CN114538227A - Intelligent elevator identity recognition system - Google Patents

Abstract

The invention discloses an intelligent identification system for elevator identity, which is used for realizing elevator intellectualization and comprises an identity module, a floor detection module, a driving module, an input module and a processing module, wherein the identity module comprises an identity information input unit and an identity identification unit. The intelligent elevator identity recognition system disclosed by the invention is linked through the identity module, the floor detection module, the driving module, the input module and the processing module, so that the elevator can recognize passengers, the passengers are transmitted to corresponding floors according to the input identity information, and for visitors, the floor information can be input through the input module and the voice module, the visitors can conveniently use the elevator, and the intelligent elevator identity recognition system has the advantages of intelligence, convenience in use, high safety and the like.

Description

Elevator Identity Intelligent Recognition System

technical field

The invention belongs to the technical field of intelligent elevators, and in particular relates to an elevator identity intelligent identification system.

Background technique

Elevators are common transportation equipment in people's lives. Elevators are generally installed in residential, commercial buildings, office buildings, stations, shopping malls, subways and other places with rising and falling drops. Elevators are functionally divided into manned elevators and elevators. Freight elevators, from the perspective of structure, elevators can be divided into closed type, walk-behind type, etc. In the development history of elevators, elevators have undergone great changes from structure to use, and have also undergone various directions in terms of functions. With the development of the elevator, the elevator has gradually developed from the traditional simple structure to the direction of automation and intelligence.

However, the existing elevators are not intelligent enough in the field of avatar recognition, and cannot really achieve an efficient operation state. Therefore, in view of the above problems, further improvements are made.

SUMMARY OF THE INVENTION

The main purpose of the present invention is to provide an elevator identity intelligent identification system, which is linked through an identity module, a floor detection module, a drive module, an input module and a processing module, so that the elevator can identify passengers, and transmit the passengers to the elevator according to the entered identity information. The corresponding floor, and for the visitor, the floor information can be input through the input module and the voice module, and it is also convenient for the visitor to use the elevator, which has the advantages of intelligence, convenient use and high safety.

In order to achieve the above purpose, the present invention provides an elevator identity intelligent identification system for realizing elevator intelligence, including an identity module, a floor detection module, a drive module, an input module and a processing module, wherein:

The identity module includes an identity information entry unit and an identity recognition unit (preferably face recognition), and the identity information entry unit enters the first identity information (including the passenger's office floor, accommodation floor, etc., so as to determine the passenger's need to arrive each time. floor) and transmit the first identification information to the processing module for storage, when the identification unit recognizes that the passenger enters the elevator, the current passenger is identified, and the obtained first identification information is transmitted to the processing module;

When the driving module executes the elevator's ascending action, the processing module matches the first identification information with the first identification information, and determines whether the current first identification information is the first identification information entered through the identification information entry unit, If yes (form the selected floor information), the processing module forms the corresponding floor information and the drive module follows the floor information in sequence (if there are multiple passengers taking the elevator, the floors are ascended in sequence from low to high) Go up to the corresponding floor, if not, the voice module outputs the first inquiry information (for example, how many floors do you want to go up to) and transmits the obtained first feedback information to the processing module (to form the selected floor information, of course, passengers or visitors can also be Actively output the desired floor to the voice module. For example, if a passenger's first identity information records that the person is on the 6th floor, then the current passenger can output "5th floor" to the voice module if he wants to go to the 5th floor. Flexibility, when the identification unit recognizes that the passenger gets out of the elevator, the processing module will not form the floor information to the drive module to drive the elevator), the processing module forms the floor information according to the first feedback information and drives the drive module to The elevator ascends to the corresponding floor (the elevator ascending action is performed on passengers who have entered identity information and visitors who have not entered identity information in a non-contact way to improve efficiency and intelligence);

When the driving module performs the elevator descending action, the processing module matches the first identification information with the first identification information, and determines whether the current first identification information is the first identification information entered by the identification information entry unit, If yes (form selected floor information), the processing module obtains the current passenger's (downstairs) floor information through the history module and drives the drive module to descend the elevator to the corresponding floor, if not, the voice module outputs a second query information (for example, how many floors do you want to descend to) and transmit the obtained second feedback information to the processing module (form the selected floor information), the processing module forms the floor information according to the second feedback information and drives the driving module to The elevator descends to the corresponding floor (in a non-contact way, the elevator descending action is performed for passengers who have entered identity information and visitors who have not entered identity information to improve efficiency and intelligence).

As a further preferred technical solution of the above technical solution, the input module includes a first input unit (installed on the wall outside the elevator, there are several first input units on several floors) and a second input unit (installed on the elevator Inside, an elevator is provided with a second input unit), where:

The first input unit inputs ascending information or descending information to the processing module, and the processing module drives the driving module to transport the elevator to the floor corresponding to the first input unit according to the ascending information or descending information;

The second input unit inputs corresponding floor information, and the processing module drives the drive module to transport the elevator to the floor corresponding to the floor information according to the floor information.

