JP2014089512A - Commodity order system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an operator of two-wheeled or four-wheeled vehicle parking facility with a new source of profit.SOLUTION: A commodity order system includes: a two-wheeled or four-wheeled parking facility for parking a two-wheeled vehicle or a four-wheeled vehicle; a commodity information display part which is arranged in the two-wheeled or four-wheeled parking facility and displays a commodity two-dimensional code including commodity specification information; and an information processing apparatus which is allowed to access a storage part storing list information including information on members of the two-wheeled or four-wheeled parking facility, receives commodity order information including the commodity specification information included in the commodity two-dimensional code and member specification information identifying one member of the two-wheeled or four-wheeled parking facility, and determines whether the member specified by the member specification information included in the commodity order information matches one member included in the list information.

Description

  The present invention relates to a product ordering system using bicycle parking or a parking facility.

  In order to reduce traffic congestion in the city, it is desirable to leave a two-wheeled or four-wheeled vehicle at a bicycle parking or parking facility near the station in the vicinity of the city and head to the destination by rail. In such bicycle parking or parking facilities, it is a big issue to reduce operating costs and improve profitability. In the following Patent Document 1, the present applicant has proposed to realize a low-cost bicycle parking facility by installing a gate management device having a two-dimensional code reader in the bicycle parking facility.

Japanese Patent No. 5004500

  The present invention constructs a system that allows members of a bicycle parking or parking facility to order goods using the space of the bicycle parking or parking facility, and provides a new revenue source to the operator of the bicycle parking or parking facility. The challenge is to improve profitability.

In order to solve the above-described problem, a product ordering system according to one aspect of the present invention includes:
Bicycle parking or parking facilities that make it possible to park or park two-wheeled vehicles or four-wheeled vehicles,
A product information display unit installed in the bicycle parking or parking facility and displaying a product two-dimensional code including information for identifying the product;
An information processing apparatus,
Access to a storage unit storing list information including information of a plurality of members who are members of the bicycle parking or parking facility,
Receiving product order information including information specifying the product included in the product two-dimensional code and member specifying information specifying one of the members of the bicycle parking or parking facility;
Determining whether a member specified by the member specifying information included in the product order information matches one of the members included in the list information; and
It comprises.

1 schematically shows a configuration of a product order system according to an embodiment of the present invention. A more detailed configuration of the main elements of the product ordering system will be described. The example of the goods two-dimensional code displayed on a goods information display part in the above-mentioned goods ordering system is shown. The example of the data of the bicycle parking lot member list memory | storage part in the said product order system is shown. The example of the data of the utilization history data storage part in the said merchandise order system is shown. The example of the data of the goods order member list memory | storage part in the said goods ordering system is shown. The example of the data of the order reception data storage part in the said merchandise order system is shown. The example of the data of the locker management data storage part in the said merchandise order system is shown. It is a sequence diagram which shows operation | movement of the bicycle parking facility contained in the said product order system. It is a sequence diagram which shows operation | movement of the said product order system. It is a sequence diagram which shows other operation | movement of the bicycle parking facility contained in the said goods ordering system. It is a sequence diagram which shows other operation | movement of the said goods order system.

  Hereinafter, embodiments of the present invention will be described in detail. The embodiment described below shows one example of the present invention, and does not unduly limit the content of the present invention described in the claims. In addition, all the configurations and operations described in the embodiments are not necessarily essential as the configurations and operations of the present invention. The same constituent elements are denoted by the same reference numerals, and redundant description is omitted.

<1. Configuration>
FIG. 1 schematically shows the configuration of a product order system according to an embodiment of the present invention. FIG. 2 shows a more detailed configuration of the main elements of the product ordering system. FIG. 3 shows an example of a product two-dimensional code displayed on the product information display unit in the product ordering system. 4 to 8 show examples of data stored in the storage units in the product ordering system. First, the configuration of the commodity ordering system will be described with reference to FIGS. 1 and 2 and with reference to FIGS. 3 to 8 as appropriate.

  The product ordering system includes a bicycle parking facility 100, a product information display unit 120, an entrance management terminal 130, an exit management terminal 140, a bicycle parking lot information processing device 150, an order information processing device 200, a locker 230, and locker management. Terminal 240. The product ordering system further includes an order receiving terminal 180. The order reception terminal 180 will be described later.

<1-1. Bicycle parking facility 100>
The bicycle parking facility 100 has a partition 101 (wall, fence, fence, fence, etc.). The bicycle parking facility 100 is configured such that a plurality of two-wheeled vehicles 111 (bicycles or motorcycles) can be stopped inside the partition 101. The bicycle parking facility 100 may be outdoors or indoors. In the bicycle parking facility 100, a plurality of bicycle parking lock devices 102, an entrance gate 103, and an exit gate 104 are installed. The parking lock device 102 is configured to be locked in a state where the front wheel 112 of the two-wheeled vehicle 111 is fixed.

  The entrance gate 103 and the exit gate 104 are installed on a common base 105. Each of the entrance gate 103 and the exit gate 104 has a rotating pole 106 and a plurality of bars 107. The rotating pole 106 is disposed substantially perpendicular to the ground. The plurality of bars 107 are fixed to the rotating pole 106 so as to be substantially parallel to the ground and arranged radially with respect to the rotating pole 106.

  The entrance gate 103 rotates about the rotation pole 106 in the direction of the arrow θ1 shown in FIG. 1, or is prevented from rotating by an entrance gate lock mechanism 113 (see FIG. 2) provided in the base 105. ing. The exit gate 104 rotates in the direction of the arrow θ2 shown in FIG. 1 around the rotation pole 106, or is prevented from rotating by an exit gate lock mechanism 114 (see FIG. 2) provided in the base 105. ing. The plurality of bars 107 included in the entrance gate 103 and the plurality of bars 107 included in the exit gate 104 are different in height from the ground (not shown). For this reason, the entrance gate 103 and the exit gate 104 can rotate independently without interfering with each other.

