JP2023072821A - Elevator device and building facility management system - Google Patents

Abstract

To provide an elevator device by which a receiver can receive a cargo at a landing of an arbitrary floor without narrowing a space through which a user can get on a car.SOLUTION: An elevator device includes a car moved up/down in a hoistway, a cargo storage provided above or below the car to be moved up/down together with the car, first call receiving means provided at a landing to receive first input for calling the car, second call receiving means provided at the landing to receive second input for calling the cargo storage, and operation control means, which controls the raising/lowering of the car and the cargo storage such that the car is landed at the landing when the first input is received, controls the raising/lowering of the car and the cargo storage such that the cargo storage is landed at the landing when the second input is received, and controls the opening/closing of a landing door provided between the landing and the hoistway when the car or the cargo storage is landed at the landing.SELECTED DRAWING: Figure 4

Description

TECHNICAL FIELD The present disclosure relates to an elevator apparatus and a building facility management system having cargo storage that ascends and descends in a hoistway together with a car.

In some cases, a delivery box capable of storing deliveries is installed near the entrance of a building such as an apartment building. However, in order for a recipient such as a resident to receive a parcel from a home delivery box, it is necessary to go to the vicinity of the entrance where the home delivery box is installed, which is inconvenient. In contrast, Patent Document 1 discloses that a delivery box is provided in an elevator car so that the recipient can call the car to a desired floor to receive the parcel, thereby reducing the burden on the recipient. is disclosed.

JP 2007-308267 A

However, in the elevator disclosed in Patent Document 1, since the delivery box is provided in the car, there is a problem that the space in the car where the user can ride is narrowed by the provision of the delivery box. be.

Therefore, an object of the present disclosure is to provide an elevator apparatus and an elevator apparatus that enable recipients to receive cargo such as parcels at any floor without narrowing the space in the car where users can ride. The purpose is to provide a building facility management system.

The elevator apparatus according to the present disclosure includes a car that ascends and descends in a hoistway, a cargo storage that is provided above or below the car, and a cargo storage that moves up and down together with the car. first call reception means for receiving a first input for calling a car; second call reception means provided at the landing for receiving a second input for calling a cargo storage; When input 1 is accepted, the elevator car and cargo storage are controlled so that the elevator car lands on the landing. A function to control the elevation of the car and cargo storage so that the cargo storage lands on the landing, and a landing provided between the landing and the hoistway when the car or cargo storage lands on the landing. and operation control means having a function of controlling the opening and closing of the door.

According to the elevator apparatus according to the present disclosure, the recipient can receive the cargo at the landing on any floor without narrowing the space in the car in which the user can board.

1 is a diagram showing a schematic configuration of a building facility management system according to an embodiment; FIG. 1 is a diagram showing a schematic configuration of an elevator apparatus according to an embodiment; FIG. It is a figure which shows the example of the state where the car landed on the landing. It is a figure which shows the example of the state which the cargo storage has landed on the boarding point. FIG. 2 is a view of a state in which the car has landed on the landing and the landing door and the car door are opened, as seen from the landing side; It is the figure which looked at the state from which the cargo storage has landed on the landing and the landing door was opened from the landing side. It is the figure which expanded and displayed the front of one box part. 1 is a diagram showing a schematic configuration of a box management device; FIG.

A building facility management system 1 according to an embodiment will be described below. As shown in FIG. 1 , the building facility management system 1 includes an elevator device 10 and a box management device 60 .

FIG. 2 is a diagram showing a schematic configuration of the elevator apparatus 10. As shown in FIG. As shown in FIG. 2, the elevator apparatus 10 includes a car 2 that ascends and descends in a hoistway, and a cargo storage shed 3 provided below the car 2 . The cargo storage shed 3 is connected below the car 2 and moves up and down together with the car 2 . The landing car 2 is provided with a car doorway (not shown) on the side facing the landing when the car 2 lands on the landing, and is also provided with a car door 22 for opening and closing the car doorway. A landing doorway (not shown) is provided between the elevator car 2 and the landing on each floor, and a landing door 42 for opening and closing the landing doorway is provided. The elevator device 10 also includes a hoist 21 that raises and lowers the car 2 and the cargo storage 3 via a rope (not shown).

