JPH0449180A - Call register device for group control elevator - Google Patents

Abstract

PURPOSE:To prevent deterioration of operational efficiency so as to improve convenience in use by a utilizer by turning off the other response lamp relating to an elevator when the elevator in service is assigned after response lamps of buttons for general person and a physically handicapped person are turned on by a lighting means. CONSTITUTION:When an optimum elevator, possible to respond to a call, is selected by pressing a general person register button 1 to energize a register relay 2 and closing a normally opened contact 22 to actuate an assigning circuit 7, a signal of closing a normally opened contact 71 is output from the assigning circuit 7. An allotment confirming circuit 11 of the story is energized to open a normally closed contact 111, which is the corresponding confirmation signal, by closing the normally opened contact 71, and according to the above, a response lamp 10 of a physically handicapped person call button 4 is turned off. When a call of a physically handicapped person elevator is desired by a wheelchair utilizer, the physically handicapped person call register button 4 is placed in a condition not pressed, so that not arrival of the physically handicapped person elevator at the story, unless the call register button 4 is pressed, is known by the wheelchair utilizer to wait by pressing the physically handicapped person call register button 4.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to an improvement in a call registration device for group control elevators.

[Conventional technology]

In recent years, in response to the social advancement of wheelchair users, group control devices for wheelchair elevators have been put into practical use in public buildings, such as the one disclosed in Japanese Unexamined Patent Publication No. 58-22276. In such a group management device for wheelchair-only elevators, by properly using the call button for the general public and the call button for the handicapped attached to the first landing, it is possible to provide the most appropriate service for the users. It is now possible to do so. In other words, when you press the call button for people with disabilities, the wheelchair elevator (hereinafter referred to as the elevator for people with disabilities) responds, and when you press the call button for people with disabilities, the most suitable elevator (including elevators for people with disabilities) that can respond responds. It is supposed to be done.

[The problem that the invention attempts to solve]

Now, in the conventional wheelchair elevator group control device as described above, it is not always the case that only the wheelchair user presses the handicap call button, but that an able-bodied person presses the general person call button. Next, it is sometimes seen that the person presses the call button for the disabled, or does the opposite operation. In such cases, an elevator that can provide service other than the elevator for people with disabilities may respond to the registered call, so if two elevators arrive at the same floor in this way, service to another floor may be interrupted. This causes the inconvenience of lowering the value.

The present invention has been made in view of the above-mentioned actual circumstances of users, and its purpose is to provide a group management elevator call registration device that can suppress unnecessary elevator calls. .

[Means to solve the problem]

In order to achieve the above object, the present invention includes an elevator for the handicapped, and when a button for the general public is operated, a corresponding response light is turned on, and an allocation circuit that allocates the most suitable elevator capable of responding to the call. and an assignment circuit that lights up a corresponding response light when the handicapped copper is operated and allocates the handicapped elevator to the handicapped person on the same floor and in the same direction. A lighting means that lights up the above-mentioned response lights for the general public and for the disabled when either the service button or the copper for the disabled is operated, and the lighting means turns on the copper response lights for the general public and for the disabled, respectively. and, when an elevator is allocated to that floor by the allocation circuit, the response lamp of the other elevator is turned off.

[Effect]

Since the present invention is configured as described above, it is possible to prevent the general public call registration button and the handicapped person call registration button from being operated at the same time, and to call the elevator desired by the user. Therefore, it is possible to prevent the operating efficiency of the first group control elevator from decreasing and realize a group control elevator call registration device that is easy to use for users.

〔Example〕

DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of a call registration device for group control elevators according to the present invention will be described based on the drawings.

FIG. 1 is a circuit diagram showing an embodiment of the group control elevator call registration device of the present invention.

In FIG. 1, 1 is a hall call registration button for the general public provided in the hall, or a call registration relay for the general public corresponding to the button l for the general public, 2□, 22.2. is its normally open contact, 3. 4 is the normally closed contact of a car position detection relay (not shown) that is energized when the elevator driver is on that floor, and 4 is the hall call for the disabled that is on the same floor and in the same direction as button 1 for the general public. Registration button.

