WO2023085455A1

WO2023085455A1 - Control apparatus for elevator including camera for calling elevator, through destination floor numeral of smartphone

Info

Publication number: WO2023085455A1
Application number: PCT/KR2021/016341
Authority: WO
Inventors: 양경옥
Original assignee: 양경옥
Priority date: 2021-11-10
Filing date: 2021-11-10
Publication date: 2023-05-19

Abstract

The present invention relates to a method for preventing a virus and transporting a passenger of an elevator quickly and simply, wherein, when the passenger displays a destination floor numeral on a smartphone and then presents the destination floor numeral to a camera of an elevator button panel in a non-contact manner, a control unit reads the destination floor, assigns and operates a car, automatically presses a floor button, and comprehensively determines a standby floor of an entire building, the number of expected passengers, and the destination floor, thereby establishing an efficient operation plan.

Description

Elevator control device equipped with a camera that calls the elevator from the destination floor number of the smartphone

The present invention relates to a short-distance non-contact calling method and apparatus for automatically inputting the destination floor and calculating the transport load after the camera of the elevator reads the destination floor number on the smartphone screen presented by the passenger when using the elevator.

When using the elevator, the passenger presses the number button for the destination floor to go to. At this time, a non-contact method is being developed to prevent hygiene problems such as viruses and bacteria on the button. Due to Corona 19 (virus) in early 2020, passengers are more reluctant to touch public facilities such as elevator buttons and handles than before, and therefore, non-contact methods are preferred. In addition, there is a need for a method of rapidly transporting passengers while reducing contact between passengers as much as possible.

An object of the present invention, which has been devised to solve the above problems, is to grasp the actual passenger transport demand of each floor while using a non-contact method when entering the elevator destination floor.

In the non-contact method, in facilities used by the public, such as hospitals, shopping malls, and sales facilities, membership registration is not required, applications for each building are not installed, sensors are not installed on each button, and sensors are not installed at a distance of 10 to 30 cm from the button. It is possible to input the number of destination floors, the installation and maintenance costs are low, the number of button inputs is reduced from two times to one time, and the size of the input device is not large.

In actual passenger transportation demand, it is possible to identify or input how many people move from each floor to which floor.

In order to achieve the above object, the elevator control device in which the car call panel 20 of the elevator hall is installed in the elevator hall of each service floor of the elevator car 40,

a camera 21 installed on the car call panel 20 and receiving a destination number 12 to which the passenger wants to go on the screen 11 of the smart phone 10;

A control device 30 for controlling the operation of the elevator car 40 by determining a destination floor from information input through the camera 21 is included.

Instead of the conventional method of approaching each button with a finger, the present invention installs a camera in an elevator hall or inside a car and recognizes the number of a destination floor.

The device for calling the elevator with the number of the destination floor displayed on the smartphone according to the present invention has the following effects.

(1) Short-distance non-contact input: Just present the number of the smartphone at a distance of 10-30 cm from the camera installed in the elevator hall and car on each floor and receiving the target floor, which is the conventional 1-2 cm short-distance non-contact input Compared to the method, a sufficiently safe distance (bacteria, virus) is secured.

(2) Identifying and analyzing the actual transport load: You can know which floor you are going to from the hall (platform) of each floor, compared to the conventional method where you can only know the rise and fall according to the up and down buttons and not know which floor you are going to. , passing floor, stop floor, and multiple car transport plans can be established efficiently.

(3) Economic feasibility: If a camera is additionally installed in each floor hall (platform) or inside the car, it is possible to input the destination floor anywhere without contact, which eliminates the need to install dozens of non-contact buttons inside the conventional car It has the effect of installing dozens of non-contact buttons in the hall, and the camera is simple, so the installation and maintenance costs are low, the volume is small, the aesthetics are not spoiled, and the breakdown is small.

(4) Enter (button) once: If you present the number of the destination floor (e.g. 13th floor) on your smartphone in the hall of each floor, the button for the destination floor (13th floor) inside the car will automatically light (input) when boarding. As a result, it is possible to reach the destination layer only by presenting a number once.

(5) No need to sign up for membership or install an app: When visiting public buildings, there is no need to sign up for membership or install an app for each building, and anyone can use the number of a smartphone as an offline method without using wireless communication.

