JP2005254170A - Delivery sorting device and destination collating system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To improve the efficiency of the work from undertaking a delivery to distributing the undertaken delivery. <P>SOLUTION: A sorting information processing device 15 writes the destination information stored in a destination information table on an information storage medium 14 attached to each of deliveries 11 sorted into delivery sorting parts 13A-13D in a non-contact state correspondingly to the sorting part discrimination information of each of the delivery sorting parts into which deliveries are sorted. A destination collating device 16 reads and collates the destination information stored in an information storage medium 18 stuck to a distribution container 12 with the destination information stored in the information storage medium 14 attached to the delivery 11 sorted into the distribution container 12 in the non-contact state. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a delivery sorter that sorts delivery items such as registered mail and parcel post by delivery destination, and a destination collation system that collates destinations of deliveries stored in a delivery container after sorting.

  In recent years, an information storage medium having a unique ID (RFID) set and a memory area where information can be rewritten, and capable of reading IDs and writing and reading arbitrary information in a non-contact manner using wireless communication, So-called wireless tags are attracting attention.

  For example, conventionally, a wireless tag is affixed to each envelope used for recorded mail such as registered mail and parcel mail, and the tracking management code set for the envelope with the tag is written to the wireless tag. In addition, the RFID tag readers are installed at each site from underwriting to delivery of the mail, and the tracking management code is read from the RFID tag affixed to the envelope at each site and notified to the information management center. By doing so, a system has been proposed that enables unified record management and rapid tracking of postal items handled by records (see, for example, Patent Document 1).

  In this conventional system, a dedicated handling business procedure processing device is used when writing a tracking management code in a wireless tag attached to a mail item at an underwriting station. After writing the tracking management code on the wireless tag affixed to the postal item, the postal delivery classification is performed, and the postal items sorted by the delivery area are stored in the delivery containers for the corresponding delivery area. We were delivering.

In addition, in this conventional system, it is possible to confirm the destination by registering the destination address name information data of the postal item in the wireless tag attached to the postal item and using the destination address name information data. Proposed.
JP-A-11-175621 (paragraphs [0099], [0124] to [0125])

  However, in this conventional system, the underwriting station writes necessary information (for example, tracking management code and destination address name information data) to the wireless tag attached to the mail, and sorts the mail according to the delivery area. The work efficiency was poor.

  In addition, although it has been proposed that the address can be confirmed by recording the destination address name information data on the wireless tag attached to the mail, the address of the mail stored in the delivery container is the address of the delivery container. No specific means for confirming whether or not it conforms to the delivery area has been disclosed.

  The present invention has been made based on such circumstances. The purpose of the present invention is to automatically write necessary information in an information storage medium associated with the delivery by sorting the delivery according to the delivery area. By providing a destination sorting system that can easily and surely prevent a mistake that causes a sorted delivery to be stored in a delivery container that does not match the destination. It is intended to improve work efficiency until delivery.

  The delivery item sorting apparatus of the present invention includes a sorting device main body provided with a delivery item sorting unit for each of a plurality of delivery areas, and is assigned to the sorting unit corresponding to the sorting unit identification information for identifying each delivery item sorting unit. Destination information storage means for storing destination information for specifying the delivery area is provided. Then, for each information storage medium that accompanies each delivery item sorted by each delivery item sorting unit, for example, a wireless tag, destination information is stored corresponding to the sorting unit identification information of the delivery item sorting unit to which the delivery item is sorted The destination information stored in the means is written without contact.

  The destination collation system of the present invention includes the delivery item sorting apparatus, an information storage medium storing destination information for specifying any one area among a plurality of delivery areas, for example, a delivery container to which a wireless tag is attached. A destination for reading and collating the destination information stored in the information storage medium attached to the delivery container and the destination information stored in the information storage medium associated with each delivery item sorted in the delivery container in a contactless manner. It consists of a verification device.

  According to the present invention in which such means is taken, it is possible to provide a delivery sorting apparatus that can automatically write necessary information in an information storage medium associated with the delivery by sorting the delivery by delivery area. In addition, it is possible to provide a destination collation system that can easily and reliably prevent a mistake that a delivery item is stored in a delivery container that does not match the destination. Therefore, it is possible to improve work efficiency from acceptance of delivery to delivery.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
This embodiment is applied to a system of an underwriting station that accepts a plurality of recorded mail items such as registered mail and parcel mail as delivery items and delivers them to a delivery station or relay station suitable for the destination. .

