JP2005247445A - Portable information collecting terminal device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a portable information collecting terminal device capable of finding a desired box accommodating particular objects at the site whereto one should move without requiring extra tasks, labor or time. <P>SOLUTION: The portable information collecting terminal device 10 is fed with the box identification information and box attribute identification information received wirelessly from an electronic tag 20, the room identification information and object identification information specified by the person in working, and the file name of the object image data, and when fed, produces new pieces of object identification information and accumulates them in a memory card MC as the object information. Further the portable information collecting terminal device 10 searches inside the memory card MC using the object sort identification information as the searching conditions when the object sort identification information is specified by the person in working and displays a box-shaped image in a display device 10j on the basis of the box-shaped image data corresponding to the box attribute identification information of the object information sensed. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a portable information collection terminal device for managing data related to a package packed in a box.

  As is well known, when a general household moves, most of the luggage in the house is packed in a cardboard box. In such a packing operation, a large number of packages stored in one place such as “books on the study bookshelf” and “kitchen utensils” do not fit in a single cardboard box, Divided into cardboard boxes and packed.

  On the other hand, when unpacking work at the new location, the operator unpacks the cardboard boxes loaded with packages to be stored in one place and places them in one place such as a study bookcase or cupboard. Storing.

  However, a large number of cardboard boxes packed with luggage to be stored in one place are rarely gathered in one place after being moved into the house where they moved. Placed in a different place or brought into a separate room. For this reason, the worker had to unpack the cardboard boxes one by one until a cardboard box packed with arbitrary luggage was discovered.

In order to solve such a problem, Patent Document 1 discloses a method of taking a picture with an instant camera before closing the lid of the cardboard box and attaching the photographic paper to the cardboard box. ing.
JP 2002-362633 A

  According to the method described in Patent Document 1 described above, it is possible to determine what type of luggage is packed in the cardboard box by looking at the photographic paper on the side of the cardboard box that has been carried to the destination and stacked. .

  However, according to the method described in Patent Document 1, the photographic paper on the side surface of the cardboard box must be visually recognized one by one until a cardboard box packed with an arbitrary package is found. Therefore, there is a problem that it takes a very long time to find an arbitrary package.

  Further, when the cardboard boxes are piled up, the side surface of the cardboard boxes buried in the middle bottom of the pile cannot be visually recognized. In order to see the photographic paper on the side of the cardboard box at the bottom of such a mountain, it is only necessary to shift a part of the mountain of the cardboard box, but doing so could be dangerous because the cargo collapse might occur. . It is also conceivable to replace each cardboard box constituting a part of the mountain with another place. In this case, however, extra labor, labor and time must be spent.

  The present invention has been made in view of the conventional problems as described above, and the problem is that any item can be moved to the destination where the box has been carried in without any extra effort, labor or time. It is an object of the present invention to provide a portable information collection terminal device that can find a box packed with.

  The first aspect of the portable information collecting terminal device invented to solve the above problems is the box identification information for identifying the box and the box form image data of the box form image indicating the form of the box. An image holding unit that stores the associated information, an information input unit that receives any box identification information and package information that defines the package packed in the box, the box identification information and the package information received by the information input unit And a storage unit that stores the package information in association with each other, a selection unit that allows an operator to select any of the package information in the storage unit, and box identification information that corresponds to the package information selected by the selection unit A specifying unit specified from the box identification information in the unit, and box form image data corresponding to the box identification information specified in the specifying unit is specified from the image holding unit, and the box form image data Based further comprising a display unit for displaying a box form images is characterized.

  If comprised in this way, the box identification information of the box into which a package is packed, and the package information of the package can be matched and stored in the storage unit. When any one of the stored package information is selected, box identification information corresponding to the selected package information is specified from each box identification information in the storage unit, and is specified. A box form image based on the box form image data corresponding to the box identification information is displayed. Therefore, the worker can know the form of the box in which the package is packed only by selecting the package information of an arbitrary package, and can find the box based on the form.

  In addition, a second aspect of the portable information collection terminal device invented to solve the above problems is for identifying a box when the electronic tag of the box approaches a predetermined distance or less. A receiving unit that wirelessly receives box identification information from the electronic tag, and an information input that receives package information defining a package packed in a box having an electronic tag that has transmitted the box identification information to the receiving unit. A storage unit that stores the box identification information received by the receiving unit and the package information received by the information input unit in association with each other, and allows the operator to select the package information in the storage unit. A selecting unit, a specifying unit for specifying box identification information corresponding to the package information selected by the selecting unit from the box identification information in the storage unit, and box identification information specified by the specifying unit To the electronic tag having, further comprising an output unit for the receiving unit outputs a warning when approaching below the predetermined distance, it is characterized.

  If comprised in this way, the box identification information read through the receiving part from the electronic tag which a box has, and the package information of the package packed in the box can be matched and accumulate | stored in a memory | storage part. When any one of the stored package information is selected, box identification information corresponding to the selected package information is specified from each box identification information in the storage unit, and is specified. When the receiving unit approaches the electronic tag corresponding to the box identification information, a warning is output. Therefore, the worker can find a box in which the package is packed only by selecting package information of an arbitrary package and bringing the receiving unit close to the box.

  As described above, according to the present invention, it is possible to find a box packed with arbitrary luggage without taking extra labor, labor, and time at the destination where the box is carried.

  DESCRIPTION OF EMBODIMENTS Hereinafter, embodiments for carrying out the present invention will be described with reference to the accompanying drawings.

  FIG. 1 is an internal configuration diagram of a portable information collection terminal device 10 according to an embodiment of the present invention. FIG. 2 is an external view of the portable information collection terminal device 10. This portable information collection terminal device 10 is a so-called handy terminal for managing information relating to a package to be moved to a destination when moving, and is used by a worker of a moving company who performs packing and unpacking operations of the package. Is done.

  The portable information collection terminal device 10 includes a CPU [Central Processing Unit] 10a, an SRAM [Static Random Access Memory] 10b, a camera device 10c, an image processing device 10d, a memory card drive 10e, an audio output device 10f, and a tag information reading device. 10g, an antenna 10h, an infrared communication device 10i, a display device 10j, a key input device 10k, and a flash memory 10m. The hardware 10a to 10g, 10i to 10k, and 10m excluding the antenna 10h are connected to each other via the bus B.

  The CPU 10a is a central processing unit for controlling the entire portable information collection terminal device 10. The SRAM 10b is a main storage device in which a work area is expanded when the CPU 10a executes various programs.

  The camera device 10c is a device for acquiring image data of a subject, and includes an objective optical system and an area image sensor. An area image sensor is an image sensor having an imaging surface composed of a number of pixels arranged two-dimensionally, and a color filter is on-chip on the imaging surface. The area image sensor converts an image formed on the imaging surface by the objective optical system into image data and outputs the image data to the image processing apparatus 10d.

  The image processing apparatus 10d is an apparatus for performing various processes on the image data output from the camera apparatus 10c. Specifically, the image processing apparatus 10d performs processes such as format conversion, image quality adjustment, and compression on the image data.