5 is a call registration relay for disabled persons corresponding to copper 4 for disabled persons; 5□, 5□, 5. is its normally open contact, and 61 is the car position detection relay (which is energized when the elevator car is on that floor).
(not shown), 7 is an assignment circuit that assigns the optimum elevator that can respond to it, including the corresponding elevator for the disabled, when the general public call registration relay 2 is energized; 7□ is an output from the assignment circuit 7 normally open contacts, 8
is an assignment circuit that assigns an elevator for the disabled when the call registration relay 5 for the disabled is energized, 8□ is a normally open contact output from the assignment circuit 8, 9 is the answering light of the call button for the general public, and lO is the call button for the disabled. The call button response light 11 is an assignment confirmation circuit that outputs a signal when the call assignment circuit 7 determines the optimal elevator assignment for that floor.
Reference numeral 111 indicates a normally closed contact that is opened when the assignment confirmation@route 11 is operated, 12 indicates an assignment confirmation circuit that outputs a signal when the assignment of the handicapped elevator is determined by the call assignment circuit 8, and 121 indicates the assignment When the confirmation circuit 12 is operated, the normally closed contacts (+) and (-) that are released are control power supplies, and between the control power supplies (+) and (-), there is a hall call registration button 1 for the general public. A series circuit with the normally closed contact 31 and the registration relay 2 is connected, and a normally open contact is connected in parallel with the call registration button 1.

On the other hand, a series circuit consisting of a handicapped copper 4, a normally closed contact 6□, and a call registration relay 5 is connected between the control power supplies (+) and (-), and a normally open It is connected to the contact 51.

Further, a series circuit consisting of a normally open contact 2□ and an optimum elevator assignment circuit 7 is connected between the control power supplies (+) and (-). In addition, there is a normally open contact 5□ between the control power supply (+) and (-).
and an allocation circuit 6 for allocating elevators for disabled persons are connected in series.

Further, a series circuit of the normally open contact 7□ and the assignment confirmation circuit 11 is connected between the control power supplies (+) and (-).

Further, the normally open contact 8□ and the assignment confirmation circuit 12 are connected between the control power supplies (+) and (-). And again,
Normally open contact 2. A series circuit of the normally closed contact 12□ and the response light 9 is connected between the control power supplies (+) and (-), and the normally open contact 5
．． A series circuit of the normally closed contact 11□ and the response light 10 is similarly connected between the control power supplies (+) and (-), and the connection point between the normally open contact 2 and the normally closed contact 12□ is Open contact 5. and the connection point with the normally closed contact 11° are connected.

Next, the operation of this embodiment with the above configuration will be explained.

Now, when a user who wants to use the elevator presses button 1 for general users, normally closed contact 3 will open if there is no elevator on that floor.
1 is closed, the general public call registration relay 2 is energized by the (+)-1-3□-2-(-) circuit, and its normally open contact 2□ is closed, so the general public The call registration relay 2 is self-maintained.

And normally open contact 2. Call registration relay 2 for general public
A response light 9 is lit to notify the user that the person has been registered, and at the same time a response light 10 is also lit to inform the user that the call registration button 4 for the disabled has already been pressed.

On the other hand, if the call registration button 4 for the disabled is pressed first, if there is no elevator on that floor, the normally closed contact 61 is closed, and the (+) -4-61-, 5-(-) circuit is closed. The call registration relay 5 for the disabled is energized, and its normally open contact 5□
is closed, so the handicapped person call registration relay 5 is self-maintained.

and normally open contact 5. The response light 10 lights up to inform the user that the call registration relay 5 for the disabled has been registered, and at the same time the response light 9 also lights up, indicating that the call registration button 1 for the general public has already been pressed. Inform the user that you are there.

