read from the storage device;
A step of determining whether a difference from the display time is within a certain time by reading a delivery time from the tag at the time of display, and a management rule in which temperature / humidity data in a previous process is read from the tag and read from the storage device at the time of display A step of comparing with a value, a step of writing the temperature and humidity of the storage location of the product and a measurement time between the display and sale of the product into the tag, and a temperature and humidity recorded in the tag at the time of sale A step of reading data and measurement time, and a step of displaying the read temperature / humidity data and measurement time on a display unit may be provided.

The distribution and delivery management method of the present invention includes the step of writing the temperature and humidity of the storage location of the product and the measurement time in a tag attached to the product between the time of manufacture of the product and the time of shipment; Reading the recorded temperature / humidity data and comparing it with the management regulation value read from the storage device;
A step of determining whether the difference between the shipping time and the pickup time is within a certain time by reading the shipping time from the tag at the time of picking up, and a management rule in which the temperature and humidity data in the previous process is read from the tag and read from the storage device at the time of picking up A step of comparing with a value, a step of writing a temperature and humidity at the storage location of the product and a measurement time between the time of collection and delivery of the product into the tag, and a temperature and humidity recorded in the tag at the time of delivery A step of reading data and comparing it with a management regulation value read from the storage device;
A step of determining whether the difference between the delivery time and the receipt time is within a certain time by reading the delivery time from the tag at the time of acceptance; A step of comparing with a value, a step of writing the temperature and humidity of the storage location of the product and a measurement time in the tag between the time of receipt of the product and the time of delivery, and the temperature and humidity recorded in the tag at the time of delivery A step of reading data and comparing it with a management regulation value read from the storage device;
A step of determining whether a difference from the display time is within a certain time by reading a delivery time from the tag at the time of display, and a management rule in which temperature / humidity data in a previous process is read from the tag and read from the storage device at the time of display A step of comparing with a value, a step of writing the temperature and humidity of the storage location of the product and a measurement time between the display and sale of the product into the tag, and a temperature and humidity recorded in the tag at the time of sale A step of reading data and measurement time with a reader of the portable terminal, and a step of displaying the read temperature / humidity data and measurement time on a display unit of the portable terminal may be provided.

The distribution and delivery management method of the present invention includes the step of writing the temperature and humidity of the storage location of the product and the measurement time in a tag attached to the product between the time of manufacture of the product and the time of shipment; Reading the recorded temperature / humidity data and comparing it with the management regulation value read from the storage device;
A step of determining whether the difference between the shipping time and the pickup time is within a certain time by reading the shipping time from the tag at the time of picking up, and a management rule in which the temperature and humidity data in the previous process is read from the tag and read from the storage device at the time of picking A step of comparing with a value, a step of writing a temperature and humidity at the storage location of the product and a measurement time between the time of collection and delivery of the product into the tag, and a temperature and humidity recorded in the tag at the time of delivery A step of reading data and comparing it with a management regulation value read from the storage device;
A step of determining whether the difference between the delivery time and the receipt time is within a certain time by reading the delivery time from the tag at the time of acceptance; A step of comparing with a value, a step of writing the temperature and humidity of the storage location of the product and a measurement time in the tag between the time of receipt of the product and the time of delivery, and the temperature and humidity recorded in the tag at the time of delivery A step of reading data and comparing it with a management regulation value read from the storage device;
A step of determining whether a difference from the display time is within a certain time by reading a delivery time from the tag at the time of display, and a management rule in which temperature / humidity data in a previous process is read from the tag and read from the storage device at the time of display A step of comparing with a value, a step of writing the temperature and humidity of the storage location of the product and a measurement time between the display and sale of the product into the tag, and a temperature and humidity recorded in the tag at the time of sale A step of reading the data and the measurement time with a POS register reader and a step of printing out the read temperature / humidity data and the measurement time may be provided.

  The manufacturer terminal of the present invention causes the temperature / humidity and measurement time of the storage location of the product measured at a predetermined time interval from the time of manufacture of the product to the time of shipment to be written from the writer to the tag attached to the product. Means, means for reading temperature / humidity data recorded in the tag at the time of shipment into a reader and comparing it with a management prescribed value read from a storage device, and when the read temperature / humidity data is outside the management prescribed value Comprises means for outputting an instruction to cancel the shipment of the commodity.

  The carrier terminal according to the present invention includes a means for reading a shipment time of a product from a tag attached to the product to a reader and determining whether a difference from the collection time is within a certain time, and temperature and humidity in a previous process Means for reading the data from the tag into the reader and comparing it with a management regulation value read from the storage device; and temperature and humidity of the storage location of the product measured from the time of collection of the product to the time of delivery and the measurement time. Means for writing from the writer to the tag; means for reading the temperature / humidity data recorded in the tag at the time of delivery into a reader and comparing it with a management prescribed value read from the storage device; And a means for outputting an instruction to cancel the delivery of the product when the value is outside the specified value.

  The store warehouse terminal of the present invention has a means for reading a delivery time of a product from a tag attached to the product to a reader and determining whether the difference from the acceptance time is within a certain time, and temperature and humidity in the previous process Means for reading data from the tag into the reader and comparing it with a management prescribed value read from a storage device; and temperature and humidity of the storage location of the product measured from the time of receipt of the product to the time of delivery and the measurement time. Means for writing to the tag from the writer; means for reading the temperature / humidity data recorded in the tag at the time of delivery to a reader and comparing it with a management prescribed value read from the storage device; And a means for outputting an instruction to stop taking out the product when the specified value is not met.

  The store floor terminal of the present invention has a means for determining whether a difference between the display time and a display time is within a certain time by causing a reader to read a product delivery time from a tag attached to the product, and temperature and humidity in the previous process Means for reading the data from the tag into the reader and comparing it with a management prescribed value read from the storage device; and the temperature and humidity of the storage location of the product measured from the time of display of the product to the time of sale, and the measurement time It is characterized by comprising means for writing to the tag from a writer, and means for reading temperature / humidity data and measurement time recorded in the tag at the time of sale into a reader and displaying them on a display unit.

  The store floor system of the present invention includes means for causing a reader to read a goods delivery time from a tag attached to the goods and determining whether the difference from the display time is within a certain time, and temperature and humidity in the previous process Means for reading the data from the tag into the reader and comparing it with a management prescribed value read from the storage device; and the temperature and humidity of the storage location of the product measured from the time of display of the product to the time of sale, and the measurement time It is characterized by comprising means for writing to the tag from a writer, and means for reading the temperature / humidity data and measurement time recorded in the tag at the time of sale into a reader and printing them out.