  The memory card drive 10e is a device for reading image data and other data from a memory card MC as a storage medium, and writing image data and other data output from the image processing device 10d to the memory card MC. is there. The memory card drive 10e includes a slot mechanism for detachably mounting the memory card MC. The standard of the memory card MC is, for example, an SD [Secure Digital] card (Toshiba, Matsushita Electric Industrial Co., Ltd., and SanDisk, USA), Memory Stick (Sony, trademark), Compact Flash (Sandisk, USA). Trademark), SmartMedia (trademark of Toshiba Corporation), xD [eXtreme Digital] Picture Card (trademark of Fuji Photo Film Co., Ltd. and Olympus Optical Co., Ltd.) can be adopted.

  The sound output device 10f is a device for converting sound data into sound waves and outputting the sound waves, and includes a speaker and a sound signal circuit.

  The tag information reading device 10g is a device for reading information stored in an electronic tag 20 described later via an antenna 10h, and is generally called a reader. Specifically, the tag information reading apparatus 10g transmits a radio wave for outputting a response signal to the electronic tag 20 from the antenna 10h. Further, when the antenna 10h can receive a radio wave as a response signal from the electronic tag 20, the tag information reading device 10g acquires data indicated by the response signal as information. The tag information reading device 10g and the antenna 10h correspond to the receiving unit described above.

  The infrared communication device 10i performs data in accordance with IrDA [Infrared Data Association] or IrMC [Infrared Mobile Communication], which is a communication standard defined by the Infrared Data Communication Association, or ASK [Amplitude Shift Keying], which is a communication standard defined by Sharp. Is a communication adapter for performing transmission / reception of signals, and includes an infrared light emitting element, an infrared light receiving element, a signal processing circuit, and the like.

  The display device 10j is a device for displaying various screens based on the screen data generated by the CPU 10a, and specifically includes a liquid crystal display (LCD [Liquid Crystal Display]) and an LCD driver chip. The key input device 10k is a device for accepting an input from an operator. Specifically, a keyboard having a numeric keypad, a numeric keypad for inputting characters, a cross key and a decision key, and a key scanning circuit are provided. I have.

  The flash memory 10m is a storage device for recording data and programs. In this flash memory 10m, an OS [Operating System] program for managing hardware and software in an integrated manner is recorded, and further, data and programs necessary for carrying out the present invention include It is recorded. Specifically, a control program 11, a work table 12, a box master table 13, and box-shaped image data 14 are recorded in the flash memory 10m.

  The control program 11 is portable as a device for recording information relating to a package to be moved to the destination at the time of moving on the memory card MC as package information to be described later and for searching the package information stored in the memory card MC. This is a program that causes the type information collection terminal device 10 to function. The contents of processing executed by the CPU 10a according to the control program 11 will be described later.

  The work table 12 is a work table used when recording information to be temporarily stored in processing by the control program 11.

  The box master table 13 is a table for storing information related to cardboard boxes used for packing packages. FIG. 3 is a diagram showing an example of the data structure of the box master table 13. In this embodiment, a large number of cardboard boxes having different combinations of overall sizes and side patterns and colors are prepared, and the box master table 13 in FIG. 3 stores the same number of records as the above combinations. Have. Each record has fields of “size”, “pattern”, “color”, “box attribute identification information”, and “box shape image data”.

  In the “size” field, the size of the cardboard box is recorded. In the present embodiment, three large, medium and small cardboard boxes are prepared, and any one of large, medium and small is recorded in this “size” field. In the “pattern” field, the name of the pattern applied to the side surface of the cardboard box is recorded. In this embodiment, for example, vertical stripes, horizontal stripes, diagonal stripes, polka dots, stars, rhombuses, zigzags, lattices, lightning, and flowing water are used as patterns applied to the cardboard box. In the “color” field, the name of the color arranged in the pattern is recorded.

  In the “box attribute identification information” field, box attribute identification information uniquely assigned to each attribute in order to individually identify an attribute composed of a combination of a size, a pattern, and a color is recorded. In the “box form image data” field, the file name of the box form image data 14 for indicating to the display device 10j the pattern and color that is the form applied to the side surface of the cardboard box is recorded as the storage location information. The The flash memory 10m that stores the box-shaped image data 14 corresponds to the image holding unit described above.

  FIG. 4 is an external view of one of many cardboard boxes prepared in the present embodiment. A polka dot pattern is provided on the side surface of the cardboard box in FIG. Further, as shown in FIG. 4, an electronic tag 20 is attached to any of the cardboard boxes prepared in the present embodiment. FIG. 5 is an internal configuration diagram of the electronic tag 20. The electronic tag 20 includes a nonvolatile memory 20a, a coil antenna 20b, and a communication control circuit 20c.

  The nonvolatile memory 20a is an EEPROM [Electrically Erasable and Programmable Read Only Memory] or FeRAM [Ferroelectric Random Access Memory], and stores information on the cardboard box to which the electronic tag 20 is attached as tag information. In the present embodiment, this tag information is composed of box identification information and box attribute identification information. The box identification information is identification information uniquely assigned to each cardboard box in order to individually identify the cardboard boxes. The box attribute identification information is the same as the box attribute identification information recorded in the “box attribute identification information” field of the box master table 13 of FIG. 3, and the size of the cardboard box to which the electronic tag 20 is attached, This is box attribute identification information corresponding to a combination of a pattern and a color.

  The coil antenna 20 b is a circuit for transmitting and receiving data to and from the antenna 10 h of the portable information collection terminal device 10. Further, the coil antenna 20b generates an induced electromotive force by the radio wave transmitted from the antenna 10h, and supplies power to the communication control circuit 20c.

  The communication control circuit 20c is a circuit that transmits information stored in the nonvolatile memory 20a from the coil antenna 20b to the outside when receiving a signal from the portable information collection terminal device 10 via the coil antenna 20b.

  Hereinafter, the content of the process which the portable information collection terminal device 10 performs using the electronic tag 20 comprised as mentioned above is demonstrated.

  When the main power supply of the portable information collection terminal device 10 is turned on, the CPU 10a reads a boot program or OS program (not shown) from the flash memory 10m and performs initialization processing, and then the control program 11 in the flash memory 10m. And execute the control process. FIG. 6 is a flowchart showing the contents of this control process.

  In the first step S101 after the start of the control process, the CPU 10a displays a menu screen on the display device 10j. FIG. 7 is a diagram illustrating an example of the menu screen 31. The menu screen 31 of FIG. 7 shows six buttons 31a to 31f.

  The first button 31 a is a worker registration button that is clicked when performing an operation of registering worker identification information of a worker who uses the portable information collection terminal device 10 in the device 10. The worker identification information is identification information uniquely assigned to each worker so that the above-described moving contractor individually identifies the worker. The second button 31b is a package registration button that is clicked when an operation of recording package information (to be described later) on the memory card MC is performed.

  The third button 31c is used to integrate (merge) the package information stored in a large number of memory cards MC through several portable information collection terminal devices 10 and record them on one memory card MC. It is a merge work button that is clicked. The fourth button 31d is a box search operation button that is clicked when performing an operation of searching for a box in which an arbitrary package is packed.

