JPH0671498U - Luggage delivery locker - Google Patents

Abstract

(57) [Summary] [Purpose] To mediate delivery and delivery of parcels delivered and shipped between residents and courier companies in condominiums and other condominiums. [Structure] A control locker 1 and a locker body 2 integrally formed by stacking a plurality of lockers 2a having different sizes for storing packages to be delivered and shipped. On the surface of the control locker 1, an operation procedure for using the locker 2a, a selection response key, a display device 3 for displaying an image of a calculation processing result, a magnetic card insertion slot 4a,
The locker body 2 is provided with a print paper discharge port 5a.
Each locker 2a has a luggage storage detection sensor inside, and the door 2b has a door closing detection sensor and an electric lock device.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a package delivery locker that is installed mainly in an apartment house such as an apartment and has an intermediary function of delivering and delivering packages between a resident and a courier.

[0002]

[Prior art]

 According to recent statistics, about 40% of the residents of condominiums and other condominiums are out of office. The reason for this is that housewives work part-time and increase their participation in cultural activities. This makes it difficult to receive parcels delivered to you, or if you try to ship your parcel, but the dealer is not open during the commuting hours, or it is bothersome to bring heavy parcels to the dealer. was there. In this way, we asked the manager of the housing complex to receive the parcels and ship the packages, but the responsibility of the manager, the setting of the storage location of the luggage, the reward to the manager, the refusal of the manager, etc. There was a problem.

In order to solve the above problems, the applicant of the present invention has proposed that a courier delivers a parcel of parcels to a resident who is away from home to a locker having a delivery function using a computer installed in the condominium. We provided a locker for baggage delivery where the resident could store and receive a receipt and receive the parcel parcel. These are Japanese Patent Laid-Open No. 63-55664 (a management system for packaged goods) and Japanese Patent Laid-Open No. 63-181872 (a baggage delivery device). However, these had only the function of receiving packages for residents, and did not have the function of sending packages to the courier.

Then, as a further improved product, a "luggage delivery device (actual exploitation shokai 64-35981)" that enables the receipt and delivery of packages is provided. However, the locker of this device receives and stores the parcel from the courier company and delivers it to the resident who returned home, and also receives and stores the parcel sent by the resident and delivers the parcel to the courier. It was for the manager only, and the function of handing over the luggage was not exhibited when the manager came home or went out.

Recently, an "unmanned system baggage delivery device (actual Kaihei 4-4881)" has been provided which eliminates the above-mentioned drawbacks. The structure of the locker of this device is as follows. a. A desired number of rockers of the same size or different sizes are combined to form a rocker part, b. Each locker has a storage detection sensor that automatically detects stored luggage, a closure detection sensor that automatically detects that the door is closed, and a lock that is automatically locked when the door is closed. An automatic lock lock and a locker indicator light that lights up when the locker number is entered but goes off when the automatic lock lock is locked are provided. C. A control unit for controlling the opening and closing of each rocker is arranged adjacent to the rocker portion, d. On the surface of the control unit, there is a card insertion slot for magnetic cards, a delivery port for print paper for baggage delivery, a numeric keypad from 0 to 9 and a selection for inputting each operation instruction. An electrically operated display unit such as a CRT is provided for displaying operation guidance according to a preset program according to the insertion of data and input data from the input unit. E. In the control unit, a card reader that reads the information of the magnetic card, a printer that issues print paper for baggage delivery, a voice device that gives voice instructions to operate, and the information stored at the time of input are input after that. When it matches the information, it issues an unlock command to the automatic lock lock of the corresponding locker, and a main control unit that issues a print command to the printer based on the information from both sensors of each locker and the automatic lock lock, and each operation described above. The storage unit that automatically stores the progress of the input, the automatic telephone modem that notifies the pick-up request to the designated contractor by inputting from the selection / response key when the shipment is stored in the locker, and each of the above units. Is provided with a power supply section for supplying power to.

[0006]

[Problems to be solved by the device]

 However, this device still has the following problems that must be improved. a. There are many attached devices. The price of the product will be increased because it is equipped with ancillary equipment such as a locker indicator, numeric keypad, selection / response key, guide speaker, and modem for automatic telephone. b. Utilization of control locker The control locker is a locker dedicated to the control unit, and part of it is not used as a luggage storage locker. c. Operability for the user The operability is poor because the display section and the input section are separated from each other and direct input from the display section is not possible.

