KR100700309B1 - Outdoor mailbox for multi-househods - Google Patents

Abstract

The disclosed multi-purpose outdoor mailbox is installed on an outdoor wall of a wall on which a mail collecting port 12 penetrates indoors and outdoors, and is provided with a plurality of inlets 4 at a front part and a discharge port connected to a recovery port of the wall at a rear part. Case having a (7), a plurality of receiving boxes (16), which is mounted on the case and falling through the inlet to fall down after receiving, and is attached to the interior side wall of the wall to indicate whether the mail received by household And a controller 14 capable of manipulating the discharge of the postal mail using the password. Preferably the conveyor and the outlet of the wall is formed at a position higher than the lower end of the drop passage, the conveyor is installed to receive the mail dropped into the drop passage in the case and transported to the discharge port is operated by the controller It may further include so that the occupant is not inconvenient to bend the waist for the mail collection. Such a mailbox can be convenient for both the delivery person and the tenant, and is effective for full access control of outsiders including the delivery person other than the tenant in public buildings such as apartments.

Multiple Generations, Outdoor, Mailbox, Inbox, Controller, Password

Description

Outdoor mailbox for multi-househods}

1 is a perspective view showing a front portion of a multi-purpose outdoor mailbox according to an embodiment of the present invention.

Figure 2 is a perspective view of the rear portion of the mailbox shown in FIG.

3 is a cross-sectional view showing an installation state of the mailbox shown in FIG.

Figure 4 is a partial cutaway front view showing the outlet guide structure inside the mailbox shown in FIG.

Figure 5 is a cross-sectional view of the installation state of a multi-purpose outdoor mailbox according to another embodiment of the present invention.

FIG. 6 is a sectional view seen from line VI-VI shown in FIG. 5; FIG.

FIG. 7 is an exploded perspective view showing one inbox in the mailboxes of FIGS. 1 and 5.

8 is a cross-sectional view showing a state in which mail is put in the intake shown in FIG.

FIG. 9 is a cross-sectional view showing an operating state on the VIII-VIII line shown in FIG. 8; FIG.

10 is a cross-sectional view of the mail drop portion of the intake illustrated in FIG.

FIG. 11 is a cross-sectional view showing an operating state on the line XI-XI shown in FIG. 10; FIG.

12 is a front view showing a controller front panel of a multi-purpose outdoor mailbox according to the present invention.

Figure 13 is a block diagram showing a control circuit of a multi-purpose outdoor mailbox according to the present invention.

14 is a flow chart of the key words of a multi-purpose outdoor mailbox according to the present invention.

15 is a flow chart of the mail discharge mode of the multi-purpose outdoor mailbox according to the present invention.

16 is a flow chart of the password change mode control of a multi-purpose outdoor mailbox according to the present invention.

The present invention improves the multi-generation electronically controlled mailbox according to the patent application 10-2002-0006498 of the inventor of the present invention to the outdoor type, for example, is installed on the outer wall of the front door to receive the mail input by the deliveryman outdoors And, if the tenant confirms in the room inside the front door relates to a multi-generation outdoor mailbox for discharging the received mail indoors.

Public building entrances, such as apartment villa office building officetels, are equipped with multi-generation mailboxes that receive mail delivered to each tenant's household and allow the tenant to check and take out when entering the entrance. Multi-purpose mailboxes can save the labor of the courier by not having to visit the households during the postal delivery, and protect the privacy of the tenants by reducing the number of direct visits by outsiders.

However, the entrance of the building is frequently accessed by outsiders such as occupants, curious children, and visitors, and it is virtually difficult to monitor visitors thoroughly so that they can be safely stored so that they cannot be stolen, tampered with, or misdelivered. It is also necessary to reduce the installation space and improve the appearance in consideration of the aesthetics in the building.