  The fifth button 31e is a box search operation button that is clicked when performing an operation of searching for a box packed with an arbitrary package using the antenna 10h. The sixth button 31f is an end button that is clicked when the use of the portable information collection terminal device 10 is ended.

  In step S101, the CPU 10a displays the menu screen 31 as shown in FIG. 7 on the display device 10j, and then proceeds to step S102.

  In step S102, the CPU 10a waits until any of the six buttons 31a to 31f in the menu screen 31 as shown in FIG. 7 is clicked (S102; NO). When any of the six buttons 31a to 31f in the menu screen 31 is clicked (S102; YES), the CPU 10a advances the process to step S103.

  In step S103, the CPU 10a determines whether or not the button clicked on the menu screen 31 of FIG. 7 is the worker registration button 31a. If the button clicked on the menu screen 31 in FIG. 7 is the worker registration button 31a (S103; YES), the CPU 10a advances the process to step S104.

  In step S104, the CPU 10a executes a worker registration process. Specifically, the CPU 10a displays a worker identification information input screen on the display device 10j. The worker identification information input screen includes a text box for inputting worker identification information, and an OK button that is clicked when input to the text box is completed. After displaying the worker identification information input screen on the display device 10j in this manner, the CPU 10a stands by until the OK button in the worker identification information input screen is clicked. When the OK button is clicked, the CPU 10a records the worker identification information input in the text box in the worker identification information input screen in a predetermined area in the SRAM 10b. After execution of such a worker registration process, the CPU 10a returns the process to step S101, and again displays the menu screen 31 as shown in FIG. 7 on the display device 10j.

  By the way, the menu screen 31 displayed on the display device 10j in step S101 has buttons 31b to 31e other than the worker registration button 31a and the end button 31f when the worker identification information is not recorded in a predetermined area in the SRAM 10b. It is not functioning. That is, immediately after the portable information collection terminal device 10 is powered on, only the worker registration button 31a and the end button 31f can be clicked. This is so that only the person whose identity has been identified can operate the portable information collection terminal device 10. Then, once the worker identification information is registered in the portable information collection terminal device 10 (once through the processing of step S104), the buttons 31b to 31e other than the worker registration button 31a and the end button 31f are clicked. In addition, another worker identification information can be registered.

  In step S103, if the button clicked on the menu screen 31 of FIG. 7 is not the worker registration button 31a (S103; NO), the CPU 10a advances the process to step S105.

  In step S105, the CPU 10a determines whether or not the button clicked on the menu screen 31 of FIG. 7 is the package registration button 31b. If the button clicked on the menu screen 31 in FIG. 7 is the package registration button 31b (S105; YES), the CPU 10a advances the process to step S106.

  In step S106, the CPU 10a executes a package registration process. 8 and 9 are flowcharts showing the contents of the package registration process.

  In the first step S201 after the start of the package registration process, the CPU 10a determines whether or not the memory card MC is installed in the slot of the memory card drive 10e. If the memory card MC is not inserted in the slot of the memory card drive 10e (S201; NO), the CPU 10a advances the process to step S202.

  In step S202, the CPU 10a displays an insertion instruction screen on the display device 10j. This insertion instruction screen describes that the memory card MC is instructed to be inserted into the slot mechanism of the memory card drive 10e. Further, this insertion instruction screen describes that when the memory card MC is inserted into the slot of the memory card drive 10e, an instruction is given to press the enter key on the keyboard of the key input device 10k.

  In the next step S203, the CPU 10a waits until the enter key is pressed (S203; NO). When the enter key is pressed (S203; YES), the CPU 10a ends the package registration process and returns the process to step S101 of the control process of FIG.

  On the other hand, when the memory card MC is inserted in the slot of the memory card drive 10e in step S201 (S201; YES), the CPU 10a advances the process to step S204.

  In step S204, the CPU 10a displays a package registration screen on the display device 10j. FIG. 10 is a diagram showing an example of the package registration screen 32. In the package registration screen 32 of FIG. 10, five buttons 32a to 32e are shown.

  The first button 32a is box identification information (information obtained by removing the box attribute identification information from the tag information) held by the electronic tag 20 attached to the cardboard box that the worker is trying to pack the package. This is a box number setting button that is clicked when recording is stored in the work table 12. The second button 32b is a room in the room into which the cardboard box packed with the package is carried out of the room identification information uniquely assigned to each room in order to individually identify the room in the house of the moving destination. The room number setting button is clicked when the identification information is recorded in the work table 12.

  The third button 32c is a package type setting button that is clicked when the package type identification information corresponding to the type of the package is recorded in the work table 12 among the package type identification information for identifying the type of package. It is. The fourth button 32d is a package image registration button that is clicked when the image data is registered in the memory card MC by photographing the package. The fifth button 32e is a return button that is clicked when returning to the menu screen 31 of FIG.

  The package registration screen 32 includes three display fields 32f to 32h. In each of the display columns 32f to 32h, box identification information, package type identification information, and room identification information recorded in the work table 12 are shown. However, when there is information not recorded in the work table 12, the display columns 32f to 32h corresponding to the information are blank.

  In step S204, the CPU 10a displays a package registration screen 32 as shown in FIG. 10 on the display device 10j, and then proceeds to step S205.

  In step S205, the CPU 10a waits until any of the five buttons 32a to 32e in the package registration screen 32 as shown in FIG. 10 is clicked (S205; NO). When any of the five buttons 32a to 32e in the package registration screen 32 is clicked (S205; YES), the CPU 10a advances the process to step S206.

  In step S206, the CPU 10a determines whether or not the button clicked on the package registration screen 32 of FIG. 10 is the box number setting button 32a. If the button clicked on the package registration screen 32 in FIG. 10 is the box number setting button 32a (S206; YES), the CPU 10a advances the process to step S207.

  In step S207, the CPU 10a executes a tag information receiving process. Specifically, the CPU 10a displays an antenna operation instruction screen for instructing the electronic tag 20 attached to the cardboard box to approach the antenna 10h, and the tag information is notified from the tag information reading device 10g. Wait until When the tag information is notified from the tag information reading device 10g, the CPU 10a records the box identification number and the box attribute identification information in the tag information in the work table 12. After executing such box identification information reception processing, the CPU 10a returns the processing to step S204. The box identification information ("001" in FIG. 10) recorded in the work table 12 in step S207 is displayed in the first display field 32f of the package registration screen 32 displayed on the display device 10j after the execution of step S207. Will be displayed.

  On the other hand, if the button clicked on the package registration screen 32 in FIG. 10 is not the box number setting button 32a in step S206 (S206; NO), the CPU 10a advances the process to step S208.

  In step S208, the CPU 10a determines whether or not the button clicked on the package registration screen 32 of FIG. 10 is the room number setting button 32b. When the button clicked on the package registration screen 32 in FIG. 10 is the room number setting button 32b (S208; YES), the CPU 10a advances the process to step S209.