D. At-home and out-of-home registration There is no function of at-home or out-of-home registration, and it is not possible to request delivery of delivered packages to home. e. Manager maintenance / maintenance processing function It is difficult to perform manager maintenance / maintenance processing using the control device because the functions of the device are only package delivery and shipment. f. Usage fee for modem for automatic telephone It is convenient because the requirements are automatically notified to the collector, but the usage fee is higher than that for home telephone. The present invention has been made in view of the above problems, and any courier company can deliver a package to a resident who is out of an apartment, and the resident ships it to a designated courier company. The purpose of the present invention is to provide a luggage delivery locker capable of delivering luggage.

[0008]

[Means for Solving the Problems] In order to achieve the above object, the luggage delivery locker of the present invention comprises: The locker for control, which has a control unit for controlling the use of the locker described later, and a plurality of lockers of different sizes for storing packages to be delivered and shipped are stacked and integrally formed. The locker main body is installed in parallel with the locker for the vehicle. On the surface of the control locker, a display device by a display for transmitting the operation procedure for the use of the locker to the locker user, the result of arithmetic processing, etc., a magnetic card insertion slot, and a print paper ejection tray. An outlet is provided,

C. Inside the control locker, a magnetic card reader, a device for discriminating the card information read by the magnetic card reader, a printer for printing a baggage receipt, a locker use record and an inspection record, and a display device are provided. The storage device for the displayed menu and the main control unit that forms the necessary command for the operation of the electric lock device of the locker described below when a proper input is made by the operation procedure displayed on the display device, and A usage history storage device is provided, and d. The locker includes a luggage storage detection sensor that detects that luggage is stored, a door closing detection sensor that detects that the door is closed, and a luggage delivery locker in which an electric lock device is installed.

A. The storage device is a selection touch key for inputting an instruction to the main control unit in relation to an interrogation word, a figure, and an intended use of the locker as an operation procedure for using the locker (hereinafter, A plurality of display images whose menu is a selection key)), and b. An image of the first layer in which the menus of “Locker usage status, start key input guidance” and “Start key” are edited from the storage device is displayed on the display device, and the display is displayed by pressing the start key. Guide to selection key according to purpose of use of locker "," Package delivery key "and" collected goods receipt key "of the courier as the selection key," Luggage receipt key "for residents," Package shipping key "," "Out-of-home key" and "at-home key", "Administrator key for other" and "Maintenance key" menus are converted to the edited second layer image,

C. By selecting and inputting the "selection key depending on the purpose of use of the locker", the images of the menu required to achieve the purpose of use are sequentially read out from the storage device and displayed on the display device, which is necessary for the purpose of operation. When all the display of the menu is finished, the display of the image of the first layer is returned to.

[0012]

[Action]

 a. The storage device has a plurality of menus for using the luggage delivery locker (usage guides, figures, and display images obtained by editing a plurality of touch keys for inputting instructions related to the purpose of use of the locker to the main control unit). ) Is stored hierarchically. b. In this manner, the image in which the "rocker usage status, start key guide" and "start key" of the first hierarchy are edited is displayed on the display device from the storage device by the power input means. (See symbol 12 in FIG. 4)

C. By inputting with the start key, "guide of selection key according to purpose of use of locker" in the second layer, "delivery key of package" for delivery agents, "receipt key of collection item" as selection key, and "package" for residents An image in which the “receipt key”, “shipment shipment key”, “outgoing key” and “occupancy key”, and other “administrator processing key” and “maintenance processing key” are edited is displayed on the display device. (See symbol 13 in FIG. 4) d. By the selection touch input of the "selection key according to the purpose of use of the locker", images having a menu required to achieve the purpose of use are sequentially displayed on the display device.

E. As described above, the image of the menu about locker use is displayed hierarchically on the display device, and the user (courier, parcel receiver, locker manager, maintenance company) responds by following the guidance in the menu. Keys to be selected sequentially. Then, with the selected key, an instruction can be directly input to the main control unit from the display device. Therefore, the operation is easy for the user to understand, and the locker can be used smoothly. f. A large number of menus that can be displayed on the display device are stored. Therefore, there is no restriction that the demand for complicated processing cannot be met due to the limited screen size of the display device. As a result, many input keys, operation guide speakers, etc. arranged outside the display device described in the section "Problems to be solved" can be organized and eliminated. Further, the control unit becomes compact, and the luggage storage locker can be arranged in the control locker.

