JP3172334B2 - Parcel delivery storage rocker system and stamping machine - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a parcel delivery storage rocker system and a stamping machine for managing delivered parcels.
In particular, the present invention relates to a home delivery storage rocker system and a stamping machine for issuing a receipt to a home delivery person.

[0002]

2. Description of the Related Art In recent years, in apartment complexes such as apartments, when a home delivery is delivered when a resident is absent, a home delivery storage rocker system for storing and managing the home delivery is installed. It has become so. In this home delivery storage rocker system, a home delivery person stores a home delivery in one of a plurality of provided rockers, and specifies a resident of the home delivery destination by operating an operation panel or the like. Then, the system stores the locker in which the parcel is stored and the resident of the parcel destination,
When a resident returns home, a personal identification number or the like is checked, and the locker containing the home delivery to the resident is unlocked.

[0003] By the way, as long as the courier delivers the home delivery, it is necessary to bring back the receipt. For this reason, in the conventional home delivery storage rocker system, a printed receipt such as a date and a receipt stamp is issued to the home delivery person when the home delivery is stored.

[0004]

However, the printing of the date and the receipt stamp alone is less effective as a receipt than that of the recipient's seal stamp. For this reason, the conventional system cannot be used depending on the home delivery company.

[0005] The present invention has been made in view of the above points, and it is an object of the present invention to provide a parcel delivery storage rocker system capable of issuing a receipt stamped with a recipient's seal.

[0006]

According to the present invention, in order to solve the above-mentioned problems, in a parcel delivery storage rocker system for managing delivered parcels, an operation panel for operating the system and an input to the operation panel are provided. A resident designation means for judging a signal to designate a resident of a delivery destination; a receipt issue command means for judging an input signal of the operation panel to issue a receipt; and When done, a seal control means for outputting a seal control signal in accordance with the data of the resident designation means, a seal unit on which a seal of a resident using the rocker is set, and the seal control unit according to the designated seal control signal. And a stamping machine having a stamping mechanism for selecting a resident's stamp from the stamp unit and stamping the receipt. There is provided.

[0007]

The resident specifying means determines the resident of the home delivery destination by judging the input signal of the operation panel. The receipt issuing command means instructs the issuance of a receipt by judging an input signal of the operation panel. When this receipt issuance command is issued, the seal control means outputs a seal control signal in accordance with the data of the resident designation means. According to the stamp control signal, the stamping mechanism of the stamping machine selects the stamp of the designated resident from the stamp unit where the stamp of the resident using the rocker is set, and stamps it on the receipt paper.

[0008]

An embodiment of the present invention will be described below with reference to the drawings. FIG. 1 is a diagram for explaining the concept of the present embodiment. The control device 6 manages the rocker unit 3 including a plurality of rockers based on an operation on the operation panel 20. On the operation panel 20, the courier designates the resident of the delivery destination, and this designation data is judged by the resident designation means 6a and sent to the seal control means 6c. In addition, on the operation panel 20, the courier issues a receipt issuance command in order to receive the receipt after the home delivery is stored. This receipt issue command is judged by the receipt issue command means 6b and sent to the seal control means 6c.

When the issuance of a receipt is instructed, the seal control means 6c sends a command to the ticket issuing machine 8 of the receipt issuance device 7,
The receipt paper is supplied to the stamping machine 9. Further, the stamp control means 6c outputs a stamp control signal to drive the stamp mechanism 9a. In accordance with the stamp control signal, the stamping mechanism 9a selects the stamp of the resident of the delivery destination from the stamp unit 9b in which the stamp of the resident using the rocker unit 3 is set, and stamps the sheet from the ticket issuing machine 8. And outputs it as a receipt 10.

FIG. 2 is an external view showing the configuration of the home delivery storage rocker system of the present embodiment. The home delivery storage rocker system 1 mainly includes a control unit 2 and a rocker unit 3. The rocker unit 3 includes five rockers 31 to 35. Inside the control unit 2,
A control device 6 described later is provided.
Accordingly, the entire system of the home delivery storage rocker system 1 is controlled. The control panel 2a of the control unit 2 mainly includes an operation panel 20, a living room display unit 21, and a receipt taking out port 7.
a is provided. The control panel 2a can be opened and closed by a key (not shown).