  FIG. 1 is a schematic diagram showing main work steps and an outline thereof in the underwriting station 1 of the present embodiment. In the underwriting station 1, mainly the undertaking work process 2 for accepting the deliverable 11 from the sender, the sorting work process 3 for sorting each accepted deliverable 11 according to the delivery area, and the sorted deliverable 11 as the destination. A storage operation process 4 for storing in a delivery container 12 delivered to a suitable area is performed.

  In the underwriting work process 2, the person in charge affixes the wireless tags 14 to the delivery items 11 such as postal envelopes and parcels accepted from the sender. The wireless tag 14 is, for example, provided with an antenna and an IC chip on a strip-shaped substrate. The IC chip supplies power to each part of the IC chip by rectifying and stabilizing the modulated radio wave received by the antenna. Power supply generator, rewritable nonvolatile memory such as EPROM, and demodulated modulated radio wave received by the antenna, write the obtained data to the memory, read data from the memory, modulate and transmit from the antenna And a transmission / reception control unit for controlling the transmission / reception.

  As shown in FIG. 2A, a unique ID assigned and set by the manufacturer at the manufacturing stage of the wireless tag 14 is stored in the memory of the wireless tag 14. Further, user areas M1, M2,... Where the user can write arbitrary data are secured. The destination information Q and the tracking management code are written in the user areas M1 and M2 of the wireless tag 14 attached to the delivery 11 by the action of the sorting information processing device 15 and the destination matching device 16 described later. It has become.

  In the sorting work process 3, a sorting shelf 13 is used as a sorting apparatus main body including a plurality of delivery sorting sections 13A, 13B, 13C, and 13D. Different delivery areas are assigned in advance to the delivery item sorting units 13A, 13B, 13C, and 13D. The person in charge of the work determines the delivery area to which the wireless tag 14 is attached in the underwriting work process 2 from the destination, and inputs the delivery area to the delivery sorting sections 13A, 13B, 13C, 13D in the delivery area. Sort. The sorting shelf 13 is provided with a sorting information processing device 15. The sorting information processing device 15 and the sorting shelf (sorting device main body) 13 constitute a delivery sorting device. In the present embodiment, the delivery item sorting units 13A to 13D are described as four, but it goes without saying that the number of delivery item sorting units is not limited to four.

  In the storage operation process 4, a delivery container 12 and a destination verification device 16 for storing sorted mails and delivering them to a delivery station or a relay station are used. A delivery area is set in advance in the delivery container 12, and a destination label 17 and a wireless tag 18 indicating the delivery area are attached to the outer peripheral surface. The person in charge of the work stores the deliverables 11 sorted by the delivery area by the sorting shelf 13 in the delivery containers 12 each having the delivery area as a delivery destination. Then, after the storage is completed, the delivery container 12 is arranged for delivery.

  As shown in FIG. 3, the wireless tag 18 attached to the delivery container 12 is set for each container in order to identify the delivery container 12 to which the wireless tag 18 is attached in addition to the ID unique to the wireless tag. The case number and destination information P for specifying the delivery area of the delivery container 12 are stored in the user areas M1 and M2 in advance.

  Each of the sorting information processing device 15 and the destination matching device 16 is mainly composed of a wireless tag reader / writer, and each is connected to the data processing device 19 via a communication line. The data processing device 19 is a computer device such as a personal computer, a workstation, or a host computer, and is connected to a server or the like of a delivery information management center via a network (not shown).

  FIG. 4 is a block diagram showing a main configuration of the sorting information processing apparatus 15. The sorting information processing device 15 includes antennas 20A, 20B, 20C, and 20D for RFID tag communication provided corresponding to the delivery sorting sections 13A, 13B, 13C, and 13D of the sorting shelf 13 and the sorting shelf 13, respectively. The processing apparatus main body 30 is configured to process the information of the wireless tag 14 attached to the delivery item 11 sorted by use. The antennas 20A to 20D are provided, for example, on the back plate portion of the sorting shelf 13 so that the insides of the corresponding delivery sorting units 13A to 13D are used as communication areas with the wireless tags.