  In the partition 101, an entrance / exit 108 is formed at a position different from the position where the entrance gate 103 and the exit gate 104 are provided. An obstacle pole 109 is installed in the vicinity of the entrance / exit 108. Since the obstacle pole 109 is installed, the two-wheeled vehicle 111 cannot pass through the entrance / exit 108, but the member 110 of the bicycle parking facility does not accompany the two-wheeled vehicle 111 but passes through the entrance / exit 108 and enters and exits the partition 101. You can go in and out. The member 110 may have a qualification to stop the two-wheeled vehicle 111 not only at the bicycle parking facility 100 but also at any of a plurality of bicycle parking facilities (not shown). Each of such a plurality of bicycle parking facilities may have the same configuration as the bicycle parking facility 100.

<1-2. Product information display unit 120>
The merchandise information display unit 120 is fixed to the partition 101 substantially perpendicular to the ground. In the product information display unit 120, an illustration 121 of a product that can be purchased, a product description 122, and a product two-dimensional code 123 are displayed. The product information display unit 120 may be a sheet or a plate on which the illustration 121, the product description 122, and the product two-dimensional code 123 are printed, and may not have processing functions such as data input and transmission / reception. The merchandise information display unit 120 may include an illumination lamp (not shown) to improve the beauty of the merchandise information display unit 120 and also serve as night lighting for the bicycle parking facility 100.

  The product two-dimensional code 123 is obtained by encoding character information into a black and white pattern (see FIG. 3). The product two-dimensional code 123 may include information specifying an order place as well as information specifying a product. Details of the information included in the product two-dimensional code 123 will be described later.

  Information included in the two-dimensional product code 123 can be read by the member portable terminal 300 such as a portable telephone held by the member 110 of the bicycle parking facility. Specifically, the product two-dimensional code 123 can be converted into character information by an imaging function and a decoding function possessed by a cellular phone or the like.

  The member portable terminal 300 includes information on order contents (information specifying the product read from the product two-dimensional code 123, information specifying the order place, information specifying the delivery destination, etc.) and the member 110 of the bicycle parking facility. Member identification information to be identified (for example, a member ID) can be transmitted to the order information processing apparatus 200 via the base station system 310.

<1-3. Entrance management terminal 130 and exit management terminal 140>
The entrance management terminal 130 is a computer device having a transmission / reception unit 131 and a control unit 134 (see FIG. 2). The entrance management terminal 130 further includes information reading units such as a two-dimensional code reader 132 and an IC chip reader 133.

  The exit management terminal 140 is a computer device having a transmission / reception unit 141 and a control unit 144 (see FIG. 2). The exit management terminal 140 further includes information reading units such as a two-dimensional code reader 142 and an IC chip reader 143.

  Both of the two-dimensional code readers 132 and 142 have an imaging function and a decoding function, and can read information by converting a member two-dimensional code (described later) held by the bicycle parking facility member 110 into character information. it can. Each of the IC chip readers 133 and 143 has a radio wave transmission / reception function, a modulation function, and a demodulation function, and can read information without contact from a member IC chip (described later) held by the member 110 of the bicycle parking facility. . Each of the entrance management terminal 130 and the exit management terminal 140 may have both a two-dimensional code reader and an IC chip reader as an information reading unit, or only one of the two-dimensional code reader and the IC chip reader. You may have.

  The member two-dimensional code whose information is read by the two-dimensional code readers 132 and 142 includes information of a member ID that identifies the member 110 of the bicycle parking facility. This member two-dimensional code is, for example, stored in the member portable terminal 300 and displayed on the display screen of the member portable terminal 300. Alternatively, the member two-dimensional code may be printed on a member card (not shown) held by the member 110 of the bicycle parking facility.

  The member IC chip whose information can be read by the IC chip readers 133 and 143 includes information on a member ID that identifies the member 110 of the bicycle parking facility. This member IC chip is, for example, an IC chip mounted on a member card (not shown) held by the member 110 of the bicycle parking facility. Alternatively, the member IC chip may be an IC chip mounted on the member portable terminal 300.

  Each of the transmission / reception unit 131 of the entrance management terminal 130 and the transmission / reception unit 141 of the exit management terminal 140 is connected to the transmission / reception unit 151 of the bicycle parking lot information processing apparatus 150 via a network. Each of the entrance management terminal 130 and the exit management terminal 140 is configured to transmit the information to the bicycle parking lot information processing apparatus 150 when the information of the member two-dimensional code or the member IC chip is read.

  The control unit 134 of the entrance management terminal 130 is connected to the entrance gate lock mechanism 113 by a signal line. The entrance management terminal 130 is configured to receive information such as a member ID verification result from the bicycle parking lot information processing apparatus 150 and to control the entrance gate lock mechanism 113 based on the information.

  The control unit 144 of the exit management terminal 140 is connected to the exit gate lock mechanism 114 by a signal line. The exit management terminal 140 is configured to receive information such as a member ID verification result from the bicycle parking lot information processing apparatus 150 and to control the exit gate lock mechanism 114 based on the information.

  The control unit 134 of the entrance management terminal 130 may be connected to a plurality of parking lock devices 102 by signal lines. The entrance management terminal 130 may receive a signal indicating a locked or unlocked state from each of the parking lock devices 102. Alternatively, the entrance management terminal 130 may control the locking and unlocking of the parking lock device 102. The control unit 144 of the exit management terminal 140 may be connected to the plurality of parking lock devices 102 by signal lines. The exit management terminal 140 may receive a signal indicating a locked or unlocked state from each of the parking lock devices 102.

<1-4. Bicycle parking information processing apparatus 150>
The bicycle parking lot information processing device 150 is a computer device having a transmission / reception unit 151 and an information processing unit 152 (see FIG. 2). The information processing unit 152 of the bicycle parking lot information processing apparatus 150 is configured to be accessible to the bicycle parking lot member list storage unit 160 and the usage history data storage unit 170.