(6) Speed and convenience: Numbers written on paper in addition to numbers on smartphones can be read, so employees and users residing in the building can use number cards, and number cards are attached to smartphones, wallets, and employee IDs worn around the neck. So, you can set the target layer easily and quickly.

1 is an overall configuration diagram of an apparatus for calling an elevator with the number of the destination floor displayed on a smartphone in an elevator hall (platform) of each floor according to the present invention.

Figure 2 is an overall configuration diagram of a device for inputting a destination floor with the number of destination floors displayed on a passenger's smartphone inside an elevator car according to the present invention

3 and 4 are diagrams showing an example of a flowchart of a method of calling an elevator with the number of the destination floor displayed on a smartphone in the elevator hall (platform) of each floor according to the present invention.

5 and 6 are diagrams showing an example of a flowchart of a method of inputting an elevator with a number of a destination floor displayed on a smartphone inside an elevator car according to the present invention.

7 is a diagram showing an example showing that a passenger touches the destination floor number of a smartphone to a camera of an elevator button panel.

Figure 8 is a cross-sectional view showing the process of Figure 7

9 is a view showing an example in which there is a button panel installed inside the elevator car according to the present invention and a camera is disposed on top.

Figure 10 is a cross-sectional view of the example of Figure 9;

11 is a view showing a case where the 13th floor is printed on the back of the employee ID card and presented to the camera while carrying it.

12 is a view showing an example of horizontally or squarely presenting a smartphone to a camera of a button panel of an elevator hall on each floor or a camera inside a car according to the present invention.

The present invention has been made in view of the above-mentioned problems, and presents the destination floor number (floor number) on the smartphone screen to the camera of the elevator call panel in the entrance floor (1st floor) lobby or the elevator hall (platform) of each floor It is an object to obtain a device for allocating assigned elevator cars to respond to passengers.

1 is an overall configuration diagram of an apparatus for calling an elevator with the number of destination floors displayed on a smartphone in an elevator hall (platform) of each floor according to the present invention.

1, an elevator control device in which a car call panel 20 of an elevator hall is installed in an elevator hall of each service floor of an elevator car 40,

a camera 21 installed on the car call panel 20 and receiving a destination number 12 to which the passenger wants to go on the screen 11 of the smart phone 10; A control device 30 for controlling the operation of the elevator car 40 by determining a destination floor from information input through the camera 21,

The control device 30 is

A destination number determination unit 31 for determining the number 12 input through the camera 21 according to the presentation of the destination number 12 on the screen 11 of the passenger smart phone 10;

a destination layer registration unit 32 registering the destination layer call determined according to the determination of the destination layer number determination unit 31 in a memory 35;

An elevator car assignment unit 33 that determines an assigned elevator car to respond to a call for a destination floor of a registered elevator hall;

and an elevator car controller 34 that controls the elevator car 40 and responds to the elevator hall destination call registered in the memory 35 with the determined assigned elevator car 40 .

In the elevator hall (elevator hall), the passenger's smart phone 10 displays the number (floor number) 12 of the destination floor the passenger wants to go to on the screen 11.

For example, a passenger who wants to go to an eye hospital on the 13th floor arrives at the entrance floor (lobby) and displays the number “13” on his smart phone.

The car call panel 20 of the elevator hall is installed in the elevator hall of each service floor of the elevator car 40, and the upper and lower (up and down) call buttons 22 and the screen 11 of the smart phone 10 It is provided with a camera 21 that receives the number 12 of the destination floor to which the passenger wants to go.

For example, in a 15-story commercial building, two elevators are operating on the entrance floor (1st floor lobby, elevator hall), and on the elevator call panel, if you present the number of the destination floor along with the buttons (up and down), a camera reads the number. there is.

The control device 30 according to the number of cameras

a destination registration unit 32 registering the determined destination call according to the determination of the destination number determination unit 31;

An elevator car controller 34 that controls the elevator car 40 and responds to the registered elevator hall destination call with the determined assigned elevator car 40; and

a destination floor number determination unit 31;

destination layer register 32;

Elevator car allocation unit 33;

To store the processing program of the elevator car control unit 34

A memory 35 is provided.