  In step S209, the CPU 10a executes room identification information reception processing. Specifically, the CPU 10a displays a room number setting screen on the display device 10j. The room number setting screen includes a text box for inputting room identification information and an OK button that is clicked when the input to the text box is completed. After displaying such a room number setting screen on the display device 10j, the CPU 10a waits until an OK button in the room number setting screen is clicked. When the OK button is clicked, the CPU 10a records the room identification information input in the text box in the room number setting screen in the work table 12. After executing such room identification information reception processing, the CPU 10a returns the processing to step S204. In the second display field 32g of the package registration screen 32 displayed on the display device 10j after the execution of step S209, the room identification information ("101" in FIG. 10) recorded in the work table 12 in step S209 is displayed. Will be displayed.

  On the other hand, if the button clicked on the package registration screen 32 in FIG. 10 is not the room number setting button 32b in step S208 (S208; NO), the CPU 10a advances the process to step S210.

  In step S210, the CPU 10a determines whether or not the button clicked on the package registration screen 32 in FIG. 10 is the package type setting button 32c. If the button clicked on the package registration screen 32 in FIG. 10 is the package type setting button 32c (S210; YES), the CPU 10a advances the process to step S211.

  In step S211, the CPU 10a executes a package type identification information receiving process. Specifically, the CPU 10a displays a package type setting screen on the display device 10j. FIG. 11 is a diagram showing an example of the package type setting screen 33. In the package type setting screen 33 of FIG. 11, six buttons 33a to 33f are shown. However, when the lower key on the keyboard of the key input device 10k is pressed and the screen 33 is scrolled, buttons other than the six buttons 33a to 33f are displayed. Each button is a button that is clicked when selecting one of father's clothing, mother's clothing, children's clothing, parent books, children's books, tableware,. After displaying such a package type setting screen on the display device 10j, the CPU 10a waits until any button in the package type setting screen is clicked. When any button is clicked, the package type identification information corresponding to the clicked button is recorded in the work table 12. After executing such a package type identification information acceptance process, the CPU 10a returns the process to step S204. In addition, in the third display field 32h of the package registration screen 32 displayed on the display device 10j after the execution of step S211, the package type identification information recorded in the work table 12 in step S211 (“kid clothing” in FIG. 10). ) Will be displayed.

  On the other hand, if the button clicked on the package registration screen 32 of FIG. 10 is not the package type setting button 32c in step S210 (S210; NO), the CPU 10a advances the process to step S212.

  In step S212, the CPU 10a determines whether or not the button clicked on the package registration screen 32 in FIG. 10 is the package image registration button 32d. When the button clicked on the package registration screen 32 in FIG. 10 is the package image registration button 32d (S212; YES), the CPU 10a advances the process to step S213.

  In step S213, the CPU 10a executes a package image registration process. 12 and 13 are flowcharts showing the contents of the package image registration process.

  In the first step S301 after the start of the package image registration process, it is determined whether or not the box identification number, the box attribute identification information, the room identification information, and the package type identification information are all recorded in the work table 12. . If even one of these four pieces of information is not recorded in the work table 12 (S301; NO), the CPU 10a advances the process to step S302.

  In step S302, the CPU 10a displays a setting instruction screen on the display device 10j. This setting instruction screen describes that it is instructed to return to the package registration screen 32 of FIG. 10 and perform all box number setting, room number setting, and package type setting. In addition, this setting instruction screen describes that an instruction is given to press the enter key on the keyboard of the key input device 10k after reading the description content in the setting instruction screen.

  In the next step S303, the CPU 10a waits until the enter key is pressed (S303; NO). When the enter key is pressed (S303; YES), the CPU 10a ends the package image registration process and returns the process to step S204 of the package registration process of FIG.

  On the other hand, if the box identification number, box attribute identification information, room identification information, and package type identification information are all recorded in the work table 12 in step S301 (S301; YES), the CPU 10a proceeds to step S304. To proceed.

  In step S304, the CPU 10a displays a shooting instruction screen on the display device 10j. This shooting instruction screen describes that the field of view of the camera device 10c is directed toward the baggage and that the enter key on the keyboard of the key input device 10k functions as a shutter button.

  In the next step S305, the CPU 10a waits until the enter key is pressed. That is, the CPU 10a waits until the package image data is acquired from the camera device 10c and the image processing device 10d (S305; NO). When the package image data is acquired by pressing the enter key (S305; YES), the CPU 10a advances the process to step S306.

  In step S306, the CPU 10a displays a confirmation screen on the display device 10j. This confirmation screen includes a package image based on the acquired package image data, an OK button that is clicked when registering the package image, and a cancel button that is clicked when canceling registration of the package image. It is out.

  In the next step S307, the CPU 10a waits until either the OK button or the cancel button in the confirmation screen is clicked (S307; NO). If any button is clicked (S307; YES), the CPU 10a advances the process to step S308.

  In step S308, the CPU 10a determines whether or not the button clicked on the confirmation screen is an OK button. If the button clicked on the confirmation screen is a cancel button (S308; NO), the CPU 10a returns the process to step S304, and if the button clicked on the confirmation screen is an OK button (S308; YES) ), The process proceeds to step S309.

  In step S309, the CPU 10a records the acquired package image data on the memory card MC through the memory card drive 10e.

  In the next step S310, the CPU 10a records the file name of the package image data recorded on the memory card MC on the work table 12.

  In the next step S311, the CPU 10a generates package identification information. This package identification information is a combination of worker identification information recorded in a predetermined area in the SRAM 10b and a package serial number assigned to each package in order to identify each package individually. That is, the CPU 10a generates the smallest package serial number among the package serial numbers that are not used for each record in the table in the memory card MC as the package serial number of the luggage, and combines the worker identification information with the new package serial number. Thus, package identification information for this package is generated.

  In the next step S312, the CPU 10a records the newly generated package identification information in the work table 12.

  In the next step S313, the CPU 10a displays a comment input screen on the display device 10j. The comment input screen includes a text box for inputting a comment, an OK button that is clicked when input to the text box is completed, and a cancel button that is clicked when no comment is registered. Yes.

  In the next step S314, the CPU 10a stands by until either the OK button or the cancel button in the comment input screen is clicked (S314; NO). If any button is clicked (S314; YES), the CPU 10a advances the process to step S315.

  In step S315, the CPU 10a determines whether or not the button clicked on the comment input screen is an OK button. If the button clicked on the comment input screen is an OK button (S315; YES), the CPU 10a advances the process to step S316.

  In step S316, the CPU 10a records, in the work table 12, the text data of the comment that was input in the text box when the OK button was clicked on the comment input screen. After recording, the CPU 10a advances the process to step S317.

  On the other hand, when the button clicked on the comment input screen is a cancel button in step S315 (S315; NO), the CPU 10a advances the process to step S317 without recording the text data in the work table 12.

  In step S317, the CPU 10a adds the record recorded in the work table 12 to the table in the memory card MC through the memory card drive 10e as package information. The package information includes package identification information, box identification information, box attribute identification information, room identification information, package type identification information, file name of package image data, and comment text data. However, if the process has not passed through step S316, the parcel information does not include text data.