Conventional multi-generation mailboxes are divided or stacked vertically and horizontally in each generation, each inlet is provided with an opening and opening door, each opening door is equipped with a lock that is unlocked only by a unique key to prevent others from opening. It is structured. Such a conventional multi-generation mailbox, even if the door is locked, is a structure that can take out the mail received using the hand or other tools through the inlet, there is a lack of security against the theft of the mail. In addition, the hassle of carrying a key, as well as care must be taken not to lose it, so there is a lot of inconvenience in use, the key is almost no use of this inconvenience. On the other hand, in the structure of partitioning or stacking the inboxes for each generation as in the prior art, the larger the number of households, the more space is occupied by the installation space. It is received in a state that protrudes to the outside, which further hurts aesthetics and increases the risk of theft.

In this conventional typical mailbox, the present inventors use an electronic control technology to discharge the received mail after confirming it with a password by using an electronic control technology in a sealed structure in which the mail received from the above-described application is not stolen by another person. A multi-generation electronically controlled mailbox has been proposed that can increase the performance and reduce the installation space by reducing the overall volume without reducing the size of the household inbox.

In recent years, public buildings such as apartments and officetels often have automatic locks, such as electronic door locks, on the front doors to control access to outsiders other than tenants. In this case, it is difficult for a postman to easily receive mail using a mailbox installed in a building front door. Therefore, in such a building, it is necessary to install a mailbox outside the front door. In this case, a conventional typical mailbox is not preferable because it is very vulnerable to security and greatly impairs the aesthetics of the building as mentioned above. On the other hand, according to the mailbox by the present inventors described above, security and aesthetics of the building problem is not greatly concerned, but the inconvenience of the occupants such as having to check whether the receipt of the mail outside the front door is expected to be improved.

Therefore, the object of the present invention is to modify the mailbox according to the invention of the present application as proposed by the present inventors installed on the outer wall of the front door to allow the deliveryman to put the mail from the outside, the tenant checks the receipt of the mail from the inside of the front door It is to provide a multi-generation outdoor mailbox without inconvenience to use both the tenant and the deliveryman.

Multi-generation electronically controlled mailbox according to the present invention for achieving the above object is to be installed on the outdoor side wall surface of the wall formed with the mail collecting port penetrating the indoor and outdoor, longitudinally or longitudinally and horizontally spaced in the front portion And a plurality of inlets through which openings can be put into each of the posts and a discharge port for discharging the posts connected to the recovery port on the rear side thereof, and a drop passage for freely dropping the posts inside the rear side thereof is formed and below the drop passage. A case having a discharge means for discharging the dropped mails to the discharge port, between the inlet and the drop passage of the case, which is inclined backwards and downwards to receive the mails fed from the inlet and the received mails; Has an outlet for dropping into the passageway and is operable to open and close the outlet A controller which is attached to a wall of the interior of the wall and has a closing means, the controller being operable to set a password for each of the plurality of receipts and to operate the outlet opening and closing means of the selected receipt with the set password; It includes, the cover is provided to be rotated inward and open in each of the plurality of inlet formed in the front portion of the case to block the direct penetration of water from the outside, the front surface inner side of the case and the A gap is formed between the inlets and the lid so that the water permeated between the inlets and the lids can flow down, and a drain hole is formed to receive the water flowing down the bottom of the case and drain it to the outside.

The discharge means may be achieved by forming the recovery port of the wall and the discharge port of the case at a lower position than the drop path so that the mail dropped into the drop path is naturally recovered to the recovery port through the discharge port. .

Preferably, as the discharge means, the recovery port of the wall and the discharge port of the case is formed at a position higher than the lower end of the drop passage, and is installed to receive the mail dropped in the drop passage in the case and transported to the discharge port By including a conveyor operated by the controller, the tenant can avoid the inconvenience of bending the waist for mail collection.

Hereinafter, exemplary embodiments of the present invention will be described with reference to the drawings.