In FIG. 1, the control device according to the number of cameras determines what floor the destination floor is when a passenger presents the desired destination floor number (number) to the camera using his/her smartphone at a waiting place, and determines the desired destination floor number. The floor is registered, the elevator car to be assigned to respond to the call for the landing destination is determined, and the result is informed to the elevator hall.

That is, the elevator control device 30 according to the number of cameras

Respond to the presentation of the destination number 12 of the passenger's smartphone 10,

By the destination number determination unit 31, the destination number 12 input by the camera 21 is determined, and the validity of the drivable range is verified,

By the destination floor registration unit 32, a landing destination call corresponding to the destination floor is registered,

The assigned elevator car assignment unit 33 determines the assigned elevator car 40 that should respond to the destination call of the landing;

The assigned elevator car control unit 34 controls the operation of the assigned elevator car 40 .

For example, a passenger arrives in front of the building to go to an eye clinic on the 13th floor of a 15-story commercial building, then displays the number 13 on his smart phone at the entrance lobby on the 1st floor, and then uses a camera on the top of the elevator call panel. When it is pushed out at a distance of 10~30cm, the camera reads this number, the elevator control device reads what number it is, determines whether it is a movable appendage, and then allocates an elevator and establishes an operation plan.

And to the passenger, “The 13th floor has been called. Please board Unit 2” through a speaker or display device (LED panel). Then, when the elevator arrives and passengers board, the control device causes the 13th floor button inside the car to be pressed (lit), so that passengers get off at the 13th floor without having to press the 13th floor button. Therefore, passengers can reach the 13th floor quickly and safely without contact (untact) just by holding the number 13 on their smartphone to the camera.

2 is an overall configuration diagram of a device for inputting a destination floor as a number of destination floors displayed on a passenger's smart phone inside an elevator car according to the present invention.

2, the elevator control device in which the car inner panel 50 is installed inside the elevator car 40, each floor button 52, and the open/close button are installed,

a camera inside the car 51 that is installed on the inside panel 50 of the car and receives the number 12 of the destination to which the passenger wants to go on the screen 11 of the smart phone 10; A control device 30 for controlling the operation of the elevator car 40 by determining a destination floor from information input through the camera 51 inside the car,

The control device 30 is

According to the presentation of the destination floor number 12 on the screen 11 of the smart phone 10, the number 12 input through the camera 51 inside the car is determined, and whether the drivable range (number of floors) is determined A destination layer number determination unit 31;

A destination layer registration unit 32 registering the operation of the determined destination layer in the memory 35 according to the determination of the destination layer number determination unit 31;

Controlling the destination floor button 52 of the inner panel 50 of the elevator car 40 to light up, providing voice (text) guidance for the destination floor call, and controlling the elevator car 40 to operate to the destination floor An elevator car control unit 34 is included.

Inside the elevator car (car), the passenger's smart phone 10 displays the number (floor number) 12 of the destination floor the passenger wants to go to on the screen 11.

For example, when a passenger who wants to go to the eye hospital on the 13th floor arrives at the entrance floor (lobby), the elevator arrives and other passengers board. The number “13” is displayed on the screen of the smartphone.

At this time, a car inner panel 50 is installed inside the elevator car 40, each floor button 52, an open/close button, and the destination floor number on the screen 11 of the smartphone 10 that the passenger wants to go ( 12) is provided with an in-car camera 51 receiving input.

For example, in a 15-story commercial building, two elevators are in operation, and inside each elevator there is a panel inside a car that receives an input for operating the elevator. This panel is a button to enter the destination floor, and since it is a building with 3 basement floors and 15 basement floors, there are 18 floor selection buttons, door close and open buttons, and a camera that reads the numbers on the smartphone screen.

The control device 30 according to the number of cameras

The purpose of determining the number 12 input through the camera 51 inside the car according to the presentation of the number 12 of the destination floor on the screen 11 of the passenger's smart phone 10 and determining whether it is within the drivable range (number of floors) A floor number determination unit 31;

A destination layer registration unit 32 for registering operation of the determined destination layer according to the determination of the destination layer number determination unit 31;

An elevator that controls the destination floor button 52 of the inner panel 50 of the elevator car 40 to light up, provides voice (text) guidance for the destination floor call, and controls the elevator car 40 to operate to the destination floor. car control unit 34 and

a destination floor number determination unit 31;

destination layer register 32;

To store the processing program of the elevator car control unit 34

A memory 35 is provided.