  FIG. 14 is a diagram illustrating an example of a data structure of a table in the memory card MC. The table in FIG. 14 has the same number of records as the number of times of processing in step S309 (the number of package image data in the memory card MC). Each record has fields of “package identification information”, “box identification information”, “box attribute identification information”, “room identification information”, “package type identification information”, “package image data”, and “comment”. Have.

  In the “package identification information” field, the package identification information generated in step S307 in FIG. 12 is recorded. In the “box identification information” and “box attribute identification information” fields, the box identification information and the box attribute identification information acquired from the electronic tag 20 in step S207 of FIG. 8 are recorded, respectively. In the “room identification information” field, the room identification information received in step S209 of FIG. 8 is recorded. In the “package type identification information” field, the package type identification information received in step S211 of FIG. 8 is recorded. In the “package image data” field, the file name of the package image data recorded in the memory card MC in step S309 in FIG. 13 is recorded. In the “comment” field, the text data received in steps S313 to S316 in FIG. 13 is recorded. However, if the package information does not have text data, the “comment” field is blank.

  In step S317, the CPU 10a adds a new record as package information to such a table in the memory card MC. This table in the memory card MC in which the package information is recorded corresponds to the storage unit described above. After executing step S317, the CPU 10a advances the process to step S318.

  In step S318, the CPU 10a deletes other information from the records in the work table 12, leaving box identification information, box attribute identification information, room identification information, and package type identification information. After the deletion, the CPU 10a ends the package image registration process. The CPU 10a that executes step S106 corresponds to the information input unit described above. After execution of step S106, the CPU 10a returns the process to step S204 of the package registration process of FIG.

  On the other hand, if the button clicked on the package registration screen 32 in FIG. 10 is not the package image registration button 32d in step S212 (S212; NO), the CPU 10a determines that the return button 32e has been clicked, and registers the package. The process ends, and the process returns to step S101 of the control process of FIG.

  On the other hand, if the button clicked on the menu screen 31 in FIG. 7 is not the package registration button 31b in step S105 (S105; NO), the CPU 10a advances the process to step S107.

  In step S107, the CPU 10a determines whether or not the button clicked on the menu screen 31 of FIG. 7 is the merge work button 31c. If the button clicked on the menu screen 31 in FIG. 7 is the merge operation button 31c (S107; YES), the CPU 10a advances the process to step S108.

  In step S108, the CPU 10a executes a merge work process. FIG. 15 is a flowchart showing the contents of the merge work process.

  In the first step S401 after the start of the merge work process, the CPU 10a displays an insertion instruction screen on the display device 10j. This insertion instruction screen describes that the memory card MC is instructed to be inserted into the slot mechanism of the memory card drive 10e. This insertion instruction screen is an OK button that is clicked when a memory card MC storing a table to be merged into the memory card drive 10e is loaded, and a merge work process. And an end button that is clicked when the memory card MC storing the table runs out.

  In the next step S402, the CPU 10a waits until either the OK button or the end button in the insertion instruction screen is clicked (S402; NO). When any button in the insertion instruction screen is clicked (S402; YES), the CPU 10a advances the process to step S403.

  In step S403, the CPU 10a determines whether or not the clicked button is an OK button. If the clicked button is an OK button (S403; YES), the CPU 10a advances the process to step S404.

  In step S404, the CPU 10a reads all package image data from the memory card MC.

  In the next step S405, the CPU 10a reads all records from the table in the memory card MC through the memory card drive 10e.

  In the next step S406, the CPU 10a performs a merge process on all the records read in step S405 and all the records stored in the SRAM 10b by executing the previous step S406. Specifically, the CPU 10a numbers the package serial numbers in the package identification numbers of all records so that the package serial numbers in the package identification numbers of all records are unique after integration. Further, the CPU 10a changes the file name of each package image data to include the corresponding package serial number in accordance with this numbering. After the merge process, the CPU 10a returns the process to step S401.

  If the OK button in the insertion instruction screen is clicked during execution of the processing loop of steps S401 to S406 (S403; NO), the CPU 10a branches the process from step S403 to S407.

  In step S407, the CPU 10a displays an insertion instruction screen on the display device 10j. This insertion instruction screen describes that an instruction is given to insert the memory card MC to be recorded with the integrated table into the slot of the memory card drive 10e. The insertion instruction screen also includes an OK button that is clicked when the insertion of the memory card MC into the slot of the memory card drive 10e is completed.

  In the next step S408, the CPU 10a waits until the OK button in the insertion instruction screen is clicked (S408; NO). When the OK button in the insertion instruction screen is clicked (S408; YES), the CPU 10a advances the process to step S409.

  In step S409, the CPU 10a once clears the table in the memory card MC through the memory card drive 10e, and then records all the integrated records recorded in the SRAM 10b in the table.

  In the next step S410, the CPU 10a records all the package image data in the memory card MC through the memory card drive 10e. After the recording, the CPU 10a ends the merge work process. The CPU 10a that executes step S108 corresponds to the acquisition unit and the merge unit described above. After execution of step S108, the CPU 10a returns the process to step S101 of the control process of FIG.

  On the other hand, if the button clicked on the menu screen 31 in FIG. 7 is not the merge work button 31c in step S107 (S107; NO), the CPU 10a advances the process to step S109.

  In step S109, the CPU 10a determines whether or not the button clicked on the menu screen 31 of FIG. 7 is the box search work button 31d. If the button clicked on the menu screen 31 in FIG. 7 is the box search work button 31d (S109; YES), the CPU 10a advances the process to step S110.

  In step S110, the CPU 10a executes box search work processing. 16 and 17 are flowcharts showing the contents of the box search work process.

  In the first step S501 after the box search work process is started, it is determined whether or not the memory card MC is inserted in the slot of the memory card drive 10e. If the memory card MC is not inserted in the slot of the memory card drive 10e (S501; NO), the CPU 10a advances the process to step S502.

  In step S502, the CPU 10a displays an insertion instruction screen on the display device 10j. This insertion instruction screen describes that the memory card MC is instructed to be inserted into the slot mechanism of the memory card drive 10e. Further, this insertion instruction screen describes that when the memory card MC is inserted into the slot of the memory card drive 10e, an instruction is given to press the enter key on the keyboard of the key input device 10k.

  In the next step S503, the CPU 10a waits until the enter key is pressed (S503; NO). When the determination key is pressed (S503; YES), the CPU 10a ends the box search work process and returns the process to step S101 of the control process of FIG.

  On the other hand, when the memory card MC is inserted in the slot of the memory card drive 10e in step S501 (S501; YES), the CPU 10a advances the process to step S504.

  In step S504, the CPU 10a displays a package type list screen. This package type list screen includes the same number of buttons as the package type identification information. Package type identification information is drawn on each button.

  In the next step S505, the CPU 10a waits until any button in the package type list screen is clicked (S505; NO). When any button in the package type list screen is clicked (S505; YES), the CPU 10a advances the process to step S506.

  In step S506, the CPU 10a searches the table in the memory card MC using the package type identification information corresponding to the button clicked on the package type list screen as a search condition.

  In the next step S507, the CPU 10a determines whether or not a record has been detected from the table in the memory card MC. If no record is detected from the table in the memory card MC (S507; NO), the CPU 10a advances the process to step S508.

