JP5237677B2 - Label management system, label management method, and label management program - Google Patents

Description

  The present invention relates to a label management system, a label management method, and a label management program for managing a delivery label attached to an article to be delivered.

When requesting delivery of a package, the user describes the sender and destination of the package on the delivery label and attaches this delivery label to the package. Here, in order to save the trouble of describing the sender and destination of the user, a technique for printing the destination on a delivery label has been studied (for example, see Patent Document 1). In the technique described in this document, sender data and addressee data are transmitted from the mobile terminal on the user side to the courier reception server. Then, a slip printing printer connected to the courier reception server creates a courier slip.
JP 2003-63651 A (first page)

  Here, when there is a destination to which articles are frequently sent, the destination may be described in advance on a delivery label and prepared. In this case, the delivery company may send a delivery label printed with a destination in advance to the user in order to promote use.

  By the way, such a delivery service is provided by a plurality of companies. Accordingly, each delivery company wishes to have its delivery label stored at the user's hand in order to promote its own use. On the other hand, the user wants to keep a delivery label on which the address is printed in order to save the address writing. It is desirable that the necessary number of such delivery labels be replenished in a timely manner.

  The present invention has been made in view of the above-described problems, and an object of the present invention is to provide a label management system, a label management method, and a label management program for efficiently replenishing a reduced number of delivery labels so that the delivery labels can be used. Is to provide.

In order to solve the above-mentioned problems, the invention according to claim 1 is characterized in that the control means connected to the user terminal, the print information including the sender and destination of the package to which the delivery label is attached, and the label for specifying the same A system comprising print information storage means recorded in association with identification information, and destination information storage means in which destination information including the delivery destination of the delivery label is recorded in association with one or more label identification information The control means assigns label identification information to the print information acquired from the user, records it in the print information storage means, and affixes the information including the label identification information to the label storage shelf. The header member print processing means for executing a printing process for printing on the header member, and the destination information associated with the label identification information are acquired from the destination information storage means, and this delivery And Accessories ships instructing means for outputting an instruction to dispatch a pre-Symbol printed headings member destination information, from the user terminal, the label print claims including label identification information recorded in the title member Print request acquisition means for acquiring print information associated with the label identification information from the print information storage means, and label print processing means for executing print processing for printing on a delivery label based on the print information When, the gist that a label dispatch instruction means for outputting an instruction for sending a shipping label that has been pre-Symbol printed on the destination of the shipping label associated with the label identification information.

According to a second aspect of the present invention, in the label management system according to the first aspect, the user terminal is a portable terminal having a photographing function and a code reading function for decoding data included in the photographed code. And the heading member print processing unit generates a code including the label identification information and the destination URL of the label printing request, prints the heading member including the code, and the printing request acquisition unit The gist of the invention is that the label printing request including the label identification information is acquired from the portable terminal that has read the code of the header member via the receiving URL of the label printing request.

  According to a third aspect of the present invention, in the label management system according to the first or second aspect, history data is recorded in association with the label identification information included in the print request and the request reception date when the print request is received. A storage means, wherein the destination information includes a mail address of the user, and the print request acquisition means associates the claim reception date when the label print request is received with the acquired label identification information. And the control means calculates a request interval from the claim acceptance date recorded in the history data storage means, and from this request interval and the most recent claim acceptance date, the next label printing request A prediction recording means for calculating a predicted date for receiving the notification, and, if the predicted date has passed, a user's message from the destination information associated with the label identification information for which the predicted date has been calculated. Extract the Email address, and summarized in that and a query unit that transmits an email inquiring whether the sending of shipping label including the print information to the email address.

The invention according to claim 4 is recorded in association with the control means connected to the user terminal, the print information including the sender and destination of the package to which the delivery label is affixed, and the label identification information for specifying this. Method for managing delivery labels using a system comprising print information storage means and delivery destination information storage means in which delivery destination information including delivery destinations of delivery labels is recorded in association with one or more pieces of label identification information The control means assigns label identification information to the print information acquired from the user, records it in the print information storage means, and affixes the information including the label identification information to the label storage shelf. A header member printing process stage for executing a printing process for printing on the header member, and destination information associated with the label identification information is acquired from the destination information storage means, Label print containing the accessory ships instruction step of outputting an instruction to dispatch a pre-Symbol printed headings member destination of Tsukesaki information, from the user terminal, the label identification information recorded in the title member A print request acquisition stage for acquiring a request, and label printing for acquiring print information associated with the label identification information from the print information storage means and performing a printing process for printing on a delivery label based on the print information and processing steps, and it is required to run a label dispatch instruction step of outputting an instruction to dispatch a pre-Symbol printed on the shipping label to the destination of the shipping label associated with the label identification information.

The invention according to claim 5 is recorded in association with the control means connected to the user terminal, the print information including the sender and destination of the package to which the delivery label is attached, and the label identification information for specifying this. A program for managing delivery labels in a system comprising print information storage means and delivery destination information storage means in which delivery destination information including delivery destinations of delivery labels is recorded in association with one or more pieces of label identification information. Then, the control means assigns label identification information to the print information acquired from the user and records it in the print information storage means, and a header member for pasting information including the label identification information on the label storage shelf A header member print processing means for executing a printing process for printing on the printer, obtaining destination information associated with the label identification information from the destination information storage means, Accessories dispatch instruction means for outputting an instruction to dispatch a pre-Symbol printed headings member destination of destination information, from the user terminal, the label print including the label identification information recorded in the title member Print request acquisition means for acquiring a charge, label print processing for acquiring print information associated with the label identification information from the print information storage means, and executing print processing for printing on a delivery label based on the print information It means, and summarized in that to function as a label dispatch instruction means for outputting an instruction to dispatch a shipping label that has been pre-Symbol printed on the destination of the shipping label associated with the label identification information.

(Function)
According to the invention described in claim 1, 4 or 5, the control means assigns the label identification information to the print information acquired from the user and records it in the print information storage means, and includes the label identification information. A printing process for printing the information on the header member to be attached to the label storage shelf is executed. The control means acquires the destination information associated with the label identification information, and outputs a printed instruction member shipping instruction to the destination of the destination information. When the control means obtains the label print request including the label identification information recorded on the heading member, the control means executes a print process for printing on the delivery label based on the print information associated with the label identifier, A shipping instruction for shipping the delivery label to the delivery label destination is output. For this reason, when the number of delivery labels decreases, the sender and destination of the reduced delivery labels can be determined by simply transmitting the label identification information of the header member of the label storage shelf in which the delivery labels are stored from the user terminal. The printed delivery label can be refilled. Therefore, it is possible to easily replenish the reduced delivery labels and use the delivery labels.

  According to the second aspect of the present invention, the user terminal is a portable terminal having a photographing function and a code reading function for reading data included in the photographed code. The control means generates a code including the label identification information and the URL for receiving the label print request, and prints a header member including the code. The control means obtains a label print request including label identification information from the portable terminal that has read the code of the header member via the URL for receiving the label print request. For this reason, the user can transmit the label printing request including the label identification information to the control means by photographing and transmitting the code included in the header member in the portable terminal. Therefore, the user can more easily identify the reduced delivery label and replenish this delivery label.

  According to the third aspect of the present invention, the control unit records the request reception date when the label print request is received in the history data storage unit in association with the acquired label identification information. The control means calculates a request interval from the request reception date recorded in the history data storage means, and calculates a predicted date for receiving the next label printing request from the request interval and the most recent request reception date. When the calculated predicted date has passed, the control means extracts the user's mail address from the destination information associated with the label identification information for which the predicted date has been calculated, and prints the print information for this mail address. Send an email asking if you want to send a shipping label. For this reason, even when the user does not notice that the delivery labels are low, the delivery labels can be efficiently replenished.

  According to the present invention, it is possible to easily replenish a reduced number of delivery labels and use the delivery labels.

  Hereinafter, an embodiment embodying the present invention will be described with reference to FIGS. This embodiment will be described as a label management system that manages a delivery label on which a delivery destination (destination) and a sender (sender) of an article to be delivered are printed. In this embodiment, membership registration is performed when using the delivery service. The delivery label is stored at each registered member (sender).

(Details of shipping label)
Here, first, the delivery label will be described with reference to FIG.
As shown in FIG. 3, the delivery label 50 is provided with a sender information description column 51 and a destination information description column 52. In the sender information description column 51, sender information relating to the sender of an article to be delivered with the delivery label 50 attached is described. As the sender information, the address, name (name), postal code, telephone number, etc. of the sender are described. Further, in the delivery destination information description column 52, delivery destination information relating to the delivery destination of the item to be delivered is entered. As the delivery destination information, the address, name (name), postal code, telephone number and the like of the delivery destination are described.