In FIG. 2, the control device according to the number of cameras presents the number (number, floor) of the destination floor to which the passenger wants to go on the screen of his/her smartphone inside the elevator car to the camera on the inner panel of the car, how many destination floors It determines whether it is a floor, determines whether it is an operable floor, registers a destination floor, and guides the result to the inside of the elevator car.

That is, the elevator control device 30 according to the number of cameras

The destination number determination unit 31 determines the destination number 12 input by the in-car camera 51, verifies the validity of the drivable range, and the destination registration unit 32 determines the destination The destination floor of the platform corresponding to the floor is registered, and the operation of the elevator car 40 is controlled by the elevator car control unit 34 .

For example, when a passenger arrives at the front of the building to go to the eye clinic on the 13th floor of a 15-story commercial building, the elevator arrives and other passengers board. After displaying the number “13” on your smart phone, if you hold it out from a distance of 10 to 30 cm in front of the camera inside the car at the top of the inside panel of the elevator car, the camera inside the car reads this number and the elevator control device tells you what number it is. After reading the recognition, determining whether the number of appendices is operable, an operation plan is established.

Turn on the 13th floor button (input, select), and announce “13th floor” through a speaker or display device (LED panel). Accordingly, passengers get off on the 13th floor without having to press the 13th floor button. Therefore, passengers can reach the 13th floor quickly and safely without contact (untact) just by presenting the number 13 on their smartphone to the camera inside the car.

3 to 4 is an example of a flowchart of a method of calling an elevator with the number of the destination floor displayed on a smartphone in an elevator hall (platform) of each floor according to the present invention.

In FIG. 3, the flow chart was created with MS-Project, a schedule creation program.

In each column title, the ID of the first column is the task (step, activity, action) number, the task name column is the task, action, the code is the code on the control device diagram, or the preceding ID is the number that is executed prior to each task. It is the work number, and the feature is indicated by an asterisk for the newly designed work according to the present invention, and the

numbers

1, 2, and 3 at the top of the bar display area indicate the step.

3, in each column title, the ID of the first column is the task (step, activity, action) number, the task name column is the task, action, the code is the code number on the control device diagram, and the preceding ID is each It is the work number that is executed prior to the work, and the characteristics are indicated by asterisks for the newly designed work according to the present invention.

The main body of work (action) consists of passengers and smartphones (ID 1), elevator hall (platform) car call panel (ID 8), elevator control device (ID 12), and elevator car (ID 21).

The sequence of operation is described below.

A passenger enters the lobby on the first floor from the building entrance and arrives at the elevator hall to go to the eye hospital on the 13th floor of a 15-story commercial building (ID 2).

Thereafter, the user executes an app displaying the number of elevator floors on their smart phone 10 (ID 3).

Enter “13”, which is the 13th floor where the destination floor 12 is located, and display it on the screen 11 (ID 4) on the smartphone.

Now, the passenger presents the number “13” on the smart phone to the camera 21 of the car call panel 20 of the hall calling the elevator car 40 or a separately installed camera (ID 5).

Then, the camera 21 of the car call panel 20 determines whether the smart phone 10 and the number 12 are presented, and operates (ID 9).

Then, the number (12) of the smart phone is read (ID 10).

The target floor number determination unit 31 of the control device 30 according to the number of cameras reads the number 12 of the smart phone input from the camera 21 of the car call panel 20 and determines which floor it is (ID 13).

For example, if it is 13, it is determined that it is the 13th floor. If it is 130, it is determined that it is the 130th floor.

When the number 12 is determined, it is determined whether the number of floors is within the driving range (ID 14).

Since it is possible to go from the 1st floor to the 13th floor, it is determined that it is operable. If it is 130, the building is on the 15th floor, so it is a floor that cannot be operated, so an error message is issued.

Next, the destination floor registration unit 32 registers the determined destination floor (13th floor) as an operating floor (ID 15).

And the elevator car assignment unit 33 assigns a car (ID 16).

For example, if two elevators are in operation, Unit 1 is going up from the 10th floor, and Unit 2 is going up from the 2nd basement floor, then Unit 2 is assigned according to the time and distance priority rule and stops at the lobby platform on the 1st floor. and set up to move to the 13th floor.