The operation panel 20 is used for performing operations when delivering or receiving home delivery to a corresponding living room. The living room display section 21 is a portion for displaying a living room number, a resident's name, and the like. Receipt take-out port 7a
Is for the courier to receive the receipt after storing the courier in the rocker. A receipt issuing device 7 is provided inside the control unit 2, and a receipt is issued from the receipt issuing device 7 by operating the operation panel 20.
It is passed to the delivery person via the receipt taking out port 7a.

Each rocker 31-35 has a door 31a-3.
Locking / unlocking devices 41 to 45 for locking and unlocking 5a as necessary are provided. The locking / unlocking devices 41 to 45 unlock the doors 31a to 35a only when an unlocking command signal is sent from the control device 6, and maintain the locked state otherwise. In addition, the unlocked door is pushed outward by a spring and is in a half-open state. Thus, it is immediately known which door has been unlocked.

Further, inside the rockers 31 to 35, storage sensors 51 to 55 for detecting the presence or absence of home delivery in each rocker are provided.
Is provided. The storage sensors 51 to 55 are optical sensors, and each includes a light emitting unit 51 a to 55 a and a light receiving unit 5.
1b to 55b. Storage sensors 51-
55 denotes light emitting units 51a to 55a and light receiving units 51b to 55b
When the light in between is blocked, the storage of the home delivery is detected.

The doors 31a-3 of the rockers 31-35 are also provided.
5a are provided with key insertion portions 31b to 35b, respectively. In an emergency or the like, a master key is inserted to forcibly unlock the doors 31a to 35a.

FIG. 3 is a diagram showing the configuration of the control panel 2a of the control unit 2. The control panel 2a of the control section 2 mainly includes an operation panel 20, a living room display section 21, and a receipt taking out port 7a.
Is provided. In addition, a handling explanation seal 27 is also affixed to the control panel 2a. The operation panel 20 includes a numeric keypad 22, an unlock button 23, a storage lamp 24, a receipt button 25, a receipt lamp 25a, and a storage stop lamp 26.

The numeric keypad 22 is used by a resident to input a password unique to each living room. Unlock button 2
3 is each number display tag 21a-21f of the living room display part 21
And six unlocking buttons 23a to 23f respectively corresponding to. However, in this embodiment, the room number 1
It is assumed that only four living rooms 01, 102, 201, and 202 are registered.

The unlocking buttons 23a to 23f are buttons that the courier presses when the home delivery is stored in the locker. By pressing the unlocking button 23a to 23f corresponding to the living room of the home delivery destination. One of the lockers that does not have a home delivery will automatically unlock.

The storage lamp section 24 includes unlocking buttons 23a to 23a.
It is composed of six storage lamps 24a to 24f corresponding to 23f. Delivery goods are delivered to the corresponding living room, and the storage lamps 24a to 24f are delivered to the lockers 31 to 24f.
Lights up when stored in any of 35, and notifies the resident of the fact. The storage stop lamp 26 has already been
Lights up when home delivery items are stored in all of the items 1 to 35.

The receipt button 25 is a button pressed by the courier to receive the receipt after storing the home delivery. The receipt lamp 25a is turned on when the receipt paper of the receipt issuing device 7 in the control unit 2 runs out. Receipt issuing device 7
When the receipt button 25 is pressed after storing the home delivery,
Stamp the seal of the resident of the home delivery, and take out the receipt receipt 7a
Output from

FIG. 4 is a side view showing the overall structure of the receipt issuing device 7. The receipt issuing device 7 includes a ticket issuing machine 8 and a stamping machine 9. The operations of the ticket issuing machine 8 and the stamping machine 9 are controlled by the control device 6. When a receipt paper is set inside the ticket issuing machine 8 and a receipt issuing command is sent from the control device 6, a motor and gears (not shown) are driven to drive only one receipt paper. 8a. As the receipt paper set in the ticket issuing machine 8, bellows paper, roll paper, cut paper, or the like is used. Note that the structure of the ticket issuing machine 8 is the same as that conventionally used, and a detailed description is omitted here.