(Label storage shelves and header stickers that make up the stocker)
Next, a stocker used for storing the delivery label 50 at each user (sender) will be described with reference to FIG. This stocker is a label storage shelf 60 made of a mount, with a heading sticker 80 attached thereto. This stocker is held by the user in order to manage the delivery label 50 in which the sender information and the destination information are recorded.

  As will be described later, the label storage shelf 60 is an assembly type using a mount, and as shown in FIG. 4A, a bottom surface portion, a back surface portion standing up with respect to the bottom surface portion, and two side surface portions. It has. Each side surface has a trapezoidal shape in which the outlet side (opposite to the back surface) is inclined obliquely. Each side surface is formed with an insertion piece 65 protruding upward in the center of the upper edge. In the bottom surface portion, an insertion port 75 is provided at a portion connected to each side surface portion. The insertion port 75 is located on the outlet side of the insertion piece 65 and is formed to have a size to which the insertion piece 65 is fitted. When the insertion piece 65 is fitted into the insertion port 75, as shown in FIG. 4, the label storage shelf 60 is stacked while being displaced toward the back surface side. In this case, the label storage shelf 60 stacked on top covers the upper side of the lower label storage shelf 60, and the inclination of the side surface at the outlet side is flush.

  Adjacent label storage shelves 60 are connected in the horizontal direction by a connecting member 77. Specifically, a connecting hole 71 is formed in each side surface portion of each label storage shelf 60. These connecting holes 71 are provided at the same position at the same height so that they can be aligned. On the other hand, the connecting member 77 is composed of a rivet composed of a head portion and a shaft portion, and a fastener for fixing the shaft portion. When the label storage shelves 60 are connected, the connecting holes 71 of the adjacent label storage shelves 60 are aligned, the shaft portion of the connecting member 77 is inserted therein, and the ends of the shaft portions are fixed with the fasteners.

  Further, a notification guide mark 70 is formed at a predetermined position from the bottom surface near the outlet side on the bottom surface side of each side surface portion. The notification guide mark 70 indicates the minimum standard for the amount of the delivery label 50 to be stored. When the height at which the delivery labels 50 are stacked is lower than the notification guide mark 70, an operation for requesting label printing is performed. In the present embodiment, a line provided in the horizontal direction is used as the notification guide mark 70.

  Furthermore, a placement surface on which the delivery label 50 is placed and a heading surface on the outlet side are formed on the bottom surface. The mounting surface is inclined so as to become lower toward the back surface. A heading seal 80 as a heading member is attached to the heading surface.

  As shown in FIG. 4B, the heading seal 80 includes a two-dimensional code 81, a sender name display 82, a destination name display 83, and a user ID display 84. The two-dimensional code 81 includes a URL of the label management server 20, a label identifier that specifies printing information of the delivery label 50 accommodated in the label storage shelf 60, and a user ID. As the sender name display 82 and the destination name display 83, the name of the sender and the name of the destination printed on the delivery label 50 accommodated in the label storage shelf 60 are displayed.

(Delivery label management system)
Next, a label management system for managing the delivery labels 50 stored using the label storage shelf 60 at the user will be described with reference to FIGS. 1 and 2.

In this label management system, as shown in FIG. 1, a label management server 20 to which a PC terminal 10 and a mobile phone terminal 15 as a mobile terminal are connected via a network is used. The PC terminal 10 and the mobile phone terminal 15 are user terminals used for a user to send a request for sending a delivery label 50 (label printing request) on which sender information and delivery destination information are printed. Further, the PC terminal 10 is used for inputting various information (member information and print information described later).

The PC terminal 10 is a computer terminal provided with a display as display means and a keyboard and mouse as operation means.
The mobile phone terminal 15 includes a display as display means and key buttons as operation means. Further, the cellular phone terminal 15 has a photographing function and a two-dimensional code reading function, and when photographing a two-dimensional code, acquires data included in the two-dimensional code.

  On the other hand, the label management server 20 includes a control unit 21 as a control means, a member master data storage unit 22, a label print data storage unit 23, and a request history data storage unit 24. The member master data storage unit 22 functions as a destination information storage unit, the label print data storage unit 23 functions as a print information storage unit, and the request history data storage unit 24 functions as a history data storage unit.

  The control unit 21 includes control means including a CPU, a RAM, a ROM, and the like (not shown), and will be described later (heading member printing process stage, accessory shipping instruction stage, print request acquisition stage, label printing process stage, and label shipping instruction stage. Etc.). Then, by executing the label management program for this purpose, the control unit 21 causes the access receiving means 210, member registration means 211, print information registration means 212, sticker printing means 213, shipping instruction means 214, PC correspondence means 215, It functions as a two-dimensional code corresponding unit 216, a label printing unit 217, and the like.

  The access receiving unit 210 acquires data from each terminal (10, 15) in response to an access from the PC terminal 10 or the mobile phone terminal 15. The access receiving unit 210 takes over the acquired data to the member registration unit 211, the print information registration unit 212, the PC correspondence unit 215, or the two-dimensional code correspondence unit 216.

  The member registration unit 211 receives an application for member information registration from the user, and records member information regarding the application in the member master data storage unit 22. This member registration means 211 stores setting screen data used for member registration.

The print information registration unit 212 acquires print information (including sender information and destination information) to be printed on the delivery label and records it in the label print data storage unit 23.
The sticker printing unit 213 functions as a heading member print processing unit, and executes a heading member printing process for instructing to print information to be described later, thereby creating a heading sticker 80.

  The shipping instructing unit 214 functions as an accessory shipping instructing unit and a label shipping instructing unit, and instructs the shipping of the printed delivery label 50, the header label 80, and the like. In the present embodiment, when the sticker printing unit 213 executes printing, the shipping instruction unit 214 instructs to send the printed label sticker 80 and the mount serving as the label storage shelf 60. When printing is performed by the label printing unit 217, the shipping instruction unit 214 instructs to send the printed delivery label 50.

The PC response unit 215 functions as a print request acquisition unit and executes a response process according to a label print request from the PC terminal 10 in response to an access from the PC terminal 10. Specifically, the PC correspondence unit 215 transmits / receives data to / from the PC terminal 10, executes authentication processing, records a request history, specifies print information to be printed, and transmits a confirmation mail.

  The two-dimensional code handling unit 216 functions as a print request acquisition unit, and executes a response process according to a label print request from the mobile phone terminal 15 in response to an access from the mobile phone terminal 15. Specifically, the two-dimensional code handling unit 216 executes authentication processing based on data acquired from the mobile phone terminal 15, records a request history, specifies print information to be printed, and transmits a confirmation mail. .

The label printing means 217 functions as a label printing processing means, and uses the print information specified by the PC correspondence means 215 or the two-dimensional code correspondence means 216 to indicate the sender and destination information in each entry field (51, 52) A label printing process for instructing printing is executed.
Furthermore, the control unit 21 stores various screen data such as a reception screen, a login screen, and a menu selection screen.

  As shown in FIG. 2A, member master data 220 relating to the user is recorded in the member master data storage unit 22. This member master data 220 is recorded when member information regarding a new user is acquired. This member master data 220 includes data related to a member identifier, address, name, contact address, e-mail address, user ID, and password.

In the member identifier data area, data relating to an identifier (member identifier) for identifying each user is recorded.
In the address data area and the name data area, data related to the user's address and name are recorded.

In the contact data area, data relating to the contact information of the user is recorded. In the present embodiment, for example, a telephone number or a facsimile number is used as the contact address.
In the mail address data area, data relating to the mail address of the user's PC terminal 10 or mobile phone terminal 15 is recorded. In this embodiment, this e-mail address is used when a confirmation e-mail is transmitted.
In the user ID data area and the password data area, data related to the user ID and password used for the access authentication of the user are recorded.

  Further, as shown in FIG. 2B, label print data 230 relating to print information is recorded in the label print data storage unit 23. The label print data 230 is recorded when new print information is registered by the user. The label print data 230 includes data relating to a label identifier as member identification information, a member identifier, sender information, delivery destination information, and the number of supplements.

In the label identifier data area, data relating to an identifier (label identifier) for specifying print information printed on each delivery label is recorded.
In the member identifier data area, data relating to an identifier (member identifier) for specifying the user who has registered the printing information of the delivery label is recorded.

In the sender information data area and the destination information data area, data relating to the sender information and the destination information included in the printing information of the delivery label is recorded.
In the replenishment number data area, data related to the default value of the replenishment number printed using the printing information of the delivery label is recorded. When the replenishment number is not specified at the time of label printing request, the control unit 21 prints the delivery labels 50 corresponding to the default value in the replenishment number data area.