[0015]

【Example】

 Hereinafter, embodiments will be described with reference to the drawings. FIG. 1 shows a luggage delivery locker according to this embodiment. Locker bodies 2 and 2 for storing luggage are juxtaposed on the left and right sides of a control rocker 1, and are connected internally by bolts and nuts. Is formed. The control locker 1 includes a unit for electrically controlling the use of the locker main bodies 2 and 2, 1a is a power supply room, 3 is a POP electrically operated display device, 4a is a magnetic card slot, and 5a is a print. This is the paper outlet. And two rockers 2a are arranged in the lower part of this unit. The two left and right lockers 2 and 2 are formed integrally by stacking a plurality of lockers 2a of different sizes for storing packages to be delivered and shipped. The maximum number of lockers 2a, 32, is controlled by the control locker 1. In the figure, 1b is a locker guide label, 2b is a door, 2c is a pull tab, and 2d is a locker number. (Hereinafter, the locker 2a is simply referred to as a locker.)

FIG. 2 shows a system for implementing the present invention. 15 is a power supply, 7 is a storage device by a floppy disk in which images of a plurality of menus to be displayed are hierarchically stored (two are provided, one is a spare in case of emergency), 3 is a display device, 14a is a start key displayed on the display device 3, 14 is a selection key also used as an input key, 4 is a resident, a card reader of a magnetic card carried by a designated collection / delivery carrier, and 9 is a locker for storing luggage. Photo-type luggage storage detection sensor for detecting that the locker is closed, 10 is a door closing detection sensor for detecting that the locker is closed, 11 is a solenoid type electric lock device arranged on the locker door 2b, and 5 is A printer 8 that prints and issues a baggage receipt, a record of use of a rocker, and the like, and 8 is a main control unit, which processes the inputs from the above symbols 14, 4, 9, and 10 to perform the above symbol 3 ， It is composed of a microcomputer as an arithmetic processing unit 8a for forming necessary commands to 1, 5 and 5, a card information discriminating device 6 for discriminating the correctness of information of a magnetic card, and a use history storage device 7a of a locker. There is. In this way

A. When electric power is input from the power supply 15 to the arithmetic processing unit 8a, the arithmetic processing unit 8a pulls out the first layer image from the storage device 7 and displays it on the display device 3. b. Then, by inputting the start key 14a in the image of the first layer displayed on the display device 3, the arithmetic processing unit 8a causes the image processing unit 8a to store the image of the second layer stored in the storage device 7 (the selection key 14 for each purpose of use of the locker). ) Is converted to the display device 3 and displayed.

C. Then, by the operation of the selection key 14 for the purpose of use in the image converted and displayed on the display device 3, the arithmetic processing unit 8a causes When the input is when the courier is delivering the package and when the resident is delivering the package, an unlock command is formed and transmitted to all the electric lock devices 11 of the empty lockers 2a, and the package is stored in the lockers. Each of the detection signals from the detection sensor 9 and the door closing detection sensor 10 forms and transmits a lock command to all the electric lock devices 11 of the above-mentioned empty lockers, and also forms a command to issue a baggage receipt to the printer 5. And send. Then, the image is returned to the first layer image in which the necessary items for delivery and shipping are entered.

B. In the case of b), the resident needs to read the magnetic card that he / she has in order to take out the delivered package, and the room number must be entered, and the courier needs to read the magnetic card that he / she has to take out. . D. In addition to the above, this system also performs operations such as resident's stay at home, absence registration, administrator processing, and maintenance processing.

FIG. 3 shows the general layout of the components of the embodiment. Reference numeral 2a is a locker for storing luggage, 9 is a luggage storage detection sensor by a light beam arranged substantially in the center of the luggage stand 2d, 9a is luggage, 2b is a door, and 10 is a door 2b. A micro switch as a door closing detection sensor, 11 a solenoid type electric lock device which is also arranged, 7 a menu image storage device, 7a a usage history storage device, 16 a microcomputer as an arithmetic processing unit, Reference numeral 3 is a POP display as a display device, and 15 is a wiring. 16a indicates a ROM and 16b indicates a RAM.