The stamping machine 9 is a device for pressing a seal of a resident of a home delivery destination on a receipt form from the ticket issuing machine 8. The stamping machine 9
The whole is covered by a case 91. At a position almost at the same height as the ticket issuing port 8a of the stamping machine 9, a stamping table 92 is formed so as to extend toward the near side in the drawing. This stamping table 92
A passage 921 is formed in the upper part of the
A receipt form from the ticketing machine 8 is placed in 1. At this time, the leading end of the receipt paper is taken out of the ejection opening 92 of the stamping table 92.
It comes out only a little from 2. Further, the entire receipt issuing device 7 is installed such that the outlet 922 is close to the receipt outlet 7a of the control panel 2a. For this reason, the leading end of the receipt paper placed on the stamping board 92 is
It also comes out a little from the receipt receipt port 7a.

A motor 93 is provided below the case 91. The motor 93 rotates in a certain direction according to a control signal from the control device 6. The rotation of the motor 93 is sufficiently reduced by the gear box
31. This shaft 931 has a seal unit 9
4 are connected by a configuration described later. The seal unit 94 includes eight seal holding members 941 to 9 on the side surface of the drum.
48. However, here, the seal holding member 9
Only 41, 943, 947 are shown.

An encoder 9 is provided above the seal unit 94.
5 are provided. The encoder 95 includes upper and lower two slit disks 951 and 952, and a sensor unit 953. The slit disks 951 and 952 are fixed to the seal unit 94 side, while the sensor unit 953 is fixed to the case 91 side. The sensor unit 953 detects the rotational position of the seal stamp unit 94 by reading the positions of the slits of the slit disks 951 and 952, and sends a detection signal to the control device 6.

A pressing device 96 is fixed to the case 91. The pressing device 96 is formed of a solenoid, and the pressing member 961 is lowered by a control current from the control device 6.

FIG. 5 is an exploded perspective view showing the internal structure of the stamping machine 9 with the case 91 removed. A shaft hole 923 is formed in the stamping table 92, and the motor 9 is inserted into the shaft hole 923.
The third shaft 931 is inserted. The tip 93 of this shaft 931
Reference numeral 2 is connected to the seal stamp unit 94 via an annular member 97. A notch 9 is provided at the tip 932 of the shaft 931.
32a are formed. The annular member 97 has a protruding portion 971 on the outside, and is formed such that the inside thereof is fitted to the tip 932.

The seal unit 94 mainly includes an octagonal side plate 94a and an upper plate 94b for closing the upper and lower sides of the side plate 94a.
And the lower plate 94c, and eight seal holding members 941 to 94
8 and a shaft 94d. The shaft 94d passes through substantially the center of the seal stamp unit 94, and the upper plate 94b,
It is fixed to the lower plate 94c and the like. Seal holding member 941
Is formed of a single metal plate, and has a holding portion 941a and a top plate 941b. The seal 100a is sandwiched and held by the sandwiching portion 941a. The seal holding member 941 is slidably attached to the side plate 94a.

Although only the seal holding members 941 and 943 are shown in FIG. 5 for simplicity, eight seal holding members 941 to 94 are actually provided on the side plate 94a.
8 is attached. In addition, other seal holding members 94
2 to 948 have substantially the same configuration as the seal holding member 941, and thus description thereof is omitted here.

The tip 94 of the shaft 94d of the seal unit 94
In e, a lower slit disk 952, a cylindrical member 98, an upper slit disk 951, and a shaft member 99 are laminated and fixed in this order. The lower slit disk 952 is a slit disk for detecting an initial position, and has one slit 952a.
Only are formed. On the other hand, the upper slit disk 951
Is a slit disk for detecting a rotation angle, and eight slits 9 corresponding to the positions of the seal holders 941-948.
51a to 951h are formed.