  Further, as shown in FIG. 2C, the request history data storage unit 24 records request history data 240 relating to the acquired label printing request. The request history data 240 is recorded when a label print request is received from the PC terminal 10 or the mobile phone terminal 15. The request history data 240 includes data relating to a label identifier, a billing reception date / time, a replenishment number, and a shipping instruction date / time.

In the label identifier data area, data relating to an identifier (label identifier) for specifying print information to be requested for label printing is recorded.
In the billing reception date / time data area, data related to the reception date / time when the label printing request is received is recorded.

In the replenishment number data area, data relating to the replenishment number requested in the label printing request is recorded.
In the shipping instruction date / time data area, data relating to the date / time when shipping of the delivery label 50 printed in response to the label printing request is instructed is recorded.

  Further, the secretariat terminal 30 and the printer 35 are connected to the label management server 20. The secretariat terminal 30 includes a display, a keyboard, and a pointing device that display a screen for outputting a shipping instruction. The printer 35 prints the sender information and the delivery destination information on the delivery label 50 and prints the header sticker 80.

  Processing in the label management server 20 configured as described above will be described with reference to FIGS. Here, description will be made in the order of member registration processing, processing for handling label printing from the PC terminal 10, processing for handling label printing from the mobile phone terminal 15, and additional registration processing for print information. Here, the member registration process is performed when registering member information of a user who receives a label printing service. The label print request handling process is performed when a label print request is received. The print information additional registration processing is performed when a user who has already registered as a member registers new print information.

(Member registration process)
First, user membership registration processing will be described with reference to FIG.
A user who wants to receive the label printing service operates the keyboard and pointing device to connect the PC terminal 10 to the label management server 20. In this case, the PC terminal 10 accesses the label management server 20. (Step S1-1).

  The control unit 21 of the label management server 20 accessed from the PC terminal 10 transmits acceptance screen data to the PC terminal 10. In this case, the PC terminal 10 displays a reception screen on the display. Various menu icons are set on the reception screen. When registering a member, a member registration button is selected from the various menu icons. When the member registration button is selected, the PC terminal 10 transmits a member registration request to the label management server 20.

  In this case, the control unit 21 of the label management server 20 executes setting screen data transmission processing (step S1-2). Specifically, the access receiving unit 210 of the control unit 21 takes over the process to the member registration unit 211. Then, the member registration unit 211 transmits the setting screen data to the PC terminal 10.

The PC terminal 10 displays a setting screen (step S1-3). This setting screen includes a member information input field for inputting user member information, a print information input field for inputting print information, and a registration button. The member information input field includes input fields for inputting the user name (or name), address, contact information, e-mail address, user ID, and password. The print information input field includes sender information, delivery destination information and replenishment number setting information for the delivery label 50 to be printed.

  Here, the user inputs each item in each input field. In this case, when there are a plurality of combinations of sender information and recipient information to be printed, the sender information and recipient information are input for each combination. When the input to each input field is completed, the user selects a registration button on the member information input screen.

  In this case, the PC terminal 10 executes transmission processing for member registration information and initial print information (step S1-4). Specifically, the PC terminal 10 transmits the member registration information and print information (initial print information) input on the setting screen to the label management server 20.

  In this case, the control unit 21 of the label management server 20 executes a member information registration process (step S1-5). Here, the control unit 21 registers the member information after confirming that there is no same user ID and password. Specifically, the member master data storage unit 22 is searched for member master data 220 including the acquired user ID and password. Here, if the corresponding member master data 220 can be identified, the label management server 20 transmits a message to the PC terminal 10 to urge the change to another user ID or password.

  On the other hand, when the corresponding member master data 220 cannot be specified, the member registration unit 211 of the control unit 21 assigns a unique member identifier to the member registration information, and includes the member identifier and the member registration information. The member master data 220 is stored in the member master data storage unit 22. Then, the member registration unit 211 transmits screen data including a message indicating that the member has been registered to the PC terminal 10. The PC terminal 10 displays a message indicating that the member has been registered on the display.

  Next, the control unit 21 of the label management server 20 executes initial print information registration processing (step S1-6). Specifically, the access receiving unit 210 of the control unit 21 provides the acquired initial print information to the print information registration unit 212. In this case, the print information registration unit 212 assigns a label identifier for each combination of sender information and destination information. Then, the print information registration unit 212 generates label print data 230 including the member identifier, the assigned label identifier, the sender information and destination information specified by this label identifier, and the replenishment number included in the initial print information. And stored in the label print data storage unit 23.

  Next, the control unit 21 of the label management server 20 executes a registration confirmation mail transmission process (step S1-7). Specifically, the print information registration unit 212 of the control unit 21 transmits a registration confirmation mail to the mail address of the registered member master data 220. This registration confirmation mail includes a content display of the registered initial print information. The PC terminal 10 receives the registration confirmation mail (step S1-8).

  Next, the control unit 21 of the label management server 20 executes a two-dimensional code generation process for each initial print information (step S1-9). Specifically, the sticker printing unit 213 of the control unit 21 obtains a label identifier of the label print data 230, a user ID of the member master data 220, and a URL for obtaining an access screen for requesting label printing. Is generated. Here, an address for accessing the two-dimensional code corresponding means 216 of the label management server 20 is set as the URL.

Next, the control unit 21 of the label management server 20 executes the printing process of the header sticker 80 for each initial print information (step S1-10). Specifically, the sticker printing unit 213 of the control unit 21 generates each header sticker print data using each initial print information, and transmits the print data to the printer 35. Here, the header sticker print data includes data relating to the two-dimensional code, the name of the sender, the name of the addressee, and the user ID. Then, the printer 35 executes printing based on the received header sticker print data. As a result, the heading seal 80 including the label identifier in the two-dimensional code is created.

  Next, the control unit 21 of the label management server 20 executes a stocker dispatch instruction process (step S1-11). Here, the shipping instruction means 214 of the control unit 21 outputs a header member shipping instruction. Specifically, the shipping instruction means 214 acquires the address, name, and contact address of the member to be sent from the member master data 220 and specifies the shipping destination information. The shipping instructing unit 214 acquires the name of the sender and the name of the delivery destination from the print information used to create the heading sticker 80, and specifies shipping stocker information including this and the number of printed heading stickers 80. Then, the shipping instruction unit 214 generates stocker shipping screen data including shipping destination information and shipping stocker information, and displays the stocker shipping screen on the display of the secretariat terminal 30. In this stocker shipping screen, the name of the sender and the name of the delivery destination described in the header sticker 80 to be sent, the number of mounts to be sent (the same number as the number of the printed header stickers 80), the user of the recipient Includes name and address. The operator packs the header sticker 80 including the name of the sender and the name of the destination displayed on the stocker shipping screen and the number of mounts displayed on the stocker shipping screen, and sends the package to this user's address. To do.

(Processing for label printing request from PC terminal 10)
Next, processing for handling label printing using the PC terminal 10 will be described with reference to FIG.

  The user connects the PC terminal 10 to the label management server 20. The control unit 21 of the label management server 20 connected to the PC terminal 10 transmits acceptance screen data to the PC terminal 10. In this case, the PC terminal 10 displays a reception screen on the display. The reception screen includes a login input field together with various menu icons. The login input field includes a login data input field for inputting a user ID and a password, and a login button. The user inputs the user ID and password and selects a login button. Thereby, the PC terminal 10 transmits a login request to the label management server 20 (step S2-1). Specifically, the PC terminal 10 transmits login data including the user ID and password input on the reception screen to the label management server 20.

  The control unit 21 of the label management server 20 that has received the login request executes an authentication process using the login data (step S2-2). Specifically, the access receiving unit 210 of the control unit 21 takes over the processing to the PC corresponding unit 215. The PC correspondence unit 215 searches the member master data storage unit 22 for member master data 220 including the acquired user ID and password. If the corresponding member master data 220 cannot be extracted, the PC correspondence unit 215 transmits a message to the PC terminal 10 that the user ID or password is incorrect. The PC terminal 10 displays the message on the display.

  On the other hand, when the corresponding member master data 220 can be identified, the control unit 21 of the label management server 20 executes a print information screen data transmission process (step S2-3). Specifically, the PC corresponding means 215 of the control unit 21 transmits member menu screen data to the PC terminal 10. In this case, the PC terminal 10 displays a menu selection screen on the display. This menu selection screen includes a label print request button and a print information addition button.

Here, when the user selects the label print request menu button, the PC terminal 10 makes a print information request to the label management server 20.
The control unit 21 of the label management server 20 that has received the print information request extracts all the label print data 230 including the member identifier of the extracted member master data 220 from the label print data storage unit 23. Then, the PC correspondence unit 215 transmits the print information list screen data to the PC terminal 10. This print information screen data includes data relating to already registered print information. This print information includes the label identifier, the sender information, the destination information, and the replenishment number of the extracted label print data 230.