  In step S508, the CPU 10a displays a detection impossible notification screen on the display device 10j. This detection impossible notification screen describes that the specified type of package information does not exist in the table in the memory card MC. In addition, the detection impossible notification screen describes that an instruction is given to press the enter key on the keyboard of the key input device 10k after reading the description content in the detection impossible notification screen.

  In the next step S509, the CPU 10a waits until the enter key is pressed (S509; NO). When the enter key is pressed (S509; YES), the CPU 10a ends the box search work process and returns the process to step S101 of the control process of FIG.

  On the other hand, when a record can be detected from the table in the memory card MC in step S507 (S507; YES), the CPU 10a advances the process to step S510.

  In step S510, the CPU 10a reads each package image data from the memory card MC based on the detected file name in each record.

  In the next step S511, the CPU 10a displays a package selection screen on the display device 10j based on each package image data read in step S510. FIG. 18 is a diagram showing an example of the package selection screen 34. The package selection screen 34 in FIG. 18 includes the same number of buttons 34a as each package image data read from the memory card MC in step S510. On each button 34a, a package image based on each package image data read in step S510 is drawn.

  In the next step S512, the CPU 10a waits until any button in the package selection screen 34 as shown in FIG. 18 is clicked (S512; NO). When any button in the package selection screen 34 in FIG. 16 is clicked (S512; YES), the CPU 10a advances the process to step S513.

  In step S513, the CPU 10a identifies the package information corresponding to the button clicked on the package selection screen of FIG. 18 by referring to the table in the memory card MC.

  In the next step S514, the CPU 10a refers to the box master table 13 in the flash memory 10m to obtain the box form image data 14 corresponding to the box attribute identification information in the package information specified in step S513, in the flash memory 10m. Read from.

  In the next step S515, the CPU 10a displays a search result screen on the display device 10j based on the box-shaped image data 14 read in step S514. FIG. 19 is a diagram showing an example of the search result screen 35. The search result screen 35 of FIG. 19 shows a package image 35a based on the package image data of the package selected on the package selection screen 34 of FIG. Further, the search result screen 35 of FIG. 19 shows a box form image 35b based on the box form image data 14 read in step S514. The box form image 35b shows a pattern and color that are forms applied to the side surface of the cardboard box packed with the selected luggage. Further, the search result screen 35 in FIG. 19 describes the size 35c in the package information identified in step S513. This size indicates the size of the cardboard box packed with the selected luggage. Furthermore, the search result screen 35 of FIG. 19 describes the room identification information 35d in the package information specified in step S513. The room identification information 35d indicates the room identification information of the room in which the cardboard box packed with the selected luggage is carried.

  After displaying the search result screen 35 as shown in FIG. 19 on the display device 10j, the CPU 10a advances the process to step S516. In addition, CPU10a which performs this step S515 is equivalent to the display part mentioned above.

  In step S516, the CPU 10a waits until the determination key on the keyboard of the key input device 10k is pressed (S516; NO). When the enter key is pressed (S516; YES), the CPU 10a ends the box search work process and returns the process to step S101 of the control process of FIG.

  On the other hand, if the button clicked on the menu screen 31 in FIG. 7 is not the box search work button 31d in step S109 (S109; NO), the CPU 10a advances the process to step S111.

  In step S111, the CPU 10a determines whether or not the button clicked on the menu screen 31 of FIG. 7 is the box search work button 31e. If the button clicked on the menu screen 31 in FIG. 7 is the box search work button 31e (S111; YES), the CPU 10a advances the process to step S112.

  In step S112, the CPU 10a executes box search work processing. 20 and 21 are flowcharts showing the contents of the box search work process. 20 and 21, FIG. 16 and FIG. 17 clearly show that steps S601 to S613 during the box search work process are the same as steps S501 to S513 during the box search work process. It has become. Therefore, the description of steps S601 to S613 during the box search work process of FIGS. 20 and 21 is omitted. Note that the CPU 10a that executes steps S501 to S513 of FIGS. 16 and 17 or steps S601 to S613 of FIGS. 20 and 21 corresponds to the selection unit and the specification unit described above.

  When the package information selected by executing step S613 is specified, the CPU 10a advances the process to step S614.

  In step S614, the CPU 10a displays an antenna operation instruction screen on the display device 10j. This antenna operation instruction screen describes that the electronic tag 20 attached to the cardboard box is instructed to approach the antenna 10h. In addition, the antenna operation instruction screen describes that the box search operation can be terminated by pressing the enter key on the keyboard of the key input device 10k.

  In the next step S615, the CPU 10a determines whether or not tag information is notified from the tag information reading device 10g. If the tag information is not notified from the tag information reading device 10g (S615; NO), the CPU 10a advances the process to step S616.

  In step S616, the CPU 10a determines whether or not the enter key on the keyboard of the key input device 10k has been pressed. If the determination key on the keyboard of the key input device 10k has not been pressed (S616; NO), the CPU 10a returns the process to step S615.

  If tag information is notified from the tag information reading device 10g during execution of the processing loop of steps S615 and S616 (S615; YES), the CPU 10a branches the process from step S615 to S617.

  In step S617, the CPU 10a determines whether the tag information notified from the tag information reading device 10g matches the box identification information and the box attribute identification information in the package information specified in step S613. When the tag information acquired from the electronic tag 20 does not match the box identification information and the box attribute identification information specified in advance (S617; NO), the CPU 10a returns the process to step S615, If the tag information acquired from 20 matches the box identification information and box attribute identification information specified in advance (S617; YES), the process proceeds to step S618.

  In step S618, the CPU 10a instructs the audio output device 10f to output a warning sound for a predetermined time. After the instruction, the CPU 10a returns the process to step S615. In addition, CPU10a which performs step S614-S618 is corresponded to the output part mentioned above.

  Further, when the determination key on the keyboard of the key input device 10k is pressed during the execution of the processing loop of steps S615 and S616 (S616; YES), the CPU 10a branches the process from step S616 to execute the box search work process. The process ends, and the process returns to step S101 of the control process of FIG.

  In step S111, when the button clicked on the menu screen 31 in FIG. 7 is not the box search work button 31e (S111; NO), the CPU 10a clicks the end button 31f on the menu screen 31 in FIG. The control process is terminated. Thereafter, the CPU 10a performs a predetermined end process and then turns off the main power supply.

  In order to execute the processing as described above, the portable information collection terminal device 10 of the present embodiment operates as described below.

  The worker of the moving company possesses the portable information collecting terminal device 10 and a number of cardboard boxes, visits the customer's house that requested the moving, and then turns on the main power of the portable information collecting terminal device 10 Then, the menu screen 31 of FIG. 7 is displayed on the display device 10j (S101).

  Next, the worker clicks the worker registration button 31a on the menu screen 31 of FIG. 7 to register his / her worker identification information in the portable information collection terminal device 10 (S101, S102, S103; YES, S104).

  Subsequently, the worker starts the packing operation of the package in the customer's house. At this time, the worker installs the memory card MC in the slot of the memory card drive 10e, and then clicks the baggage registration button 31b on the menu screen 31 in FIG. 7 to display the baggage registration screen 32 in FIG. (S101, S102, S103; NO, S105; YES, S106, S201; YES, S204).

