JPS5967917A - Concentrated load receiving apparatus in building - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION This invention relates to an improvement in a device for centrally receiving cargo within a building.

In high-rise housing complexes (hereinafter referred to as high-rise housing), mailboxes are not located at the entrances of each unit, but are concentrated at the entrances on the ground (hereinafter referred to as centralized mailboxes). Therefore, residents of each house must go to the central mailbox to check whether mail has arrived. Since these centralized mailboxes are located apart from each house, it is necessary to prevent theft, and each mailbox is provided with a lock for each house. Therefore, even if you know that mail has arrived when you return home, you will not be able to retrieve the mail unless you have the key with you. , which is inconvenient.

This invention improves the above-mentioned problem.By photographing the baggage box with a television (hereinafter referred to as TV) camera and receiving the image in the living room, it is possible to check whether the baggage has arrived at the baggage box while staying at each house. The purpose is to provide a centralized baggage reception device in a building that allows you to know where your luggage is located.

An embodiment of the present invention will be described below with reference to FIGS. 1 to 5.

In the figure, il+ is a building, (2) is the first floor entrance of building (1),
(3) is the entrance to the entrance (2), (4) is the living room on the first floor, (
6) is the door leading from the entrance (2) to the living room (4), +61
, +7) is the staircase leading from the 1st floor to the 2nd floor, (8) is the staircase +e+, the landing that connects (7), (9) is the mailbox or other luggage box installed at the entrance, (9A) is the luggage box. Receiving box (9
) is partitioned into a plurality of sections, each with a receiving shelf corresponding to the occupants of the building, (9B) is a receiving shelf (9A).
) is a door made of a transparent plate that is pivotally connected to the luggage box (9) with a hinge (9C), (9D) is J% (9B
), ('') is the number of each unit displayed on the front of door (9B), (9F) is the lock provided on door (9B), (9G) is the door (9B). ), (lO) is a TV camera suspended from the ceiling of the entrance (2) and takes pictures of the package box (9), (11) is standing in front of the package box (9) person, (lz is TV camera (10)
(13) is a radio wave converter that converts the video output of building f into radio waves of an available channel in the area where building +1) is located.
04) is a booster that amplifies the output of the antenna (13), and θ6) is a radio wave mixer that mixes the output of the radio wave converter (I2) and the output of booster 04). , 06) is a radio wave mixer (1
6) Community reception distribution cable connected to (Yu'i'A
, ) to (-1'7N) are home television receivers connected to the distribution cable (16) and installed in each unit of building m;
(17X) is a screen received by the television receivers (17A) to (1'7N).

Next, the operation of this embodiment will be explained.

A television camera (lO) is hung from the ceiling, and not only takes the entire image from the front of the luggage box (9), but also takes pictures of the vicinity of the entrance (3) of the entrance (2). The video output is sent to the radio wave mixer θ0 via the radio wave converter 02).
It is mixed with general broadcast radio waves that are received by the community receiving antenna (13) and amplified by the booster (+4). Then, it is distributed to the television receivers (17A) to (17N) in each house through the communal reception cable θ6). Therefore, each house has a TV receiver (17A) to (1'7N).
If you match it to the specified free channel above, that screen (1
'7X), the luggage box (9) is imaged, and the transparent door (9B
), it is possible to know whether mail (9G) has arrived at the receiving shelf (9A). Further, the vicinity of the entrance/exit (3) is also received on the screen (17X). Therefore, the building (
+) wants to check the status of the baggage box (9), and if he tunes his television set (1'7A) to (1'7N) to a predetermined available channel, he will see the outside of the baggage box (9). Since the situation near the entrance/exit (3) is also imaged, if there is a suspicious person at that time, it can be detected, which is also useful for crime prevention.

6 to 8 show other embodiments of the invention.