  The PC terminal 10 that has received the print information list screen data executes a display process for the registered print information (step S2-4). Specifically, the PC terminal 10 displays the print information list screen on the display based on the print information list screen data acquired from the label management server 20. On the print information list screen, sender information, delivery destination information, and replenishment number of label print data 230 are displayed. Further, the print information list screen includes a billing check box, a replenishment number change input field, and a billing button. A billing check box and a replenishment number change input field are provided for each label print data 230.

  Next, the PC terminal 10 executes a label print request process (step S2-5). Here, the user selects a billing check box corresponding to the label print data 230 to be billed for label printing. Furthermore, when the user wants to send a delivery label 50 having a replenishment number different from the set replenishment number, the user inputs a desired replenishment number in the replenishment number change input field. Then, the user selects a billing button. In this case, the PC terminal 10 transmits a label print request to the label management server 20. This label print request includes data relating to the label identifier corresponding to the check box selected on the print information screen, and the change replenishment number input in the replenishment number change input field.

  Upon receiving the label printing request, the control unit 21 of the label management server 20 executes a request history recording process (step S2-6). Here, the PC correspondence means 215 of the control unit 21 generates the request history data 240 and records it in the request history data storage unit 24. Specifically, the PC correspondence unit 215 generates and records request history data 240 including the current time as the billing reception date and time and the label identifier included in the label print request. Further, if the label reprint request includes the change replenishment number, the PC correspondence unit 215 includes this in the request history data 240 and records it as the replenishment number. If the changed replenishment number is not included, the PC handling unit 215 records the replenishment number included in the member master data 220 extracted in the authentication process of step S2-2 in the request history data 240.

  Next, the control unit 21 of the label management server 20 executes a confirmation mail transmission process (step S2-7). Specifically, the PC corresponding unit 215 of the control unit 21 transmits a confirmation mail indicating that the label printing request has been accepted to the mail address included in the member master data 220 extracted in the authentication process of step S2-2. To do. In this case, when the member master data 220 includes the mail address of the PC terminal 10 and the mail address of the mobile phone terminal 15, a confirmation mail is transmitted to all these mail addresses. Then, the PC terminal 10 receives the confirmation mail (step S2-8).

  Further, the control unit 21 of the label management server 20 executes a process for acquiring print information and the like (step S2-9). Specifically, the label printing unit 217 of the control unit 21 extracts the label print data 230 including the label identifier included in the label print request from the label print data storage unit 23.

Then, the control unit 21 of the label management server 20 executes print data generation processing based on the label print data 230 (step S2-10). Specifically, the label printing unit 217 of the control unit 21 prints the sender information and the destination information of the acquired label print data 230 at the positions of the sender information description column 51 and the destination information description column 52 of the delivery label 50, respectively. Generate print data. In this case, when data relating to the changed replenishment number is not included in the label print request, the label printing unit 217 generates print data including the replenishment number of the label print data 230 as the number of copies. When the change replenishment number is included in the label print request, the label printing unit 217 includes the change replenishment number included in the label print request as the number of copies in the print data.

  Then, the label printing unit 217 of the control unit 21 executes label printing processing (step S2-11). Specifically, the label printing unit 217 transmits the generated print data to the printer 35. The printer 35 prints the delivery label 50 by the number of copies based on the print data.

  Next, the control unit 21 of the label management server 20 executes a label shipping instruction process (step S2-12). Here, the shipping instruction means 214 of the control unit 21 outputs a shipping instruction for the delivery label 50. Specifically, the shipping instruction means 214 acquires the address, name, and contact address of the member to be sent from the member master data 220 and specifies the shipping destination information. The shipping instruction unit 214 acquires the name of the sender and the name of the delivery destination from the print information used for the label printing process, and specifies the shipping label information. Then, the shipping instruction unit 214 generates label shipping screen data including shipping destination information and shipping label information, and displays the label shipping screen on the display of the secretariat terminal 30. This label shipping screen includes sender information and destination information described in the shipping label 50 to be shipped, and the name and address of the user of the destination. In this case, the control unit 21 records the current date and time when the label shipping screen is displayed in the shipping instruction date and time data area of the request history data 240. Specifically, the shipping instruction means 214 of the control unit 21 extracts the request history data 240 including the label identifier from the request history data storage unit 24 in the label print request. Then, the current date and time is recorded in the shipping instruction date and time data area of the request history data 240.

  The operator packs the header sticker 80 including the name of the sender and destination of each initial print information and the number of mounts displayed on the stocker shipping screen, and sends them to the address of the user. Then, the worker sends the delivery label 50 on which the sender and the delivery destination displayed on the label shipment instruction screen are printed to the user's address.

When the header sticker 80 sent by the above-described member registration process and the mount that forms the label storage shelf 60 arrive, the user assembles the label storage shelf 60 and sets the label sticker 80 on the header surface of each label storage shelf 60. Affix. Then, the user accommodates the delivery label 50 in which the senders and delivery destinations of the displays 82 and 83 included in each heading sticker 80 are described in the label storage shelf 60 to which the heading sticker 80 is attached.
Thereafter, when the delivery label 50 is used, the user takes out the delivery label 50 in which the sender and the delivery destination are described from the label storage shelf 60 and affixes it to the package to be sent.

(Processing for label printing request from the mobile phone terminal 15)
Next, processing for handling label printing from the mobile phone terminal 15 will be described with reference to FIG. In this case, when the delivery label 50 accommodated in the label storage shelf 60 is used and the height of the delivery label 50 stacked on the label storage shelf 60 becomes lower than the notification guide mark 70, the user moves the mobile phone terminal 15. Use it to request label printing.

First, the mobile phone terminal 15 executes a two-dimensional code photographing process (step S3-1). Specifically, when the remaining number of delivery labels 50 decreases and the height of the stacked delivery labels 50 becomes lower than the notification guide mark 70, the user stores the label storage in which the delivery labels 50 are accommodated. The mobile phone terminal 15 takes a picture of the two-dimensional code 81 of the heading seal 80 on the shelf 60. In this case, the mobile phone terminal 15 decodes the photographed two-dimensional code 81 and acquires the label identifier, user ID, and URL data included in the two-dimensional code 81.

  Next, the mobile phone terminal 15 executes URL confirmation processing (step S3-2). Specifically, the mobile phone terminal 15 displays the acquired URL on the display with the URL selected.

  Here, when the user selects a key button indicating the determination key of the mobile phone terminal 15, the mobile phone terminal 15 accesses the URL, whereby the two-dimensional code corresponding means of the control unit 21 of the label management server 20. 216 is accessed. The two-dimensional code corresponding means 216 of the control unit 21 transmits the access screen data to the mobile phone terminal 15.

  The mobile phone terminal 15 executes an access screen display process (step S3-3). Specifically, the mobile phone terminal 15 displays an access screen on the display based on the access screen data acquired from the control unit 21 of the label management server 20. This access screen includes a password input field for inputting a password, a replenishment number change input field, and a send button.

  Next, the mobile phone terminal 15 executes a password acquisition process (step S3-4). Specifically, the user inputs a password in the password input field on the access screen. Furthermore, when replenishing a number different from the set replenishment number, the user inputs the changed replenishment number in the replenishment number change input field. Then, the user selects a send button. In this case, the mobile phone terminal 15 acquires the password input on the access screen.

  Then, the mobile phone terminal 15 executes a label print request process (step S3-5). Specifically, the mobile phone terminal 15 transmits a label print request including the label identifier and user ID included in the two-dimensional code 81 and the acquired password to the label management server 20. In this case, when the change replenishment number is input on the access screen, the mobile phone terminal 15 includes data regarding the change replenishment number in the label print request.

  The control unit 21 of the label management server 20 that has received the label print request executes an authentication process (step S3-6). Specifically, the access receiving unit 210 of the control unit 21 takes over the label printing request to the two-dimensional code corresponding unit 216. The two-dimensional code correspondence unit 216 searches the member master data storage unit 22 for member master data 220 including the acquired user ID and password. If the corresponding member master data 220 can be identified, the authentication process is completed.

  Then, the control unit 21 of the label management server 20 executes a request history recording process (step S3-7). Here, the two-dimensional code handling means 216 of the control unit 21 generates the request history data 240 and records it in the request history data storage unit 24 as in step S2-6.