FIG. 6 is a sectional view showing a structure of a connecting portion between the lower plate 94c of the seal unit 94 and the shaft 931 of the motor 93. A bearing hole 94f is formed below the shaft 94d of the seal stamp unit 94. The tip 932 of the shaft 931 of the motor 93 is inserted into the bearing hole 94f. Since the diameter of the bearing hole 94f is designed to be slightly larger than that of the tip 932, even if the shaft 931 of the motor 93 rotates,
The seal unit 94 does not directly receive the rotational force. A projecting portion 94g is formed on a part of the lower plate 94c, and comes into contact with the projecting portion 971 of the annular member 97 attached to the tip 932 of the shaft 931.

FIG. 7 is a bottom view of the seal stamp unit 94.
When the motor 93 rotates and the annular member 97 rotates, for example, in the direction of the arrow X, when the projection 971 of the annular member 97 comes into contact with the projection 94g of the lower plate 94c as shown by the solid line in the figure, the seal is obtained. The whole unit 94 is pushed and rotated in the arrow X direction. When the rotation of the motor 93 stops, the seal unit 94 stops almost simultaneously due to the frictional force.

Since the gear ratio between the motor 93 and the shaft 931 is sufficiently large via the gear box 933,
It is difficult to manually rotate the seal unit 94 in the direction of arrow Y against the annular member 97. However, in the direction of the arrow X, only the seal stamp unit 94 can be manually rotated. In this case, almost one rotation is possible until the protruding portions 94g and the protruding portions 971 come into contact again.

FIG. 8 is a sectional view taken along line AA of FIG. A cutout 911 is formed on the front side surface of the case 91 so that the seal unit 94 is exposed when the control panel 2a is opened. A cover 923 is attached to the upper surface of the stamping table 92.
A passage 921 is formed between the upper surface of the cover 923 and the cover 923. Further, a rectangular opening 923a is formed on the case 91 side of the cover 923.

Each seal holding member 941 of the seal unit 94
４８948 are slidably attached to the side plate 94a surface. However, here, the two seal holding members 94
Only 1,945 is shown. Seal holding member 941
To 948 respectively have spring mounting portions 941c to 941c.
8c are formed, connected to the upper plate 94b via springs 101 to 108, respectively, and held at a predetermined height.

The shaft member 99 attached to the tip of the shaft 94d of the seal unit 94 has a tip portion 99a rotatably attached to the case 91 via a bearing member 99b. Thus, the seal unit 94, the shaft 94d, the upper and lower slit disks 951, 952, and the like are integrally rotated between the upper portion of the case 91 and the motor 93.

Sensor unit 953 of encoder 95
Is attached to the case 91 by an attachment member 954. The sensor unit 953 detects the slit 952a of the lower slit disc 952,
A reference position for rotation control of the seal unit 94 is detected. Further, the sensor unit 953 includes an upper slit disk 951
By detecting each of the slits 951a to 951h, the position of a specific seal is detected. These detected position data are sent to the control device 6.

The pressing device 96 is attached to the case 91 by an attaching member 96b. Pressing device 96
When the control current is supplied from the control device 6, the distal end portion 96a is lowered, and the top plate 941b to 948b of the seal holding members 941 to 948 is pressed down by a predetermined distance. Pressed seal holding members 941 to 948
Lowers against the elastic force of the springs 101 to 108, and when the supply of the control current to the pressing device 96 is stopped,
It returns to the original position with 6a.

In the stamping machine 9 having such a configuration, the resident's seal is set in advance on the seal holding members 941 to 948 corresponding to the living room. When setting, the control panel 2a is opened, and the seal unit 94 is rotated in the same direction as the rotation of the motor 93 to move the desired seal holding member to the near side.

When the courier presses the receipt issuing button 25 during delivery of the parcel, the controller 6 supplies a drive current to the motor 93. Thus, the motor 93 starts rotating.
Then, the protrusion 971 of the annular member 97 is
4 by contacting the protrusion 94g of the lower plate 94c.
The seal unit 94 starts rotating. On the control device 6 side, the positions of the seal stamp holding members 941 to 948 are detected based on the position data from the sensor unit 953, and the seal stamp holding member for holding the seal of the resident designated by the courier is the stamping position, that is, the pressing device 96. Motor 9 when it comes directly under
Stop rotation of 3.