  The bicycle parking lot information processing apparatus 150 is configured to receive the member ID information from the entrance management terminal 130, collate this information with the information in the bicycle parking lot member list storage unit 160, and transmit the collation result to the entrance management terminal 130. ing. Also, the bicycle parking lot information processing apparatus 150 receives the member ID information from the exit management terminal 140, collates this information with the information in the bicycle parking lot member list storage unit 160, and transmits the collation result to the exit management terminal 140. It is configured.

  FIG. 4 shows an example of a bicycle parking lot member list. In the bicycle parking member list stored in the bicycle parking member list storage unit 160, information such as a member ID 161, a name 162, an address 163, a remaining bicycle parking number 164, a mobile phone mail address 165, and a password 166 correspond to each bicycle parking member. It is attached.

  Referring to FIGS. 1 and 2 again, the bicycle parking lot information processing device 150 stores the usage history data of the bicycle parking facility 100 as members based on the information received from the entrance management terminal 130 and the information received from the exit management terminal 140, respectively. Each of which is created and stored in the usage history data storage unit 170.

  FIG. 5 shows an example of usage history data. The usage history data stored in the usage history data storage unit 170 includes a data block created for each member of the bicycle parking lot. In each data block, information such as an entry date 171, a parking position 172, and an exit date 173 is associated with each entry to and exit from the bicycle parking lot.

  Referring to FIGS. 1 and 2 again, the transmission / reception unit of the bicycle parking lot information processing apparatus 150 is connected to the transmission / reception unit 201 of the order information processing apparatus 200 via a network. The bicycle parking lot information processing apparatus 150 may transmit the information of the bicycle parking lot member list storage unit 160 and the information of the usage history data storage unit 170 to the order information processing apparatus 200 as necessary.

<1-5. Order Information Processing Device 200>
The order information processing apparatus 200 is a computer apparatus having a transmission / reception unit 201 and an information processing unit 202 (see FIG. 2). The information processing unit 202 of the order information processing apparatus 200 is configured to be able to access the product order member list storage unit 210 and the order reception data storage unit 220.

  The order information processing apparatus 200 is configured to receive order content information and member specifying information for specifying a member from the member portable terminal 300. The order information processing apparatus 200 is configured to determine whether or not to accept an order based on the member specifying information received from the member portable terminal 300 and the information in the product order member list storage unit 210.

  FIG. 6 shows an example of the product order member list. In the product order member list stored in the product order member list storage unit 210, information such as a member ID 211, a name 212, an address 213, an orderable point 214, a mobile phone email address 215, and a personal identification number 216 corresponds to each member. It is attached. A member of a bicycle parking facility may be able to order a product using the product order system according to the embodiment of the present invention. Most of the information included in the product order member list may be the same as the information included in the bicycle parking lot member list (see FIG. 4).

  Referring again to FIGS. 1 and 2, when the order information processing apparatus 200 determines to accept the order, the order information processing apparatus 200 generates an order ID for identifying the order and receives the order contents received from the member portable terminal 300. The order acceptance data is created based on the information. The order information processing apparatus 200 is configured to store the created order reception data in the order reception data storage unit 220.

  FIG. 7 shows an example of order acceptance data. In the order acceptance data stored in the order acceptance data storage unit 220, information such as order ID 221, order date / time 222, ordered product 223, order location 224, delivery destination 225, orderer's member ID 226 corresponds to each order. It is attached. The data of the product 223, the order place 224, and the delivery destination 225 are created from the order content information transmitted from the member portable terminal 300. The delivery destination can be, for example, a locker 230 installed in the bicycle parking facility 100, a bicycle parking position of the two-wheeled vehicle 111 stopped in the bicycle parking facility 100, a home address of the member 110 who orders the product, or the like.

  1 and 2 again, the transmission / reception unit 201 of the order information processing apparatus 200 is connected to the reception unit 241 of the locker management terminal 240 via a network. The order information processing apparatus 200 is configured to transmit a locker opening condition (described later) to the locker management terminal 240.

  The transmission / reception unit 201 of the order information processing apparatus 200 is connected to the delivery management apparatus 400 (see FIG. 1) via a network. The order information processing apparatus 200 is configured to transmit product slip information to the delivery management apparatus 400. The delivery management device 400 is a computer device provided in a delivery center that takes out goods from a warehouse and delivers them, and is connected to a printer 410 for printing slips. The printer 410 prints a slip based on the slip information received by the delivery management device 400. The slip includes order content information and order ID information.

<1-6. Locker 230 and Locker Management Terminal 240>
The locker 230 may be installed outside the partition 101 in the vicinity of the partition 101, or may be installed inside the partition 101. In any case, the locker 230 is installed in the bicycle parking facility 100. The locker 230 includes a plurality of storage units (lockers No. 01 to 08) that can store products. The plurality of storage units included in the locker 230 can be locked by the storage unit locking mechanism 231 (see FIG. 2). For example, locker No. The storage units corresponding to 01 to 04 are provided with temperature control equipment (refrigeration equipment or heating equipment). The storage section corresponding to 05-08 may be for room temperature storage.

  The locker management terminal 240 is a computer device having a receiving unit 241 and a control unit 244 (see FIG. 2). The locker management terminal 240 further includes information input units such as a two-dimensional code reader 242 and an IC chip reader 243.

  The configurations of the two-dimensional code reader 242 and the IC chip reader 243 are the same as the configurations of the two-dimensional code reader 132 and the IC chip reader 133. The locker management terminal 240 may have both the two-dimensional code reader 242 and the IC chip reader 243 as an information input unit, or may have only the two-dimensional code reader 242.

  The locker management terminal 240 is configured to receive a locker opening condition from the order information processing apparatus 200. The control unit 244 of the locker management terminal 240 is configured to be accessible to the locker management data storage unit 250. The locker management terminal 240 is configured to create locker management data and store it in the locker management data storage unit 250 when receiving the locker opening condition from the order information processing apparatus 200.