  Then, the control unit 21 of the label management server 20 transmits a confirmation mail (step S3-8). Specifically, the two-dimensional code handling means 216 of the control unit 21 transmits a confirmation mail indicating that the label print request has been accepted to the mail address of the member master data 220 extracted in the authentication process. Also in this case, a confirmation mail is transmitted to all mail addresses included in the member master data 220, as in step S2-7 described above. And the mobile telephone terminal 15 receives a confirmation mail (step S3-9).

Further, the control unit 21 of the label management server 20 executes a process for acquiring print information and the like (step S3-10). Specifically, as in step S2-9, the label printing unit 217 of the control unit 21 acquires the label print data 230 including the label identifier included in the label print request. Then, the label printing unit 217 of the control unit 21 generates print data based on the label print data, similarly to step S2-10 (step S3-11). Next, as in step S2-11, the label printing unit 217 transmits this print data to the printer 35 and executes label printing processing (step S3-12).

  Next, the control part 21 of the label management server 20 performs a label dispatch instruction process similarly to step S2-12 (step S3-13). Then, the delivery label 50 on which the sender and the delivery destination are printed is sent to the user's address. The user stores and stores the delivered delivery label 50 in the label storage shelf 60 to which the header sticker 80 on which the sender and the delivery destination are displayed is attached.

  As described above, when the delivery labels 50 accommodated in the respective label storage shelves 60 are used, the stacked height is lowered, and the label print request is transmitted to the label management server 20, the sender and the destination corresponding to this are sent. Is delivered to the user.

(Additional registration processing of print information)
Thereafter, an additional registration process of print information when a user who has registered as a member desires additional registration of information on a new sender or destination will be described with reference to FIG.

  The user connects the PC terminal 10 to the label management server 20. The control unit 21 of the label management server 20 connected to the PC terminal 10 transmits acceptance screen data to the PC terminal 10. In this case, the PC terminal 10 displays a reception screen on the display. Here, the user inputs the user ID and password in the input field of the login screen, and selects the login button. As a result, the PC terminal 10 transmits a login request to the label management server 20 as in step S2-1 (step S4-1).

The control unit 21 of the label management server 20 executes the authentication process using the login data as in step S2-2 (step S4-2).
Here, when the member master data 220 including the matching user ID and password can be extracted, the control unit 21 of the label management server 20 executes the transmission process of the additional setting screen data (step S4-3). . Specifically, the PC corresponding means 215 of the control unit 21 transmits member menu screen data to the PC terminal 10. The PC terminal 10 displays a menu selection screen on the display. Here, when the user selects the print information addition button on the menu selection screen, the PC terminal 10 makes an additional setting screen request to the label management server 20.

  The print information registration unit 212 of the control unit 21 of the label management server 20 extracts all the label print data 230 including the member identifier of the member master data 220 extracted in the authentication process from the label print data storage unit 23. Then, the print information registration unit 212 generates additional setting screen data and transmits it to the PC terminal 10. This additional setting screen includes a display field for displaying already registered printing information and a newly registered printing information input field.

  The PC terminal 10 that has received the additional setting screen data displays the additional setting screen based on the additional setting screen data (step S4-4). In this case, the user inputs the sender information, the delivery destination information and the replenishment number to be printed on the delivery label 50 to be printed in the print information input field on the additional setting screen, and selects the add button on the additional setting screen.

Next, the PC terminal 10 executes a process for transmitting additional print information (step S4-5). Specifically, the PC terminal 10 transmits print information (additional print information) input on the additional setting screen to the label management server 20.

  The control unit 21 of the label management server 20 that has received the additional print information executes print information additional registration processing (step S4-6). Specifically, the access receiving unit 210 of the control unit 21 takes over the acquired additional print information to the print information registration unit 212. In this case, the print information registration unit 212 assigns a label identifier to each combination of sender information and destination information. Then, the print information registration unit 212 includes label print data including a member identifier, a given label identifier, sender information and destination information specified by the label identifier, and the number of supplements included in the additional print information. 230 is generated and stored in the label print data storage unit 23.

  Next, the control unit 21 of the label management server 20 executes a registration confirmation mail transmission process (step S4-7). Specifically, the print information registration unit 212 of the control unit 21 transmits a registration confirmation mail to the mail address of the member master data 220 extracted in the authentication process. This registration confirmation mail includes the contents of the additionally registered printing information. The PC terminal 10 receives the registration confirmation mail (step S4-8).

  Next, the control unit 21 of the label management server 20 executes a two-dimensional code generation process for each additional print information (step S4-9). Specifically, as in step S1-9, the sticker printing unit 213 of the control unit 21 generates a two-dimensional code including the label identifier and member identifier of the registered label print data 230, and a URL that accepts a label print request. Generate.

  Next, the control unit 21 of the label management server 20 executes the printing process of the header label 80 for each additional print information (step S4-10). Specifically, the sticker printing unit 213 of the control unit 21 generates the respective label sticker print data using the newly registered label print data 230 and transmits it to the printer 35 as in step S1-10. To do. The printer 35 prints each header label 80 based on the received header label print data.

  Next, the control unit 21 of the label management server 20 executes a stocker dispatch instruction process (step S4-11). Specifically, the shipping instruction unit 214 of the control unit 21 executes a shipping instruction process for the mount serving as the headline sticker 80 and the label storage shelf 60 as in step S1-11. Then, the operator packs the number of the displayed label stickers 80 and the label stickers 80 including the names of the senders and recipients of the additional print information, and sends them to the user's address.

(Mount that constitutes the label storage shelf)
Next, the mount used as the label storage shelf 60 will be described with reference to FIGS. 9 and 10.

  FIG. 9A shows a development view of the label storage shelf 60. The label storage shelf 60 includes a bottom surface mount 61 that forms a bottom surface portion, side surface mounts 62 and 63 that form two symmetrical side surfaces, and a back surface mount 64 that forms one back surface portion. ing. For ease of explanation, the direction from the back surface mount 64 to the front will be described as the X direction, and the direction orthogonal thereto will be described as the Y direction.

The side surface mount 62 and the side surface mount 63 have a symmetrical shape. The side surface mounts 62 and 63 have the same length in the X direction as the first mount 66 of the bottom surface mount 61 and are connected to the first mount 66. The side surface mounts 62 and 63 have a shape in which an isosceles triangular notch is provided on the X direction side with respect to a substantially rectangular shape. The maximum length of the notch in the X direction is the length L. At the center of the side surface mounts 62 and 63, a “U” -shaped cut is provided that protrudes on the opposite side of the bottom surface mount 61. This incision constitutes an insertion piece 65 when assembled. Further, the side surface mounts 62 and 63 are provided with fold lines extending in the anti-X direction and the X direction from the end portions of the cuts. By folding the side surface mounts 62 and 63 at the fold line, a right side trapezoidal side surface portion is formed.

  In addition, fixing projections 62a and 63a are formed on the side surface mounts 62 and 63, respectively, so as to protrude to the opposite side of the bottom surface mount 61. In the present embodiment, there are two fixing protrusions 62a and 63a, which are provided in the vicinity of the back surface portion or in the vicinity of the outlet, respectively.

  Further, a notification guide mark 70 is formed on each side surface mount 62, 63 in the vicinity of the opposite side (outlet side) from the back surface. In the present embodiment, two notification guide marks 70 are formed at the same position on both sides of each of the side surface mounts 62 and 63. Further, each side surface mount 62, 63 is provided with a connecting hole 71, respectively.

  Further, the back surface mount 64 has a substantially rectangular shape. The length of the back surface mount 64 in the X direction is substantially the same as the length of the side surface mounts 62 and 63 in the Y direction. Further, a fold line extending in the Y direction is formed in the center of the back surface mount 64. The back surface mount 64 is provided with a fixing protrusion 64 a that protrudes on the opposite side of the bottom surface mount 61. In the present embodiment, there are two fixing protrusions 64a, and these fixing protrusions 64a are provided in the vicinity of the side surface mounts 62 and 63, respectively.

  On the other hand, the bottom surface mount 61 includes a first mount 66, a second mount 67 that continues in the X direction, and a third mount 68 that continues in the X direction. Fold lines are provided at the boundary between the first mount 66 and the second mount 67 and at the boundary between the second mount 67 and the third mount 68.

The first mount 66, the second mount 67, and the third mount 68 have a substantially rectangular shape with the same length in the Y direction. The length of the first mount 66 in the X direction is shorter than the total length of the second mount 67 and the third mount 68 in the X direction. The length of the third mount 68 in the X direction is shorter than the length of the first mount 66 in the X direction. Further, the length of the second mount 67 in the X direction is large enough to allow the label sticker 80 to be attached. Therefore, when the boundary between the first mount 66 and the second mount 67 and the boundary between the second mount 67 and the third mount 68 are bent, the second mount 67 and the third mount 68 are in contact with the first mount 66. Stand up diagonally to form a heading surface and a mounting surface, respectively.
Further, a fixing projection 68 a that protrudes on the opposite side of the first mount 66 is formed at the center of the third mount 68 of the bottom mount 61.