FIG. 9 is a plan view of the stamping machine 9 for explaining the rotating operation of the seal stamp unit 94. Seal unit 94
, Eight seal holding members 941 to 948 are attached. Among these, in the present embodiment, for example, four seal holding members 941 to 944 are respectively made to correspond to the respective living rooms, and the seals 100a to 1 of the resident of the corresponding living room are provided.
00d is set on each of the seal holding members 941 to 944.

Receipt form 10 sent from ticketing machine 8
Is set so that its tip 10a slightly comes out of a receipt extracting port 7a (not shown). This adjustment is performed when the receipt issuing device 7 is installed in the control unit 2. Further, the seal portion of the receipt paper 10 is exposed from the opening 923a of the cover 923.

Now, assuming that it is necessary to seal the seal 100a of the seal holding member 941, the seal stamp unit 94 is rotated, for example, in the direction of the arrow, and the seal holding member 941 is pressed by the pressing device 9.
Stop just below 6. Next, the pressing device 9
6 operates to push down the top plate 941b of the seal holding member 941, and the seal 100a is stamped on the paper 10. The stamped receipt paper 10 is taken out after the delivery line 10b is cut by the deliveryman pulling the leading end 10a.

FIG. 10 is a block diagram showing the configuration of the control device in the control unit 2. The control device 6 is a device that controls the entire home delivery storage rocker system 1 and includes a processor (C).
PU) 61 is built-in. A ROM 62, a RAM 63, and an interface (INT) 64 are connected to the processor 61 via a bus 65. The ROM 62 stores a system program, and the processor 61 controls the entire home delivery storage rocker system 1 according to the system program.

The RAM 63 stores necessary data during execution of the system program. The RAM 63 has a storage check register 631, a home delivery destination check register 6
32, an ID code storage area 633, and a seal data storage area 634. The storage check register 631 is a register that stores whether or not the home delivery is stored in each of the lockers 31 to 35. If the home delivery is stored in any of the rockers 31 to 35, 1 is set in the corresponding area, and 0 is set otherwise. The presence or absence of home delivery is detected by detection signals from storage sensors 51 to 55 in each of the rockers 31 to 35.

The home delivery destination check register 632 is a register for storing the destination of the home delivery in the lockers 31 to 35 to which living room. The ID code storage area 633 is
This is an area for storing an ID code corresponding to each living room. The seal stamp data storage area 634 is an area for storing correspondence data between each seal holding member 941 to 948 in the stamping machine 9 and each living room.

The RAM 63 having such an area
Is preferably constructed of a non-volatile memory such as a CMOS so that data is not erased even when the power is cut off at the time of a power failure or the like.

Next, the operation of the home delivery storage rocker system 1 will be described. First, the courier pushes the corresponding unlock button 23a, for example, when the courier wants to deliver the courier to the living room with the room number 101. Thereby, on the control device 6 side,
The contents of the storage check register 631 are read, one of the vacant rockers among the rockers 31 to 35 is selected, and the door is unlocked.

Assuming that the unlock button 23a is pressed and the door 31a of the locker 31 is unlocked and opened, for example, the courier stores the home delivery in the locker 31 and closes the door 31a. Thereby, the door 31a is automatically locked. Also, the storage sensor 51 detects that the home delivery is stored, and sends a detection signal to the control device 6 side.

The control device 6 that has received the detection signal sets 1 in an area of the storage check register 631 corresponding to the rocker 31, and stores the residence room of the home delivery destination in the home delivery destination check register 632. And storage lamp 2
4a is turned on.

When the courier who has finished the work presses the receipt button 25, the control device 6 drives the receipt issuing device 7, and stamps the seal of the resident of the delivery destination on the receipt paper to take out the receipt taking out port. 7a. The courier receives the stamped receipt of the seal and returns.

On the other hand, the resident of the living room having the room number 101 knows that the home delivery has been delivered to his / her home by seeing that the storage lamp 24a is lit. When the user wants to take out the home delivery, he or she inputs a password using the numeric keypad 22. When the personal identification number is input, the control device 6 checks this against the ID code for the room number 101 stored in the ID code storage area 633, and unlocks the door 31a if they match. Thereby, the resident can receive the home delivery to himself / herself.

When the home delivery is taken out, the corresponding portions of the storage check register 631 and the home delivery destination check register 632 are cleared. FIG. 11 is a flowchart showing a main control procedure on the control device 6 side for performing such an operation. [S1] It is determined whether or not any one of the unlock buttons 23a to 23f on the operation panel 20 is pressed. If it is pressed, the process proceeds to step S2; otherwise, the process proceeds to step S10. [S2] The data in the storage check register 631 is read,
The storage state of the lockers 31 to 35 is searched.

[S3] It is determined whether or not any of the lockers 31 to 35 is empty and a new home delivery can be stored. If possible, the process proceeds to step S4; otherwise, the process proceeds to step S10. [S4] An empty locker is selected from the lockers 31 to 35, and the door is unlocked. [S5] Based on the detection signals from the storage sensors 51 to 55, it is detected that the home delivery is stored in the unlocked rocker.

[S6] Among the storage lamps 24a to 24f, the lamp corresponding to the living room of the home delivery destination is turned on. [S7] By storing the home delivery, the rockers 31 to 3 are stored.
It is determined whether or not the home delivery items are stored in all the five items, and it is determined whether further storage is impossible. If not, the process proceeds to step S8; otherwise, the process proceeds to step S9.

[S8] The storage stop lamp 26 is turned on. [S9] A receipt is issued in response to the operation of the operation panel 20 by the courier. [S10] It is determined whether or not a password has been entered using the numeric keypad 22. If a password has been entered, the process proceeds to step S11; otherwise, the flowchart ends.

[S11] The entered password is compared with the ID code of the corresponding living room. [S12] As a result of the comparison, it is determined whether or not the personal identification number and the ID code match. If they match, the process proceeds to step S13. If not, the flow chart ends. [S13] All the doors of the lockers storing the home delivery delivered to the corresponding living room are unlocked.

FIG. 12 is a flowchart showing a main control procedure on the control device 6 side for controlling the receipt issuing device 7. Note that this flowchart shows the receipt button 25
Executed when is pressed. [S21] The residence room of the delivery destination is searched. [S22] The ticket issuing machine 8 is driven. [S23] The motor 93 of the stamping machine 9 is driven to rotate the seal unit 94.

[S24] It is determined whether or not the seal of the resident at the delivery destination has moved to a predetermined stamp position. If the seal has moved, the process proceeds to step S25, and if not, the step S24 is repeated. [S25] The pressing device 96 is driven to press the seal on the receipt paper 10.

As described above, in the present embodiment, the stamping machine 9 provided with the resident's seal is provided in the receipt issuing device 7 so that the stamp of the resident of the delivery destination can be stamped on the receipt paper. The courier can bring back the receipt with the seal of the recipient of the courier. Therefore, it is possible to handle all home delivery.

In this embodiment, the seal unit 94 is configured such that the seal holding members 941 to 948 are attached around the substantially cylindrical side plate 94a. A desired seal can be easily selected.

Furthermore, in this embodiment, the rotation of the motor 93 is transmitted to the seal unit 94 by the annular member 97, so that the seal unit 94 can be manually rotated even when the motor 93 is stopped. For this reason, the setting work of the seal is facilitated.

In this embodiment, the receipt paper 10 is output from the ticket issuing machine 8 in order to issue a receipt. However, the receipt paper prepared by the courier is inserted into the receipt outlet 7a or the like. The receipt paper may be directly stamped by the stamping machine 9.

[0062]

As described above, according to the present invention, the seal of the designated resident is selected from the seal unit on which the seal of the resident using the rocker is set, and is stamped on the receipt form. The courier can then bring back the receipt with the seal of the recipient of the courier.

Therefore, it is possible to handle all home delivery items.

[Brief description of the drawings]

FIG. 1 is a diagram illustrating the concept of the present embodiment.

FIG. 2 is an external view showing a configuration of a home delivery storage rocker system of the present embodiment.

FIG. 3 is a diagram showing a configuration of a control panel.

FIG. 4 is a side view showing the overall configuration of the receipt issuing device.