As a further preferred technical solution of the above technical solution, the floor detection module is used to detect floors, wherein:

When the drive module executes the elevator to perform an ascending action or a descending action, the first input unit inputs floor information and the drive module transmits the elevator to the floor (first preset time or preset time) corresponding to the floor information input by the first input unit. Before setting the floor interval), the human body is detected by the floor detection module, and the processing module judges whether there are still passengers on the floor corresponding to the first input unit of the input floor information. If there is, the processing module drives the driving module to The elevator transmits to the current floor, if not (and the floor information of the floor is not input inside the elevator), the drive module skips the current floor and executes the next floor information when transmitting the elevator.

As a further preferred technical solution of the above technical solution, the first input unit includes an ascending unit, a descending unit and a reservation unit, the ascending unit is used for inputting ascending information, the descending unit is used for inputting descending information and the reservation unit Cell is used to enter appointment information, where:

The reservation information includes the reservation time and the reservation floor, so that the processing module drives the drive module to transmit the elevator to the reservation floor at the reservation time, and if the floor detection module does not detect that there is a passenger on the reservation floor at the reservation time If at the reservation time, the floor detection module detects that there are passengers on the reserved floor and the execution module detects that the elevator is moving, the drive module will The reservation information is executed after the floor information being executed is completed.

As a further preferred technical solution of the above technical solution, the reservation unit is provided with a communication unit, and the reservation unit performs wireless communication with the terminal through the communication unit, so that the terminal can remotely input reservation information.

Detailed ways

The following description serves to disclose the invention to enable those skilled in the art to practice the invention. The preferred embodiments described below are given by way of example only, and other obvious modifications will occur to those skilled in the art. The basic principles of the invention defined in the following description may be applied to other embodiments, variations, improvements, equivalents, and other technical solutions without departing from the spirit and scope of the invention.

In the preferred embodiment of the present invention, those skilled in the art should note that the elevators and floors involved in the present invention may be regarded as prior art.

Preferred embodiment.

The invention discloses an elevator identity intelligent identification system, which is used for realizing elevator intelligence, comprising an identity module, a floor detection module, a driving module, an input module and a processing module, wherein:

The identity module includes an identity information entry unit and an identity recognition unit (preferably face recognition), and the identity information entry unit enters the first identity information (including the passenger's office floor, accommodation floor, etc., so as to determine the passenger's need to arrive each time. floor) and transmit the first identification information to the processing module for storage, when the identification unit recognizes that the passenger enters the elevator, the current passenger is identified, and the obtained first identification information is transmitted to the processing module;

When the driving module executes the elevator's ascending action, the processing module matches the first identification information with the first identification information, and determines whether the current first identification information is the first identification information entered through the identification information entry unit, If yes (form the selected floor information), the processing module forms the corresponding floor information and the drive module follows the floor information in sequence (if there are multiple passengers taking the elevator, the floors are ascended in sequence from low to high) Go up to the corresponding floor, if not, the voice module outputs the first inquiry information (for example, how many floors do you want to go up to) and transmits the obtained first feedback information to the processing module (to form the selected floor information, of course, passengers or visitors can also be Actively output the desired floor to the voice module. For example, if a passenger's first identity information records that the person is on the 6th floor, then the current passenger can output "5th floor" to the voice module if he wants to go to the 5th floor. Flexibility, when the identification unit recognizes that the passenger gets out of the elevator, the processing module will not form the floor information to the drive module to drive the elevator), the processing module forms the floor information according to the first feedback information and drives the drive module to The elevator ascends to the corresponding floor (the elevator ascending action is performed on passengers who have entered identity information and visitors who have not entered identity information in a non-contact way to improve efficiency and intelligence);

When the driving module performs the elevator descending action, the processing module matches the first identification information with the first identification information, and determines whether the current first identification information is the first identification information entered by the identification information entry unit, If yes (form selected floor information), the processing module obtains the current passenger's (downstairs) floor information through the history module and drives the drive module to descend the elevator to the corresponding floor, if not, the voice module outputs a second query information (for example, how many floors do you want to descend to) and transmit the obtained second feedback information to the processing module (form the selected floor information), the processing module forms the floor information according to the second feedback information and drives the driving module to The elevator descends to the corresponding floor (in a non-contact way, the elevator descending action is performed for passengers who have entered identity information and visitors who have not entered identity information to improve efficiency and intelligence).

Specifically, the input module includes a first input unit (installed on the wall outside the elevator, there are several first input units on several floors) and a second input unit (installed inside the elevator, one elevator is provided with one second input unit), where:

The first input unit inputs ascending information or descending information to the processing module, and the processing module drives the driving module to transport the elevator to the floor corresponding to the first input unit according to the ascending information or descending information;

The second input unit inputs corresponding floor information, and the processing module drives the drive module to transport the elevator to the floor corresponding to the floor information according to the floor information.

It is worth mentioning that in the elevator, floor information can be obtained not only through the identity module and the voice module, but also through the second input unit, which can be input in various ways, so as to be used flexibly.