In this way, when one call registration button is pressed, the corresponding response light will light up, and the other response light will also light up, so
When one call registration button is pressed, the other call registration button is pressed, so the user does not, for example, press the button 1 for the general public and then press the copper button 4 for the disabled.

The same applies when the call registration button 4 for the disabled is pressed.

Then, when the registration button 1 for the general public is pressed and the registration relay 2 is energized, the normally open contact 2□ is closed and the allocation circuit 7 is operated, and the optimum elevator that can respond to the call is selected. When this occurs, the assignment circuit 7 outputs a signal that causes the normally open contact 7□ to close. When the normally open contact 71 is closed, the assignment confirmation circuit 11 that confirms that an elevator has been assigned to that floor is energized, and the normally closed contact 111 that is the corresponding confirmation signal is opened to respond to this. In response, the response light 10 of the call button 4 for the disabled turns off.

At this time, when the wheelchair user comes to the floor and wants to call the elevator for the handicapped, the handicapped call registration button 4 is not pressed, so if the wheelchair user does not press the handicapped call registration button 4, the handicapped Knowing that the elevator will not arrive at that floor, I press this handicap call registration button 4 and wait.

Also, on the contrary, if a wheelchair user presses the handicap call registration button 4.
When the registration relay 5 is energized by pressing , the normally open contact 5 □ is closed and the assignment circuit 8 is activated. When the elevator for the disabled is selected in response to the call, the assignment circuit 8 is activated. teeth.

The normally open contact 81 receives a signal to be closed. Normally open contact 8
When X is closed, the assignment confirmation circuit 12 which confirms that one elevator for the disabled has been assigned to that floor is energized, and the normally closed contact 1 which is the corresponding confirmation signal is energized.
21 is opened, and in response to this, the response light 9 of the call registration button 1 for the general public is turned off.

At this time, when a general user comes to that floor and wants to call the general public elevator, the general public call registration button 1 is not pressed.
Knowing that the general public elevator will not arrive at that floor unless I press the button, I press the general public call registration button 1 and wait.

In this way, the desired elevators can be called by the allocation circuits 7 and 8 according to the operation of the call registration button 1 for the general public and the call registration button 4 for the disabled, respectively.
Call registration button 1 for the general public and call registration button 4 for the disabled unnecessarily
However, since it is possible to suppress the operation of the group management control, the operational efficiency of the group management control is prevented from decreasing.

〔Effect of the invention〕

As explained above, according to the present invention, it is possible to prevent the buttons for general public and the copper for persons with disabilities from being operated unnecessarily, and when necessary, it is possible to register calls using these call registration buttons. Since the user can be informed of this, it is possible to prevent the operating efficiency of the elevator from decreasing, and to realize a call registration device for group control elevators that is easy to use for the users.

[Brief explanation of the drawing]

FIG. 1 is a circuit diagram showing an embodiment of a call registration device for group control elevators according to the present invention. 1... Call registration button for the general public, 2... Call registration relay for the general public, 4... Call registration button for the disabled, 5... Call registration button for the disabled. Call registration relay 7...
... Assigned circuit for the general public, 8... Assigned circuit for the disabled, 9... - Call registration response light for the general public,
10... Call registration response light for the disabled, 11...
...Allocation confirmation circuit for general people, 12...Allocation confirmation circuit for disabled people.

Claims (1)

[Claims] (1) An allocation circuit that includes elevators for people with disabilities, turns on the corresponding response light when a button for the general public is operated, and allocates the most suitable elevator that can respond to the call, and a button for people with disabilities is operated. and an assignment circuit for lighting the corresponding response light and assigning the elevator for the disabled, either of the button for the general public or the button for the disabled on the same floor and in the same direction. When one of the buttons is operated, the lighting means turns on the response lights for the general public and the handicapped button, and after this lighting means turns on the response light for the general public and the handicapped button, respectively, 1. A call registration device for a group control elevator, comprising a light extinguishing means for extinguishing the other response light for the elevator when an elevator in service to a floor is assigned.