FIG. 5 is an exploded perspective view showing an internal configuration of the stamping machine from which a case has been removed.

FIG. 6 is a cross-sectional view showing a configuration of a connection portion between a lower plate of the seal unit and a motor shaft.

FIG. 7 is a bottom view of the seal unit.

FIG. 8 is a sectional view taken along the line AA in FIG. 4;

FIG. 9 is a plan view of the stamping machine for explaining the rotation operation of the seal stamp unit.

FIG. 10 is a block diagram illustrating a configuration of a control device in the control unit.

FIG. 11 is a flowchart showing a main control procedure on the control device side.

FIG. 12 is a flowchart showing a main control procedure on the control device side for controlling the receipt issuing device.

[Description of Signs] 1 Home delivery storage rocker system 2 Control unit 2a Control panel 3 Rocker unit 6 Control device 6a Resident designation means 6b Receipt issuance command means 6c Sealing control means 7 Receipt issuance device 7a Receipt take-out opening 8 Ticket issuance Machine 9 Stamping machine 9a Stamping mechanism unit 9b Sealing unit 10 Receipt 20 Operation panel 21 Living room display unit 22 Numeric keypad 23 Unlocking button unit 24 Storage lamp unit 25 Receipt button 31-35 Locker 92 Stamping stand 93 Motor 94 Sealing unit 941 To 948 Seal holding member 95 Encoder 96 Pressing device 97 Ring member 100a to 100d Seal

──────────────────────────────────────────────────続 き Continuation of the front page (56) References JP-A-1-98098 (JP, A) JP-A-1-119894 (JP, A) JP-A-3-221010 (JP, A) 23481 (JP, U) Japanese Utility Model 1-106262 (JP, U) (58) Fields investigated (Int. Cl. ⁷ , DB name) G07G 5/00 E05G 1/00 A47G 29/00-29/30 E05B 1/00-75/00

Claims (6)

(57) [Claims] 1. A home delivery storage rocker system for managing delivered home delivery, comprising: an operation panel for operating the system; and a resident specifying a resident of the home delivery destination by judging an input signal of the operation panel. Designation means, a receipt issue command means for instructing the issuance of a receipt by judging an input signal of the operation panel, and when an instruction for issuing the receipt is issued, a seal control signal according to the data of the resident designation means. A seal control unit that outputs a seal, a seal stamp unit on which a seal of a resident using the rocker is set, and the receipt by selecting the seal stamp of the designated resident from the seal stamp unit according to the seal control signal. And a stamping machine having a stamping mechanism for stamping a sheet of paper. 2. The stamping machine according to claim 1, wherein the stamping machine is connected to a ticket issuing machine for outputting a sheet of the receipt.
The described home delivery storage rocker system. 3. The seal unit includes a cylinder having a rotation axis substantially on a center axis, and a side face of the cylinder so that the seal of each resident is attached and slidable in the rotation axis direction. A seal holding member to be attached, the stamping mechanism is a motor that rotates the cylinder, a rotation detection sensor that detects a rotational position of the cylinder, and a seal that slides the seal holding member to seal the seal. A pressing device for pressing the receipt, the sealing control means stops the motor at a desired position in accordance with a detection signal from the rotation detection sensor, and the sealing control signal to drive the pressing device. The home delivery storage rocker system according to claim 1, wherein the system is configured to output 4. The home delivery storage rocker system according to claim 3, wherein the cylindrical body is configured to receive a force from the shaft of the motor only in a certain direction. 5. A stamping machine for stamping a seal of a resident of a home delivery on a receipt of a home delivery, etc., wherein a cylinder having a rotation axis substantially on a central axis, and a seal of each resident are attached and A seal unit having a seal holding member attached to a side surface of the cylinder so as to be slidable in a rotation axis direction, a motor for rotating the cylinder, and a rotation detection sensor for detecting a rotational position of the cylinder. A stamping mechanism having a pressing device for sliding the stamp holding member to press the stamp against the receipt. 6. The stamping machine according to claim 5, wherein the cylinder is configured to receive rotation of the motor only in a certain direction.