  FIG. 8 shows an example of locker management data. In the locker management data stored in the locker management data storage unit 250, the locker No. 251, state 252, order ID 253, member ID 254 and the like are associated with each other. The order ID 253 and the member ID 254 are stored as locker opening conditions.

  1 and 2 again, the control unit 244 of the locker management terminal 240 is connected to the plurality of storage unit lock mechanisms 231 of the locker 230 through signal lines. The locker management terminal 240 can unlock and lock the plurality of storage units of the locker 230 by controlling the storage unit lock mechanism 231. For example, when the information read by the two-dimensional code reader 242 or the IC chip reader 243 satisfies the locker opening condition stored in the locker management data storage unit 250, the locker management terminal 240 stores the corresponding locker 230. It is comprised so that the accommodating part lock mechanism 231 of a part may be unlocked.

<2. Bicycle parking facility operation example>
FIG. 9 is a sequence diagram showing the operation of the bicycle parking facility included in the product ordering system. First, the processing of the bicycle parking facility will be described along the flow of FIG. 9 with reference to FIGS. 4 and 5 as appropriate.

<2-1. Admission to bicycle parking facility>
The member 110 of the bicycle parking facility can stop the two-wheeled vehicle 111 in the bicycle parking facility 100 as follows. First, when the member two-dimensional code including the member ID information is stored in the member portable terminal 300, the member 110 of the bicycle parking facility displays the member two-dimensional code on the display unit of the member portable terminal 300. (S100). When the member two-dimensional code is printed on a member card (not shown), S100 may be skipped.

  Next, the member 110 of the bicycle parking facility causes the two-dimensional code reader 132 of the entrance management terminal 130 to scan the member two-dimensional code including the member ID information (S102). The entrance management terminal 130 reads the member ID information included in the member two-dimensional code (S104). The entrance management terminal 130 transmits the read member ID information to the bicycle parking lot information processing apparatus 150 (S106).

  The bicycle parking lot information processing device 150 receives the member ID information from the entrance management terminal 130 and collates it with the member IDs in the bicycle parking lot member list (see FIG. 4) (S108). The bicycle parking lot information processing apparatus 150 may further determine whether or not a member corresponding to the member ID received from the entrance management terminal 130 satisfies various conditions for parking at the bicycle parking facility 100. For example, it may be determined whether or not the value of the remaining bicycle parking space number 164 of the member is 1 or more. Further, for example, it may be determined whether or not a number that matches the personal identification number 166 is separately input to a numeric keypad (not shown) of the entrance management terminal 130.

  The bicycle parking lot information processing device 150 is required to have the above conditions for parking at the bicycle parking facility 100 when the member ID received from the entrance management terminal 130 matches one of the member IDs in the bicycle parking lot member list. If the above conditions are further satisfied, the verification OK information is transmitted to the entrance management terminal 130 (S110).

  When the entrance management terminal 130 receives the verification OK information from the bicycle parking lot information processing device 150, the entrance management terminal 130 controls the entrance gate lock mechanism 113 to make the entrance gate 103 rotatable (S112). Thereby, the member 110 of the bicycle parking facility can enter the inside of the partition 101 together with the two-wheeled vehicle 111. After the entrance gate 103 rotates by a predetermined angle, the entrance management terminal 130 controls the entrance gate lock mechanism 113 to lock the entrance gate 103. The member 110 can enter / exit the partition 101 through the entrance / exit 108 after selecting one of the plurality of parking lock devices 102 (A to G) to lock the two-wheeled vehicle 111.

  After transmitting the verification OK information to the entrance management terminal 130, the bicycle parking lot information processing apparatus 150 creates usage history data (see FIG. 5) of the bicycle parking facility 100 for the members specified by the above-described member ID and uses them. The history data is stored in the history data storage unit 170 (S114). The use history data in the case where the two-wheeled vehicle 111 is stopped at the bicycle parking facility 100 can include information on the entry date 171 and information on the bicycle parking position 172. The information of the bicycle parking position 172 includes information for identifying the bicycle parking facility 100 (such as “first bicycle parking lot” and “second bicycle parking lot”), and information for identifying the bicycle parking lock device 102 in the bicycle parking facility (“A "E", etc.). The information for identifying the bicycle parking facility 100 may be determined by the bicycle parking lot information processing apparatus 150 depending on which bicycle parking facility entrance management terminal 130 has received the member ID from among a plurality of parking facilities (not shown). Good. The information specifying the parking lock device 102 is, for example, when the member 110 enters the bicycle parking facility 100 and then selects one of the plurality of parking lock devices 102 (A to G) to lock the motorcycle 111. Thus, the bicycle parking lot information processing apparatus 150 may receive the information via the entrance management terminal 130. The admission date / time 171 may be the date / time when the member ID is received from the entrance management terminal 130, or may be the date / time when the information on the parking position is received.

<2-2. Exit from bicycle parking facility>
The member 110 of the bicycle parking facility can take out the two-wheeled vehicle 111 stopped in the bicycle parking facility 100 as follows. First, the member 110 of the bicycle parking facility unlocks the bicycle parking lock device 102 that locks the motorcycle 111, and then displays the member two-dimensional code including the member ID information on the display unit of the member portable terminal 300. It is displayed (S120). If the member two-dimensional code is printed on a member card (not shown), S120 may be skipped.

  Next, the member 110 of the bicycle parking facility causes the two-dimensional code reader 142 of the exit management terminal 140 to scan the member two-dimensional code including the member ID information (S122). The exit management terminal 140 reads the member ID information included in the member two-dimensional code (S124). The exit management terminal 140 transmits the read member ID information to the bicycle parking lot information processing apparatus 150 (S126).