  The program of the present invention is a process for writing the temperature and humidity of the storage location of the product measured at a time interval determined from the time of manufacture of the product to the time of shipment and the measurement time from a writer to a tag attached to the product. A process of reading the temperature / humidity data recorded in the tag at the time of shipment into a reader and comparing it with a management prescribed value read from a storage device; and if the read temperature / humidity data is outside the management prescribed value, And causing the computer to execute a process of outputting an instruction to cancel the shipment of the product.

  The program of the present invention reads the shipment time of a product from a tag attached to the product and reads a reader to determine whether the difference from the collection time is within a certain time, and the temperature and humidity data in the previous process. From the writer, a process for comparing the management read value read from the tag and read from the storage device with the reader, and the temperature / humidity and measurement time of the storage location of the product measured from the time of collection of the product to the time of delivery. A process for writing to the tag, a process for reading the temperature / humidity data recorded in the tag at the time of delivery into a reader and comparing it with a management prescribed value read from a storage device, and the read temperature / humidity data is the management prescribed value If it is not, the computer may be caused to execute a process of outputting an instruction to cancel the delivery of the product.

  The program of the present invention reads the delivery time of a product from a tag attached to the product to a reader and determines whether the difference from the acceptance time is within a certain time, and the temperature and humidity data in the previous process. From the writer, a process for comparing the management read value read from the tag with the reader to the reader, and the temperature and humidity of the storage location of the product measured from the time of receipt of the product to the time of delivery and the measurement time A process for writing to the tag, a process for reading the temperature / humidity data recorded in the tag at the time of delivery to a reader and comparing it with a management prescribed value read from a storage device, and the read temperature / humidity data is the management prescribed value If the item is not included, the computer may be caused to execute a process of outputting an instruction to stop taking out goods.

  The program according to the present invention includes a process of determining whether a difference between the display time and a display time is within a certain time by reading a product delivery time from a tag attached to the product and a temperature / humidity data in a previous process. From the writer, a process for reading the tag from the tag and comparing it with the management prescribed value read from the storage device, and the temperature / humidity and measurement time of the storage location of the product measured from the time of display of the product to the time of sale. You may make it make a computer perform the process written in the said tag, and the process which reads the temperature / humidity data and measurement time currently recorded on the said tag at the time of sale with a reader, and displays them on a display part.

  The program according to the present invention includes a process of determining whether a difference between the display time and a display time is within a certain time by reading a product delivery time from a tag attached to the product and a temperature / humidity data in a previous process. From the writer, a process for reading the tag from the tag and comparing it with the management prescribed value read from the storage device, and the temperature / humidity and measurement time of the storage location of the product measured from the time of display of the product to the time of sale. You may make it make a computer perform the process written in the said tag, and the process which makes the reader read the temperature / humidity data and measurement time currently recorded on the said tag at the time of sale.

  According to the present invention, the temperature and humidity of the place where the product is stored in each distribution route of manufacture, distribution, and sales is recorded, so that the purchaser can grasp the environmental management of the product and purchase a highly reliable product. be able to.

  Further, since the purchaser can know the products whose environmental management is not protected, the price of such products can be negotiated with the seller.

  Distributors and distributors can grasp in which distribution channel the temperature and humidity values are other than the management regulation value, so they can immediately take action when products other than the management regulation value are obtained. .

  The best mode for carrying out the present invention will be described in detail with reference to the drawings. A description will be given taking fruit wine as an example of a product to be managed.

  FIG. 1 is a block diagram showing the configuration of the first embodiment of the present invention. Manufacturer 1 is a manufacturer that produces fruit wine 110. The manufacturer 1 includes a manufacturer terminal 10, a temperature / humidity sensor 15, and an RFID (Radio Frequency Identification) reader / writer 16. When the manufacturer 1 manufactures the fruit sake 110, the RFID tag 120 is attached to the label of each fruit wine. This tag does not have to be an RFID tag as long as it can record data. However, when an RFID tag is used, a system can be constructed easily and inexpensively. The reader function and writer function of the RFID reader / writer 16 may be separated from each other instead of being integrated.

  The manufacturer terminal 10 is an information processing apparatus such as a personal computer. The manufacturer terminal 10 has an input unit 11 such as a mouse or a keyboard for inputting data inside or outside, a display unit 12 such as an LCD (liquid crystal device) for displaying data, and temporary storage of data. And a storage device 13. The temperature / humidity sensor 15 detects the temperature and humidity of a warehouse in which the manufacturer 1 stores fruit wine after manufacturing.

  After manufacturing, the manufacturer terminal 10 first records the manufacturer name, manufacturing time, and temperature / humidity information at the time of manufacturing on the RFID tag 120 using the RFID reader / writer 16. Here, the manufacturing time refers to the time to enter the warehouse after manufacturing.

  Further, while the fruit wine is stored in the warehouse until it is shipped, the manufacturer terminal 10 monitors and obtains the temperature / humidity value every N hours by the temperature / humidity sensor 15 to obtain the manufacturer's name, measurement time, temperature, and humidity. Is recorded in the RFID tag 120. N hours is a time set as the optimum monitoring time for the product, and varies depending on the product.

  At the time of delivery, the manufacturer terminal 10 records the manufacturer name, the delivery time, and temperature / humidity information at the time of delivery on the RFID tag 120. When the temperature / humidity state recorded in the RFID tag 120 at the time of delivery is other than the management regulation value, the manufacturer 1 cancels the delivery or records it in the comment information of the RFID tag 120. The management specified value is stored in the storage device 13 in advance.

  As an example of the optimum temperature and humidity conditions, it is preferable to maintain a temperature of 14 ° C. (± 2 ° C.) and a humidity of 65% or more for wine.

  The transportation company 2 is a company that delivers the fruit wine 110 by truck from the warehouse of the manufacturer 1 to the store warehouse 3. The carrier 2 has a truck terminal 20, a temperature / humidity sensor 25, and an RFID reader / writer 26.

  The truck terminal 20 is an information processing apparatus installed on a truck, and is, for example, a portable terminal used by a driver. The track terminal 20 includes an input unit 21 for inputting data inside or outside, a display unit 22 such as an LCD for displaying data, and a storage device (not shown) for temporarily storing data. Have The temperature / humidity sensor 25 detects the temperature and humidity of the truck's cargo compartment.

  After collecting the fruit wine 110, the truck terminal 20 first records the name of the carrier, the collection time, and temperature / humidity information at the time of collection on the RFID tag 120 using the RFID reader / writer 26. The truck terminal 20 calculates the difference between the time shipped in the previous process and the time of the current collection, and if there are more than M hours, outputs an instruction to return to the previous process or records it in the comment information of the RFID tag 120 To do. The M time is set as a time prescribed in the business between traders.