  Then, the worker clicks the box number setting button 32a on the package registration screen 32 in FIG. 10 to bring the antenna 10h close to the electronic tag 20 of the cardboard box into which the package is packed, thereby collecting the box identification information in the portable information collection terminal. The device 10 is set (S204, S205, S206; YES, S207), and the room number setting button 32b is clicked to set the room identification information of the room to which the cardboard box is moved (S204, S205, S206; NO, S208; YES, S209), the package type setting button 32c is clicked to set the type of package to be packed in the cardboard box (S204, S205, S206; NO, S208; NO, S210; YES).

  Thereafter, the worker clicks the baggage image registration button 32d (S204, S205, S206; NO, S208; NO, S210; NO, S212; YES, S213), and photographs the baggage (S301; YES, S304). To S312), comments are registered as necessary (S313 to S316). After repeating such baggage registration (S317, S318) as many times as it can be packed in the cardboard box, when the cardboard box is full, close the lid of the cardboard box and move the cardboard box to the destination room Is written on the upper surface of the cardboard box.

  Then, the worker prepares another cardboard box, clicks the box number setting button 32a on the baggage registration screen 32 in FIG. 10, and closes the antenna 10h to the electronic tag 20 of the cardboard box, thereby again. Identification information is set in the portable information collection terminal device 10 (S204, S205, S206; YES, S207).

  In this way, when the packing of the package is completed by repeating the registration of the package and the packing operation, the worker loads the cardboard box packed with the package on the truck and transports it to the house of the moving destination. During the transportation, the worker clicks the merge operation button 31c on the menu screen 31 of FIG. 7, and the other worker uses the other portable information collecting terminal device 10 to store the package information and the package stored in the memory card MC. The image data is merged into one memory card MC (S101, S102, S103; NO, S105; NO, S107; YES, S108, S401 to S410).

  After transportation, the worker carries each cardboard box into each room of the house of the destination based on the room identification information written on the upper surface of the cardboard box. After the carry-in is completed, the worker performs unpacking work. When unpacking, the worker will search for a cardboard box packed with luggage to be stored in the room.

  When searching for a cardboard box by box search, the worker clicks the box search operation button 31d on the menu screen 31 of FIG. 7 to extract the package by selecting the type of the package to be stored in the room, A package to be stored in the room is selected from the extracted packages (S101, S102, S103; NO, S105; NO, S107; NO, S109; YES, S110, S501; YES, S504 to S506, S507) ; YES, S510-S513). Then, the overall size, side pattern and color, which are the characteristics of the cardboard box packed with the package, are displayed on the display device 10j (S515). Based on the characteristics of the displayed cardboard box, the worker searches for the cardboard box, unpacks the found cardboard box, and stores the luggage in the room.

  On the other hand, when searching for a cardboard box by box search, the worker clicks the box search operation button 31e on the menu screen 31 of FIG. 7 and extracts the package by selecting the type of the package to be stored in the room. Then, the package to be stored in the room is selected from the extracted packages (S101, S102, S103; NO, S105; NO, S107; NO, S109; NO, S111; YES, S112, S601; YES , S604 to S606, S607; YES, S610 to S613). Then, the cardboard box can be found using the antenna 10h (S614 to S618). That is, the worker approaches the cardboard boxes in order with the antenna 10h. If the warning sound is output from the speaker of the audio output device 10f, the worker can recognize the cardboard box closest to the antenna 10h at that time as the cardboard box packed with the target luggage. The worker unpacks the cardboard box found in this way and stores the luggage in the room.

  As described above, according to the portable information collection terminal device 10 of the present embodiment, an arbitrary baggage can be packed in the moving destination where the cardboard box is carried without taking extra labor, labor, and time. You can easily find the cardboard box.

  In the merge operation of the present embodiment described above, the package image data and the table collected using the other portable information collection terminal device 10 by sequentially inserting the memory cards MC into the slots of the memory card drive 10e. Are collected in one portable information collection terminal device 10, but the present invention is not limited to this. For example, the package image data and the records in the table may be collected in one portable information collection terminal device 10 by infrared communication with another portable information collection terminal device 10.

(Appendix 1)
An image holding unit for storing box identification information for identifying a box and box form image data of a box form image indicating the form of the box in association with each other;
An information input unit for receiving any box identification information and package information defining the package packed in the box;
A storage unit for storing the box identification information received by the information input unit and the package information in association with each other;
A selection unit that allows an operator to select any of the package information in the storage unit;
A specifying unit for specifying box identification information corresponding to the package information selected in the selection unit from the box identification information in the storage unit; and
The image processing apparatus includes a display unit that identifies box-shaped image data corresponding to the box identification information identified by the identifying unit from the image holding unit and displays the box-shaped image based on the box-shaped image data. A portable information collection terminal device.

(Appendix 2)
A receiving unit for wirelessly receiving, from the electronic tag, box identification information for identifying the box when approaching a predetermined distance or less with respect to the electronic tag of the box;
An information input unit for receiving package information defining packages packed in a box having an electronic tag that has transmitted the box identification information to the receiving unit;
A storage unit for storing the box identification information received by the receiving unit and the package information received by the information input unit in association with each other;
A selection unit that allows an operator to select any of the package information in the storage unit;
A specifying unit for specifying box identification information corresponding to the package information selected in the selection unit from the box identification information in the storage unit; and
A portable information collection terminal device comprising: an output unit that outputs a warning when the receiving unit approaches a predetermined distance or less with respect to an electronic tag having box identification information specified by the specifying unit.

(Appendix 3)
The portable information collection terminal device according to attachment 2, wherein the electronic tag has a coil antenna for electromagnetic induction.

(Appendix 4)
The selection unit includes:
Let the operator specify any of the package type information that defines the type of package,
Additional information 1, wherein package information corresponding to designated package type information is extracted from each package information in the storage unit, and the operator selects any one of the extracted package information 2. The portable information collection terminal device according to 2 or 3.

(Appendix 5)
An acquisition unit for acquiring package information and box identification information recorded in a storage unit of another portable information collection terminal device; and
The portable information collection according to any one of appendices 1 to 4, further comprising: a merge unit that merges the package information and box identification information acquired by the acquisition unit with the package information and box identification information in the storage unit Terminal device.

(Appendix 6)
6. The portable information collection terminal device according to appendix 5, wherein the acquisition unit obtains package information and box identification information from another portable information collection terminal device by infrared communication.

(Appendix 7)
A portable information collection terminal
Image holding means for associating box identification information for identifying a box and box form image data of a box form image indicating the form of the box in association with each other and recording them in a storage device;
Information input means for receiving any box identification information and package information defining the package packed in the box at the input device;
Storage means for associating and recording the box identification information received by the information input means and the package information in the storage device;
Selection means for accepting in the input device the package information selected from the package information in the storage device;
A specifying means for specifying box identification information corresponding to the package information received by the selection means from the box identification information in the storage device; and
Box shape image data corresponding to the box identification information specified by the specifying means is specified from the storage device, and the box shape image is displayed on the display device based on the box shape image data. A program characterized by that.