More specifically, the floor detection module is used to detect floors, wherein:

When the drive module executes the elevator to perform an ascending action or a descending action, the first input unit inputs floor information and the drive module transmits the elevator to the floor (first preset time or preset time) corresponding to the floor information input by the first input unit. Before setting the floor interval), the human body is detected by the floor detection module, and the processing module judges whether there are still passengers on the floor corresponding to the first input unit of the input floor information. If there is, the processing module drives the driving module to The elevator transmits to the current floor, if not (and the floor information of the floor is not input inside the elevator), the drive module skips the current floor and executes the next floor information when transmitting the elevator.

Further, the first input unit includes an ascending unit, a descending unit and a reservation unit, the ascending unit is used for inputting ascending information, the descending unit is used for inputting descending information and the reservation unit is used for inputting reservation information, in:

The reservation information includes the reservation time and the reservation floor, so that the processing module drives the drive module to transmit the elevator to the reservation floor at the reservation time, and if the floor detection module does not detect that there is a passenger on the reservation floor at the reservation time If at the reservation time, the floor detection module detects that there are passengers on the reserved floor and the execution module detects that the elevator is moving, the drive module will The reservation information is executed after the floor information being executed is completed.

Furthermore, the reservation unit is provided with a communication unit, and the reservation unit performs wireless communication with the terminal through the communication unit, so that the terminal can remotely input reservation information (reservation is performed through a terminal such as a mobile phone).

It is worth mentioning that the technical features such as elevators and floors involved in the patent application of the present invention should be regarded as the prior art. Routine selection is sufficient, and should not be regarded as the invention point of the patent of the present invention, and the patent of the present invention will not be further detailed.

For those skilled in the art, the technical solutions described in the foregoing embodiments can still be modified, or some technical features thereof can be equivalently replaced. Any modifications made within the spirit and principles of the present invention, Equivalent replacements, improvements, etc., should all be included in the protection scope of the present invention.

Claims (5)

1. an elevator identity intelligent identification system, for realizing elevator intelligence, is characterized in that, comprises identity module, floor detection module, drive module, input module and processing module, wherein: The identity module includes an identity information entry unit and an identity recognition unit. The identity information entry unit inputs the first identity information and transmits the first identity information to the processing module for storage. When the identity recognition unit recognizes that the passenger enters the elevator, it will The passenger is identified, and the obtained first identification information is transmitted to the processing module; When the driving module executes the elevator's ascending action, the processing module matches the first identification information with the first identification information, and determines whether the current first identification information is the first identification information entered through the identification information entry unit, If yes, the processing module forms the corresponding floor information and the driving module sequentially ascends the elevator to the corresponding floor according to the floor information, if not, the voice module outputs the first inquiry information and transmits the obtained first feedback information to the processing module, the processing module forms floor information according to the first feedback information and drives the driving module to lift the elevator to the corresponding floor; When the driving module performs the elevator descending action, the processing module matches the first identification information with the first identification information, and determines whether the current first identification information is the first identification information entered by the identification information entry unit, If so, the processing module obtains the floor information of the current passenger through the history module and drives the drive module to descend the elevator to the corresponding floor; if not, the voice module outputs the second inquiry information and transmits the obtained second feedback information to A processing module, the processing module forms floor information according to the second feedback information and drives the driving module to descend the elevator to the corresponding floor. 2. a kind of elevator identity intelligent identification system according to claim 1, is characterized in that, described input module comprises the first input unit and the second input unit, wherein: The first input unit inputs ascending information or descending information to the processing module, and the processing module drives the driving module to transport the elevator to the floor corresponding to the first input unit according to the ascending information or descending information; The second input unit inputs corresponding floor information, and the processing module drives the drive module to transport the elevator to the floor corresponding to the floor information according to the floor information. 3. a kind of elevator identity intelligent identification system according to claim 2, is characterized in that, described floor detection module is used to detect floor, wherein: When the drive module performs the ascending action or the descending action of the elevator, the first input unit inputs the floor information and the drive module transmits the elevator to the floor corresponding to the floor information input by the first input unit through the floor detection module. The human body is detected, and the processing module judges whether there are still passengers on the floor corresponding to the first input unit of the input floor information. If so, the processing module drives the drive module to transmit the elevator to the current floor. If not, the drive module Skip the current floor and execute the next floor information when transferring the elevator. 4. a kind of elevator identity intelligent identification system according to claim 3, is characterized in that, described first input unit comprises ascending unit, descending unit and reservation unit, described ascending unit is used for input ascending information, described descending unit for entering drop information and the reservation unit for entering reservation information, wherein: The reservation information includes the reservation time and the reservation floor, so that the processing module drives the drive module to transmit the elevator to the reservation floor at the reservation time, and if the floor detection module does not detect that there is a passenger on the reservation floor at the reservation time If at the reservation time, the floor detection module detects that there are passengers on the reserved floor and the execution module detects that the elevator is moving, the drive module will The reservation information is executed after the floor information being executed is completed. 5. a kind of elevator identity intelligent identification system according to claim 4 is characterized in that, described reservation unit is provided with communication unit, and described reservation unit carries out wireless communication with terminal through described communication unit, so that terminal remote input Reservation information.