  In addition, when a temperature / humidity value other than the management specified value is recorded in the RFID tag 120 in the previous process at the time of collection, the truck terminal 20 outputs an instruction to return to the previous process, or comments on the RFID tag 120 Record information. The management specified value is stored in the storage device in advance.

  The truck terminal 20 monitors and obtains the numerical value of temperature and humidity with the temperature and humidity sensor 25 every N hours while storing it in the cargo compartment until the fruit wine 110 is delivered, and records it in the RFID tag 120.

  At the time of delivery, the truck terminal 20 records the name of the carrier, delivery time, and temperature / humidity information at the time of delivery in the RFID tag 120. When the temperature / humidity state recorded in the RFID tag 120 at the time of delivery is other than the management regulation value, the carrier 2 cancels the delivery or records it in the RFID comment information.

  The store warehouse 3 is a store of the fruit wine 110 and stores the fruit wine 110 until it is displayed at the store. The store warehouse 3 includes a store warehouse terminal 30, a temperature / humidity sensor 35, and an RFID reader / writer 36.

  The store warehouse terminal 30 is an information processing apparatus such as a personal computer. The store warehouse terminal 30 includes an input unit 31 such as a mouse and a keyboard for inputting data, a display unit 32 such as an LCD for displaying data, and a storage device for temporarily storing data. 33. The temperature / humidity sensor 35 detects the temperature and humidity of the store warehouse 3.

  After accepting the fruit liquor 110, the store warehouse terminal 30 first records the store name, acceptance time, and temperature / humidity information at the time of acceptance on the RFID tag 120 using the RFID reader / writer 36. The acceptance time is the time when the store warehouse 3 starts managing the fruit wine 110. The store warehouse terminal 30 calculates the difference between the time delivered in the previous process and the time received this time, and if there are more than M hours, it outputs an instruction to return to the previous process, or goes to the comment information of the RFID tag 120 Record.

  In addition, the store warehouse terminal 30 outputs an instruction to return to the previous process when the numerical value of the temperature and humidity other than the management regulation value is recorded in the previous process in the RFID tag 120 at the time of acceptance, or the RFID tag 120 Record in the comment information. The management specified value is stored in the storage device 33 in advance.

  The store warehouse terminal 30 monitors and obtains the temperature / humidity value every N hours with the temperature / humidity sensor 35 until the fruit wine 110 is delivered, and records it in the RFID tag 120.

  At the time of delivery, the store warehouse terminal 30 records the store name, the delivery time, and temperature / humidity information at the time of delivery in the RFID tag 120. When the temperature / humidity state recorded in the RFID tag 120 at the time of delivery is other than the management regulation value, the store warehouse 3 cancels the delivery or records it in the RFID comment information.

  The store sales floor 4 is a sales floor of a store that sells fruit wine 110, and stores the fruit wine 110 until it is sold to the purchaser. The store floor 4 includes a store floor terminal 40, a temperature / humidity sensor 45, an RFID reader / writer 46, and a display device 47. The store floor terminal 40 may be shared with the store warehouse terminal 30.

  The store floor terminal 40 is an information processing apparatus such as a personal computer. The store floor terminal 40 internally or externally stores an input unit 41 such as a mouse or a keyboard for inputting data, a display unit 42 such as an LCD (liquid crystal device) for displaying data, and temporarily stores the data. And a storage device 43. The temperature / humidity sensor 45 detects the temperature and humidity of the fruit wine 110 display place in the store floor 4. The display device 47 displays data read from the RFID tag by the RFID reader / writer 46.

  After the fruit wine 110 is displayed, the store floor terminal 40 first records the sales floor name, display time, and temperature / humidity information at the time of display on the RFID tag 120 using the RFID reader / writer 46. The store floor terminal 40 calculates the difference between the time taken out in the previous process and the time displayed this time, and if there are more than M hours, it outputs an instruction to return to the previous process, or goes to the comment information of the RFID tag 120 Record.

  In addition, the store floor terminal 40 outputs an instruction to return to the previous process when the numerical value of the temperature and humidity other than the management regulation value is recorded in the previous process on the RFID tag 120 at the time of display, or the RFID tag 120 Record in the comment information. The management specified value is stored in the storage device 43 in advance.

  Until the fruit wine 110 is sold, the store floor terminal 40 monitors and obtains the temperature / humidity value by the temperature / humidity sensor 45 every N hours, and records it in the RFID tag 120.

  Next, the operation of the first embodiment will be described. The manufacturer 1 measures the temperature and humidity of the warehouse storing the fruit liquor using the temperature and humidity sensor 15 after producing the fruit liquor, and uses IEEE 802.3 and IEEE 802.11 which are LAN (Local Area Network) standards. The temperature and humidity values are transmitted to the RFID reader / writer 16 every N hours at the time of entry and at the time of delivery. These controls are performed by the manufacturer terminal 10. FIG. 2 is a flowchart showing the operation of the manufacturer terminal 10.

  The manufacturer terminal 10 transmits manufacturing data to the RFID reader / writer 16 and instructs writing to the RFID tag 120. The RFID reader / writer 16 writes the manufacturing data transmitted from the manufacturer terminal 10 to the RFID tag 120 (step A1). In addition to the measurement value of the temperature / humidity sensor 15 at the time of warehousing, the manufacturing time data includes the manufacturer name, warehousing time, and comment information.

  While the fruit liquor is stored in the warehouse, the manufacturer terminal 10 obtains a temperature / humidity measurement value from the temperature / humidity sensor 15 every N hours (step A2).

  The manufacturer terminal 10 transmits the obtained temperature / humidity data and measurement time to the RFID reader / writer 16 and instructs to write to the RFID tag 120. The RFID reader / writer 16 writes the transmitted temperature / humidity data and measurement time to the RFID tag 120 (step A3).

  When the manufacturer 1 ships the fruit wine, the manufacturer terminal 10 instructs the RFID reader / writer 16 to read the temperature / humidity data written in the RFID tag 120. The RFID reader / writer 16 reads the temperature / humidity data written in the RFID tag 120 and transmits it to the manufacturer terminal 10 (step A4).

  The manufacturer terminal 10 reads the management specified value stored in the storage device 13 and compares it with the temperature / humidity data transmitted from the RFID reader / writer 16 (step A5). If the temperature / humidity data is out of the management regulation value, the manufacturer terminal 10 issues an instruction to cancel the shipment of the fruit liquor (step A6).