  The bicycle parking lot information processing device 150 receives the member ID information from the exit management terminal 140 and collates it with the member ID in the bicycle parking lot member list (S128). The bicycle parking lot information processing apparatus 150 may further determine whether or not a member corresponding to the member ID received from the exit management terminal 140 satisfies various conditions for taking out the two-wheeled vehicle 111 from the bicycle parking facility 100. For example, it may be determined whether or not the value of the remaining parking lot number 164 of the member becomes 0 or more when subtracted according to the current bicycle parking time. Further, for example, it may be determined whether or not a number that matches the personal identification number 166 is separately input to a numeric keypad (not shown) of the exit management terminal 140.

  The bicycle parking lot information processing apparatus 150 requires the above-mentioned conditions for taking out the motorcycle 111 from the bicycle parking facility 100 when the member ID received from the exit management terminal 140 matches one of the member IDs in the bicycle parking lot member list. If the above conditions are satisfied, the verification OK information is transmitted to the exit management terminal 140 (S130).

  When the exit management terminal 140 receives the verification OK information from the bicycle parking lot information processing device 150, the exit management terminal 140 controls the exit gate lock mechanism 114 to make the exit gate 104 rotatable (S132). Thereby, the member 110 of the bicycle parking facility can leave the partition 101 together with the two-wheeled vehicle 111. After the exit gate 104 rotates by a predetermined angle, the exit management terminal 140 controls the exit gate lock mechanism 114 to lock the exit gate 104.

  After transmitting the verification OK information to the exit management terminal 140, the bicycle parking lot information processing apparatus 150 adds information on the exit date and time 173 as usage history data of the bicycle parking facility 100 for the member specified by the above-described member ID, It is stored in the usage history data storage unit 170 (S134). The exit date and time 173 can be the date and time when the member ID is received from the exit management terminal 140. Furthermore, the bicycle parking lot information processing device 150 subtracts the frequency corresponding to the current use from the remaining bicycle parking lot count 164 of the member, and updates the data in the bicycle parking lot member list storage unit 160 (S136).

<3. Product order system operation example>
FIG. 10 is a sequence diagram showing the operation of the product ordering system. Hereinafter, the processing of the product ordering system will be described along the flow of FIG. 10 with reference to FIGS. 3 and 6 to 8 as appropriate.

<3-1. Order products>
A bicycle parking facility member 110 can order a product as follows. First, the member 110 of the bicycle parking facility reads the product two-dimensional code 123 displayed on the product information display unit 120 using the member mobile terminal 300 (S200).

  The product two-dimensional code 123 includes information for specifying the product. Therefore, if the read information is transmitted from the member portable terminal 300 to the order information processing apparatus 200, the order information processing apparatus 200 can specify which product has been ordered.

  In addition, the product two-dimensional code 123 preferably includes information (information on the destination to the order information processing apparatus 200) for specifying where information for specifying the product should be transmitted. Thereby, the member 110 of the bicycle parking facility can transmit the information of the order contents to an appropriate destination based on the information read from the product two-dimensional code 123. An example of such a commodity two-dimensional code 123 will be described below with reference to FIG.

  FIG. 3A shows a first example of a product two-dimensional code displayed on the product information display unit. In the product two-dimensional code 123 shown in FIG. 3A, an order only for a specific product among a plurality of WEB pages provided by a WEB server (not shown) mounted on the order information processing apparatus 200 is included. URL information linked to the WEB page is included.

  It is desirable that the product two-dimensional code 123 further includes information for specifying an order place (bicycle parking facility 100). In this case, if the read information is transmitted from the member portable terminal 300 to the order information processing apparatus 200, the order information processing apparatus 200 can specify which product is ordered from which parking facility. Therefore, the above URL is preferably a URL that designates a WEB page dedicated to ordering from a specific bicycle parking facility for a specific product. Such a URL identifies a product and an order place (bicycle parking facility 100).

  When the commodity two-dimensional code 123 shown in FIG. 3A is read by a mobile phone, a URL such as “http://order.co.jp/mugi/dai1/” is displayed on the display unit of the mobile phone. Is done. If the WEB page specified by the URL is, for example, a WEB page dedicated to ordering from a specific order place “first bicycle parking lot” for a specific product “barley tea”, the member 110 of the bicycle parking facility By clicking the URL and accessing the WEB page, the product can be ordered with the product and the order place specified.

  Further, if an entry field for member identification information (member ID, etc.) for identifying a member is provided on the WEB page, and the entry in this entry field is set as one of the order conditions, the order information processing apparatus 200 The member ID of the orderer can be specified. In addition, if the delivery page input field is further provided on the WEB page, and the input to this entry field is set as one of the order conditions, the order information processing apparatus 200 may further specify a desired delivery destination. it can. If the product two-dimensional code 123 does not include information for specifying the order place (bicycle parking facility 100), the WEB page further includes an order place input field, and input to this input field. May be one of the conditions for ordering.

  FIG. 3B shows a second example of the product two-dimensional code displayed on the product information display unit. In the product two-dimensional code 123 shown in FIG. 3B, an e-mail transmitted from the member portable terminal 300 is received by a receiving mail server (not shown) connected to the order information processing apparatus 200. , Destination mail address information is included.

  The product two-dimensional code 123 shown in FIG. 3B further includes information for specifying the product and information for specifying the order place (bicycle parking facility 100). When the product two-dimensional code 123 shown in FIG. 3B is read with a mobile phone, an e-mail address such as “dummy@order.co.jp”, a subject “barley tea”, and a body text are displayed on the display of the mobile phone. A character string such as “First Bicycle Parking” is displayed. The member 110 of the bicycle parking facility can send an e-mail including a character string such as the subject “barley tea” and the text “first bicycle parking lot” to the e-mail address by clicking the e-mail address.

  If such an e-mail is transmitted from the member portable terminal 300, the order information processing apparatus 200 can specify which product is ordered from which bicycle parking facility. The e-mail includes information on the e-mail address of the transmission source. Based on the information on the e-mail address of the transmission source and the information on the mobile phone mail address 215 in the product order member list storage unit 210 (see FIG. 6), the order information processing apparatus 200 has the member ID of the member who ordered the product. Can be specified. As described above, the order information processing apparatus 200 can handle the information of the transmission source e-mail address as member specifying information for specifying a member.