In the figure, (IOA) and (IOB) are two television cameras suspended from the ceiling of the entrance (2) and photographing the baggage receiving area (9), and (10C) is suspended from the ceiling of the elevator landing and is used to photograph the elevator. TV camera filming the landing (+9), (IOD)
) is a television camera suspended from the ceiling inside the elevator heel (2Ill) that takes pictures of the inside of the car (20), and (2+) is connected to a television camera (IOA) (10B) that outputs each image for, for example, 5 seconds. A video switching circuit that switches and outputs each video switching circuit (21) and a TV camera (10 (10), which is connected to (IOD) and synthesizes the respective video outputs and sends it to a radio wave converter Q2). This is a video synthesis circuit that outputs.

The TV camera (1oA), (IOB) is located in the luggage box (9).
) are photographed on the left and right halves, respectively. Also,
The television camera (100) photographs elevator landing 09), and the television camera (10D) photographs elevator car 0.
). TV camera (IOA), (
The video output of the IOB) is alternately switched by the video switching circuit (21), and the video output of the TV camera (100), (IOD
) is combined with the video output by the video synthesis circuit (2'!J), and as mentioned above, the video is output from the TV receiver (1'i'A) ~
The image is received on the screen (17X) of (17N). In this example, the image of the baggage box (9) is on the top right of the screen (17X), the image of the elevator landing (+9+ is also on the top left,
) The images in parentheses are also combined below. The left and right halves of the baggage box (9) are imaged every 5 seconds, resulting in the entire image being imaged.

This embodiment is useful when the baggage receiving box (9) becomes too large to fit in one television camera (]0).

Furthermore, since the situation inside the elevator landing θ9) and the elevator car handling area can be viewed at each door, it is also desirable for crime prevention.

In each of the above embodiments, a package receiving box (9) for mail is shown, but the present invention is not limited to mail, but can also be applied to a package receiving box for milk, newspapers, parcels, etc.

Furthermore, the television receivers (17A) to (1'7N) are not limited to those for home use; for example, a dedicated video monitor may be installed in a manager's room or the like. In this case, the video synthesis circuit (2
2) can be connected directly to a video monitor.

As explained above, in this invention, the baggage receiving box installed at a predetermined location in the building is photographed with a television camera, and the image is received by the television receiver in the living room. You can know whether your package has arrived or not.

In addition, the crime prevention area inside the building was also photographed using a TV camera, and the image was combined with the video output from the luggage receptacle and received on the television receiver in the living room.As a result, the status of the security area can be viewed at the same time as the condition of the luggage receptacle. It can also be used for crime prevention monitoring.

[Brief explanation of drawings]

FIG. 1 is a cross-sectional view of the first floor of a building showing an embodiment of the centralized baggage receiving system in a building according to the present invention, and FIG.
-11 line sectional view, Figure 3 is a perspective view of the luggage box in Figure 1,
Figure 4 is a block circuit diagram of the TV transmission/reception shown in Figure 1.
6 is a cross-sectional view of the first floor of a building showing another embodiment of the present invention. FIG. 7 is a block circuit diagram of the television transmitting and receiving device shown in FIG. 6. The figure is a screen diagram of the television receiver according to FIG. 7. In the figure, +1)...building, (9)...baggage box, (9G)...mail, fIO+...TV camera, (17A)-(1'2N)...home use Television receiver, (lyx)...Same left screen. In addition, the same parts or corresponding parts in the figures are indicated by the same reference numerals. Agent Makoto Kuzuno - (1 other person) Figure 1 Figure 2 Figure 1 Figure 3 Figure 4 Figure 5 Figure 6 Figure 7 Figure 8

Claims (1)

[Claims] (11) A luggage receiving box installed at a predetermined location in a building, a television camera for photographing the luggage receiving box, and an output corresponding to the television camera installed in a room in the building. A centralized baggage reception device in a building comprising a television receiver for receiving images. (2) A concentrated baggage reception in a building according to claim 1, which uses a home television receiver as the receiver. The reception is a device. (3) A luggage reception box installed at a predetermined location in the building, a first television camera that photographs the luggage reception box, a second television camera that photographs the security location within the building, A centralized baggage reception system in a building is equipped with a television receiver that receives images corresponding to the output of the first and second television cameras. (4) The crime prevention location is the elevator landing and the elevator car. Claim 3 provides a centralized baggage receiving device in a building.