  If the temperature / humidity data is within the specified management value, the manufacturer terminal 10 transmits the shipping data to the RFID reader / writer 16 and instructs to write to the RFID tag 120. The RFID reader / writer 16 writes the transmitted shipping data to the RFID tag 120. (Step A7). The manufacturer terminal 10 further issues a fruit wine shipping instruction (step A8). The shipping time data includes shipping time and comment information in addition to the temperature and humidity data at the time of shipping.

  In step A5, even if the temperature / humidity data deviates from the management regulation value, for example, if the temperature / humidity data is within a predetermined allowable shipping value, the comment information may be attached with the fact. FIG. 6 is a diagram illustrating an example of data that the manufacturer 1 writes in the RFID tag 120.

  The fruit liquor for which the shipping instruction has been given is delivered from the manufacturer 1 to the carrier 2. FIG. 3 is a flowchart showing the operation of the truck terminal 20.

  The truck terminal 20 transmits the pickup data to the RFID reader / writer 26 and instructs the RFID tag 120 to write. The RFID reader / writer 26 writes the collection data transmitted from the truck terminal 20 to the RFID tag 120 (step B1). The collection time data includes the name of the carrier, the collection time, and comment information, in addition to the measurement value of the temperature and humidity sensor 25 at the time of collection.

  The truck terminal 20 causes the RFID reader / writer 26 to read the shipping time of the manufacturer 1 from the RFID tag 120 and obtain the difference from the pickup time. The truck terminal 20 compares the difference between the shipping time and the collection time with the time limit (M time) stored in the storage device (step B2). If this difference exceeds the time limit, the truck terminal 20 outputs a return instruction to the manufacturer 1 (step B3). In this case, the carrier 2 returns the fruit liquor to the manufacturer 1. Alternatively, it may be recorded in the RFID tag 120 as comment information and proceed to the previous step without being returned.

  Further, the truck terminal 20 causes the RFID reader / writer 26 to read the temperature / humidity data in the previous process from the RFID tag 120. The temperature / humidity data in the previous process is temperature / humidity data recorded by the manufacturer 1. The truck terminal 20 compares the temperature / humidity data in the previous process with the management specified value stored in the storage device (step B4). When the temperature / humidity data in the previous process is out of the management regulation value, the truck terminal 20 outputs a return instruction to the manufacturer 1 (step B5). In this case, the carrier 2 returns the fruit liquor to the manufacturer 1. Alternatively, it may be recorded in the RFID tag 120 as comment information and proceed to the previous step without being returned.

  While the fruit wine is being loaded on the truck, the truck terminal 20 obtains the temperature / humidity measurement value from the temperature / humidity sensor 25 every N hours (step B6).

  The truck terminal 20 transmits the obtained temperature / humidity data and measurement time to the RFID reader / writer 26 and instructs writing to the RFID tag 120. The RFID reader / writer 26 writes the transmitted temperature / humidity data and measurement time to the RFID tag 120 (step B7).

  When the carrier 2 delivers and delivers fruit wine to the store warehouse 3, the truck terminal 20 instructs the RFID reader / writer 26 to read the temperature / humidity data written in the RFID tag 120. The RFID reader / writer 26 reads the temperature / humidity data written in the RFID tag 120 and transmits it to the track terminal 20 (step B8).

  The truck terminal 20 reads the management prescribed value stored in the storage device and compares it with the temperature / humidity data transmitted from the RFID reader / writer 26 (step B9). When the temperature / humidity data is out of the management regulation value, the truck terminal 20 gives an instruction to stop the delivery of the fruit wine (step B10).

  When the temperature / humidity data is within the management regulation value, the truck terminal 20 transmits the delivery time data to the RFID reader / writer 26 and instructs to write to the RFID tag 120. The RFID reader / writer 26 writes the transmitted delivery data to the RFID tag 120. (Step B11). The truck terminal 20 further instructs the delivery of fruit wine (step B12). The delivery time data includes delivery time and comment information in addition to the temperature and humidity data at the time of delivery.

  In step B9, even if the temperature / humidity data deviates from the management regulation value, for example, if the temperature / humidity data is within a predetermined allowable shipping value, the comment information may be attached to that effect. FIG. 7 is a diagram illustrating an example of data written to the RFID tag 120 by the carrier 2.

  When the transporter 2 collects the fruit liquor from the manufacturer 1 and delivers it to the store warehouse 3, it is temporarily stored in the warehouse of the transporter 2 while the truck terminal 20 or the terminal of the transporter 2 is used. The temperature and humidity are monitored every N hours.

  After the fruit liquor is delivered from the carrier 2 to the store, it is received in the store warehouse 3 and stored in the store warehouse 3 until it is displayed on the sales floor. FIG. 4 is a flowchart showing the operation of the store warehouse terminal 30.

  The store / warehouse terminal 30 transmits the data at the time of acceptance to the RFID reader / writer 36 and instructs to write to the RFID tag 120. The RFID reader / writer 36 writes the acceptance data transmitted from the store warehouse terminal 30 to the RFID tag 120 (step C1). The data at the time of reception includes the store name, the reception time, and comment information in addition to the measurement value of the temperature and humidity sensor 35 at the time of reception.

  The store / warehouse terminal 30 causes the RFID reader / writer 36 to read the delivery time of the carrier 2 from the RFID tag 120 to obtain the difference from the acceptance time. The store warehouse terminal 30 compares the difference between the acceptance time and the delivery time with the time limit (M time) stored in the storage device (step C2). If this difference exceeds the time limit, the store warehouse terminal 30 outputs a return instruction to the carrier 2 (step C3). In this case, the store warehouse 3 returns the fruit liquor to the carrier 2. Alternatively, it may be recorded in the RFID tag 120 as comment information, and the process may proceed to the previous step without returning it.

  Furthermore, the store warehouse terminal 30 causes the RFID reader / writer 36 to read the temperature / humidity data in the previous process from the RFID tag 120. The temperature / humidity data in the previous process is temperature / humidity data recorded by the manufacturer 1 and the carrier 2. The store / warehouse terminal 30 compares the temperature / humidity data in the previous process with the management prescribed value stored in the storage device 33 (step C4). When the temperature / humidity data in the previous process is out of the management regulation value, the store warehouse terminal 30 outputs a return instruction to the carrier 2 (step C5). In this case, the store warehouse 3 returns the fruit liquor to the carrier 2. Alternatively, it may be recorded in the RFID tag 120 as comment information and proceed to the previous step without being returned.

  While the fruit wine is being stored in the store warehouse 3, the store warehouse terminal 30 obtains the temperature and humidity measurement values from the temperature and humidity sensor 35 every N hours (step C6).