  Referring back to FIG. 10, the member 110 of the bicycle parking facility is informed of order contents including information read from the product two-dimensional code 123 (information specifying the product, etc.) and member specifying information (eg, member ID) of the member. Is transmitted from the member portable terminal 300 to the order information processing apparatus 200 (S202). The member 110 of the bicycle parking facility can order the product as described above.

<3-2. Transaction processing>
The order information processing apparatus 200 that has received the order content information and the member specifying information as the product order information can execute a product transaction process according to the product order information as follows. First, the order information processing apparatus 200 specifies a member ID based on information received from the member portable terminal 300. Then, the order information processing apparatus 200 collates the identified member ID with the member ID of the product order member list (see FIG. 6) (S204). The order information processing apparatus 200 may further determine whether or not a member corresponding to the specified member ID satisfies various conditions for ordering a product. For example, it may be determined whether or not the value of the orderable point 214 of the member is 0 or more when subtracted based on the current order. Further, for example, it may be determined whether a number that matches the personal identification number 216 has been transmitted from the member portable terminal 300.

  When the specified member ID matches one of the member IDs in the product order member list, or when the above conditions for ordering the product are required, the order information processing apparatus 200 If the condition is further satisfied, order reception data (see FIG. 7) including the order ID is generated and stored in the order reception data storage unit 220 (S206).

  When the order reception data includes information on the delivery destination 225 and the locker 230 is designated as the delivery destination 225, the order information processing apparatus 200 transmits the locker opening condition data to the locker management terminal 240. (S208). The locker opening conditions include an order ID and a member ID. The processing of the locker management terminal 240 that has received the locker opening condition will be described later.

  The order information processing apparatus 200 transmits slip data including order content information and order ID information to the delivery management apparatus 400 (S210). The processing of the delivery management device 400 that has received the slip data will be described later.

  The order information processing apparatus 200 subtracts a point corresponding to the sales price of the ordered product from the orderable point 214 (see FIG. 6) of the member, and updates the data in the product order member list storage unit 210 (S212). ). Further, the order information processing apparatus 200 may calculate an addition frequency to be added to the remaining bicycle parking lot number 164 (see FIG. 4) of the member as a privilege for the order (S214). The order information processing device 200 may transmit this added power to the bicycle parking lot information processing device 150. The bicycle parking lot information processing apparatus 150 may update the data in the bicycle parking lot member list storage unit 160 based on the added power.

<3-3. Processing of delivery management device>
The delivery management device 400 that has received the slip data from the order information processing device 200 may cause the printer 410 to print a slip based on the slip data (S216). The slip may be printed with order content information and a slip two-dimensional code obtained by coding the order ID information.

  In the delivery center where the delivery management device 400 is installed, an operation is performed in which products are taken out from the warehouse based on the slip data, sorted into each destination area, and loaded onto a truck 420 (see FIG. 1). A printed slip is attached to the product.

<3-4. Processing of locker management terminal>
The locker management terminal 240 may control the storage unit locking mechanism 231 as follows. First, when the locker management terminal 240 receives locker opening condition data from the order information processing apparatus 200, the locker management terminal 240 sets the locker opening condition to any locker No. (S218). And the locker management terminal 240 is the locker No. assigned with the opening condition of the locker. (Hereinafter “corresponding locker No.”), the locker management data in the locker management data storage unit 250 is updated (S220).

  As shown in FIG. 8, the locker No. to which no locker opening condition is assigned. For 03, the open condition is not recorded. Locker No. When the locker opening condition is assigned as in 02, the order ID 253 and the member ID 254 are recorded as the opening condition.

  When the delivery company delivering the product arrives at the place where the locker 230 is installed, the delivery company inputs the order ID by causing the two-dimensional code reader 242 to scan the two-dimensional code attached to the product. The locker management terminal 240 compares the input order ID with the open condition of the locker management data, and the corresponding locker No. to which the open condition is assigned. , The storage portion locking mechanism 231 is unlocked (S222). As a result, the delivery company can set the locker No. The product can be accommodated in the storage part by opening the door of the storage part.

  When the delivery company closes the door of the storage unit, the locker management terminal 240 displays the locker No. , The accommodating portion locking mechanism 231 is locked. At this time, the locker management terminal 240 displays the locker No. 2 in FIG. As in 01, the state 252 in the locker management data is rewritten to “present”, and the data of the order ID 253 as the open condition is deleted. As a result, even if the order ID is subsequently input, the locker No. whose status 252 is “present” is displayed. The receiving portion locking mechanism 231 is not unlocked.

  If the member 2D code including the member ID information is stored in the member mobile terminal 300, the member 110 who has come to pick up the ordered product will receive the member 2D code on the display unit of the member mobile terminal 300. It is displayed (S224). The member 110 inputs the member ID by causing the two-dimensional code reader 242 to scan the member two-dimensional code including the member ID information. The locker management terminal 240 collates the input member ID with the open condition of the locker management data, and the corresponding locker No. assigned with the open condition. , The accommodating portion locking mechanism 231 is unlocked (S226). As a result, the member 110 can change the locker No. The product can be received by opening the door of the storage unit.

  When the member 110 closes the door of the storage unit, the locker management terminal 240 displays the locker No. , The accommodating portion locking mechanism 231 is locked. At this time, the locker management terminal 240 displays the locker No. 2 in FIG. As in 03, the state 252 in the locker management data is rewritten to “None”, and the data of the member ID 254 as the opening condition is deleted. As a result, the corresponding locker No. Can be assigned new open conditions as described in S218, as containment units for other orders.