The main menus stored in the storage device 7 will be described below separately for common, courier, resident, manager processing, and maintenance processing displays. a. Common Display (FIG. 4) FIG. 4 is a common first-tier and second-tier display 12, 13 for the above applications. The display 12 is a display of the first layer, and is a display of "locker usage status" and "start key (14a)". Locker number in the "No." column, room number of the arrived package recipient in the "Part number" column, shipping package requester name, forgetting to leave the package, prohibition of use, use in the "Day" column The number of days is written and the available lockers are announced. The display 13 is a display of the second layer which is changed by touching the start key 14a in the display of the first layer. With this display 13, as a selection key 14 for each purpose of use of the locker, a "delivery agent" column has a package delivery key, a collection item receipt key, and a "resident" column has a package receipt key and a package receipt key. The dispatch key, the out-going key, the occupancy key, and the "others" column show the administrator processing key and the maintenance processing key.

B. Display for courier service (delivery of luggage (FIGS. 5 to 9)) When the “delivery of luggage” key of the common display 13 in FIG. 4 is touched, the display changes to the usable locker number and luggage storage guidance display in FIG. When the parcel to be delivered is stored in an empty locker and the door is closed, it is converted into "request for input of delivery destination number" and "display of numeric keypad" in FIG. Then, when the room number is entered, "the number", "resident's name", and "confirmation key input request" in FIG. 7 are displayed. When the confirmation key in Fig. 7 is touched, the display changes to the display of the guide for issuing a deposit as in Fig. 8. When the deposit is issued, the screen returns to the screen of display 12 (where the room number is entered) in FIG. As shown in FIG. 9, two receipts are issued, one of which is posted in the resident's post. The locker cannot be used when the resident is at home. (This will be delivered directly to the house with a separate label.)

Receipt of collected items (FIGS. 10 to 12) When the “collected item receipt” key of the common display 13 in FIG. 4 is touched, the display changes to the “magnetic card (registered trader information) input request” display in FIG. 10. . When a magnetic card is inserted, the display will change to the display of "Locker number of pick-up location", "Request to take out cargo", and "Request to post to the resident post on the sending slip" in Fig. 11. When the parcel is taken out and the door is closed, the display changes to "Return of magnetic card" in Fig. 12. Then, when the card is returned, the screen returns to the screen of display 12 (the business name is erased) in FIG.

C. Display for residents Receiving luggage (Figs. 13 to 17) Touch the "Luggage receipt" key in the common display 13 in Fig. 4 to display "Request to insert magnetic card (resident information registration)" in Fig. 13. Switch to display. When the magnetic card is inserted, the display changes to "PIN code request" and "Numeric keypad" in FIG. When the personal identification number (4 digits) is entered using the “numeric keypad”, the display will change to the “card return guide” shown in FIG. 15 and the “locker number” where the items to be collected are stored. When the magnetic card is returned, the guide display is rewritten to "Luggage takeout request" shown in FIG. 16, and when the package is taken out, the guide display is rewritten to "Close door request" shown in FIG. When the door is closed, the screen returns to the screen of display 12 in FIG. 4 (the room number is erased).

Shipment of luggage (FIGS. 18 to 23) When the “shipment of luggage” key in the common display 13 of FIG. 4 is touched, the “usable locker number” and the “request to put in and close the luggage” in FIG. 18 are displayed. Convert to. When the luggage is put in the locker and the door is closed according to the above display, the screen for requesting insertion of a magnetic card certifying that the user is a resident is shown in FIG. When the card is inserted, the display changes to the display of “Selected courier service name touch key” and “Selected touch input request” in FIG. When the courier name selected by the selection touch key is entered, the display of the "selected courier name and confirmation request" and "confirmation touch key" display in FIG. The locker is closed by inputting the “confirmation touch key” for the name of the agent requesting home delivery, and the display returns to the “Return of magnetic card, receipt of deposit receipt” display in FIG. When the deposit is issued, the door of the locker is closed and the screen returns to the screen of the common display 12 in FIG. 4 (the name of the contractor is written in the room number column of the locker). Note that the issued receipt is shown in FIG. Residents will contact the shipping company by phone from their home.

Resident's Outing Registration (FIGS. 24 to 26) This locker enables a courier to receive the arrived baggage when the resident is absent. When the resident goes out, the outing registration is made. It is something that When the "going out" key of the common display 13 of FIG. 4 is touched, the display changes to the display of "request for insertion of magnetic card" in FIG. Then, when you insert a magnetic card that proves yourself, the message "Please wait for a while" is displayed in Fig. 25, and the message "Your parcel has been switched to acceptance and storage and card returned" in Fig. 26 is displayed. It returns to the screen of the common display 12 of FIG.