  The store / warehouse terminal 30 transmits the obtained temperature / humidity data and measurement time to the RFID reader / writer 36 and instructs to write to the RFID tag 120. The RFID reader / writer 36 writes the transmitted temperature / humidity data and measurement time to the RFID tag 120 (step C7).

  When the store warehouse 3 delivers fruit wine for display on the store floor 4, the store warehouse terminal 30 instructs the RFID reader / writer 36 to read the temperature / humidity data written in the RFID tag 120. The RFID reader / writer 36 reads the temperature / humidity data written in the RFID tag 120 and transmits it to the store / warehouse terminal 30 (step C8).

  The store / warehouse terminal 30 reads the management specified value stored in the storage device 33 and compares it with the temperature / humidity data transmitted from the RFID reader / writer 36 (step C9). If the temperature / humidity data is out of the management regulation value, the store / warehouse terminal 30 issues an instruction to stop the fruit wine from being delivered (step C10).

  If the temperature / humidity data is within the specified management value, the store / warehouse terminal 30 transmits the data at the time of delivery to the RFID reader / writer 36 and instructs to write to the RFID tag 120. The RFID reader / writer 36 writes the transmitted shipping data to the RFID tag 120. (Step C11). The store / warehouse terminal 30 further issues a fruit wine issue instruction (step C12). The shipping time data includes shipping time and comment information in addition to the temperature and humidity data at the time of shipping.

  In step C9, even if the temperature / humidity data deviates from the management regulation value, for example, if the temperature / humidity data is within a predetermined delivery allowance value, the comment information may be attached to that effect. FIG. 7 is a diagram illustrating an example of data written in the RFID tag 120 by the store warehouse 3.

  The fruit liquor that has been instructed to leave is delivered from the store warehouse 3 to the store floor 4 and displayed at a predetermined location in the store floor 4. FIG. 5 is a flowchart showing the operation of the store floor terminal 40.

  The store floor terminal 40 transmits display data to the RFID reader / writer 46 and instructs the RFID tag 120 to write. The RFID reader / writer 46 writes the display time data transmitted from the store floor terminal 40 to the RFID tag 120 (step D1). The display data includes the store floor name, display time, and comment information in addition to the measured values of the temperature and humidity sensor 45 at the time of display.

  The store floor terminal 40 causes the RFID reader / writer 46 to read the delivery time of the store warehouse 3 from the RFID tag 120 to obtain the difference from the display time. The store floor terminal 40 compares the difference between the display time and the delivery time with the time limit (M time) stored in the storage device 43 (step D2). If this difference exceeds the time limit, the store floor terminal 40 outputs a return instruction to the store warehouse 3 (step D3). In this case, the store floor 4 returns the fruit wine to the store warehouse 3. Alternatively, it may be recorded in the RFID tag 120 as comment information and proceed to the previous step without being returned.

  Further, the store floor terminal 40 causes the RFID reader / writer 46 to read the temperature / humidity data in the previous process from the RFID tag 120. The temperature / humidity data in the previous process is temperature / humidity data recorded by the manufacturer 1, the carrier 2, and the store warehouse 3. The store floor terminal 40 compares the temperature / humidity data in the previous process with the management specified value stored in the storage device 43 (step D4). When the temperature / humidity data in the previous process is out of the management regulation value, the store floor terminal 40 outputs a return instruction to the store warehouse 3 (step D5). In this case, the store floor 4 returns the fruit wine to the store warehouse 3. Alternatively, it may be recorded in the RFID tag 120 as comment information and proceed to the previous step without being returned.

  While the fruit liquor is displayed on the store floor 4, the store floor terminal 40 obtains a temperature / humidity measurement value from the temperature / humidity sensor 45 every N hours (step D6).

  The store floor terminal 40 transmits the obtained temperature / humidity data and measurement time to the RFID reader / writer 46 to instruct writing to the RFID tag 120. The RFID reader / writer 46 writes the transmitted temperature / humidity data and measurement time to the RFID tag 120 (step D7).

  A consumer who wants to purchase fruit wine causes the RFID reader / writer 46 to read data recorded on the RFID tag 120 attached to the fruit wine (step D8). The RFID reader / writer 46 displays the data read from the RFID tag 120 on the display device 47 (step D9). The consumer can confirm by reading the display device 47 that the temperature and humidity are not recorded with numerical values other than the prescribed management values. FIG. 9 is a diagram illustrating an example of data written in the RFID tag 120 by the store floor 4.

  Next, a second embodiment of the present invention will be described. FIG. 10 is a block diagram showing the configuration of the second exemplary embodiment of the present invention. The configuration of the store floor 4 is different from that of the first embodiment shown in FIG. That is, the mobile phone 50 is provided instead of the display device (47 in FIG. 1). The mobile phone 50 is a mobile terminal owned by a customer (consumer) in the store. The mobile phone 50 includes an input unit 51 for inputting data, a display unit 52 for displaying data, a storage device (not shown) for temporarily storing data, and an RFID reader 54. A consumer who wants to purchase fruit wine causes the RFID reader 54 to read data recorded on the RFID tag 120 attached to the fruit wine 110 (corresponding to step D8 in FIG. 5). The RFID reader 54 displays the data read from the RFID tag 120 on the display unit 52 of the mobile phone 50 (corresponding to step D9 in FIG. 5). If a consumer owns a mobile phone with an RFID reader, the consumer can easily read the temperature and humidity data and measurement time of the fruit wine 110 displayed on the sales floor. In addition, when the fruit wine 110 is purchased with the RFID tag 120 attached, the temperature and humidity data and the measurement time can be read even after the fruit wine 110 is brought home.

  Next, a third embodiment of the present invention will be described. FIG. 11 is a block diagram showing the configuration of the third exemplary embodiment of the present invention. The configuration of the store floor 4 is different from that of the first embodiment shown in FIG. That is, a POS (Point Of Sales) register 60 is provided instead of the display device (47 in FIG. 1). The POS register 60 includes a receipt issuing unit 61, a display unit 62 for displaying data, a storage device (not shown) for temporarily storing data, a scanner 67, and an RFID reader 68. The control unit 63 controls each of these units. The scanner 67 is a device that reads a barcode attached to a product, and is included in a normal POS register. A consumer who wants to purchase fruit wine brings fruit wine 110 to the cash register. The store clerk causes the RFID reader 68 of the POS register 60 to read the data recorded on the RFID tag 120 attached to the fruit wine 110 (corresponding to step D8 in FIG. 5). The control unit 63 causes the receipt issuing unit 61 to print the data read from the RFID tag 120 by the RFID reader 68 (corresponding to step D9 in FIG. 5). By reading the received receipt, the consumer can confirm that the temperature / humidity has not been recorded with a numerical value other than the prescribed management value. Furthermore, the consumer can take the receipt home and store it, and can check the temperature and humidity data and the measurement time even at a later date. The function sharing between the store floor terminal 40 and the POS register 60 in the third embodiment is not limited to the above. For example, the store floor terminal 40 may have the function of the control unit 63.