<3-5. Effect>
The member 110 can order a product using the product information display unit 120 provided in the bicycle parking facility 100 and can receive the product with the locker 230 provided in the bicycle parking facility 100. Therefore, for example, if a product is ordered when the motorcycle is deposited at the bicycle parking facility, and the product is delivered by the time the business is finished and the motorcycle is taken out, the product can be received when the motorcycle returns home. Therefore, it is possible to reduce time loss due to going to a store that sells products. Moreover, since the two-wheeled vehicle stopped in the said bicycle parking facility can be used in order to take back goods, the labor which carries goods can be reduced. Furthermore, for delivery companies, it is only necessary to deliver products ordered from multiple members to one bicycle parking facility, unlike delivery to each member's home and delivery of the product face to face with each member. Since the member does not need to be at home at the time of delivery, the labor for delivery is reduced. Further, if the order of the product is accepted only in a collective quantity such as one dozen unit instead of one unit, the delivery cost per sales amount is reduced. Due to the above merits, use of unmanned stores is promoted and profitability is improved.

<4. Other operation example 1>
FIG. 11 is a sequence diagram showing another operation of the bicycle parking facility included in the product ordering system. The processing shown in FIG. 11 is different from the processing shown in FIG. 9 in that the entrance management terminal 130 and the exit management terminal 140 read information from the member IC chip instead of reading information from the member two-dimensional code. .

  Specifically, the member 110 of the bicycle parking facility causes the IC chip reader 133 of the entrance management terminal 130 to scan the member IC chip including the member ID information instead of S100 and S102 of FIG. 9 (S103). The entrance management terminal 130 reads the member ID information included in the member IC chip instead of S104 in FIG. 9 (S105).

In addition, the member 110 of the bicycle parking facility scans the member IC chip including the member ID information with the IC chip reader 143 of the exit management terminal 140 instead of S120 and S122 of FIG. 9 (S123). The exit management terminal 140 reads the member ID information included in the member IC chip instead of S124 in FIG. 9 (S125).
Other points are the same as the processing shown in FIG.

  Thus, the member ID information can be read not only by the member two-dimensional code but also by scanning the member IC chip. Similarly, instead of S224 and S226 shown in FIG. 10, the member ID may be input by causing the IC chip reader 243 of the locker management terminal 240 to scan the member IC chip.

<5. Other operation example 2>
FIG. 12 is a sequence diagram showing another operation of the product ordering system. The process shown in FIG. 12 is shown in FIG. 10 in that the member portable terminal 300 does not read the product two-dimensional code 123 of the product information display unit 120, but the order receiving terminal 180 accepts an input such as order details. It is different from the processing.

  With reference to FIGS. 1 and 2 again, the order receiving terminal 180 will be described first. The order reception terminal 180 is a computer device having a transmission unit 181 and a control unit 184. The order receiving terminal 180 further includes an information input unit such as a two-dimensional code reader 182, an IC chip reader 183, and a plurality of product selection buttons 185.

  On the surface of the order receiving terminal 180, an illustration 191 and a product description 192 are displayed for each product that can be purchased. A product selection button 185 for each product is arranged at a position corresponding to the illustration 191 and the product description 192 of each product.

  The configurations of the two-dimensional code reader 182 and the IC chip reader 183 are the same as the configurations of the two-dimensional code reader 132 and the IC chip reader 133. The order receiving terminal 180 may have both a two-dimensional code reader 182 and an IC chip reader 183 in addition to the plurality of product selection buttons 185 as an information input unit, or the two-dimensional code reader 182 and the IC chip reader. Only one of 183 may be included.

  The transmission unit 181 of the order reception terminal 180 is connected to the transmission / reception unit 201 of the order information processing apparatus 200 via a network. The order reception terminal 180 is configured to receive a product selection by the product selection button 185 and to transmit the information to the order information processing apparatus 200 when the member two-dimensional code or member IC chip information is read. ing.

The operation of the product ordering system shown in FIG. 12 will be described.
A bicycle parking facility member 110 can order a product as follows. First, instead of S200 in FIG. 10, the member 110 of the bicycle parking facility operates the product selection button 185 of the order reception terminal 180 to input the order details including information for specifying the product, and the two-dimensional The code reader 182 or the IC chip reader 183 inputs the member two-dimensional code including the member ID information or the member IC chip information including the member ID information. The order receiving terminal 180 receives information on order contents including information for specifying a product and member ID information (S201).

Next, instead of S202 in FIG. 10, the order reception terminal 180 transmits the order content information and the member ID information of the member to the order information processing apparatus 200 (S203). The member 110 of the bicycle parking facility can order the product as described above. The order information processing apparatus 200 may determine the order place (the bicycle parking facility 100) depending on which bicycle parking facility the order receiving terminal 180 has received from among a plurality of parking facilities (not shown).
The other points are the same as the process shown in FIG.

  In S226 of FIG. 12, the member ID may be input by causing the two-dimensional code reader 242 of the locker management terminal 240 to scan the member two-dimensional code, or the IC chip reader 243 scans the member IC chip. By doing so, the member ID may be input.

<6. Other>
In the above description, as an example, the case where the commodity ordering system is configured using the bicycle parking facility 100 for stopping the two-wheeled vehicle 111 is shown, but the present invention is not limited to this. A product ordering system may be configured using a parking facility for stopping a four-wheeled vehicle (automobile). Parking facilities include not only parking spaces provided in office buildings and apartment buildings, but also multi-level parking spaces such as parking tower buildings. The product information display unit 120 (FIG. 1) on which the product two-dimensional code 123 is displayed is not limited to being placed in the parking tower building, but may be placed on the front surface of the parking tower building.

  In the above description, the case where the two-wheeled vehicle 111 owned by the member 110 is stopped at the bicycle parking facility 100 is shown as an example, but the present invention is not limited to this. For example, there may be a case where a rental bicycle or four-wheel vehicle is provided in a bicycle parking facility or a parking facility, and the member 110 borrows the two-wheel vehicle or four-wheel vehicle.