Registration of Resident's Room (FIGS. 27 to 29) When the resident is in the room, the parcel delivery can be directly received at home. To do. When the "in-room" key of the common display 13 of FIG. 4 is touched, the display changes to the display of "request for insertion of magnetic card" in FIG. If you insert a magnetic card to prove yourself, the message "Please wait for a while" is displayed in Fig. 28, and the message "Packages have been switched to home delivery and card returned" in Fig. 29 is displayed. It returns to the screen of the common display 12 of FIG.

D. Display for the manager (Figs. 30 to 33) This display is for the manager so that the locker can be kept in good working condition at all times. When the "administrator process" key of the common display 13 of FIG. 4 is touched, the display changes to the display of "magnetic card insertion request" of FIG. Then, when a magnetic card for certifying oneself is inserted, the display changes to the display of "password input request" and "numeric keypad" in FIG. Then, the personal identification number (4 digits) is displayed by the ten-key input, and when the confirmation key is touch-input, the display is changed to the display of FIG.

FIG. 32 shows a display of “touch key group” and “selection input request” for selection management purposes. When there is no touch key for management purpose, the screen switching key is touched to switch to the display of FIG. 33, and the “touch key group” for selection management purpose other than the display of FIG. 32 is displayed. By touching the screen switching key of this display, the display is changed to the display of FIG. By touch-inputting with the above selection management purpose key, it is converted into many displays for operation according to the purpose, but it is omitted because it is various. The magnetic card will be returned at the end of the management operation. Then, the display returns to the screen of the common display 12 in FIG.

E. Display for maintenance processing (FIGS. 34 to 36) This display is for the maintenance processing of the locker manufacturing company or the maintenance processing company. When the "maintenance processing key" on the common display 13 in FIG. 4 is touched, the display changes to the "magnetic card insertion request" display in FIG. Then, when a magnetic card for certifying the self is inserted, the display changes to the display of "password input request" and "numeric keypad" in FIG. Then, the personal identification number (4 digits) is displayed by the ten-key input, and when the confirmation key is touch-input, the display is changed to the display of FIG. FIG. 36 shows a “touch key group” and a “selection input request” for selection management purposes. By touch-inputting with the key, it is converted into many displays for the purpose-specific operation, but it is omitted because it is various. The magnetic card will be returned at the end of the management operation. Then, the display returns to the screen of the common display 12 in FIG.

37 to 45 are flowcharts showing a program for controlling the computer, which is written in the ROM 16a of the main controller 8. a. Start-up (FIG. 37) Step 51 ... The main controller 8 is connected to a power source, and electricity is supplied. Step 52 ... Read setting data from the ROM 16a and the RAM 16b. Step 53: Check the printer function. Step 54 ... Checks for the presence of paper. Step 55: When the amount of paper is very small, it is displayed on the screen. Step 56 ... Paper is replenished. Step 57 ... Erases the indication that the paper is out. Then, the process returns to step 54 and it is determined that there is a sheet. Step 58 ... Display the first hierarchy screen.

B. Delivery of package (for delivery company, FIG. 38) Step 61 ... The screen of the first hierarchy is displayed. Step 62 ... Input by the start key on the above screen. Step 63 ... Switch to the display of the second hierarchy screen. Step 64 ... The delivery purpose is input by the delivery key of the package on the above screen. Step 65 ... Unlock all electric locks of the available empty lockers. Step 66 ... Displays the empty locker number and the luggage storage request. Step 67: The storage detection sensor detects that the luggage is stored in the empty locker. Step 68 ... Detecting that the locker storing the luggage is closed by the door closing detection sensor Step 69 ... The room number is input by the room number key (numeric keypad).

Step 70 ... Displays the room number and resident name. Step 71 ... Request confirmation of room number and resident name. Step 72 ... Confirmation or correction is input by the confirmation or correction key. Step 73 ... Determines the confirmation result. Step 74: Since the confirmation result is NO, the room number display is erased and the process returns to Step 69. Step 75 ... If the confirmation result is YES, the luggage storage locker and the empty locker are all closed. Step 76 ... Issue a deposit from the printer. Then, the process returns to the first layer screen display in step 58 of FIG.