  A plurality of rectangular holes 72 a, 73 a, 74 a, 78 a and an insertion port 75 are formed in the first mount 66 of the bottom surface mount 61. The holes 72a, 73a, 74a, and 78a are formed at positions corresponding to the fixing protrusions 62a, 63a, 64a, and 68a, and the fixing protrusions 62a, 63a, 64a, and 68a are respectively formed. The size can be fitted.

  On the other hand, the insertion port 75 has such a size that the insertion piece 65 of the label storage shelf 60 can be fitted, and as shown in FIG. It is shifted to the outlet side (X direction side). For this reason, as shown in FIG. 10B, when the insertion piece 65 of the label storage shelf 60 is fitted into the insertion port 75 of another label storage shelf 60 and the label storage shelf 60 overlaps, the side portion The outlet side of the side surface portion formed by the mounts 62 and 63 is diagonally flush with each other.

The mount configured as described above is sent to the user. The user bends the fold line of the mount and attaches the fixing protrusions 62a, 63a, 64a, 68a to the holes 72a, 73a, 74a, 78.
Fit to each of a. As a result, the second mount 67 and the third mount 68 of the bottom mount 61 stand up diagonally, and the side mounts 62 and 63 and the back mount 64 stand up vertically, as shown in FIG. 9B. In addition, the label storage shelf 60 that is open on the opposite side of the back surface portion and above the back surface portion is assembled. Then, the user stacks the label storage shelves 60 by inserting the insertion pieces 65 into the insertion port 75.

According to this embodiment, the following effects can be obtained.
In the present embodiment, when print information is acquired from the user, the control unit 21 of the label management server 20 prints a header label 80 for each print information (steps S1-10 and S4-10). The control unit 21 executes stocker sending instruction processing for sending the printed label sticker 80 and the number of print information mounts to the user (steps S1-11 and S4-11). The user affixes a label sticker 80 to the label storage shelf 60 assembled from the sent mount, and accommodates the delivery label 50 in which the senders and destinations of the displays 82 and 83 included therein are described. For this reason, since the mount and label sticker 80 of the label storage shelf 60 for distinguishing and storing each delivery label 50 are sent, the user can easily manage a plurality of delivery labels 50.

  In the present embodiment, when the delivery label 50 on which the registered print information is printed is desired to be sent, the PC terminal 10 or the mobile phone terminal 15 executes label print request processing (steps S2-5 and S3-5). . In response to this label print request, the control unit 21 of the label management server 20 executes a process for acquiring print information and the like based on the label identifier included in this label print request (steps S2-9 and S3-10). The control unit 21 generates print data using the acquired print information (steps S2-10 and S3-11), and executes label shipping instruction processing (steps S2-12 and 3-13). Accordingly, the label management server 20 specifies the print information of the insufficient delivery label 50 in response to receiving the label print request, and sends the delivery label 50 printed with the print information to the user for replenishment. Can do. For this reason, it is possible to efficiently replenish the delivery label 50 printed with different delivery destinations and use the delivery label 50.

  In the present embodiment, a notification guide mark 70 is provided on the label storage shelf 60. The user photographs the two-dimensional code 81 of the headline sticker 80 of the label storage shelf 60 in which the delivery label 50 whose height stacked from the notification guide mark 70 is lower than that of the notification guide mark 70 is accommodated with the mobile phone terminal 15. To do. Then, when the send button is selected via the displayed access screen, the mobile phone terminal 15 executes a label print request process (step S3-5). Accordingly, when the number of delivery labels 50 is reduced, the header label 80 of the label storage shelf 60 in which the delivery labels 50 are stored is photographed to request label printing, so that the reduced delivery labels 50 are specified so as not to make a mistake. The delivery label 50 can be easily refilled.

  In the present embodiment, the heading seal 80 is provided on the heading surface on the outlet side of the label storage shelf 60. For this reason, the user can easily photograph the headline sticker 80 with the mobile phone terminal 15.

  In the present embodiment, in the registered print information display process (step S2-4), the PC terminal 10 displays a print information screen including a billing check box and a replenishment number change input field for each label print data 230. Is displayed. The user selects a request check box corresponding to the label print data 230 for requesting label print. In this case, the PC terminal 10 transmits a label print request including a label identifier corresponding to the check box selected on the print information screen to the label management server 20. For this reason, when there is a shortage of delivery labels 50 on which different print information is printed, the respective label print requests can be made collectively.

  In this embodiment, when the PC terminal 10 accesses the label management server 20, the control unit 21 of the label management server 20 acquires the user ID and password and executes the authentication process (step S2-2). . The mobile phone terminal 15 transmits the user ID and password to the label management server 20, and the control unit 21 of the label management server 20 executes an authentication process (step S3-6). For this reason, it is possible to perform label printing (steps S2-11, S3-12), label shipping instructions (steps S2-12, S3-13), etc. after authenticating the user who transmitted the label printing request.

  In this embodiment, when registering the print information (steps S1-6 and S4-6), the control unit 21 of the label management server 20 transmits a registration confirmation email to the user's email address (step S1-6). S1-7, S4-7). Further, when receiving the label printing request, the control unit 21 of the label management server 20 transmits a confirmation mail to the authenticated user's mail address (steps S2-7 and S3-8). For this reason, the user can confirm registration of print information and acceptance of a label print request.

  In the present embodiment, the PC terminal 10 transmits initial print information including setting information for the number of supplements to the label management server 20 (step S1-4). The control unit 21 of the label management server 20 registers initial print information (step S1-6). Thereafter, when receiving the label printing request, the control unit 21 of the label management server 20 generates print data (step S2-10). In this case, when the change replenishment number is not included in the label print request, the control unit 21 generates print data including the replenishment number as the number of prints. For this reason, if the user desires to print the number of delivery labels 50 set at the time of registration of the initial print information, it is not necessary to set the replenishment number when requesting label printing.

  In the present embodiment, when the user wants to send a delivery label 50 having a replenishment number different from the set replenishment number, a desired replenishment number is entered in the replenishment number change input field on the print information screen or the access screen. input. The PC terminal 10 or the mobile phone terminal 15 executes label printing request processing including the replenishment number input in the replenishment number change input field (steps S2-5 and S3-5). When the change replenishment number is included in the label print request, the control unit 21 of the label management server 20 generates print data in which the change replenishment number included in the label print request is included in the print data as the number of print copies (step S2). -10, S3-11). Therefore, the user can change the replenishment number according to the situation when requesting label printing.

  In the present embodiment, the label storage shelf 60 that accommodates the delivery label 50 is provided with the insertion piece 65 and the insertion port 75. The insertion port 75 is located on the outlet side of the insertion piece 65 and is formed to have a size to which the insertion piece 65 is fitted. For this reason, when the insertion piece 65 is fitted into the insertion port 75, as shown in FIG. 4, the label storage shelves 60 are stacked while being shifted to the back surface side. Accordingly, the delivery label 50 can be managed in a space-saving manner.

  -In this embodiment, when the insertion piece 65 fits into the insertion port 75 and the label storage shelf 60 is stacked, the inclination of the side surface portion of each label storage shelf 60 on the outlet side becomes flush. For this reason, when the label storage shelves 60 are stacked, the upper part of the side surface outlet does not protrude. Therefore, the delivery label 50 can be easily taken out from the label storage shelf 60.

In the present embodiment, the notification guide mark 70 indicating the minimum standard of the amount of the delivery label 50 placed on the bottom surface side of each side surface portion of the label storage shelf 60 at a predetermined position from the bottom surface portion in the vicinity of the outlet side. Is provided. When the user finds the delivery label 50 having a lower stacking height than the notification guide mark 70, the user takes a picture of the label sticker 80 of the label storage shelf 60 with the mobile phone terminal 15, and puts it on the mobile phone terminal 15. Request label printing (step S3-
5). For this reason, since label printing is requested according to the amount of the delivery label 50 remaining on the label storage shelf 60, the delivery label 50 with the remaining remaining can be replenished in a timely manner.

  In the present embodiment, the placement surface of the bottom surface portion of the label storage shelf 60 is inclined so as to become lower toward the back surface portion. For this reason, the delivery label 50 placed here is unlikely to fall from the outlet. Moreover, since this inclined surface is comprised by bending the bottom face part mount 61, it can be easily made into an inclined surface inclined so as to become lower toward the back surface portion.