(Appendix 8)
A portable information collection terminal
Receiving means for receiving box identification information for identifying the box from the electronic tag via the antenna and the receiving device when the antenna approaches a predetermined distance or less with respect to the electronic tag of the box;
Information input means for receiving in the input device package information defining a package packed in a box having an electronic tag that has transmitted the box identification information to the receiving means;
Storage means for storing the box identification information received by the receiving means and the package information received by the information input means in association with each other in a storage device;
Selection means for accepting in the input device the package information selected from the package information in the storage device;
A specifying means for specifying box identification information corresponding to the package information received by the selection means from the box identification information in the storage device; and
A program for causing an electronic tag having box identification information specified by the specifying means to function as an output means for outputting a warning when the antenna approaches the predetermined distance or less.

(Appendix 9)
A portable information collection terminal
Image holding means for associating box identification information for identifying a box and box form image data of a box form image indicating the form of the box in association with each other and recording them in a storage device;
Information input means for receiving any box identification information and package information defining the package packed in the box at the input device;
Storage means for associating and recording the box identification information received by the information input means and the package information in the storage device;
Selection means for accepting in the input device the package information selected from the package information in the storage device;
A specifying means for specifying box identification information corresponding to the package information received by the selection means from the box identification information in the storage device; and
Box shape image data corresponding to the box identification information specified by the specifying means is specified from the storage device, and the box shape image is displayed on the display device based on the box shape image data. A computer-readable medium storing a program.

(Appendix 10)
A portable information collection terminal
Receiving means for receiving box identification information for identifying the box from the electronic tag via the antenna and the receiving device when the antenna approaches a predetermined distance or less with respect to the electronic tag of the box;
Information input means for receiving in the input device package information defining a package packed in a box having an electronic tag that has transmitted the box identification information to the receiving means;
Storage means for storing the box identification information received by the receiving means and the package information received by the information input means in association with each other in a storage device;
Selection means for accepting in the input device the package information selected from the package information in the storage device;
A specifying means for specifying box identification information corresponding to the package information received by the selection means from the box identification information in the storage device; and
A computer-readable medium storing a program that functions as an output unit that outputs a warning when the antenna approaches a predetermined distance or less with respect to an electronic tag having box identification information specified by the specifying unit .

(Appendix 11)
The box identification information for identifying the box and the box form image data of the box form image indicating the form of the box are associated with each other and recorded in the storage device of the portable information collection terminal device, and any box identification When the information and the package information defining the package packed in the box are input to the input device of the portable information collection terminal device, the control device of the portable information collection terminal device uses the box identification information and the package Store information in association with the information,
When package information selected from the package information in the storage device is input to the input device, the control device stores box identification information corresponding to the package information in the storage device. The box form image data corresponding to the specified box identification information is specified from the recorded box form image data after the box form information is specified. A moving baggage management method, wherein a box-shaped image is displayed on a display device based on image data.

(Appendix 12)
When the antenna of the portable information collecting terminal device approaches a predetermined distance or less with respect to the electronic tag of the box, the receiving device of the portable information collecting terminal device uses the electronic identification information for identifying the box. The box identification information received by the control device when the portable information collection terminal device receives the package information defining the package packed in the box at the input device while receiving from the tag via the antenna. And the received package information are stored in the storage device in association with each other.
When package information selected from the package information in the storage device is input to the input device, the control device stores box identification information corresponding to the package information in the storage device. A moving baggage management characterized by outputting a warning when the antenna approaches the predetermined distance or less with respect to an electronic tag having the specified box identification information after specifying from among each box identification information set Method.

The internal block diagram of the portable information collection terminal device which is embodiment of this invention External view of portable information collection terminal device The figure which shows an example of the data structure of a box master table External view of one of many cardboard boxes prepared in the present embodiment Internal configuration diagram of the electronic tag Flow chart showing contents of control processing Figure showing an example of the menu screen Flow chart showing contents of package registration processing Flow chart showing contents of package registration processing Figure showing an example of the package registration screen Figure showing an example of the package type setting screen Flow chart showing contents of package image registration process Flow chart showing contents of package image registration process The figure which shows an example of the data structure of the table in a memory card Flowchart showing the contents of merge work processing Flow chart showing the contents of the box search work process Flow chart showing the contents of the box search work process Figure showing an example of the package selection screen Figure showing an example of the search result screen Flow chart showing contents of box search work process Flow chart showing contents of box search work process

Explanation of symbols

10 Portable Information Collection Terminal Device 10a CPU
10b SRAM
10c Camera device 10d Image processing device 10e Memory card drive 10f Audio output device 10g Tag information reading device 10h Antenna 10i Infrared communication device 10j Display device 10k Key input device 10m Flash memory 11 Control program 12 Work table 13 Box master table 14 Box form image Data 20 Electronic tag 20a Non-volatile memory 20b Coil antenna 20c Communication control circuit 31 Menu screen 32 Package registration screen 33 Package type setting screen 34 Package selection screen 35 Search result screen

Claims (5)

An image holding unit for storing box identification information for identifying a box and box form image data of a box form image indicating the form of the box in association with each other;
An information input unit for receiving any box identification information and package information defining the package packed in the box;
A storage unit for storing the box identification information received by the information input unit and the package information in association with each other;
A selection unit that allows an operator to select any of the package information in the storage unit;
A specifying unit for specifying box identification information corresponding to the package information selected in the selection unit from the box identification information in the storage unit; and
The image processing apparatus includes a display unit that identifies box-shaped image data corresponding to the box identification information identified by the identifying unit from the image holding unit and displays the box-shaped image based on the box-shaped image data. A portable information collection terminal device. A receiving unit for wirelessly receiving, from the electronic tag, box identification information for identifying the box when approaching a predetermined distance or less with respect to the electronic tag of the box;
An information input unit for receiving package information defining packages packed in a box having an electronic tag that has transmitted the box identification information to the receiving unit;
A storage unit for storing the box identification information received by the receiving unit and the package information received by the information input unit in association with each other;
A selection unit that allows an operator to select any of the package information in the storage unit;
A specifying unit for specifying box identification information corresponding to the package information selected in the selection unit from the box identification information in the storage unit; and
A portable information collection terminal device comprising: an output unit that outputs a warning when the receiving unit approaches a predetermined distance or less with respect to an electronic tag having box identification information specified by the specifying unit. The selection unit includes:
Let the operator specify any of the package type information that defines the type of package,
2. The package information corresponding to the specified package type information is extracted from each of the package information in the storage unit, and the operator selects any of the extracted package information. Or the portable information collection terminal device of 2. An acquisition unit for acquiring package information and box identification information recorded in a storage unit of another portable information collection terminal device; and
The portable information collection terminal according to claim 1, further comprising a merge unit that merges the package information and box identification information acquired by the acquisition unit with the package information and box identification information in the storage unit. apparatus. 5. The portable information collection terminal device according to claim 4, wherein the acquisition unit acquires package information and box identification information from another portable information collection terminal device by infrared communication.

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