C. Receipt of picked-up items (for delivery company, FIG. 39) Step 81 ... The first layer screen is displayed. (The delivery company knows on this screen that he / she has the item to be collected.) Step 82 ... Input with the start key on the screen. Step 83: Switch to the display of the second hierarchy screen. Step 84 ... Input by the pick-up key of the collected item on the above screen. Step 85: Request to insert a magnetic card that proves that you are a designated delivery company. Step 86: A magnetic card is inserted. Step 87 ... Whether the magnetic card information is correct or not is collated and determined. Step 88: If it is determined that the card is not a legitimate card, return the magnetic card. Then, the process returns to the first layer screen display in step 58 of FIG.

Step 89: When the magnetic card is determined to be valid, the collection item storage locker is unlocked. Step 90: Display a request for taking out the collected items. Step 91: The luggage storage detection sensor detects that the goods to be collected have been taken out. Step 92: The door closing detection sensor detects that the locker from which the collected goods have been taken out is closed. Step 93: Lock the locker from which the collected goods have been taken out. Step 94 ... Return the magnetic card. Then, the process returns to the first layer screen display in step 58 of FIG.

D. Receipt of luggage (for residents, FIG. 40) Step 101 ... The first layer screen is displayed. (The resident knows the arrival of the luggage on this screen.) Step 102 ... Input by the start key on the above screen. Step 103: Switch to the second hierarchy screen. Step 104 ... Input by the package receipt key on the above screen. Step 105: Request to insert a magnetic card that proves that you are a resident. Step 106 ... A magnetic card is inserted.

Step 107 ... Whether the magnetic card information is correct or not is collated. Step 108 ... If it is determined that the card is not a legitimate card, the magnetic card is returned. Then, the process returns to the first layer screen display in step 58 of FIG. Step 109 ... If the magnetic card is determined to be valid, the user is requested to enter the personal identification number. Step 110: The personal identification number is input. Step 111 ... It is determined whether the personal identification number is registered. Step 112: If the personal identification number is wrong, re-enter it.

Step 113: If the personal identification number is correct, the magnetic card is returned. Step 114: Unlock the locker where the luggage is stored. Step 115: The luggage storage detection sensor detects that the luggage has been taken out. Step 116: The door closing sensor detects that the locker from which the luggage has been taken out is closed. Step 117 ... The locker from which the luggage has been taken out closes. Then, the process returns to the first layer screen display in step 58 of FIG.

E. Shipment of packages (for residents, FIG. 41) Step 121 ... The first layer screen is displayed. Step 122 ... Input by the start key on the above screen. Step 123 ... Switch to the second layer screen. Step 124 ... Input by the package shipping key on the above screen. Step 125 ... Unlock all empty lockers. Step 126: Display an empty locker number and a luggage storage request. Step 127: The baggage storage inspection sensor detects that the package to be shipped has been put into the selected empty locker. Step 128 ... Detecting that the luggage storage locker and the empty locker are closed by the closing detection sensor.

Step 129: Request a request for a magnetic card that proves that you are a resident. Step 130: A magnetic card is inserted. Step 131: Whether the magnetic card information is correct or not is collated. Step 132 ... If it is determined that the card is not a legitimate card, the magnetic card is returned. Then, the process returns to the first layer screen display in step 58 of FIG. Step 133 ... When the above magnetic card is determined to be valid, the name of the designated courier service and its request for selection are displayed. Step 134 ... The name of the designated delivery company is selected and input. Step 135 ... Displays the name of the courier that has been selected and input.

Step 136: Requests confirmation of the displayed courier name. Step 137 ... If there is a correction input, the courier name selected in step 138 is deleted, and the process returns to step 133. Step 139 ... Confirmation is input. Step 140: Close the luggage storage locker and the empty locker. Step 141 ... Return the magnetic card. Step 142 ... Issue a deposit. Then, the process returns to the first layer screen display in step 58 of FIG.

F. Outing registration (for residents, FIG. 42) Step 151 ... The first layer screen is displayed. Step 152 ... Input with the start key. Step 153 ... Switch to the second layer screen. Step 154 ... Input by the go-out key for registering the go-out. Step 155: Request to insert a magnetic card that proves that you are a resident. Step 156 ... A magnetic card is inserted.