  In this embodiment, the bottom surface mount 61 of the label storage shelf 60 is provided with each fixing projection 68a, and the side surface mounts 62 and 63 are provided with each fixing projection 62a and 63a. The surface mount 64 is provided with each fixing projection 64a. The bottom surface mount 61 is formed with holes 72a, 73a, 74a, and 78a that can be fitted at positions corresponding to the fixing protrusions 62a, 63a, 64a, and 68a. When the fixing protrusions 62a, 63a, 64a, and 68a are fitted in the holes 72a, 73a, 74a, and 78a, the second mount 67 and the third mount 68 of the bottom mount 61 stand up diagonally, and the side faces The part mounts 62 and 63 and the back part mount 64 stand vertically. For this reason, the side surface part and the back surface part of the label storage shelf 60 can be erected only by assembling the mount.

Moreover, you may change the said embodiment as follows.
In the above embodiment, when receiving the label printing request, the control unit 21 of the label management server 20 executes a request history recording process (step S2-6). At this time, by using the recorded request history data 240, the control unit 21 may predict whether or not the label print request will be received next, and determine whether or not to send it to the user. In this case, the control unit 21 also functions as a prediction recording unit and an inquiry unit. Specifically, the control unit 21 extracts the request history data 240 a predetermined number of times from the request history data storage unit 24, and calculates the request interval from the difference in request reception date and time of the request history data 240. Then, the next predicted request date is calculated from the average request interval and the most recent billing reception date and time, and is recorded in association with the label identifier. When the current date has passed the calculated estimated request date, the control unit 21 transmits an email for confirming the lack of the delivery label 50 of this label identifier to the user. Specifically, when the estimated request date has passed, the control unit 21 extracts the label print data 230 including the label identifier, and extracts the member master data 220 of the member identifier included therein. Then, the control unit 21 transmits, to the mobile phone terminal 15, an email inquiring whether the label print data 230 has decreased to the email address included in the member master data 220. This mail includes print information of the label print data 230 and a label print request button associated with the label identifier. The user selects a label print request button when the delivery label 50 of the print information included in this mail has been reduced. The cellular phone terminal 15 makes a label print request including a label identifier associated with the label print request button. Thereby, even when the user does not notice that the delivery labels 50 are low, the delivery labels 50 can be replenished in a timely manner.

In the above embodiment, when receiving the label request process, the control unit 21 of the label management server 20 performs the label printing process (step S2-11) and the label shipping instruction process (step S2-12). Not only this but the control part 21 of the label management server 20 will perform these processes following registration of initial printing information (step S1-6) and additional registration of printing information (step 4-6). Label printing for printing the registered print information on the delivery label 50 may be performed. Specifically, the control unit 21 performs printing using the registered print information after the printing process (steps S1-10 and S4-10) of the headline sticker 80, similarly to the above steps S2-10 and S2-11. Data is generated and label printing processing is executed. Then, the control unit 21 executes a stocker / label shipping instruction process for outputting a shipping instruction screen including the shipping destination information, the shipping stocker information, and the shipping label information. As a result, the printed label sticker 80, the mount of the number of print information, and the delivery label 50 on which the print information is printed are sent to the user.

  In the above embodiment, the control unit 21 of the label management server 20 acquires the print information including the sender information, the destination information and the replenishment number input on the additional setting screen, and additionally registers the print information (step S4- 6) was executed. For example, in the case of a user who uses only one piece of sender information, the sender information may be omitted and only the destination information and the number of supplements may be acquired. Specifically, the control unit 21 of the label management server 20 extracts all the label print data 230 including the member identifier of the member master data 220 extracted in the authentication process. The control unit 21 compares the sender information of the extracted label print data 230, and when all the sender information is the same, the simple additional setting screen data including the simple print information input field for setting the destination information and the number of supplements. Is transmitted to the PC terminal 10. The PC terminal 10 displays a simple addition setting screen on the display. And when the control part 21 acquires the data regarding delivery destination information and the replenishment number via this simple addition setting screen, the label including the sender information and the replenishment number, and sender information determined to be all the same Print data 230 is generated and recorded in the label print data storage unit 23. Therefore, the user can omit the setting of the sender and can easily add print information.

  In the above embodiment, print information including sender information, destination information, and the number of supplements is used. When there are a plurality of types of delivery labels 50, a label type identifier for specifying the type of delivery label 50 to be printed may be included in this print information. Specifically, a label type identifier data area is provided in the label print data 230. The control unit 21 of the label management server 20 acquires label type identifier data from the PC terminal 10 using setting screen data including pull-down menu data for selecting the type of the delivery label 50 and records it in the label print data 230. .

  (Circle) the mount which comprises the label storage shelf 60 of the said embodiment may be other than the shape shown to Fig.4 (a) mentioned above. For example, although the vertically long label storage shelf 60 is stored so that the longitudinal direction of the delivery label 50 is positioned forward and backward, the horizontally long label storage shelf 60 is stored so that the longitudinal direction of the delivery label 50 is horizontal. It is good. Furthermore, in the side surface mounts 62 and 63 in the above embodiment, the insertion piece 65 is formed in a shape protruding on the opposite side to the bottom surface mount 61, but may be formed in a shape protruding on the bottom surface mount 61 side. Even in this case, when the label storage shelves 60 are assembled by bending the side surface mounts 62 and 63, the insertion piece 65 protrudes upward. Further, on the side surface mounts 62 and 63 side of the back surface mount 64 in FIG. 9A, an insertion piece closer to the bottom surface than the half of the back surface mount 64 is provided, and the side surface mount 62 and 63 may be folded. In this case, since the insertion piece is sandwiched and held between the side surface mounts 62 and 63, the back surface portion and the side surface portion are integrated and become stronger.

  Moreover, it is good also as the mount 90 shown to Fig.11 (a). The mount 90 includes a bottom surface mount 91, side surface mounts 92 and 93, and a back surface mount 94 each having a substantially rectangular shape. The side surface mounts 92 and 93 are formed with insertion pieces 65 that protrude on the side opposite to the bottom surface mount 91. A star-shaped notification guide mark 96 is formed on the side surface mounts 92 and 93 at a position away from the bottom surface in the vicinity of the outlet opposite to the back surface. Further, the bottom surface mount 91 is provided with an insertion port 75 having a size to which the insertion piece 65 is fitted. Then, the mount 90 stands up with respect to the bottom surface portion as shown in FIG. 11B by bending the boundary between the bottom surface mount 91 and the side surface mounts 92 and 93 or the back surface mount 94. A label storage shelf 60 having two side portions and a back surface portion is configured. In this case, the heading seal 80 may be attached to the outlet side of the bottom portion.

  Further, as shown in FIG. 11C, the bottom surface of the label storage shelf 60 may be provided with an inclined heading surface and placement surface. Moreover, as shown in FIG.11 (d), the insertion piece 65 and the insertion port 75 may be arrange | positioned near the back surface part, and the extraction port side of a side part may be inclined. In this case, a notification guide mark 97 composed of a plurality of patterns (here, downward arrows) may be provided. As described above, the notification guide mark 97 may be anything as long as it indicates the minimum standard of the amount of the delivery label 50 placed.

  In the above embodiment, the mobile phone terminal 15 specifies label print information by reading a two-dimensional code, and makes a label print request including this. Not only this but a barcode may be sufficient. Further, the label identification information may be displayed on the header label 80 and transmitted. Specifically, the user may request label printing from the mobile phone terminal 15 by inputting the label identification information of the printing information of the delivery label 50 that has decreased.

Next, technical ideas that can be grasped from the above-described embodiment and other examples will be described below together with their effects.
(A) Two side surface mounts and one back surface mount are symmetrically connected to the bottom surface mount for placing the delivery label and the bottom surface mount,
In the side surface mount, an insertion piece is connected to an extension portion opposite to the bottom surface mount, and an insertion port corresponding to the width of the insertion piece includes the bottom surface mount and the side surface mount. At the connection boundary of
A label storage shelf assembly mount, wherein the insertion piece is provided at a position closer to the back surface mount than the insertion opening.

  Therefore, according to the invention described in (A), since the insertion piece is located closer to the inner surface than the insertion port, the insertion piece is inserted into the insertion port and the label storage shelf is stacked. Then, the upper label storage shelf is shifted to the back, and the upper side on the outlet side is opened. For this reason, even if the label storage shelves are stacked one above the other, the label storage shelves can be configured so that the delivery labels accommodated in the lower label storage shelves can be easily taken out.

  (B) In the bottom surface mount, label identification information for specifying print information related to the sender and the delivery destination described in the delivery label to be placed is displayed on the opposite side of the side to which the back surface mount is connected. The label storage shelf assembly board as described in (A) above.