  The processing device main body 30 is a rewritable nonvolatile memory such as an antenna switching unit 31 that sequentially switches the antennas 20A to 20D to active antennas, an interface unit 32 that manages data transmission and reception with the data processing device 19, and an EPROM. Storage unit 33 composed of a memory, control unit 34 composed of a CPU, etc., modulator 35 that modulates transmission data to a wireless tag given from the control unit 34, and transmission that amplifies the modulation signal and radiates it from an active antenna as a radio wave The amplifier 36, a reception amplifier 37 that amplifies the radio signal received by the active antenna, a demodulator 38 that demodulates data from the amplified radio signal and supplies the demodulated data to the control unit 34, and the like.

  In the storage unit 33, as shown in FIG. 5, the delivery item sorting corresponding to the sorting unit number as the sorting unit identification information for identifying each delivery item sorting unit 13A, 13B, 13C, 13D of the sorting shelf 13 is stored. A destination information table 39 in which destination information Q for specifying a delivery area assigned to the sections 13A, 13B, 13C, and 13D is set is stored. The destination information Q in the destination information table 39 is the same as the destination information P written in the wireless tag 18 attached to the delivery container 12. Here, the destination information table 39 constitutes destination information storage means.

  FIG. 7 is a block diagram showing a main configuration of the destination matching device 16. The destination collation device 16 is written on the wireless tag communication antenna 40, the destination information P written on the wireless tag 18 of the delivery container 12, and the wireless tag 14 associated with the delivery 11 stored in the delivery container 12. The collation apparatus main body 50 collates the destination information Q. As shown in FIG. 6, the antenna 40 is embedded in a table 60 on which the delivery container 12 is placed, and the entire delivery container 12 placed on the table 60 is used as a communication area with the wireless tag.

  The verification device main body 50 is given from an interface unit 51 that controls data transmission and reception with the data processing device 19, a storage unit 52 that includes a rewritable memory such as a RAM, a control unit 53 that includes a CPU, and the control unit 53. A modulator 54 that modulates transmission data to the wireless tag, a transmission amplifier 55 that amplifies the modulated signal and emits it as a radio wave from the antenna 40, a reception amplifier 56 that amplifies the radio signal received by the antenna 40, and an amplified radio signal The demodulator 57 that demodulates data and supplies the demodulated data to the control unit 53, the display unit 58 that displays a warning message, and the like.

  The base 60 has an upper surface 61 that is substantially the same as or slightly wider than the bottom surface of the delivery container 12 that forms a substantially rectangular parallelepiped, and the delivery container 12 is placed on the upper surface 61. The table 60 is provided with a sensor for detecting that the delivery container 12 is placed on the upper surface 61, a so-called container sensor 70. The container sensor 70 is, for example, an optical type that assumes that the delivery container 12 is placed on the upper surface 61 by changing the output signal from the off state to the on state when the reflected light of the light emitted from the light emitting element is detected within a predetermined time. Sensor. The on / off output signal of the container sensor 70 is converted into a digital signal by an A / D (analog / digital) converter 71 and then supplied to the control unit 53 of the verification apparatus main body 50.

  FIG. 8 is a flowchart showing the main procedure of sorting information processing executed by the control unit 34 of the sorting information processing apparatus 15. That is, the control unit 34 first resets the number counter n to “0” as ST (step) 1. Moreover, an antenna reset signal is output to the antenna switching part 31 as ST2. The antenna switching unit 31 to which this antenna reset signal is input is reset.

  Next, the control unit 34 increments the number counter n by “1” as ST3. Then, in ST4, it is determined whether or not the number counter n has exceeded the number N of deliverable sorting parts (N = 4 in the present embodiment) of the sorting shelf 13. If exceeded, the process returns to ST1, and the number counter n is reset to “0”.

  If not, an active antenna switching signal is output to the antenna switching unit 31 as ST5. In the antenna switching unit 31 that receives this active antenna switching signal, the active antennas are switched in order. Incidentally, in this embodiment, after reset, every time an active antenna switching signal is input, the antenna 20A, antenna 20B, antenna 20C, and antenna 20D are switched in this order.