Step 157 ... It is determined whether the inserted magnetic card is a registered card. If it is determined that the card has not been registered, the process returns to step 159, the card is returned, and the display returns to the display of the first layer screen in step 58 of FIG. Step 158 ... When it is determined that the magnetic card is a registered card, a waiting request is displayed for a while. (During this time, the mode is changed from the delivery mode to the storage mode.) Step 159 ... After the above-mentioned transition is completed, the magnetic card is returned. Then, the display returns to the display of the first layer screen in step 58 of FIG.

G. Registration of room (for residents, Fig. 43) Step 171, ... The first hierarchy screen is displayed. Step 172 ... Input with the start key. Step 173: Switch to the second hierarchy screen. Step 174: Input by the occupancy key for registering the occupancy. Step 175: Request to insert a magnetic card that proves that you are a resident. Step 176 ... A magnetic card is inserted.

Step 177 ... It is determined whether or not the inserted magnetic card is a registered card. If it is determined that the card has not been registered, the process returns to step 179 to return the card, and the display returns to the first level screen display in step 58 of FIG. 37. Step 178 ... When it is determined that the magnetic card is a registered card, a request for waiting for a while is displayed. (During this time, the storage mode is switched to the delivery mode.) Step 179 ... After the above-mentioned transition is completed, the magnetic card is returned. Then, the display returns to the display of the first layer screen in step 58 of FIG.

H. Administrator process (FIG. 44) Step 191, ... The first hierarchy screen is displayed. Step 192 ... Input with the start key. Step 193 ... Switch to the second hierarchy screen. Step 194: Input by the administrator processing key. Step 195: Request the insertion of a magnetic card that proves that you are the administrator. Step 196 ... A magnetic card is inserted. Step 197 ... Collates and determines whether the inserted magnetic card is a registered card. Step 198 ... If the card is not registered, the card is returned. Then, the display returns to the display of the first layer screen in step 58 of FIG.

Step 199 ... If it is determined that the above card is a registered card, the user is requested to input a personal identification number. Step 200: The personal identification number is entered using the ten-key pad and the number is displayed. Step 201: The confirmation of the display number is requested and confirmed. Step 202 ... If the numbers are different, the number is erased by inputting the correction key. Then, the process returns to step 200. Step 203 ... When the number is confirmed by inputting the confirmation key, the management processing menu key shown in FIGS. 32 and 33 is displayed. Step 204 ... Menu key is selected and input. The following steps are omitted because they are diverse.

I. Maintenance processing (FIG. 45) Step 211 ... The first layer screen is displayed. Step 212 ... Input with the start key. Step 213: Switch to the second layer screen. Step 214: Input by the maintenance processing key. Step 215 ··· Request the insertion of a magnetic card that proves that you are a maintenance manager. Step 216 ... A magnetic card is inserted. Step 217 ... It is determined whether or not the inserted magnetic card is a registered card. Step 218 ... If it is determined that the card is not registered, the card is returned. Then, the display returns to the display of the first layer screen in step 58 of FIG.

Step 219: When it is determined that the above card is a registered card, the user is requested to input a personal identification number. Step 220: The personal identification number is input by the ten keys and the number is displayed. Step 221 ... Requests confirmation of the display number and is confirmed. Step 222 ... When the numbers are different, the number is erased by inputting the correction key. Then, the process returns to step 220. Step 223 ... When the number is confirmed by inputting the confirmation key, the maintenance processing menu key shown in FIG. 36 is displayed. Step 224 ... The menu key is selected and input. The following steps are omitted because they are diverse.

The number of days being displayed in the first layer in FIG. 4 is automatically entered by using the timer provided. After a predetermined number of days (approximately 7 days) have passed, the manager takes out the stored luggage and takes appropriate processing. This embodiment is for facilitating understanding of the structure and function of the device, and one locker can hold a plurality of luggage, one locker can carry a luggage, and a locker Although omitted in cases of malfunction or other exceptional cases, it is possible to additionally store an image menu in the storage device so that it can be dealt with. Also, the control function can handle up to 32 luggage storage lockers, and the number of lockers can be increased or decreased to suit the number of residents. Further, the present invention can be applied to a locker device other than the luggage delivery locker.

[0051]

[Effect of device]

 a. Since the purpose, procedure, figure, and touch key for operating the locker are successively displayed on the display device and can be directly input from the display device, the operation can be performed easily. b. For delivery of parcels, no courier is specified and it can be used by any courier, which is convenient for both courier and residents. In addition, it is convenient because you can ship your luggage from your home. c. For the receipt of parcels delivered by residents and the collection of items picked up by courier companies, a check is always performed using magnetic cards, so delivery of parcels is reliable. d. The display device does not require devices such as a numeric keypad, a selection response key, and a guide speaker, and the product can be provided at a low price because the control unit is downsized and the control unit is also provided with a luggage storage locker.