  A configuration combining the first to third embodiments is also possible. That is, a configuration in which the display device of the first embodiment (47 in FIG. 1) is added to the second or third embodiment, or a POS register with an RFID reader (third embodiment) in the second embodiment. This is a configuration to which the embodiment is added.

  The operation of each terminal in the first to third embodiments of the present invention can be performed by computer program processing. That is, the program recorded on the recording medium is read by each terminal, or the program is read by each terminal from the network, and the operation described in the embodiment is executed.

It is a block diagram which shows the structure of 1st Embodiment. It is a flowchart which shows operation | movement of a manufacturer terminal. It is a flowchart which shows operation | movement of a truck terminal. It is a flowchart which shows operation | movement of a store warehouse terminal. It is a flowchart which shows operation | movement of a store floor terminal. It is a figure which shows an example of the data which a manufacturer writes in an RFID tag. It is a figure which shows an example of the data which a carrier writes in an RFID tag. It is a figure which shows an example of the data which a store warehouse writes in an RFID tag. It is a figure which shows an example of the data which a shop sales floor writes in an RFID tag. It is a block diagram which shows the structure of 2nd Embodiment. It is a block diagram which shows the structure of 3rd Embodiment.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Manufacturer 2 Forwarder 3 Store warehouse 4 Store sales floor 10 Manufacturer terminal 11 Input part 12 Display part 13 Storage device 15 Temperature / humidity sensor 16 RFID reader / writer 20 Truck terminal 21 Input part 22 Display part 25 Temperature / humidity sensor 26 RFID reader Writer 30 Store warehouse terminal 31 Input unit 32 Display unit 33 Storage device 35 Temperature / humidity sensor 36 RFID reader / writer 40 Store floor terminal 41 Input unit 42 Display unit 43 Storage device 45 Temperature / humidity sensor 46 RFID reader / writer 47 Display device 50 Mobile phone 51 Input unit 52 Display unit 54 RFID reader 60 POS register 61 Receipt issuing unit 62 Display unit 63 Control unit 67 Scanner 68 RFID reader

Claims (20)