In addition, the elevator apparatus 10 includes a hall operating panel 4 at the hall of each floor where the car 2 lands. The landing control panel 4 is provided with an upward button 4a, a downward button 4b, a cargo call button 4c, and a display section 4e. The upward button 4a and the downward button 4b receive input from the user calling the car 2, and correspond to first call receiving means of the present disclosure. The cargo call button 4c receives input from a user calling the cargo storage 3, and corresponds to second call receiving means of the present disclosure. The display unit 4e displays various information regarding the operation of the elevator.

The elevator apparatus 10 also includes an elevator control section 5 that controls each section of the elevator apparatus 10 . The elevator control unit 5 corresponds to operation control means and display control means of the present disclosure, and has both functions as those means. The elevator control unit 5 controls the movement of the hoisting machine 21 to call the car 2 when the input of the user calling the car 2 with the upward button 4a or the downward button 4b is received at any of the halls. controls the elevation of the car 2 and the cargo storage 3 so that the car 2 and the cargo storage 3 are landed on the landing where the input is made. When the input of the user calling the cargo storage 3 by the cargo call button 4c is received at any of the halls, the elevator control unit 5 controls the movement of the hoist 21 so that the cargo storage 3 receives the input. Control the elevation of the car 2 and the cargo storage 3 so as to land on the landing where the car was located.

When the elevator control unit 5 receives the input of the user calling the cargo storage 3 by the cargo call button 4c and controls the elevation of the car 2 and the cargo storage 3 based on the input, the cargo storage 3 is controlled. It has a function of displaying on the display unit 4e information indicating that it is in an operation state related to the use of No. 3. Here, the case of controlling the elevation of the car 2 and the cargo storage 3 based on the input of the user calling the cargo storage 3 means that the cargo storage 3 will land on the landing where the input is received. The state in which the lifting of the car 2, etc. is controlled in order to allow the user to move the cargo in and out of the cargo storage 3, or the state in which the cargo storage 3 is landed on the landing is maintained. It refers to the state in which the lifting and lowering is controlled (stop control).

FIG. 3 is a diagram showing an example of a state in which the car 2 has landed on the landing F. As shown in FIG. FIG. 4 is a diagram showing an example of a state in which the cargo storage shed 3 has landed on the landing F. As shown in FIG. As shown in FIG. 3, when the car 2 lands on the landing F, the elevator control unit 5 controls the opening and closing of the landing door 42 and the car door 22 so that the user P can get on and off the car 2. . Further, as shown in FIG. 4, when the cargo storage 3 lands on the landing F, the elevator control unit 5 controls the opening and closing of the landing door 42 so that the user P can access the cargo storage 3. .

FIG. 5 is a view from the landing F side of the state in which the car 2 has landed on the landing F and the landing door 42 and the car door 22 have been opened. FIG. 6 is a view from the landing F side of a state in which the cargo storage shed 3 has landed on the landing F and the landing door 42 has been opened. The cargo storage shed 3 has a plurality of box portions 6 inside. FIG. 6 shows an example in which six boxes 6 are arranged three by three in two tiers above and below the cargo storage shed 3 . When the cargo storage 3 lands on the landing F and the landing door 42 is opened, the user P can access these boxes 6 provided in the cargo storage 3 .

FIG. 7 is an enlarged front view of one box portion 6. As shown in FIG. As shown in FIG. 7, the box portion 6 includes an identification information display portion 6a for displaying identification information for identifying each box portion 6, and a door 6b provided to open and close the front opening of the storage space. , an input unit 61 for inputting various kinds of information when cargo is put in and taken out of the box unit 6 is provided. Further, the door 6b is provided with a handle 6c used for opening and closing the door. Further, the box portion 6 is provided with a lock mechanism (not shown in FIG. 7) for locking and unlocking the door 6b.