Then, a driving guidance message is sent out in voice (“13th floor”) or text (13th floor) through the speaker or display device of the car panel 20 in the hall (ID 11).

Thereafter, the controller 34 moves the assigned car 40 to the first floor, which is the boarding floor (ID 17).

Then, the elevator car 40 moves to the boarding floor (1st floor) (ID 22).

The controller 34 determines whether the car 40 has arrived at the boarding floor (1st floor) (ID 18).

The elevator car opens the car door under the control of the controller 34 (ID 23).

The passenger then boards (ID 6).

According to the control of the control unit 34 (ID 19), the elevator car turns on the 13th floor button, which is the destination floor button on the inside panel 20 of the car, to turn on (ID 25).

For example, since the passenger has already presented the 13th floor with ID 5, the 13th floor button is automatically turned on without pressing the 13th floor button after getting inside the car (reduction of time, simplification of operation, non-contact).

Under the control of the control unit 34, the elevator car displays information on the destination floor in text on a speaker or display device (ID 24).

For example, a loudspeaker might say “13th floor, go up. The message “The door is closed” appears after boarding. Alternatively, the 13th floor is displayed on the destination floor display device (LED panel).

When multiple passengers board on the first floor, an announcement is made that “7F, 9F, 13F, 15F, doors are closed.”

After a certain amount of time has elapsed, the elevator car closes the car door (ID 26) according to the control of the controller 34 (ID 20).

The elevator car 40 moves to the 13th floor of the target floor under the control of the control unit 34 (ID 27), and passengers get off at the 13th floor (ID 7).

11 and 12 are flowcharts of a method of inputting a destination floor of an elevator with a number of destination floors displayed on a smartphone inside an elevator car according to the present invention.

In FIG. 11, the subject of work is composed of a passenger and a smart phone (ID 101), an elevator control device (ID 108), an elevator car interior button panel (ID 116), and an elevator car (ID 120).

The sequence of operations (operations) will be described below.

In order to go to the eye hospital on the 13th floor of a 15-story commercial building, a passenger enters the lobby on the 1st floor from the building entrance and arrives at the elevator hall (ID 102).

At this time, the elevator car 40 arrives at the first floor and there is an upward sign (ID 121).

The door of the elevator car opens (ID 122).

A passenger boards an elevator car (ID 103).

The passenger executes an app displaying the elevator destination floor number 12 on his/her smart phone 10 (ID 104).

Input “13”, which is the 13th floor where the eye hospital you want to go to, on your smartphone and display it on the screen (ID 105).

Now, the passenger presents the number “13” on the smart phone to the camera 51 of the button panel 50 inside the elevator car 40 or a separately installed camera (ID 106).

Then, the camera 51 of the car interior panel 50 determines whether the smart phone 10 and the destination number 12 are presented, and operates (ID 117).

Then, the number 12 of the smart phone is read (ID 118).

The target floor number determination unit 31 of the control device 30 reads the smart phone number 12 input from the camera 51 of the car interior panel 50 and determines which floor it is (ID 109).

If the number is determined, it is determined whether it is the number of floors within the drivable range (ID 110).

Next, the destination floor registration unit 32 registers the determined destination floor (13th floor) as an operating floor (ID 111).

The elevator car turns on the 13th floor button 52, which is the destination floor button on the inside panel 50 of the car, according to the lighting control of the destination floor button 52 (ID 112) of the control unit 34 (ID 119). .

For example, since the passenger has already presented the 13th floor with ID 6, the 13th floor button is automatically turned on without pressing the 13th floor button (time reduction, operation simplification, non-contact).

Through the speaker or display device of the inner panel 50 of the car, a voice (“13th floor”) or text message (13th floor) is sent to guide messages related to driving to the destination (ID 123).

For example, after boarding, the message "I'm going up to the 13th floor, the door is closing" comes out from the speaker. Alternatively, the 13th floor is displayed on the destination floor display device (LED panel).

The elevator car closes the car door according to the door closing control (ID 113) of the controller 34 (ID 124).

Thereafter, the controller 34 moves the car to the 13th floor as the destination floor (ID 114), and the elevator car moves to the destination floor (13th floor) (ID 125).