A tag attached to a product for recording data, a reader for writing data to the tag, a writer for reading data from the tag, a sensor for measuring temperature and humidity at the storage location of the product, and the product Means for writing the temperature / humidity data and measurement time measured by the sensor from the writer to the tag from the time of manufacture to the sale, and the temperature / humidity data written to the tag and the measurement time. A distribution / delivery management system, comprising: means for reading into the reader and displaying on a display unit. A tag attached to a product for recording data, a reader for writing data to the tag, a writer for reading data from the tag, a sensor for measuring the temperature and humidity of the storage location of the product, and a manufacturer A terminal, a carrier terminal, a store warehouse terminal, and a store floor terminal,
The manufacturer terminal includes a means for writing the temperature and humidity measured by the sensor from the writer to the tag from the time of manufacture to the time of shipment, and the temperature and humidity recorded on the tag at the time of shipment. Means for reading data into the reader and comparing it with a management prescribed value read from the storage device;
The carrier terminal is configured to cause the reader to read the shipping time from the tag and determine whether the difference from the pickup time is within a certain time, and the temperature / humidity data in the previous process from the tag to the reader. Means for reading and comparing with a management regulation value read from the storage device; means for writing the temperature and humidity measured by the sensor from the time of collection of the product to the time of delivery and the measurement time from the writer to the tag; Means for reading the temperature / humidity data recorded in the tag at the time of delivery into the reader and comparing it with a management prescribed value read from the storage device;
The store warehouse terminal is configured to cause the reader to read the delivery time from the tag and determine whether the difference from the acceptance time is within a certain time, and the temperature / humidity data in the previous process from the tag to the reader. Means for reading and comparing with the management prescribed value read from the storage device; means for writing the temperature and humidity measured by the sensor from the time of receipt of the product to the time of delivery and the measurement time from the writer to the tag; Means for reading the temperature / humidity data recorded in the tag at the time of delivery to the reader and comparing it with a management prescribed value read from a storage device;
The store floor terminal is configured to cause the reader to read the delivery time from the tag and determine whether the difference from the display time is within a certain time, and temperature / humidity data in a previous process from the tag to the reader. Means for reading and comparing with a management regulation value read from the storage device; means for writing the temperature and humidity measured by the sensor from the time of display of the product to the time of sale and the measurement time from the writer to the tag; A distribution / delivery management system, comprising: means for reading temperature / humidity data recorded in the tag into the reader and displaying the data on a display unit. A tag attached to a product for recording data, a reader for writing data to the tag, a writer for reading data from the tag, a sensor for measuring the temperature and humidity of the storage location of the product, and a manufacturer A terminal, a carrier terminal, a store warehouse terminal, a store floor terminal, and a mobile terminal,
The manufacturer terminal includes a means for writing the temperature and humidity measured by the sensor from the writer to the tag from the time of manufacture to the time of shipment, and the temperature and humidity recorded on the tag at the time of shipment. Means for reading data into the reader and comparing it with a management prescribed value read from the storage device;
The carrier terminal is configured to cause the reader to read the shipping time from the tag and determine whether the difference from the pickup time is within a certain time, and the temperature / humidity data in the previous process from the tag to the reader. Means for reading and comparing with a management regulation value read from the storage device; means for writing the temperature and humidity measured by the sensor from the time of collection of the product to the time of delivery and the measurement time from the writer to the tag; Means for reading the temperature / humidity data recorded in the tag at the time of delivery into the reader and comparing it with a management prescribed value read from the storage device;
The store warehouse terminal is configured to cause the reader to read the delivery time from the tag and determine whether the difference from the acceptance time is within a certain time, and the temperature / humidity data in the previous process from the tag to the reader. Means for reading and comparing with the management prescribed value read from the storage device; means for writing the temperature and humidity measured by the sensor from the time of receipt of the product to the time of delivery and the measurement time from the writer to the tag; Means for reading the temperature / humidity data recorded in the tag at the time of delivery to the reader and comparing it with a management prescribed value read from a storage device;
The store floor terminal is configured to cause the reader to read the delivery time from the tag and determine whether the difference from the display time is within a certain time, and temperature / humidity data in a previous process from the tag to the reader. Means for reading and comparing with a management prescribed value read from the storage device, and means for writing the temperature and humidity measured by the sensor from the time of display of the product to the time of sale and the measurement time from the writer to the tag. Have
The portable terminal has a means for reading temperature / humidity data and measurement time recorded in the tag, and a means for displaying the read temperature / humidity data and measurement time. A tag attached to a product for recording data, a reader for writing data to the tag, a writer for reading data from the tag, a sensor for measuring the temperature and humidity of the storage location of the product, and a manufacturer A terminal, a carrier terminal, a store warehouse terminal, a store floor terminal, and a POS register;
The manufacturer terminal includes a means for writing the temperature and humidity measured by the sensor from the writer to the tag from the time of manufacture to the time of shipment, and the temperature and humidity recorded on the tag at the time of shipment. Means for reading data into the reader and comparing it with a management prescribed value read from the storage device;
The carrier terminal is configured to cause the reader to read the shipping time from the tag and determine whether the difference from the pickup time is within a certain time, and the temperature / humidity data in the previous process from the tag to the reader. Means for reading and comparing with a management regulation value read from the storage device; means for writing the temperature and humidity measured by the sensor from the time of collection of the product to the time of delivery and the measurement time from the writer to the tag; Means for reading the temperature / humidity data recorded in the tag at the time of delivery into the reader and comparing it with a management prescribed value read from the storage device;
The store warehouse terminal is configured to cause the reader to read the delivery time from the tag and determine whether the difference from the acceptance time is within a certain time, and the temperature / humidity data in the previous process from the tag to the reader. Means for reading and comparing with the management prescribed value read from the storage device; means for writing the temperature and humidity measured by the sensor from the time of receipt of the product to the time of delivery and the measurement time from the writer to the tag; Means for reading the temperature / humidity data recorded in the tag at the time of delivery to the reader and comparing it with a management prescribed value read from a storage device;
The store floor terminal is configured to cause the reader to read the delivery time from the tag and determine whether the difference from the display time is within a certain time, and temperature / humidity data in a previous process from the tag to the reader. Means for reading and comparing with a management prescribed value read from the storage device, and means for writing the temperature and humidity measured by the sensor from the time of display of the product to the time of sale and the measurement time from the writer to the tag. Have
The POS register includes means for reading temperature / humidity data and measurement time recorded in the tag, and means for printing the read temperature / humidity data and measurement time on a receipt. system. The distribution / delivery management system according to claim 1, 2, 3, or 4, wherein the sensor measures temperature and humidity at predetermined time intervals. 6. The distribution and delivery management system according to claim 1, wherein the tag is an RFID tag. A step of measuring the temperature and humidity of the storage location of the product at a predetermined time interval from the time of manufacture of the product to the time of sale, and a step of writing the measured temperature and humidity and the measurement time in a tag attached to the product And a distribution / delivery management method comprising: reading temperature / humidity data and measurement time from the tag when the product is sold; and displaying the read temperature / humidity data and measurement time. The temperature and humidity at the storage location of the product and the measurement time are written to the tag attached to the product between the time of manufacture and the time of shipment, and the temperature and humidity data recorded on the tag at the time of shipment is read. Comparing with the management regulation value read from the storage device at
A step of determining whether the difference between the shipping time and the pickup time is within a certain time by reading the shipping time from the tag at the time of picking up, and a management rule in which the temperature and humidity data in the previous process is read from the tag and read from the storage device at the time of picking up A step of comparing with a value, a step of writing a temperature and humidity at the storage location of the product and a measurement time between the time of collection and delivery of the product into the tag, and a temperature and humidity recorded in the tag at the time of delivery A step of reading data and comparing it with a management regulation value read from the storage device;
A step of determining whether the difference between the delivery time and the receipt time is within a certain time by reading the delivery time from the tag at the time of acceptance; A step of comparing with a value, a step of writing the temperature and humidity of the storage location of the product and a measurement time in the tag between the time of receipt of the product and the time of delivery, and the temperature and humidity recorded in the tag at the time of delivery A step of reading data and comparing it with a management regulation value read from the storage device;
A step of determining whether a difference from the display time is within a certain time by reading a delivery time from the tag at the time of display, and a management rule in which temperature / humidity data in a previous process is read from the tag and read from the storage device at the time of display A step of comparing with a value, a step of writing the temperature and humidity of the storage location of the product and a measurement time between the display and sale of the product into the tag, and a temperature and humidity recorded in the tag at the time of sale A distribution and delivery management method comprising: reading data and measurement time; and displaying the read temperature and humidity data and measurement time on a display unit. The temperature and humidity at the storage location of the product and the measurement time are written to the tag attached to the product between the time of manufacture and the time of shipment, and the temperature and humidity data recorded on the tag at the time of shipment is read. Comparing with the management regulation value read from the storage device at