  Therefore, according to the invention described in (B), the label identification information is recorded on the side opposite to the side to which the back surface mount is connected, that is, on the outlet side of the label storage shelf. For this reason, the user can easily obtain the label identification information of the print information described in the delivery label accommodated in the label storage shelf in which the delivery label accommodated is reduced.

(C) The bottom surface mount is
A first mount to which the side surface mount and one back surface mount are connected;
A second mount connected to the first mount and connected to the opposite side of the back mount and a third mount connected to the second mount and bent on the first mount;
The length of the first mount is shorter than the sum of the length of the second mount and the length of the third mount, the length of the third mount is shorter than the length of the first mount, The label storage shelf assembly board according to (A) or (B), which is longer than the length of one board.

Therefore, according to the invention described in (C), the length of the first mount is shorter than the total length of the second mount and the third mount, and the length of the third mount is the first mount. It is shorter than the length of the mount 66 and longer than the length of the second mount. For this reason, when the third mount is bent on the first mount, the second mount and the third mount stand up diagonally on the first mount. In this case, since the second mount is shorter than the third mount, the delivery label is placed on the third mount. Accordingly, since the third mount is erected so as to be obliquely lowered from the outlet side of the label storage shelf to the back surface side, the placed delivery label is unlikely to fall from the outlet.

  (D) Any one of the items (A) to (C), wherein the side surface mount or the bottom surface mount is provided with a guide for determining a minimum standard of a placement amount of a delivery label. Label storage shelf assembly mount as described in.

  Therefore, according to the invention described in (D), the user can easily grasp the shortage of the stored delivery labels based on the guide that determines the minimum standard of the amount of the delivery label placed. Label printing can be requested at better timing.

The block diagram which shows the structure of the label management system in embodiment. It is explanatory drawing explaining the structure of the data recorded on each data storage part, (a) is member master data, (b) is label printing data, (c) is request history data. Explanatory drawing explaining the delivery label in embodiment. It is explanatory drawing of the label storage shelf which accommodates a delivery label, (a) is the state which assembled six label storage shelves, (b) shows the heading sticker affixed on a label storage shelf. The flowchart explaining the process sequence in a member registration process. The flowchart explaining the process sequence of the response | compatibility process of the label printing request from a PC terminal. The flowchart explaining the process sequence of the response | compatibility process of the label printing request from a mobile telephone terminal. 6 is a flowchart for explaining a processing procedure in print information additional registration processing. It is explanatory drawing of a label storage shelf, (a) is an expanded view of the assembly mount used as a label storage shelf, (b) shows the label storage shelf which assembled (a). It is explanatory drawing at the time of fitting an insertion piece in the insertion port of the base_sheet | mounting_paper which becomes a label storage shelf, (a) shows the state before fitting, (b) shows the state after fitting. It is explanatory drawing explaining the label storage shelf in a modified example, (a) is a development view of the mount in the modified example, (b) is a perspective view of the label storage shelf assembled with the mount of (a), (c) and ( d) is a perspective view of a label storage shelf in another modification.

Explanation of symbols

  L ... length, 10 ... PC terminal, 15 ... mobile phone terminal, 20 ... label management server, 21 ... control unit as control means, 22 ... member master data storage part as destination information storage means, 23 ... print information Label print data storage section as storage means, 24 ... Request history data storage section 24, 30 as history data storage means, 30 ... Secretariat terminal, 35 ... Printer, 50 ... Delivery label, 51 ... Sender information description column, 52 ... Delivery destination Information description column, 60 ... label storage shelf, 61, 91 ... bottom part mount, 62, 63, 92, 93 ... side part mount, 62a, 63a, 64a, 68a ... fixing protrusion, 64, 94 ... back part mount 65 ... Insertion piece, 66 ... First mount, 67 ... Second mount, 68 ... Third mount, 70, 96, 97 ... Notification guide mark, 71 ... Connection hole, 72a, 73a, 74a, 78a ... Hole 75 ... Insertion port, 77 ... Connecting member, 80 ... Headline sticker, 81 ... Two-dimensional code, 82 ... Display of sender name, 83 ... Display of delivery name, 84 ... Display of member identifier, 90 ... Mount, 210 ... Access receiving means, 211 ... Member registration means, 212 ... Print information registration means, 213 ... Seal printing means, 214 ... Dispatch instruction means, 215 ... PC correspondence means, 216 ... 2-dimensional code correspondence means, 217 ... Label printing means, 220: Member master data, 230: Label print data, 240: Request history data.

Claims (5)

Control means connected to the user terminal;
Print information storage means in which print information including a sender and a delivery address of a package to which a delivery label is affixed and label identification information for specifying the print information are associated and recorded,
A destination information storage unit in which destination information including a destination of a delivery label is recorded in association with one or more pieces of label identification information,
The control means includes
Print processing for giving label identification information to print information acquired from a user and recording it in the print information storage means, and printing information including the label identification information on a header member to be affixed to a label storage shelf A heading member print processing means for executing
Wherein acquires destination information associated with the label identification information from the destination information storage means, the destination information of the suppliers shipping instruction to output an instruction to dispatch a pre-Symbol printed headings member Recipients Means,
Print request acquisition means for acquiring a label print request including label identification information recorded on the header member from the user terminal;
Print information associated with the label identification information is acquired from the print information storage means, and a label print processing means for executing print processing for printing on a delivery label based on the print information;
Label management system characterized by comprising a label dispatch instruction means for outputting an instruction to dispatch a shipping label that has been pre-Symbol printed on the destination of the shipping label associated with the label identification information. The user terminal is a portable terminal having a photographing function and a code reading function for decoding data included in the photographed code,
The heading member print processing unit generates a code including the label identification information and a destination URL of the label printing request, prints the heading member including the code,
The print request acquisition means acquires the label print request including the label identification information from a portable terminal that has read the code of the header member via a receiving URL of the label print request. Item 2. The label management system according to item 1. Further comprising history data storage means for associating and recording the label identification information included in the print request and the claim acceptance date when the print request is received;
The destination information includes the user's email address,
The print request acquisition means records the claim reception date on which the label print request is received in the history data storage means in association with the acquired label identification information,
The control means includes
A request recording unit for calculating a request interval from the billing reception date recorded in the history data storage unit, and calculating a prediction date for receiving a next label printing request from the request interval and the latest billing reception date;
When the predicted date has passed, the mail address of the user is extracted from the destination information associated with the label identification information for which the predicted date has been calculated, and the delivery label including the print information is sent to the mail address. The label management system according to claim 1, further comprising: inquiry means for sending a mail for inquiring about the presence or absence of the label. Control means connected to the user terminal;
Print information storage means in which print information including a sender and a delivery address of a package to which a delivery label is affixed and label identification information for specifying the print information are associated and recorded,
A method for managing a delivery label using a system including a destination information storage unit in which destination information including a destination of a delivery label is recorded in association with one or more label identification information,
The control means includes
Print processing for giving label identification information to print information acquired from a user and recording it in the print information storage means, and printing information including the label identification information on a header member to be affixed to a label storage shelf A heading member printing process stage,
Wherein acquires destination information associated with the label identification information from the destination information storage means, the destination information of the suppliers shipping instruction to output an instruction to dispatch a pre-Symbol printed headings member Recipients Stages,
From the user terminal, a print request acquisition stage for acquiring a label print request including label identification information recorded on the heading member;
A label printing process stage for obtaining printing information associated with the label identification information from the printing information storage means and executing a printing process for printing on a delivery label based on the printing information;
Label management method characterized by performing a label dispatch instruction step of outputting an instruction to dispatch a shipping label that has been pre-Symbol printed on the destination of the shipping label associated with the label identification information. Control means connected to the user terminal;
Print information storage means in which print information including a sender and a delivery address of a package to which a delivery label is affixed and label identification information for specifying the print information are associated and recorded,
A program for managing a delivery label in a system including a delivery destination information storage unit in which delivery destination information including a delivery destination of a delivery label is recorded in association with one or more label identification information,
The control means;
Print processing for giving label identification information to print information acquired from a user and recording it in the print information storage means, and printing information including the label identification information on a header member to be affixed to a label storage shelf A heading member print processing means for executing
Wherein acquires destination information associated with the label identification information from the destination information storage means, the destination information of the suppliers shipping instruction to output an instruction to dispatch a pre-Symbol printed headings member Recipients means,
Print request acquisition means for acquiring a label print request including label identification information recorded on the header member from the user terminal,
Print information associated with the label identification information is acquired from the print information storage means, a label print processing means for executing a print process for printing on a delivery label based on the print information, and associated with the label identification information label management program for causing to function as a label dispatch instruction means for outputting an instruction to dispatch a pre-Symbol printed on the shipping label to the destination of the obtained shipping label.

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