[Brief description of drawings]

FIG. 1 is a perspective view of a luggage delivery locker.

FIG. 2 is a system diagram for carrying out the invention.

FIG. 3 is an overall layout of components according to an embodiment of the invention.

FIG. 4 is a display image of a first layer and a second layer.

5-8 are display images for package delivery.

FIG. 9 is a receipt for parcel delivery.

10 to 12 are display images for receiving a collected item.

13 to 17 are display images for receiving delivery packages.

18 to 22 are display images for shipping packages.

FIG. 23 is a receipt for shipping packages.

24 to 26 are display images for going out registration.

27 to 29 are display images for registering a room.

30 to 33 are display images for manager processing.

34 to 36 are display images for maintenance processing.

FIG. 37 is a flowchart for activation.

FIG. 38 is a flow chart for package delivery.

FIG. 39 is a flowchart for receiving a collected item.

FIG. 40 is a flowchart for receiving delivered packages.

FIG. 41 is a flowchart for parcel delivery.

FIG. 42 is a flowchart for going out registration.

FIG. 43 is a flowchart for occupancy registration.

FIG. 44 is a flowchart for manager processing.

FIG. 45 is a flowchart for maintenance processing.

[Explanation of symbols]

 1 control locker 2 locker body 2a locker 2b door 3 display device 4 magnetic card reader 4a card slot 5 printer 5a print paper discharge port 6 card information discriminating device 7 storage device 7a usage history storage device 8 main control unit 9 storage detection Sensor 10 Door closing detection sensor 11 Electric lock device 12 First layer image 13 Second layer image 14 Selection touch key

Claims (1)

[Scope of utility model registration request] 1. A control locker 1 incorporating a control unit for controlling the use of a locker 2a described later, and a plurality of lockers 2a having different sizes for storing packages to be delivered and shipped. Are stacked and integrally formed,
A locker body 2 provided in parallel with the control locker 1,
(B) On the surface of the control locker 1, a display device 3 by a display for transmitting the operation procedure for the use of the locker 2a and the result of arithmetic processing to the user of the locker 2a, and a magnetic card An inlet 4a and a print paper outlet 5a are provided. (C) Inside the control locker 1, a magnetic card reader 4 and a discriminating device 6 for the card information read by the magnetic card reader 4 are provided. The printer 5, which prints the luggage check, the locker use record and the inspection record, the storage device 7 for the menu displayed on the display device 3, and the regular input according to the operation procedure displayed on the display device 3 are performed. In the case where the locker 2a is used, the main controller 8 for forming necessary commands for the operation of the electric lock device 11 and the operation of the printer 5 described below and the usage history. A storage device 7a is provided, and (d) the locker 2a includes a luggage storage detection sensor 9 that detects that luggage is stored, a door closing detection sensor 10 that detects that the door 2b is closed, and an electric A luggage delivery locker in which the lock device 11 is provided, comprising: a. The storage device 7 is a selection touch key 14 for inputting an instruction to the main control unit 8 in relation to an interrogation word, a figure, and a purpose of use of the locker 2a as an operation procedure for using the locker 2a. Hereinafter, a plurality of display images whose menus are selection keys) are hierarchically stored, and b. The image 12 of the first layer in which the menus of "Locker usage status, start key input guidance" and "Start key (14a)" are edited from the storage device 7 is displayed on the display device 3, and the display is started. By inputting the key 14a, "guidance of the selection key 14 depending on the purpose of using the locker", the "luggage delivery key" and the "collected goods receipt key" of the courier as the selection key 14, the "luggage receipt key" for residents, ""Package shipping key", "outdoor key" and "at home key",
The menu of "administrator processing key" and "maintenance processing key" for others is converted into the edited second-level image 13, and c. By selecting and inputting the "selection key depending on the purpose of use of the locker", the images of the menu required for achieving the purpose of use are sequentially read out from the storage device 7 and displayed on the display device 3 to operate the purpose of use. A baggage delivery locker characterized in that the display is returned to the display of the image 12 of the first layer when all necessary menus are displayed.