Each box unit 6 is managed by a box management device 60 . FIG. 8 is a diagram showing a schematic configuration of the box management device 60. As shown in FIG. As shown in FIG. 8, the box management device 60 includes an input unit 61, a box control unit 62 that controls each unit of the box unit 6, a lock mechanism 64, a notification unit 65, and various information related to management of the box unit 6. is provided. The notification unit 65 has a function of notifying the prospective recipient of the cargo of information such as a password for unlocking the lock mechanism 64 provided in the box unit 6 when the cargo is stored in the box unit 6 .

When a delivery company or the like stores cargo in the box portion 6 and inputs an instruction to lock the door 6b at the input portion 61, the box control portion 62 controls the lock mechanism 64 to lock the door 6b. In addition, when information specifying the intended recipient of the cargo is input in the input unit 61, the box control unit 62 controls the notification unit 65 to notify the intended recipient corresponding to the input information. , identification information of the box portion 6 in which the cargo is stored, and information such as a password for unlocking the lock mechanism 64 provided in the box portion 6 . When, for example, the room number of the delivery destination is input as the information specifying the intended recipient, the notification unit 65 notifies the above information through an intercom provided in the room with the room number. Note that the notification unit 65 may notify the prospective recipient of the above information using another notification method such as e-mail instead of the notification by the intercom.

A new password for unlocking the lock mechanism 64 is set each time the lock mechanism 64 is locked, and the set password is stored in the storage unit 66 . Then, when a password is entered in the input section 61 of the locked box section 6, the box control section 62 determines whether or not the entered password matches the password stored in the storage section 66. If they match, the lock mechanism 64 is controlled to unlock the door 6b.

With the configuration of the building facility management system 1 described above, an example of processing performed from the delivery of cargo in the box unit 6 by the home delivery company to the receipt of the cargo by the prospective recipient will be described. First, a delivery company or the like presses the cargo call button 4c on the hall operating panel 4 provided in the hall F to call the freight storage 3 at the entrance floor of the building. In response to this input, the elevator control unit 5 causes the cargo storage 3 to land on the landing where the input was received, and opens the landing door 42 . Then, the delivery company or the like stores the cargo in the box portion 6 that is not in use, closes the door 6b, and inputs an instruction to lock the door 6b through the input portion 61. FIG. Upon receiving this input, the box controller 62 controls the lock mechanism 64 to lock the door 6b. At this time, a password for unlocking the lock mechanism 64 is set and stored in the storage unit 66, specified by the home delivery company or the like or automatically. Also, when the delivery company or the like inputs the room number of the delivery destination of the cargo in the input unit 61, the notification unit 65 transmits the identification information of the box unit 6 in which the cargo is stored to the intercom provided in the room with the room number. Then, the password for unlocking the lock mechanism 64 provided in the box section 6 is notified.

The prospective recipient who received the above notification presses the cargo call button 4c on the hall control panel 4 provided in the hall F to call the cargo storage 3 on the residential floor. In response to this input, the elevator control unit 5 causes the cargo storage 3 to land on the landing where the input was received, and opens the landing door 42 . Then, the prospective recipient enters the notified password in the input section 61 of the box section 6 of the notified identification information. Upon receiving this input, the box control unit 62 determines whether or not the input password matches the password stored in the storage unit 66. If they match, the lock mechanism 64 is controlled to open the door 6b. Unlock. Then, the prospective recipient takes out the cargo from the box section 6. - 特許庁This completes a series of processes.