1 and 2 of the accompanying drawings shows a front portion and a rear portion of a multi-purpose outdoor mailbox for the first embodiment of the present invention, Figure 3 is a cross-sectional view of the installation state. The case of the multi-purpose outdoor mailbox as implemented is composed of a main body part 1, a main body cover part 2, and a main body support part 3, and the main body cover part 2 is spaced longitudinally and transversely in front of the main body cover part 2. A plurality of openings (4), which are opened to separate the mails by households, the light emitting display window (5) next to each mail inlet, the generation display plate (6) under each mail inlet, and the rear of the main body (1) It has one outlet 7 opened. 2 is a cable hole for cable wiring of a controller to be described later.

The main body cover portion 2 with respect to the main body portion 1 of the mailbox case can be rotated to open and close about the hinges 9 and 9 'as shown in FIG. 2, but the locking devices 10 and 10 shown in FIG. It is secured by '), so that the general public cannot open it arbitrarily, and it is opened by the manager only in an emergency such as troubleshooting.

Referring to Figure 3 showing a cross-sectional view of the installation state, for example, the mailbox case is installed on the outdoor wall of the front door wall 11 of the building, the wall 11 penetrates the interior and exterior through the back of the main body (1) The recovery port 12 connected to the discharge port 7 formed in the pre-formed. The recovery port 12 is finished with the duct 13.

A controller 14 is also attached to the interior wall of the wall 11 at a suitable height, the cable 15 of which is penetrated through the wall and through the cable hole 8 of the main body 1. It is wired into the mailbox case.

In the mailbox case, a plurality of intake boxes 16 are mounted. The plurality of receiving boxes 16 are each positioned inside each of the inlets 4 of the main body cover part 3, and are inclined backward in the rear direction by relying on the frame 17 provided at the front opening side of the main body part 1. It is fixed at, and spaced apart from each other in the transverse direction and overlapped with each other in the longitudinal direction.

The cover 18 is provided in the inlet 4 of the main body cover part 2. The cover 18 is opened only inward and normally closed, to prevent rainwater from being directly injected into the intake box 16 located therein. Moreover, a slight space | interval is floated between the main body cover part 2 and the receiving box 16, and the drain hole 19 is formed in the lower end of the main body cover part 2. This allows the rainwater that penetrates into the gap between the inlet 4 and the cover 18 does not flow into the receiving box 16, but flows straight down along the inner surface of the main body cover 1 to be drained to the outside.

A drop passage 20 for dropping mails is provided between the inner rear side of the main body portion 1 and the plurality of receiving boxes 16, and is connected to the mail discharge port 7 below the drop passage 20 as shown in FIG. 4. A discharge guide 21 is provided. The discharge guide 21 collects mail dropped and dropped from the intake boxes 16 and guides the mail to the mail discharge port 7. According to this discharge guide 21, the width | variety of the hole for the installation of the duct 12 for collection | recovery of the above-mentioned wall 11 connected with the mail discharge port 7 can be narrowed enough.

5 and 6 show a second embodiment, in which the mail outlet 7 'and the recovery port 12' of the wall 11 are formed at approximately the height of the human chest, and the drop passage inside the main body 1 is formed. 20 is equipped with a conveyor 22 which is automatically operated to convey postal matter at the height of the recovery port 7 'at its lower end. The conveyor 22 is one of several guide rollers 25 and guide rollers for guiding the endless tracks of the conveyance belt 23, the endless tracks on which the engaging members 24 are installed at predetermined intervals. It consists of a motor 26 for driving the at least one postal matter sensor 27, preferably comprises a conveyor guide (28).

As shown in Figure 6, the conveyor guide 28, the left and right edges of the drop guide portion 29 and the conveying belt 23 to collect the mail falling down the drop passage 20 to collect the lower end of the conveying belt (23) Accordingly, the mail guide is composed of a transport guide part (30, 30 ') to prevent the mail from falling to the side and the discharge guide part 31 for guiding the conveyed mail to the discharge port (7'). Here, the conveyance belt 23 is slightly larger in width than the outlet 7 ', and the conveyance guides 30 and 30' are preferably disposed at a slightly narrower interval than the width of the conveyance belt 23.