  In the above description, a case where a delivery company delivers goods is shown as an example, but the present invention is not limited to this. For example, when a product is ordered at a bicycle parking facility or parking facility of a supermarket, a store clerk of the supermarket may deliver the product.

  In the above description, the case where the product is sold in accordance with the order of the product is shown. However, a free sample of the product may be provided free of charge. For example, a sample may be placed in the storage unit of the locker 230 so that the member 110 who ordered the product can receive a sample of another product together. Such a locker may be installed near the product information display unit 120.

  In the above description, the case where the product is sold in accordance with the order of the product is shown. However, a coupon coupon of the store may be provided free of charge. For example, a store advertisement and a store two-dimensional code including information specifying the store are displayed on the product information display unit 120, and the information of the store two-dimensional code is read by the member mobile terminal 300 and ordered. When the information is transmitted to the information processing apparatus 200, a coupon coupon for the store may be returned to the member portable terminal 300.

  DESCRIPTION OF SYMBOLS 100 ... Bicycle parking facility, 101 ... Partition, 102 ... Parking lock device, 103 ... Entrance gate, 104 ... Exit gate, 105 ... Base, 106 ... Rotation pole, 107 ... Bar, 108 ... Entrance / exit entrance, 109 ... Obstacle pole 110 ... members, 111 ... two wheels, 112 ... front wheels, 113 ... entrance gate lock mechanism, 114 ... exit gate lock mechanism, 120 ... product information display section, 121 ... illustration, 122 ... product description, 123 ... product two-dimensional code, DESCRIPTION OF SYMBOLS 130 ... Entrance management terminal, 131 ... Transmission / reception part, 132 ... Two-dimensional code reader, 133 ... IC chip reader, 134 ... Control part, 140 ... Exit management terminal, 141 ... Transmission / reception part, 142 ... Two-dimensional code reader, 143 ... IC Chip reader, 144 ... control unit, 150 ... bicycle parking lot information processing device, 151 ... transmission / reception unit, 152 ... information processing , 160 ... Bicycle parking member list storage unit, 161 ... Member ID, 162 ... Name, 163 ... Address, 164 ... Number of remaining bicycle parking lots, 165 ... Mobile phone mail address, 166 ... PIN code, 170 ... Usage history data storage unit, 171 ... Admission date and time, 172 ... Parking position, 173 ... Exit date and time, 180 ... Order reception terminal, 181 ... Transmission unit, 182 ... Two-dimensional code reader, 183 ... IC chip reader, 184 ... Control unit, 185 ... Product selection button, 191 ... illustration, 192 ... product description, 200 ... order information processing apparatus, 201 ... transmission / reception unit, 202 ... information processing unit, 210 ... product order member list storage unit, 211 ... member ID, 212 ... name, 213 ... address, 214 ... Orderable point, 215 ... mobile phone mail address, 216 ... PIN, 220 ... order acceptance data storage unit, 221 Order ID, 222 ... Order date and time, 223 ... Product, 224 ... Order place, 225 ... Destination, 226 ... Member ID, 230 ... Locker, 231 ... Housing unit lock mechanism, 240 ... Locker management terminal, 241 ... Receiving unit, 242 ... 2D code reader, 243... IC chip reader, 244... Control unit, 250 .. locker management data storage unit, 251. 252 ... State 253 Order ID 254 Member ID 300 Member mobile terminal 310 Base station system 400 Delivery management device 410 Printer 420 Track

Claims (6)

Bicycle parking or parking facilities that make it possible to park or park two-wheeled vehicles or four-wheeled vehicles,
A product information display unit installed in the bicycle parking or parking facility and displaying a product two-dimensional code including information for identifying the product;
An information processing apparatus,
Access to a storage unit storing list information including information of a plurality of members who are members of the bicycle parking or parking facility,
Receiving product order information including information specifying the product included in the product two-dimensional code and member specifying information specifying one of the members of the bicycle parking or parking facility;
Determining whether a member specified by the member specifying information included in the product order information matches one of the members included in the list information; and
A product ordering system comprising: The list information includes data indicating the remaining number of times each member can use the bicycle parking or parking facility,
The information processing apparatus includes:
When one member uses the bicycle parking or parking facility, the remaining frequency of the member included in the list information is decreased,
When one member orders the product, the remaining frequency of the member included in the list information is increased.
The product ordering system according to claim 1. It further comprises an entrance / exit management terminal that is installed at the entrance / exit of a two-wheeled vehicle or four-wheeled vehicle at the parking or parking facility and includes an information reading unit that reads the member identification information from a member IC chip held by the member,
The entrance / exit management terminal transmits the member specifying information to the information processing apparatus when the member specifying information is read from the member IC chip,
The information processing apparatus determines whether or not a member specified by the member specifying information received from the entrance management terminal matches one of the members included in the list information;
The product ordering system according to claim 2. A locker that is installed in the bicycle parking or parking facility and includes a plurality of storage units that can store the product;
A locker management terminal comprising an information input unit, and unlocking each storage unit of the locker based on information input to the information input unit;
Further comprising
The information processing apparatus transmits the member specifying information to the locker management terminal,
The locker management terminal assigns the member identification information to one of the plurality of accommodation units, and unlocks the one accommodation unit when the member identification information is input to the information input unit.
The product ordering system according to any one of claims 1 to 3. The information input unit includes an IC card reader that reads the member specifying information from a member IC chip held by a member.
The product ordering system according to claim 4. An order input terminal installed at the parking or parking facility, including an information input unit that accepts selection of a product and reads the member identification information from a member two-dimensional code or a member IC chip held by the member; ,
The information processing apparatus includes:
Product order information including information specifying the product that the order receiving terminal has received selection at the information input unit and the member specifying information read by the order receiving terminal with the information input unit. Accepted from
Determining whether a member specified by the member specifying information included in the product order information matches one of the members included in the list information;
The order place of the product order information is determined according to which bicycle parking facility order reception terminal has received the product order information.
The product ordering system according to claim 1.

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