As described above, in the building facility management system 1 according to the embodiment, the elevator device 10 includes the car 2 that ascends and descends in the hoistway, and the elevator device 10 that is provided below the car 2 and ascends and descends together with the car 2. A cargo storage shed 3 is provided. Further, the elevator apparatus 10 is provided at a hall F where the car 2 lands, and has an upward button 4a and a downward button 4b for receiving an input (first input) to call the car 2, and a cargo storage space 3. It has a cargo call button 4c for receiving a call input (second input). Further, when the upward button 4a or the downward button 4b is pressed, the elevator device 10 raises and lowers the car 2 and the cargo storage 3 so that the car 2 lands at the landing where the input was made. When the cargo call button 4c is pressed, the elevator control unit 5 controls the elevation of the car 2 and the cargo storage 3 so that the cargo storage 3 lands at the landing where the input was made. ing. Further, the elevator control unit 5 controls the opening and closing of the landing door 42 provided between the landing F and the hoistway H when the car 2 or the cargo storage 3 lands on the landing. Thus, without narrowing the space in the car 2 in which the user can get on, the receiver can call the cargo storage to the landing on any floor and receive the cargo.

The elevator apparatus 10 also includes a display section 4e provided at the hall F for displaying information regarding the operation of the elevator. Then, when the elevator control unit 5 receives an input from the user calling the cargo storage 3 by the cargo call button 4c, and controls the elevation of the car 2 and the cargo storage 3 based on the input, It has a configuration for displaying information indicating that it is in an operation state related to the use of the cargo storage shed 3 on the display unit 4e. From this display, other users can easily grasp whether the elevator is in operation related to the use of the cargo storage 3, and take measures such as changing the timing of using the elevator as necessary. be able to.

Further, in the elevator apparatus 10, the cargo storage 3 has a plurality of box portions 6 inside. Further, the box portion 6 is provided with a lock mechanism 64 for locking and unlocking the box portion. This prevents cargo from being stolen.

Further, in the building facility management system 1, the box management device 60 notifies the prospective recipient of the cargo of the password for unlocking the lock mechanism 64 provided in the box portion 6 when the cargo is stored in the box portion 6. A notification unit 65 is provided. Upon receiving this notification, the prospective recipient recognizes that the cargo has been deposited in the box section 6, and can take out the cargo from the box section 6 using the notified password.

Further, in the above-described embodiment, the case where the cargo storage shed 3 is provided below the car 2 has been described, but the present invention is not limited to this. The cargo storage shed 3 may be provided above the car 2 .

Moreover, although the case where the input part 61 was provided for every box part 6 was illustrated in the said embodiment, it is not limited to this. An input section may be provided at one place somewhere in the cargo storage 3, and the locking and unlocking of each box section 6 may be controlled according to the input operation to the input section.

1 building facility management system 2 car 3 cargo storage 4 hall operating panel 5 elevator control section 6 box section 10 elevator device 21 hoisting machine 22 car door 42 hall door 4a upward button 4b downward button 4c cargo call button 4e display Section 60 Box Management Device 61 Input Section 62 Box Control Section 64 Lock Mechanism 65 Notification Section 66 Storage Section 6a Identification Information Display Section 6b Door 6c Handle

Claims (4)

A car that ascends and descends in the hoistway,
a cargo storage that is provided above or below the car and moves up and down together with the car;
a first call receiving means provided at a hall where the car lands and receiving a first input to call the car;
a second call reception means provided at the landing for receiving a second input for calling the cargo storage;
When the first input is received by the first call receiving means, the elevator car and the cargo storage are controlled so that the elevator car lands on the landing; When the second input is received by the call receiving means, a function of controlling the elevation of the car and the cargo storage such that the cargo storage lands on the landing; and an operation control means having a function of controlling the opening and closing of a landing door provided between the landing and the hoistway when the cargo storage has landed on the landing. Display means provided at the landing for displaying information about the operation of the elevator;
When the second input is received by the second call receiving means and the operation control means controls the elevation of the car and the cargo storage based on the second input, the cargo 2. The elevator apparatus according to claim 1, further comprising display control means for causing said display means to display information indicating that the elevator is in an operation state related to use of the storage. The cargo storage has a plurality of box parts inside,
3. The elevator apparatus according to claim 1, wherein the box portion is provided with a lock mechanism for locking and unlocking the box portion. An elevator installation according to claim 3;
and a box management device equipped with notification means for notifying a prospective recipient of the cargo of a password for unlocking a lock mechanism provided in the box when the cargo is stored in the box. system.

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