  Next, the control unit 34 provides the modulator 35 with the data for transmitting the inquiry radio wave to the wireless tag as ST6. As a result, the interrogation radio wave transmission data is modulated and amplified by the transmission amplifier 36, and then the antenna 20X (X is A, B, C, or D) selected as the active antenna by the antenna switching unit 31. Radio waves are transmitted. At this time, if a wireless tag exists in the radio wave communication area, that is, in the delivery sorting unit 13X where the active antenna 20X is provided, the wireless tag generates power, and the ID stored in the memory or the user area Data is read out and transmitted wirelessly as response data of the wireless tag. The response data of the wireless tag is received by the active antenna 20X, amplified by the reception amplifier 37, demodulated by the demodulator 27, and taken into the control unit 34.

  Therefore, after transmitting the interrogation radio wave, the control unit 34 waits for response data from the wireless tag as ST7. When the response data is received within a certain time, the delivery item 11 with the wireless tag 14 is inserted into the delivery item sorting unit 13X. Therefore, the control unit 34 determines the response data as ST8. As shown in FIG. 7A, it is determined whether there is data of the wireless tag 14 in which the destination information and the tracking management code are not registered (destination presence / absence determining means).

  Destination information and tracking management code are not yet written in the wireless tag 14 attached to the delivery 11 in the underwriting operation process 2. That is, since the wireless tag 14 whose destination information and tracking management code are not registered is affixed to the delivery 11 sorted by the delivery sorting unit 13X, the control unit 34 uses the destination information and tracking management code. When the data of the wireless tag 14 whose code is not registered is detected, it is recognized that the delivery item 11 is sorted (sorting detection means).

  When recognizing that the delivery items 11 are sorted, the control unit 34 acquires a new tracking management code from the data processing device 19 in ST9. In ST10, the destination information Q having the sorting part number equal to the counter n is read from the destination information table 39. Then, as ST11, this tracking management code and destination information Q are given to the modulator 24 together with the ID of the wireless tag 14 (destination information writing means).

  Thereby, the radio wave including the destination information Q and the ID of the wireless tag 14 is transmitted from the active antenna 20X. At this time, since the wireless tag 14 to which the ID is set exists in the radio wave communication area, the tracking management code and the destination are stored in the user areas M1 and M2 of the wireless tag 14 as shown in FIG. Information Q is written.

  Thereafter, the control unit 34 returns to ST3, counts up the number counter n, and repeats the processes of ST4 to ST11. If no response data is received in ST7, and if there is no response data in which destination information and tracking management code are not registered in ST8, the process returns to ST3 at that time, and the number counter n Count up.

  By executing such sorting information processing, the delivery tag 11 is input to the wireless tag 14 of each delivery item 11 sorted by delivery region using the sorting shelf 13 together with a unique tracking management code. The delivery area destination information Q assigned to the delivered goods sorting sections 13A, 13B, 13C, and 13D is automatically written in a non-contact manner.

  FIG. 9 is a flowchart showing the main procedure of destination matching processing executed by the control unit 53 of the destination matching device 16. That is, the control unit 53 first checks the output signal of the container sensor 70 as ST21. Here, when the sensor output signal is on, that is, when an object is placed on the upper surface 61 of the table 60, the sensor output signal is turned off, that is, the object is removed.

  If it is confirmed in ST21 that the sensor output signal is turned off, the controller 53 waits for the output signal of the container sensor 70 to be turned on in ST22. Then, when the output signal of the container sensor 70 is turned on because an object is placed on the upper surface 61 of the table 60, the control unit 53 provides the modulator 54 with the data for transmitting the inquiry radio wave to the wireless tag as ST23. Thus, the interrogation radio wave transmission data is modulated and amplified by the transmission amplifier 55, and then the interrogation radio wave is transmitted from the antenna 40 toward the upper surface of the table 60. At this time, if a wireless tag exists in the radio wave communication area, the wireless tag generates power, and the ID stored in the memory and the data in the user area are read out and transmitted wirelessly as response data of the wireless tag. The The response data of the wireless tag is received by the antenna 40, amplified by the reception amplifier 56, demodulated by the demodulator 57, and then taken into the control unit 53.

  Therefore, after transmitting the inquiry radio wave, the control unit 53 waits for response data from the wireless tag as ST24. If no response data is received within a certain period of time, an object without a wireless tag is placed on the table 60, so the process returns to ST21 and waits for the sensor output signal to turn off. To do.