The controller 34 determines whether the car has arrived at the destination floor (13th floor) (ID 115).

The elevator car opens the car door under the control of the controller 34 (ID 126).

The passenger then disembarks (ID 107).

The following is an embodiment of the camera of the elevator button panel and the number of the destination floor displayed on the smart phone according to the present invention.

Download the elevator destination number app from Google Play as the passenger's app. For example, if you install the “elevator button app”, the target floor number app is installed on the smartphone desktop.

In addition to the app, numbers can be displayed using the number keyboard for making calls, numbers in KakaoTalk message sending, elevator destination numbers in KakaoTalk (newly installed), and numbers in sending text messages.

You can also write numbers on paper, put a card with numbers printed on the back of your phone between transparent cell phone wallets, and display numbers on the back of your employee ID card. It is valid as long as the camera can read the number.

7 shows that a passenger touches the destination floor number of a smartphone to the camera of an elevator hall button panel. The number displayed on the smartphone indicates that the current passenger wants to go to the 8th floor.

For example, if the current passenger is on the 15th floor and the 8th floor is presented, the controller determines that there are possible passengers on the 15th to the 8th floor.

8 is a cross-sectional view of the process of FIG. 7 . The smartphone is placed at a distance of about 10 cm to 30 cm from the camera, and the camera reads the destination floor number displayed on the screen of the smartphone.

In this way, only by presenting numbers in a non-contact manner, the control device can identify passengers going from the current floor to the destination floor.

9 is an example in which a button panel is installed inside an elevator car and a camera is installed at the top according to the present invention.

10 is a cross-sectional view of the example of FIG. 9 . A camera is installed on the top of the button panel inside the elevator car, and the passenger presents the number “8” on his/her smartphone to the camera.

In the case of a building in which one elevator is in operation, if a number has already been presented to the camera on the first floor or in the elevator hall of each floor, there is no need to present the number again inside the elevator car.

This is because the control device knows the number of the destination floor when arriving at the floor already waiting and controls the corresponding button on the panel inside the car to turn on.

Cancellation of the destination layer can be canceled by pressing a button in a conventional manner. To change the destination layer, just present a different number.

11 is a case where the 13th floor is printed on the back of an employee ID card and presented to a camera while being carried. On the other hand, in hotels or condominiums, which are accommodation facilities, it can be used by presenting a room key (key) with the hotel room number written on it or a card with the room number written on it.

12 is an example of presenting a smartphone horizontally or squarely to a camera of a button panel of an elevator hall on each floor or a camera inside a car according to the present invention. When the camera is vertical, this is an example in which it is possible to scan downward or at an angle such as 45 degrees so as not to cause a passenger's privacy problem.

Even when the camera is installed vertically, the position of the camera is preferably around the waist or belly button, and it is convenient to raise the arm and the camera does not scan the face, so there is no privacy problem.

If the camera is placed on the side of the car (on the left or right wall when looking at the door from inside the car), there is no privacy problem because passengers' faces are not visible.

In the present invention, the target layer is designated by a number. In addition, the number of floors can be specified by text or figure (pattern, animal, plant). If it is on the 7th floor, it is indicated by “Chil”, 7 stars, and 7 apples.

Animals and plants can be useful for teenagers or children. In addition, it can be used with a finger. In the case of the 3rd floor, 3 fingers are displayed, and in the case of the 1st floor lobby, 1 finger is displayed.

In order to use the frequently used close button after boarding in a non-contact manner, display “closed” on the smartphone and present it to the camera, the close is entered and the car door is closed.

In the case of a basement floor, it can be indicated using a minus or basement tab. In the case of “-3”, if 3 is entered in the “basement” input box, it is recognized as the third basement floor.

Instead of using a numeric keypad, you can specify using a casino-like rotary number pad.

The control unit can display the current elevator floor, the floor to stop in the future, and the number of people in real time through the display (liquid crystal display) in the elevator waiting hall of each floor. be able to make rational decisions.

Non-contact buttons are useful to prevent hygiene, health, and health problems caused by viruses in commercial facilities, hospitals, offices, apartments, etc. used by the public.