The mail detection sensor 27 attached to the discharge guide part 31 of the conveyor guide 28 detects a mail to be discharged and detects a signal indicating the discharge of the mail, but ensures that multiple mails are discharged at once. More sensors may be placed at intervals on the path of the conveyance belt 23 for sensing.

7 to 11 are views for explaining the structure and operation of the above-described intake. First, as shown in FIG. 7, the receiving box is divided into a receiving room 37 and a machine room 38 by a partition 36 installed at an inner side of the upper plate 34 and the lower plate 35. In the receiving chamber 37, there are a receiving port 39 and a discharge port 40 which are opened in front and rear sides thereof, and covers 41 and 42 are provided in each. The front receptacle side cover 41 is rotatably supported by the hinges 43 and 43 'so as to open inwardly and downwardly (see FIG. 8) and the elasticity of the torsion spring 45 fitted to one side hinge 43 so as to be normally closed. Receive. The rear outlet-side cover 42 is rotatably supported by the hinges 44 and 44 'so as to open outwardly (see FIG. 10) and pulled into the tension springs 48 to be normally closed. The machine room 38 provides space for mounting accessories such as the microswitch 49, the solenoid 50, the latch 51, the indicator lamp 52, and the like. Reference numeral 45, 45 'is a fixing piece for fixing over the above-described frame (17).

Such a receiving box structure is suitable to be fabricated from steel sheets, but may be other structures for injection molding such as synthetic resin.

The receiving port side cover 41 and the micro switch 49 were provided as a means for detecting mail receipt. The microswitch 49 is conventional and has an electrical contact therein and a mover for opening and closing it (OFF / ON), and as shown in FIG. 9, the button 53 protrudes out of the body and is pushed to move the mover. And a lever 54 for operating it on the lever principle. The lever 54 is convexly curved at the center thereof, and the part thereof protrudes through the hole 55 of the partition 36 into the receiving chamber 37 to be interlocked when the cover 41 is opened and closed.

Means for detecting the mail receipt may be implemented in various ways such as an optical sensor or a load cell instead of the structure using the micro switch and the cover as described above.

The discharge port side cover 42 and the solenoid 50 were provided as mail drop means. The solenoid 50 is excited by an electrical signal and has a plunger 56 protruding by the electronic thrust by the excitation. The plunger 56 is returned by the return spring 57 when the electrical signal is interrupted. The lid 42 has an extension 58 extending toward one side of the plunger 56. As shown in FIG. 11, when the plunger 56 pushes the extension 58, the lid 42 opens and when it returns, the lid 42 is closed by the aforementioned tension spring 48.

The latch 51 is for holding the lid 42 so that the lid 42 does not open arbitrarily when the weight of the mail received in the receiving chamber 37 exceeds the elasticity of the tension spring 48. The latch 51 has a locking protrusion 59 and a release protrusion 60. As shown in FIG. 10, the locking protrusion 59 and the release protrusion 70 at the torsion spring 62 at the housing 61 are disposed. Receive elasticity to protrude out of the housing (71). The locking protrusion 69 locks the lid 42 by engaging the latch groove 63 formed in the extension 58 of the lid 42, and the release protrusion 60 is pressed by the initial operation of the plunger 56. The locking state of the locking projection 59 is released.

In addition to the above-described structure using the solenoid and the latch for the mail dropping means, other methods using the motor as the driving source and the gear train or the cam may be possible.

The display lamp 52 emits light through a light emitting display window 5 formed next to each of the inlets 4 of the main body cover part 2 to indicate whether the mail is received. For example, an LED (light-emitting diode) When the postal matter is detected by the micro switch 49, the postal matter is dropped by the operation of the solenoid 50, or by the postal matter sensor 37 according to the second embodiment described above. It is controlled by the control means described later so that the mail is turned off when the mail is discharged.

12 shows the front panel of the controller 14 described above. The front panel has a plurality of light emitting diodes arranged to indicate whether each of the above-mentioned inboxes receive mail, and a mail receipt display unit 73 having a generation identification mark under each light emitting diode, a numeric key of 0 to 9, and a 'cancel' ' Key input pad 74 having a function key such as 'OK', a display panel 75 such as an LCD (liquid crystal display) capable of displaying characters or graphics, and a speaker (not shown) The sound generating unit 76 is mounted.

As shown in FIG. 13, the control circuit embedded in the controller 14 includes a mail item detecting unit 77, a key input unit 78, a storage unit 79, a control unit 80, a display driver 81, and a voice signal. It consists of the drive part 82, the lamp drive part 83, the solenoid drive part 84, and the conveyor drive part 85. As shown in FIG. The mail detector 77 is configured to input unique information of the corresponding deposit box, for example, lake information and input of the mail, from the input terminal position based on the electrical signal switched to the micro switch 49 installed in the above-mentioned receiving boxes. Notify provides the data to the controller 80. In addition, the postal matter detection unit 77 provides a control unit 80 with a signal indicating the completion of postal matters from the above-described postal matter sensor 27. The key input unit 78 inputs data for operating the above-described key input pad 74 to the control unit 80. The storage unit 79 stores program data necessary for control and password data set by the user as described above. The storage unit 79 uses a nonvolatile memory so that information such as a password set by the user is not erased even during a power failure. The control unit 80 is like a microcomputer programmed for necessary control and data processing, and controls each drive unit in accordance with a program based on the data input from the mail detecting unit 77 and the key input unit 78. The display driver 81 drives the display panel 75 by outputting display information such as an operation state and a guidance message according to a command of the controller 80. The voice signal driver 82 outputs a voice signal according to a command of the controller 80 to drive the speaker. The lamp driver 83 selectively turns on and off the light emitting diodes of the display lamp 52 provided in the above-described receiving boxes and the above-described mail receipt display unit 73 according to the command of the controller 80. The solenoid driving unit 84 selectively drives the solenoids 50 installed in the above-described receiving boxes according to the command of the control unit 80. The conveyor driver 85 drives the above-described conveyor motor 26 according to the command of the controller 80.

The controller 80 basically performs the main function of FIG. 14 and operates in the mail discharge mode of FIG. 15 and the password change mode of FIG. 16 according to a user's key input. This is described as follows.

First, as shown in Figure 14, when the power is turned on initially or after a power failure, the controller 80 of the above-described controller initializes the system (S1), and then confirms whether the mail is input in real time in the standby state or by the user ' It is determined whether the 'or' change key is input (S2, S3, S4). When it is determined that the mail is input, the display lamp of the corresponding inbox is turned on (S5), and when the 'OK' key is input, the mail discharge mode (S6) is operated, and when the 'change' key is input, the password change mode (S7) is operated. In this case, the determination of the input of the mail can be determined based on the data input from the above-described mail detection unit 77. After the inputted data is decoded to determine the lake information of the corresponding inbox, the corresponding light emitting diodes of the display lamp 52 and the mail receipt display unit 73 of the corresponding inbox can be selected and turned on. Accordingly, the tenants can check whether the mail delivered to them is received through the lighting state of the display window 5 of the outdoor mailbox or the mail receipt display 73 of the indoor controller.

In the mail discharge mode selected by the 'confirmation' key (S6), as shown in Figure 15, after the lake input guide message (S8) is confirmed whether the lake is input (S9), if the lake is input password input guide message output (S10) After confirming that the password is entered (S11). Then, if it is determined that the input lake and the password is correct (S12) and correct, in the case of the second embodiment described above, driving the conveyor (S13), and then dropping the mail of the lake (S14), and then detect the above-mentioned mail It is determined whether the postal matter discharge is completed from the signal of the sensor 27 (S15). When the mail discharge is completed, the driving of the conveyor is stopped (S16), the light emitting diode of the corresponding inbox and the light emitting diode of the mail receipt display unit are turned off (S17), and the program ends. The program also terminates the input by canceling the input by pressing the 'Cancel' key on the key input pad 74 during the lake or password input process (S18, S19), and if the password is not correct By the end of the error message output to inform this (S20) is to prevent theft of the mail by illegal use. On the other hand, if the discharge of the mail is not detected within the preset time after driving the conveyor (S21), it is determined that the error is an emergency stop of the running conveyor (S22), for example, the error "Contact the administrator" After displaying the message (S23), the program is terminated.

The guide messages are output as text and voice through the display panel 75 and the speaker (described below). Therefore, the user may enter the lake and password with the numeric keys on the key input pad 74 according to the guide. At this time, after inputting the lake and password, press 'Confirm' key to confirm the input. The input lake and password information is temporarily stored in a memory built into the microcomputer, which is the controller 80, and the authenticity can be masked by comparing the password of the corresponding lake stored in the storage 79.

For reference, the password can be initially set, for example, all generations equal to '0000', and in the password change mode described below, each user can change his / her own password whenever necessary to prevent unauthorized use of others.

When the solenoid 50 is operated by the mail discharge step of the corresponding lake, as shown in FIG. 10, immediately before the plunger 56 pushes the extension 58 of the outlet cover 42, the latch 51 The locking protrusion of the locking protrusion 59 is released by pressing the releasing protrusion 60 of the plunger 56, and then the extension 58 is shown by FIG. 11 by the plunger 56 which protrudes further. The cover 42 rotates and opens while being pushed. When the cover 42 is opened, the mail trapped in the receiving chamber 37 in the receiving box 16 slides out of its own weight and exits to the drop passage 20 side through the opening port 40 that is open, and the drop passage ( 20, falling down, in the case of the first embodiment described above, the dropped mail is discharged to the outlet 7, and in the case of the second embodiment described above, the outlet formed on the upper side by the conveying belt 23 of the conveyor. Discharged to 7 '. The mail discharged through the outlets 7 and 7 'is immediately recovered to the recovery ports 12 and 12'. Therefore, the tenant is able to take out the postal items collected in the recovery ports 12 and 12 'from the indoor side.

In the password change mode (S6) selected by the 'change' key, as shown in Figure 16, as a process of authenticating yourself, after the lake input guide message output (S24) to check whether the lake is input (S25), if the lake is input After inputting the password input message message (S26), it is checked whether the password is input (S27), and then, the input lake and the password are determined to be correct (S28). If the identity is confirmed in such a procedure, after the new password input guide message output (S29) and confirms the input (S30), when the new password is input, after the guide message output (S31) for confirmation input of the new password entered If the input again checks (S32) and again inputs, it is determined whether it matches the new password previously input (S33). That is, to avoid confusion caused by input errors. Then, the password stored in the lake of the storage unit 79 described above is reset to a new password (S34), and outputs a message indicating that the password has been changed (S35) and the program ends. The program is also automatically terminated when the user presses the 'Cancel' key on the key input pad 74 during the lake or password input process or when a certain time elapses (S36, S37, S39, S40). On the other hand, if the input password is not correct or the new password is not matched again, the error message output (S38, S41) after the notification of the end of the program by preventing the error of the user's mistake in advance.

Although not applied to the above embodiments, the present invention may be implemented to notify the postal delivery through the home delivery immediately after the postal delivery by connecting to the home automation in each household by adding a wired or wireless communication function to the above-described control unit.

According to the present invention as described through the above embodiments, the deliveryman puts mail in the outdoors, the tenant can check whether there is a mail delivered indoors and can receive the mail through a simple operation. That is, the multi-purpose outdoor mailbox according to the present invention may provide convenience to both the delivery person and the tenant even when an automatic locking device is provided at the front door of the apartment for external control.

The present invention is also not intended to be stolen by outsiders by incorporating electronic control technology into the closed-type mailbox as intended in the earlier application. In addition, as multiple generations of inboxes are overlapped in an oblique manner, even if the inboxes are manufactured to a sufficient width so that the mails do not protrude to the outside, the total volume can be reduced, thereby reducing the installation space of the mailboxes and maintaining a good aesthetic appearance. Of course it can.