  When receiving the response data in ST24, the control unit 53 sends the response data of the wireless tag 18 attached to the delivery container 12 in the response data, that is, the ID, the case number, and the destination information P in ST25. It is determined whether there is response data to include. Here, if there is no corresponding response data, it is not the delivery container 12 placed on the table 60, so the process returns to ST21 and waits for the sensor output signal to turn off.

  When the response data of the wireless tag 18 is received, the control unit 53 acquires the destination information P in the response data as ST26, and overwrites and stores it in the storage unit 52. Thereafter, the control unit 53 repeatedly executes the following processes of ST28 to ST33 until the sensor output signal is turned off in ST27. That is, data for interrogation radio wave transmission to the wireless tag is periodically given to the modulator 54 (ST28), and each time a response data from a wireless tag other than the wireless tag 18 is waited (ST29). If response data is received, it is determined whether or not destination information Q is included in the response data (ST30).

  When the destination information Q is included, the response data is the response data of the wireless tag 14 attached to the delivery 11 after sorting. Therefore, the destination information Q of the wireless tag 14 is read from the wireless tag 18. It is determined whether or not it matches the information P (ST31). If they match, the tracking management code of the response data and the destination information Q are transmitted to the data processing device 19 via the interface unit 51. The tracking management code and destination information Q transmitted to the data processing device 19 are transferred to the server of the delivery information management center and used for tracking management of the delivery 11.

  On the other hand, when response data that does not include destination information is detected in response data from wireless tags other than the wireless tag 18, there is a possibility that the delivery 11 before sorting is stored in the delivery container 12. Since there is, a warning message to that effect is displayed (ST33).

  If the destination information Q of the wireless tag 14 does not match the destination information P read from the wireless tag 18, the delivery item 11 of the destination that does not fit in the delivery area of the delivery container 12 is stored. A message warning the mistake is displayed (ST33).

  Here, the control unit 53 of the destination collating device 16 reads the destination information P of the container 12 from the wireless tag 18 attached to the delivery container 12 placed on the table 60 by the processes of ST23 to ST25. Is configured. Each process of ST28 to ST30 constitutes means for reading the destination information Q of the delivery item 11 from the wireless tag 14 associated with the delivery item 11 put into the delivery container 12. Further, the processing of ST31 constitutes a means for collating the destination information P of the delivery container 12 with the destination information Q of the delivery 11 stored in the delivery container 12. Further, the processing of ST33 constitutes warning means for warning that there is a mismatch as a result of collating the destination information.

  By executing such destination collation processing, a warning is issued when a delivery 11 having a destination that does not match the delivery area is stored in the delivery container 12 for which the delivery area is set in advance. Also, when the destination delivery item 11 suitable for the delivery area is stored, the tracking management code and destination information Q registered in the wireless tag 14 attached to the delivery item 11 are read, and the delivery item is read. It is transferred to the server of the information management center and used for tracking management of the delivery.

  As described above, according to the present embodiment, the tracking management code and the destination information Q are automatically written in the wireless tag 14 attached to the delivery item 11 by performing the sorting operation of the delivery item 11. Therefore, it is not necessary to write necessary information such as a tracking management code in the wireless tag 14 using a dedicated device at the time of underwriting work, and work efficiency can be improved.

  Further, according to the present embodiment, a warning is issued even if a mistake is made to store the sorted delivery items 11 in the delivery container 12 that does not match the destination at the time of storing work. Delivery can be easily and reliably prevented. Therefore, it is possible to greatly improve the work efficiency from acceptance of delivery to delivery.

The present invention is not limited to the above embodiment.
For example, in the above-described embodiment, the antennas 20A to 20D are provided for the delivery sorting sections 13A to 13D of the sorting shelf 13, the antennas 20A to 20D are sequentially activated, and the interrogation radio wave to the wireless tag 14 is transmitted. When receiving tag response data in which the destination information is not registered, it is detected that the delivery item 11 is sorted in the delivery item sorting unit provided with the received antenna, but the sorting detection means is not limited to this. For example, when an object sensor is provided at each of the inlets of the delivery item sorting units 13A to 13D and there is a sensor that detects the passage of an object, it is detected that the delivery item 11 is sorted into the delivery item sorting unit in which the sensor is provided. To do. Then, the antenna provided in the delivery item sorting unit may be activated so that the destination information corresponding to the wireless tag 14 attached to the delivery item 11 is written.