A step of determining whether the difference between the shipping time and the pickup time is within a certain time by reading the shipping time from the tag at the time of picking up, and a management rule in which the temperature and humidity data in the previous process is read from the tag and read from the storage device at the time of picking up A step of comparing with a value, a step of writing a temperature and humidity at the storage location of the product and a measurement time between the time of collection and delivery of the product into the tag, and a temperature and humidity recorded in the tag at the time of delivery A step of reading data and comparing it with a management regulation value read from the storage device;
A step of determining whether the difference between the delivery time and the receipt time is within a certain time by reading the delivery time from the tag at the time of acceptance; A step of comparing with a value, a step of writing the temperature and humidity of the storage location of the product and a measurement time in the tag between the time of receipt of the product and the time of delivery, and the temperature and humidity recorded in the tag at the time of delivery A step of reading data and comparing it with a management regulation value read from the storage device;
A step of determining whether a difference from the display time is within a certain time by reading a delivery time from the tag at the time of display, and a management rule in which temperature / humidity data in a previous process is read from the tag and read from the storage device at the time of display A step of comparing with a value, a step of writing the temperature and humidity of the storage location of the product and a measurement time between the display and sale of the product into the tag, and a temperature and humidity recorded in the tag at the time of sale A distribution and delivery management method comprising: reading data and measurement time with a reader of a portable terminal; and displaying the read temperature / humidity data and measurement time on a display unit of the portable terminal. The temperature and humidity at the storage location of the product and the measurement time are written to the tag attached to the product between the time of manufacture and the time of shipment, and the temperature and humidity data recorded on the tag at the time of shipment is read. Comparing with the management regulation value read from the storage device at
A step of determining whether the difference between the shipping time and the pickup time is within a certain time by reading the shipping time from the tag at the time of picking up, and a management rule in which the temperature and humidity data in the previous process is read from the tag and read from the storage device at the time of picking up A step of comparing with a value, a step of writing a temperature and humidity at the storage location of the product and a measurement time between the time of collection and delivery of the product into the tag, and a temperature and humidity recorded in the tag at the time of delivery A step of reading data and comparing it with a management regulation value read from the storage device;
A step of determining whether the difference between the delivery time and the receipt time is within a certain time by reading the delivery time from the tag at the time of acceptance; A step of comparing with a value, a step of writing the temperature and humidity of the storage location of the product and a measurement time in the tag between the time of receipt of the product and the time of delivery, and the temperature and humidity recorded in the tag at the time of delivery A step of reading data and comparing it with a management regulation value read from the storage device;
A step of determining whether a difference from the display time is within a certain time by reading a delivery time from the tag at the time of display, and a management rule in which temperature / humidity data in a previous process is read from the tag and read from the storage device at the time of display A step of comparing with a value, a step of writing the temperature and humidity of the storage location of the product and a measurement time between the display and sale of the product into the tag, and a temperature and humidity recorded in the tag at the time of sale A distribution and delivery management method comprising: reading data and measurement time with a POS register reader; and printing out the read temperature and humidity data and measurement time. Means for writing the temperature and humidity of the storage location of the product measured at time intervals determined from the time of manufacture of the product to the time of shipment and the measurement time from a writer to the tag attached to the product; Means for reading the recorded temperature / humidity data into a reader and comparing it with the management prescribed value read from the storage device, and if the read temperature / humidity data is outside the management prescribed value, an instruction to cancel shipment of the product is issued. And a manufacturer terminal. Means for reading a shipment time of a commodity from a tag attached to the commodity into a reader and determining whether a difference from a collection time is within a predetermined time; and temperature / humidity data in a previous process from the tag to the reader Means for reading and comparing with the management prescribed value read from the storage device, and means for writing the temperature and humidity of the storage location of the product measured from the time of collection of the product to the time of delivery and the measurement time from the writer to the tag And means for reading the temperature / humidity data recorded in the tag at the time of delivery into a reader and comparing it with the management prescribed value read from the storage device, and if the read temperature / humidity data is outside the management prescribed value And a means for outputting an instruction to cancel the delivery of the product. Means for reading the delivery time of the product into the reader from the tag attached to the product and determining whether the difference from the acceptance time is within a certain time; and temperature / humidity data in a previous process from the tag to the reader Means for reading and comparing with the management prescribed value read from the storage device, and means for writing from the writer to the tag the temperature / humidity and measurement time of the storage location of the product measured from the time of receipt of the product to the time of delivery And means for reading the temperature / humidity data recorded in the tag at the time of delivery to the reader and comparing it with the management prescribed value read from the storage device, and if the read temperature / humidity data is outside the management prescribed value A store warehouse terminal, comprising: means for outputting an instruction to stop taking out goods. Means for causing a reader to read out a product delivery time from a tag attached to the product and determining whether or not a difference from a display time is within a certain time; and temperature / humidity data in a previous process from the tag to the reader Means for reading and comparing with the management prescribed value read from the storage device, and means for writing the temperature / humidity and measurement time of the storage location of the product measured from the time of display of the product to the time of sale from the writer to the tag And a means for reading temperature / humidity data and measurement time recorded in the tag at the time of sale into a reader and displaying them on a display unit. Means for causing a reader to read out a product delivery time from a tag attached to the product and determining whether or not a difference from a display time is within a certain time; and temperature / humidity data in a previous process from the tag to the reader Means for reading and comparing with the management prescribed value read from the storage device, and means for writing the temperature / humidity and measurement time of the storage location of the product measured from the time of display of the product to the time of sale from the writer to the tag And a store floor system comprising: a reader that reads the temperature / humidity data and measurement time recorded in the tag at the time of sale; A process for writing the temperature and humidity of the storage location of the product measured at time intervals determined from the time of manufacture of the product to the time of shipment and the measurement time from a writer to the tag attached to the product; A process for reading the recorded temperature / humidity data into a reader and comparing it with the management prescribed value read from the storage device, and if the read temperature / humidity data is outside the management prescribed value, an instruction to cancel shipment of the product is issued. A program that causes a computer to execute output processing. The process of reading the shipping time of the product into the reader from the tag attached to the product and determining whether the difference from the collection time is within a certain time, and the temperature and humidity data in the previous process from the tag to the reader A process for reading and comparing with a management regulation value read from the storage device, and a process for writing the temperature and humidity of the storage location of the product measured from the time of collection of the product to the time of delivery and the measurement time from the writer to the tag When the temperature and humidity data recorded in the tag at the time of delivery is read by the reader and compared with the management specified value read from the storage device, and when the read temperature and humidity data is outside the management specified value A program for causing a computer to execute processing for outputting an instruction to cancel delivery of the product. A process for reading the delivery time of the product from the tag attached to the product to the reader and determining whether the difference from the acceptance time is within a certain time, and the temperature / humidity data in the previous process from the tag to the reader A process for reading and comparing with a management prescribed value read from the storage device, and a process for writing the temperature and humidity of the storage location of the product measured from the time of receipt of the product to the time of delivery and the measurement time from the writer to the tag A process of reading the temperature / humidity data recorded in the tag at the time of delivery to the reader and comparing it with the management prescribed value read from the storage device, and if the read temperature / humidity data is outside the management prescribed value A program for causing a computer to execute a process for outputting an instruction to stop taking out goods. A process of determining whether the difference between the display time and the display time is within a certain time by reading a product delivery time from a tag attached to the product to the reader, and temperature / humidity data in a previous process from the tag to the reader A process for reading and comparing with a management prescribed value read from the storage device, and a process for writing the temperature / humidity and measuring time of the storage location of the product measured from the time of display of the product to the time of sale from the writer to the tag And a program for causing a computer to execute processing for causing the reader to read the temperature / humidity data and the measurement time recorded in the tag at the time of sale and displaying them on the display unit. A process of determining whether the difference between the display time and the display time is within a certain time by reading a product delivery time from a tag attached to the product to the reader, and temperature / humidity data in a previous process from the tag to the reader A process for reading and comparing with a management prescribed value read from the storage device, and a process for writing the temperature / humidity and measuring time of the storage location of the product measured from the time of display of the product to the time of sale from the writer to the tag And a program for causing a computer to execute a process of reading the temperature / humidity data and measurement time recorded in the tag at the time of sale into a reader and printing them out.

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