Claims (13)

It is to be installed on the wall on the outside side of the wall where the mail collecting port penetrates the indoors and outs. A case having a discharge port connected to the recovery port for discharging the mail, and having a drop passage for freely dropping the mail in the rear side of the rear part, and having a discharge means for discharging the mail dropped below the drop path to the discharge port; It is installed to be inclined backwards and downwards between each inlet of the case and the drop passage, and has an inlet for receiving mail inputted from the inlet and a dropping port for dropping the received mail into the drop passage. A plurality of intakes having opening and closing means, which are attached to the interior wall of the wall And includes a controller that controls the operation so as to set the respective passwords for a plurality of groups and working suchwiham suchwiham the mouth of the projection of the opening and closing means is selected as the set password, A cover is provided at each of the plurality of inlets formed in the front part of the case so as to be rotated inwardly and inwardly to prevent water from penetrating directly from the outside, and between the front side inner surface of the case and the plurality of receiving boxes. There is a gap between the inlet and the cover to allow the water to flow down, and the drainage is formed at the bottom of the case to receive the drained water and drain it to the outside. mailbox. The method of claim 1, wherein the discharge means, the recovery port of the wall and the discharge port of the case is formed at a lower position than the drop passage so that the mail dropped into the drop passage is naturally recovered to the recovery port through the discharge port Multi-purpose outdoor mailbox characterized by the above. The multi-purpose outdoor mailbox according to claim 2, wherein the outlet is formed to have a smaller width than the drop passage, and a post guide is provided to collect and drop the mail falling into the drop passage in the case and guide the post. The method of claim 1, wherein the discharge means, the recovery port of the wall and the discharge port of the case is formed at a position higher than the lower end of the drop passage, so as to receive the mail dropped in the drop passage in the case and to transfer to the discharge port Multi-purpose outdoor post box containing a conveyor installed and operated by the controller. The method according to claim 4, wherein at least one postal matter sensor is provided on the path of the conveyor to detect the postal signal to the controller, and the controller is able to determine whether the postal matter discharge completion based on the signal Multi-purpose outdoor mailbox characterized by the above. The conveyance belt of claim 4, wherein the conveyor is supported to circulate an endless track passing through the discharge port side from below the drop passage, a plurality of locking members installed at predetermined intervals on the conveyance belt to catch mail. And a plurality of guide rollers for guiding the endless tracks of the conveying belt, and a motor for driving one of the plurality of guide rollers. The method of claim 6, wherein the conveying belt is narrower than the drop passage and wider than the discharge port, the drop guide portion and the conveying belt of collecting the mail falling to the drop passage to collect the lower end of the conveying belt A multi-purpose outdoor mailbox with left and right transport guides for preventing mail from falling sideways along the left and right edges, and a conveyor guide having a discharge guide for guiding the conveyed mail to its outlet. The multi-purpose outdoor mailbox according to claim 7, wherein the left and right conveying guides of the conveyor guide are arranged at intervals narrower than the width of the conveying belt. The multi-purpose outdoor mailbox of claim 1, wherein the plurality of receiving boxes overlap each other in the longitudinal direction. delete The discharge opening and closing means of each of the plurality of receiving boxes, the cover for rotating and opening the discharge port, a solenoid operated by the controller to push and open the cover, and the cover to lock and start operation of the solenoid. A multi-purpose outdoor post box, characterized in that the latch is interlocked to release the locked state. According to claim 1, The plurality of inbox is provided with a postal mail receiving detection means for detecting the mail received at each of the receiving port to the controller, the controller to notify whether or not to receive the postal mail by generation based on the signal A multi-purpose outdoor mailbox, characterized in that it has a mail receipt display unit for displaying. 13. The multi-generation outdoor unit as claimed in claim 12, wherein the postal mail detecting means includes a cover installed at a receiving port of the inbox and rotated by a received mail, and a microswitch for switching an electric signal in conjunction with the rotation of the cover. Type mailbox.

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