  In the above-described embodiment, the wireless tag 18 attached to the delivery container 12 has been described as having destination information indicating the delivery area of the container 12 registered in advance. However, the destination information is stored in the wireless tag 18. Can be used as a means for registering a delivery item (sorting shelf 13, sorting information processing device 15). That is, when a wireless tag whose destination information is not registered is inserted into any of the delivery sorting sections 13A, 13B, 13C, and 13D of the sorting shelf 13, the destination information Q corresponding to the wireless tag is written. Is attached to the delivery container 12 having the destination information Q as the delivery area.

Further, the destination verification device 16 can be used not only for the underwriting station 1 but also for the destination check of the delivery items stored in the delivery container 12 not only at the relay station but also at the delivery station.
In addition, various modifications can be made without departing from the gist of the present invention, such as applying the delivery sorting apparatus and destination matching system of the present invention to a delivery other than mail, such as a parcel delivery / delivery system. Of course.

The schematic diagram which shows the main work process in the underwriting station of one embodiment of this invention, and its outline. The schematic diagram which shows the memory state of the radio | wireless tag affixed on a delivery in the same embodiment. The schematic diagram which shows the memory state of the wireless tag adhering to the delivery container in the embodiment. The block diagram which shows the principal part structure of the sorting information processing apparatus in the embodiment. The schematic diagram which shows the data structure of the destination information table memorize | stored in the memory | storage part of the sorting information processing apparatus. The schematic diagram which shows the structure of the antenna part of the destination collation apparatus in the embodiment. The block diagram which shows the principal part structure of the destination collation apparatus in the embodiment. The flowchart which shows the principal part of the sorting information processing which the control part of the sorting information processing apparatus in the embodiment performs. The flowchart which shows the principal part of the destination collation process which the control part of the destination collation apparatus in the embodiment performs.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 11 ... Delivery thing, 12 ... Delivery container, 13 ... Sorting shelf, 14, 18 ... Wireless tag, 15 ... Sorting information processing apparatus, 16 ... Destination collation apparatus, 19 ... Data processing apparatus, 39 ... Destination information table.

Claims (5)

A sorting apparatus main body having a delivery sorting section for each of a plurality of delivery areas;
Destination information storage means for storing destination information for specifying a delivery region assigned to the sorting unit corresponding to the sorting unit identification information for identifying each delivery item sorting unit of the sorting apparatus main body;
With respect to an information storage medium associated with a delivery item sorted by each delivery item sorting unit of the sorting apparatus main body, the destination information storage corresponding to the sorting unit identification information of the delivery item sorting unit to which the delivery item is sorted Destination information writing means for writing the destination information stored in the means in a contactless manner;
A delivery sorting apparatus comprising: Each delivery item sorting unit further comprises a sorting detection means for detecting that a delivery item is sorted into the sorting unit,
The destination information writing means acquires the destination information stored in the destination information storage means corresponding to the sorting part identification information of the delivery sorting part that has detected that the delivery has been sorted by the sorting detection means, 2. The delivery item sorting apparatus according to claim 1, wherein the information is written in a non-contact manner on an information storage medium attached to the delivery item sorted by the sorting unit. A destination presence / absence judging means for judging whether or not the destination information is written in an information storage medium associated with each delivery to be sorted by each delivery sorting unit;
The destination information writing unit corresponds to the sorting unit identification information of the delivery sorting unit in which the delivery is sorted with respect to the information storage medium in which the destination information is determined to be unwritten by the destination presence / absence judging unit. 2. The delivery sorting apparatus according to claim 1, wherein the destination information stored in the information storage means is written in a non-contact manner. The delivery sorting apparatus according to any one of claims 1 to 3,
A delivery container formed by attaching an information storage medium storing destination information for specifying any one of a plurality of delivery areas;
Destination verification that reads and collates the destination information stored in the information storage medium attached to the delivery container and the destination information stored in the information storage medium associated with each delivery stored in the delivery container in a contactless manner. Equipment,
A destination collation system comprising:   5. The destination collation system according to claim 4, wherein the destination collation apparatus has warning means for warning that there is a mismatch as a result of collating the destination information.

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