The embodiments of the present invention described above and shown in the drawings should not be construed as limiting the technical idea of the present invention. The protection scope of the present invention is limited only by the matters described in the claims, and those skilled in the art can improve and change the technical spirit of the present invention in various forms. Therefore, these improvements and changes will fall within the protection scope of the present invention as long as they are obvious to those skilled in the art.

Since the present invention can be used by adding a camera and a device to an elevator of an existing building, a newly manufactured elevator, and a new building, there is immediate industrial applicability.

Claims

An elevator control device in which the car call panel 20 of the elevator hall is installed in the elevator hall of each service floor of the elevator car 40,

a camera 21 installed on the car call panel 20 and receiving a destination number 12 to which the passenger wants to go on the screen 11 of the smart phone 10;

An elevator control device including a control device 30 for controlling the operation of the elevator car 40 by determining a destination floor from information input through the camera 21.
According to claim 1,

The control device 30 is

A destination number determination unit 31 for determining the number 12 input through the camera 21 according to the presentation of the destination number 12 on the screen 11 of the passenger smart phone 10;

a destination layer registration unit 32 registering the destination layer call determined according to the determination of the destination layer number determination unit 31 in a memory 35;

An elevator car assignment unit 33 that determines an assigned elevator car to respond to a call for a destination floor of a registered elevator hall;

An elevator control apparatus including an elevator car controller (34) that controls an elevator car (40) and responds to an elevator hall destination call registered in the memory (35) with the determined assigned elevator car (40).
An elevator control device in which a car inner panel 50 is installed inside the elevator car 40, each floor button 52, and an open/close button are installed,

a camera inside the car 51 that is installed on the inside panel 50 of the car and receives the number 12 of the destination to which the passenger wants to go on the screen 11 of the smart phone 10;

An elevator control device including a control device 30 for controlling the operation of the elevator car 40 by determining a destination floor from information input through the camera 51 inside the car.
According to claim 3,

The control device 30 is

According to the presentation of the destination floor number 12 on the screen 11 of the smart phone 10, the number 12 input through the camera 51 inside the car is determined, and whether the drivable range (number of floors) is determined A destination layer number determination unit 31;

A destination registration unit 32 registering the destination destination operation determined according to the determination of the destination destination number determination unit 31 in a memory 35;

Controlling the destination floor button 52 of the inner panel 50 of the elevator car 40 to light up, providing voice (text) guidance for the destination floor call, and controlling the elevator car 40 to operate to the destination floor An elevator control device comprising an elevator car control unit 34.
As a method of controlling elevator car operation by determining the passenger's destination floor information from the numbers on the smartphone screen of the elevator passenger,

passengers arriving at the elevator boarding hall;

The passenger presenting the destination floor number 12 on the screen 11 of the smartphone 10 to the camera 21 of the hall;

Determining, by the destination number determination unit 31, the number 12 input through the camera 21 according to the presentation of the destination number 12 on the screen 11 of the smartphone 10 of the passenger;

registering, by the destination registration unit 32, the destination party call determined according to the determination of the destination party number determination unit 31 in the memory 35;

an elevator car assignment unit 33 determining an assigned elevator car to respond to a call for a destination floor of a registered elevator hall; and

The elevator car controller 34 controls the elevator car 40 and responds to the elevator hall destination call registered in the memory 35 with the determined assigned elevator car 40.

A method of controlling car operation by determining destination information of a passenger from numbers on a screen of a smartphone, comprising:
As a method of controlling elevator car operation by determining the passenger's destination floor information from the numbers on the smartphone screen of the elevator passenger,

a step for a passenger to board the elevator car 50;

The passenger presenting the destination number 12 on the screen 11 of the smartphone 10 to the camera 51 inside the car;

The destination floor number determination unit 31 determines the destination floor number 12 of the smart phone 10 input through the camera 51 inside the car 50 and determines whether the drivable range (floor number) is step;

registering, by the destination layer registration unit 32, the destination layer determined according to the determination of the number of destination layers determination unit 31 in the memory 35; and

The elevator car control unit 34 controls the destination floor button 52 of the inner panel 50 of the elevator car 40 to turn on, guides the destination floor by voice (text), and operates the elevator car 40 Control steps to drive to the destination floor

A method of controlling car operation by determining destination information of a passenger from numbers on a screen of a smartphone, comprising: