CN110451366B - Intelligent man-machine interface control system and method for elevator - Google Patents
Intelligent man-machine interface control system and method for elevator Download PDFInfo
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- CN110451366B CN110451366B CN201910805715.7A CN201910805715A CN110451366B CN 110451366 B CN110451366 B CN 110451366B CN 201910805715 A CN201910805715 A CN 201910805715A CN 110451366 B CN110451366 B CN 110451366B
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- 239000011159 matrix material Substances 0.000 claims abstract description 106
- 238000004891 communication Methods 0.000 claims abstract description 83
- 230000004048 modification Effects 0.000 claims description 78
- 238000012986 modification Methods 0.000 claims description 78
- 238000012545 processing Methods 0.000 claims description 34
- 230000004927 fusion Effects 0.000 claims description 20
- 238000013500 data storage Methods 0.000 claims description 19
- 230000008569 process Effects 0.000 claims description 13
- 230000008859 change Effects 0.000 claims description 12
- 238000005286 illumination Methods 0.000 claims description 12
- 238000012795 verification Methods 0.000 claims description 12
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B1/00—Control systems of elevators in general
- B66B1/02—Control systems without regulation, i.e. without retroactive action
- B66B1/06—Control systems without regulation, i.e. without retroactive action electric
- B66B1/14—Control systems without regulation, i.e. without retroactive action electric with devices, e.g. push-buttons, for indirect control of movements
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B1/00—Control systems of elevators in general
- B66B1/34—Details, e.g. call counting devices, data transmission from car to control system, devices giving information to the control system
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Abstract
The invention belongs to the field of elevator control, and relates to an intelligent man-machine interface control system and method for an elevator. An elevator intelligent human-machine interface manipulation system, comprising: input unit, man-machine unit, repeater, matrix module and main control unit, wherein: the input unit is connected with the man-machine unit and the matrix module, the man-machine unit is connected with the input unit and the repeater, the repeater is connected with the man-machine unit, the main control unit and the matrix module, and the man-machine unit comprises a projection unit, a button unit, an optical sensor, a logic processor and a man-machine unit communication module. The invention can freely set the typesetting, the color, the brightness and the display character of the buttons according to the actual demands, thereby meeting the requirements of the customers on the diversity, the intelligence and the humanization of the man-machine interface of the elevator operating device. Under the condition of strong light, the brightness and the color of the button of the man-machine unit are automatically adjusted, and the man-machine unit has good identifiability even under the condition of strong light.
Description
Technical Field
The invention belongs to the field of elevator control, and relates to an intelligent man-machine interface control system and method for an elevator.
Background
At present, a manipulator in an elevator car mainly adopts a mechanical button or a touch button, the man-machine interfaces such as the luminous color, brightness, arrangement and display character size, character type and the like of the button are all required to be determined in advance when a customer purchases an elevator, an elevator manufacturer produces and manufactures according to the well-determined man-machine interface, and the individuality of the manipulator is different due to the selection difference of the customer, so that the elevator manufacturer cannot produce in advance. If the operating device is finished, the user modifies the model of the button, displays the character, and the like, the panel of the operating device, the button and the like are required to be replaced, and the replacement is complicated.
For sightseeing elevator, when sunlight irradiates the operating device, if the luminous color of the button is light color system or the luminous brightness of the button is high, the passenger can not recognize the display character of the button and determine whether the destination registering is completed.
For the operating device of the high-rise elevator, no matter what rule the buttons are arranged, the buttons on certain floors are inevitably arranged on the upper part of the operating device, and when elevator passengers are children and disabled, the buttons on the upper part of the operating device are hardly touched, so that a plurality of inconveniences are brought to the passengers.
Disclosure of Invention
Aiming at the defects in the prior art, the invention provides an intelligent man-machine interface control system for an elevator.
The intelligent man-machine interface control system of the elevator is realized by adopting the following technical scheme:
an elevator intelligent human-machine interface manipulation system, comprising: input unit, man-machine unit, repeater, matrix module and main control unit, wherein: the input unit is connected with the man-machine unit and the matrix module, the man-machine unit is connected with the input unit and the repeater, and the repeater is connected with the man-machine unit, the main control unit and the matrix module, specifically:
the input unit is an operation port for inputting the modification instruction by the client, stores the modification instruction of the client at the same time, judges the modification instruction of the client, and transmits the modification instruction of the client to the matrix module and the man-machine unit if the modification instruction of the client is the matrix instruction, otherwise, only transmits the modification instruction of the client to the man-machine unit;
the man-machine unit comprises a projection unit, a button unit, a light sensor, a logic processor and a man-machine unit communication module, wherein: the projection unit is used for adjusting the image projected to the button unit, the color analysis and the intensity and angle of the light energy; the button unit is used for triggering a client destination layer and fusing the projection content of the projection unit with button ground color content; the light sensor is used for sensing light energy from ultraviolet light to infrared light and converting the light energy into an electric signal; the logic processor is used for processing the logic relation before and after the button address is changed and comparing the illumination parameters; the man-machine unit communication module is used for communicating input and output information between the input unit and the repeater;
the repeater is used for transmitting the matrix address instruction, the destination layer instruction and the button address in real time and converting the communication protocol at the same time;
the matrix module is used for converting the matrix instruction into a matrix address instruction and realizing matrix information input and output communication between the input unit and the repeater;
the main control unit comprises a central processing unit and a communication module, wherein the central processing unit realizes the purpose layer operation logic control of the elevator, stores and converts a communication protocol, and the communication module realizes the input and output information communication with the repeater.
Further, the input unit comprises a data acquisition module, a data storage module and an intelligent judgment module, wherein the intelligent judgment module is communicated with the matrix module and the man-machine unit, and the input unit comprises:
the data acquisition module is an operation port for inputting a modification instruction by a client;
the data storage module is used for storing modification instructions of clients;
the intelligent judging module is used for distinguishing the types of the client modification instructions, if the client modification instructions are matrix instructions, the client modification instructions are transmitted to the matrix module and the man-machine unit, otherwise, the client modification instructions are transmitted to the man-machine unit only.
Further, the projection unit of the human-machine unit comprises a DLP circuit module, an image control module, a color control module, a light source module and a rotation module, wherein:
the projection unit DLP circuit module is used for decomposing the client modification instruction and transmitting the client modification instruction to the projection unit color control module and the projection unit light source module;
the projection unit image control module is used for processing the content related to the image in the client modification instruction;
the projection unit color control module is used for processing the content related to the color in the client modification instruction;
the projection unit light source module is used for adjusting the intensity of light energy projected to the button unit;
the projection unit rotating module is used for adjusting the angle of the projection unit projected to the button unit.
Further, the button unit comprises a trigger, a ground color module and a projection fusion device; wherein:
the button unit trigger is used for triggering a client destination layer;
the button unit base color module is used for setting the luminous base color of the button when the elevator leaves the factory;
the button unit projection fusion device is used for fusing the projection content of the projection unit with the content of the button ground color module.
The intelligent man-machine interface control method of the elevator is realized by adopting the following technical scheme:
an elevator intelligent man-machine interface manipulation method, comprising:
A. instructions for modifying the layout of the buttons, displaying characters, colors and brightness in response to a customer, comprising:
the input unit receives and stores modification instructions of typesetting, character displaying, color and brightness of the client modification buttons, judges the client modification instructions, and transmits matrix instructions to the matrix module and the man-machine unit if the client modification instructions are matrix instructions; otherwise, only transmitting to the man-machine unit;
the man-machine unit sends the instruction sent by the input unit to the projection unit, and the projection unit changes button projection according to the instruction;
the matrix module converts the matrix instruction into a matrix address instruction and transmits the matrix address instruction to the repeater, the repeater compiles the matrix address instruction into a new communication protocol and transmits the new communication protocol to the main control unit, the main control unit updates the communication protocol, and meanwhile, the repeater converts the matrix address instruction into a new button address and transmits the new button address to the man-machine unit;
when a client triggers a button unit trigger of a man-machine unit, the trigger sends a destination layer instruction and forwards the destination layer instruction to a repeater, the repeater sends a communication protocol to a main control unit, a main control unit central processing unit controls an elevator to reach a destination layer and sends a destination layer execution result back to the repeater, and the repeater compares the destination layer instruction with the destination layer execution result, if the destination layer instruction is consistent with the destination layer execution result, the client requirement is completed; if the two types of the virtual machines are inconsistent, the repeater sends a verification request to the man-machine unit logic processor and the main control unit central processing unit to carry out verification until the two types of the virtual machines are consistent;
B. under the condition of strong light, the brightness and the color of the button of the man-machine unit are automatically adjusted.
Preferably, the implementation process of modifying the button typesetting includes:
the client inputs an instruction for modifying button typesetting in the input unit data acquisition module;
the input unit data storage module stores the modification button typesetting instruction of the client, and the input unit intelligent judging module judges the client modification instruction, judges the client modification instruction as a matrix instruction, and outputs the matrix instruction to the matrix module and the man-machine unit communication module through the input unit intelligent judging module;
on the one hand, the man-machine unit communication module transmits the matrix instruction to the projection unit image control module;
the projection unit image control module transmits a matrix instruction to the projection unit DLP circuit module, the projection unit DLP circuit module extracts color and illumination required values in the matrix instruction and transmits the color and illumination required values to the projection unit color control module and the projection unit light source module, the projection unit color control module and the projection unit light source module project required light energy to the button, and the button unit projection fusion device fuses the light energy with the button ground color module, so that typesetting change of the button is realized;
on the other hand, the matrix module converts the matrix instruction into a matrix address instruction and transmits the matrix address instruction to the repeater, the repeater compiles the matrix address instruction into a new communication protocol and transmits the new communication protocol to the main control unit communication module, the main control unit communication module transmits the new communication protocol to the main control unit central processing unit, and meanwhile, the repeater converts the matrix address instruction into a new button address and transmits the new button address to the man-machine unit logic processor, so that the change of the button destination address is realized and the new button typesetting of the button unit corresponds to the new button typesetting;
when a client triggers a button unit trigger, the trigger sends a destination layer instruction and forwards the destination layer instruction to a relay, the relay sends a communication protocol to a main control unit, a main control unit central processing unit controls an elevator to reach a destination layer and sends a destination layer execution result back to the relay, and the relay compares the destination layer instruction with the destination layer execution result, if the destination layer instruction is consistent with the destination layer execution result, the client needs are completed; if the two types of the virtual machines are inconsistent, the repeater sends a verification request to the man-machine unit logic processor and the main control unit central processing unit to carry out verification until the two types of the virtual machines are consistent.
Preferably, the implementation process of modifying the button display character includes:
the client inputs an instruction for modifying the button display character in the input unit data acquisition module;
the input unit data storage module stores the command of the button display character of the client, and the input unit intelligent judging module judges the modification command of the client, judges the modification command as the button character modification command and outputs the button character modification command to the man-machine unit communication module;
the man-machine unit communication module transmits the button character instruction to the projection unit image control module;
the projection unit projects an image to the button according to the button character instruction received by the image control module, and the projection fusion device fuses the button ground color module and the projection image to achieve the purpose of changing the button display character.
Preferably, the implementation process of modifying the button color includes:
the client inputs an instruction for modifying the button color in the data acquisition module of the input unit;
the input unit data storage module stores the command of modifying the button color of the client, and the input unit intelligent judging module judges the modification command of the client, judges the modification command as the button color modifying command and outputs the button color command to the man-machine unit communication module;
the man-machine unit communication module transmits the button color instruction to the projection unit color control module;
the projection unit projects colors to the buttons according to the button color instructions received by the color control module, and the projection fusion device fuses the button ground color module and the projection colors to achieve button color change.
Preferably, the implementation process of modifying the brightness of the button includes:
the client inputs an instruction for modifying the brightness of the button in the data acquisition module of the input unit;
the input unit data storage module stores the command of modifying the brightness of the button of the client, and the input unit intelligent judging module judges the modifying command of the client, judges the modifying command as the modifying command of the brightness of the button and outputs the modifying command of the brightness of the button to the man-machine unit communication module;
the man-machine unit communication module transmits the button brightness instruction to the projection unit light source module;
the projection unit projects light energy to the button according to the button brightness instruction received by the light source module, and the projection fusion device fuses the button ground color module and the projection light energy to achieve the change of button display brightness.
Preferably, under the condition of strong light, the implementation process for realizing automatic adjustment of the brightness and the color of the button of the man-machine unit comprises the following steps:
when the human-machine unit light sensor receives solar energy, converts the solar energy into an electric signal, transmits the electric signal to the human-machine unit logic processor, and compares the electric signal with set illumination parameters, if the illuminance is abnormal, transmits an adjustment instruction to the projection unit light source module, the color control module and the rotation module;
the projection unit rotating module drives the projection unit to project colored light energy to the button of the button unit, and the projection fusion device fuses the base color module of the button and the projected colored light energy, so that automatic adjustment of the brightness and the color of the button is realized.
Compared with the prior art, the invention has the following advantages and effects:
(1) The clients can freely set the typesetting, the colors, the brightness and the display characters of the buttons according to the actual demands, thereby meeting the requirements of the clients on the diversity, the intelligence and the humanization of the man-machine interface of the elevator operating device.
(2) Under the condition of strong light, the brightness and the color of the button of the man-machine unit are automatically adjusted, and the man-machine unit has good identifiability even under the condition of strong light.
(3) When a customer purchases the elevator operating device, only the floor number and the button shape of the elevator are needed to be provided, and an elevator manufacturer performs standard button opening and typesetting according to the floor number and the button shape requirement provided by the customer, so that the batch production of the operating device is realized, and the customer can freely set the luminous color, the brightness and the display characters of the buttons according to the actual requirement.
Drawings
Fig. 1 is a schematic diagram of an intelligent man-machine interface operating system of an elevator according to an embodiment of the invention;
fig. 2 is a partial block diagram of a portion of an elevator intelligent man-machine interface handling system according to an embodiment of the invention;
FIG. 3 is a logic flow diagram of the operating system in one embodiment of the present invention.
Detailed Description
The present invention will be described in further detail by way of the following specific embodiments, but the embodiments of the present invention are not limited thereto.
An elevator intelligent man-machine interface control system, as shown in fig. 1 and 2, comprises: input unit, man-machine unit 1, repeater, matrix module and main control unit, wherein: the input unit and the man-machine unit are positioned in the car, the repeater and the matrix module are positioned at the top of the car, the main control unit is positioned in the machine room, the input unit is connected with the man-machine unit and the matrix module, the man-machine unit is connected with the input unit and the repeater, and the repeater is connected with the man-machine unit, the main control unit and the matrix module. Specifically:
the input unit comprises a data acquisition module, a data storage module and an intelligent judgment module, wherein the intelligent judgment module is communicated with the matrix module and the man-machine unit, and the input unit comprises a data acquisition module, a data storage module and an intelligent judgment module, wherein:
the data acquisition module is an operation port for inputting a modification instruction by a client;
the data storage module is used for storing modification instructions of clients;
the intelligent judging module is used for distinguishing the types of the client modifying instructions, such as matrix instructions, button character instructions, button color instructions and button brightness instructions, if the client modifying instructions are matrix instructions, the client modifying instructions are transmitted to the matrix module and the man-machine unit, otherwise, the client modifying instructions are transmitted to the man-machine unit only.
The man-machine unit comprises a projection unit 2, a button unit 3, a light sensor 4, a logic processor and a man-machine unit communication module, wherein: the projection unit comprises a DLP (digital light processing) circuit module, an image control module, a color control module, a light source module and a rotation module capable of rotating by 360 degrees; the button unit comprises a trigger, a ground color module and a projection fusion device. The man-machine unit communication module is connected with the repeater and the input unit intelligent judgment module, wherein:
the projection unit DLP (digital light processing) circuit module is used for decomposing a client modification instruction and transmitting the client modification instruction to the projection unit color control module and the projection unit light source module;
the projection unit image control module is used for processing the content related to the image in the client modification instruction;
the projection unit color control module is used for processing the content related to the color in the client modification instruction;
the projection unit light source module is used for adjusting the intensity of light energy projected to the button unit;
the projection unit rotating module is used for adjusting the angle of the projection unit projected to the button unit;
the button unit trigger is used for triggering a client destination layer;
the button unit base color module is used for setting the luminous base color of the button when the elevator leaves the factory;
the button unit projection fusion device is used for fusing the projection content of the projection unit with the content of the button ground color module;
the optical sensor is used for sensing light energy from ultraviolet light to infrared light and converting the light energy into an electric signal;
the logic processor is used for processing the logic relation before and after the button address is changed and comparing the illumination parameters;
the communication module is used for communicating input and output information between the input unit and the repeater.
The repeater is positioned at the top of the car, is connected with the matrix module, the man-machine unit communication module and the main control unit communication module, transmits the matrix address instruction, the destination layer instruction and the button address in real time, and simultaneously converts the communication protocol.
The main control unit comprises a central processing unit and a main control unit communication module, wherein the central processing unit realizes the purpose layer operation logic control of the elevator, stores and converts a communication protocol, and the main control unit communication module realizes the input and output information communication with the repeater.
The matrix module is used for converting the matrix instruction into a matrix address instruction and realizing matrix information input and output communication with the input unit and the repeater.
It should be noted that: in this embodiment, the button luminescent base color includes, but is not limited to: red, green or blue.
An elevator intelligent man-machine interface manipulation method, comprising:
A. instructions for modifying the layout of the buttons, displaying characters, colors and brightness in response to a customer, comprising:
the input unit receives and stores modification instructions of typesetting, character displaying, color and brightness of the client modification buttons, judges the client modification instructions, and transmits matrix instructions to the matrix module and the man-machine unit if the client modification instructions are matrix instructions; otherwise, only transmitting to the man-machine unit;
the man-machine unit sends the instruction sent by the input unit to the projection unit, and the projection unit changes button projection according to the instruction;
the matrix module converts the matrix instruction into a matrix address instruction and transmits the matrix address instruction to the repeater, the repeater compiles the matrix address instruction into a new communication protocol and transmits the new communication protocol to the main control unit, the main control unit updates the communication protocol, and meanwhile, the repeater converts the matrix address instruction into a new button address and transmits the new button address to the man-machine unit;
when a client triggers a button unit trigger of a man-machine unit, the trigger sends a destination layer instruction and forwards the destination layer instruction to a repeater, the repeater sends a communication protocol to a main control unit, a main control unit central processing unit controls an elevator to reach a destination layer and sends a destination layer execution result back to the repeater, and the repeater compares the destination layer instruction with the destination layer execution result, if the destination layer instruction is consistent with the destination layer execution result, the client requirement is completed; if the two types of the virtual machines are inconsistent, the repeater sends a verification request to the man-machine unit logic processor and the main control unit central processing unit to carry out verification until the two types of the virtual machines are consistent;
B. under the condition of strong light, the brightness and the color of the button of the man-machine unit are automatically adjusted.
The following description will be given specifically on the implementation process of modifying the typesetting, displaying characters, colors and brightness of the buttons by the client and the implementation process of realizing automatic adjustment of the brightness and color of the buttons of the man-machine unit under the condition of strong light according to fig. 3.
(1) Implementation process for modifying button typesetting
And the client inputs an instruction for modifying the button typesetting in the input unit data acquisition module.
The input unit data storage module stores the modification button typesetting instructions of the clients, the input unit intelligent judging module judges the modification instructions of the clients, and the matrix instructions are output to the matrix module and the man-machine unit communication module through the input unit intelligent judging module when the modification instructions of the clients are judged to be matrix instructions.
On the one hand, the man-machine unit communication module transmits the matrix instruction to the projection unit image control module;
the projection unit image control module transmits a matrix instruction to the projection unit DLP (digital light processing) circuit module, the projection unit DLP (digital light processing) circuit module extracts color and illumination required values in the matrix instruction and transmits the color and illumination required values to the projection unit color control module and the projection unit light source module, the projection unit color control module and the projection unit light source module project required light energy to the button, and the button unit projection fusion device fuses the light energy with the button ground color module, so that typesetting change of the button is realized.
On the other hand, the matrix module converts the matrix instruction into a matrix address instruction and transmits the matrix address instruction to the repeater, the repeater compiles the matrix address instruction into a new communication protocol and transmits the new communication protocol to the main control unit communication module, the main control unit communication module transmits the new communication protocol to the main control unit central processing unit, and meanwhile, the repeater converts the matrix address instruction into a new button address and transmits the new button address to the man-machine unit logic processor, so that the change of the button destination address is realized and the new button typesetting corresponds to the button unit.
When a client triggers a button unit trigger, the trigger sends a destination layer instruction and forwards the destination layer instruction to a relay, the relay sends a communication protocol to a main control unit, a main control unit central processing unit controls an elevator to reach a destination layer and sends a destination layer execution result back to the relay, and the relay compares the destination layer instruction with the destination layer execution result, if the destination layer instruction is consistent with the destination layer execution result, the client needs are completed; if the two types of the virtual machines are inconsistent, the repeater sends a verification request to the man-machine unit logic processor and the main control unit central processing unit to carry out verification until the two types of the virtual machines are consistent.
(2) Implementation process for modifying button display character
The customer inputs an instruction for modifying the button display character at the input unit data acquisition module.
The input unit data storage module stores the command of the button display character of the client, and the input unit intelligent judging module judges the modification command of the client, judges the modification command as the button character modification command and outputs the button character modification command to the man-machine unit communication module;
the man-machine unit communication module transmits the button character instruction to the projection unit image control module;
the projection unit projects an image to the button according to the button character instruction received by the image control module, and the projection fusion device fuses the button ground color module and the projection image to achieve the purpose of changing the button display character.
It should be noted that, in this embodiment, the case of modifying the button to display the character includes, but is not limited to, for example, a next floor of a building, some customers like to name a layer-1, some like to name a layer G, etc.
(3) Implementation process for modifying button color
The client inputs an instruction for modifying the button color in the data acquisition module of the input unit;
the input unit data storage module stores the command of modifying the button color of the client, and the input unit intelligent judging module judges the modification command of the client, judges the modification command as the button color modifying command and outputs the button color command to the man-machine unit communication module;
the man-machine unit communication module transmits the button color instruction to the projection unit color control module;
the projection unit projects colors to the buttons according to the button color instructions received by the color control module, and the projection fusion device fuses the button ground color module and the projection colors to achieve button color change.
(4) Implementation process for modifying brightness of button
The client inputs an instruction for modifying the brightness of the button in the data acquisition module of the input unit;
the input unit data storage module stores the command of modifying the brightness of the button of the client, and the input unit intelligent judging module judges the modifying command of the client, judges the modifying command as the modifying command of the brightness of the button and outputs the modifying command of the brightness of the button to the man-machine unit communication module;
the man-machine unit communication module transmits the button brightness instruction to the projection unit light source module;
the projection unit projects light energy to the button according to the button brightness instruction received by the light source module, and the projection fusion device fuses the button ground color module and the projection light energy to achieve the change of button display brightness.
(5) Implementation process for realizing automatic adjustment of brightness and color of button of man-machine unit under strong light
When the human-machine unit light sensor receives solar energy, converts the solar energy into an electric signal, transmits the electric signal to the human-machine unit logic processor, and compares the electric signal with set illumination parameters, if the illuminance is abnormal, transmits an adjustment instruction to the projection unit light source module, the color control module and the rotation module;
the projection unit rotating module drives the projection unit to project colored light energy to the button of the button unit, and the projection fusion device fuses the base color module of the button and the projected colored light energy, so that automatic adjustment of the brightness and the color of the button is realized.
The above examples are preferred embodiments of the present invention, but the embodiments of the present invention are not limited to the above examples, and any other changes, modifications, substitutions, combinations, and simplifications that do not depart from the spirit and principle of the present invention should be made in the equivalent manner, and the embodiments are included in the protection scope of the present invention.
Claims (9)
1. An elevator intelligent man-machine interface control system, comprising: input unit, man-machine unit, repeater, matrix module and main control unit, wherein: the input unit is connected with the man-machine unit and the matrix module, the man-machine unit is connected with the input unit and the repeater, and the repeater is connected with the man-machine unit, the main control unit and the matrix module, specifically:
the input unit is an operation port for inputting the modification instruction by the client, stores the modification instruction of the client at the same time, judges the modification instruction of the client, and transmits the modification instruction of the client to the matrix module and the man-machine unit if the modification instruction of the client is the matrix instruction, otherwise, only transmits the modification instruction of the client to the man-machine unit;
the man-machine unit comprises a projection unit, a button unit, a light sensor, a logic processor and a man-machine unit communication module, wherein: the projection unit is used for adjusting the image projected to the button unit, the color analysis and the intensity and angle of the light energy; the button unit is used for triggering a client destination layer and fusing the projection content of the projection unit with button ground color content; the light sensor is used for sensing light energy from ultraviolet light to infrared light and converting the light energy into an electric signal; the logic processor is used for processing the logic relation before and after the button address is changed and comparing the illumination parameters; the man-machine unit communication module is used for communicating input and output information between the input unit and the repeater;
the projection unit of the man-machine unit comprises a DLP circuit module, an image control module, a color control module, a light source module and a rotation module, wherein:
the projection unit DLP circuit module is used for decomposing the client modification instruction and transmitting the client modification instruction to the projection unit color control module and the projection unit light source module;
the projection unit image control module is used for processing the content related to the image in the client modification instruction;
the projection unit color control module is used for processing the content related to the color in the client modification instruction;
the projection unit light source module is used for adjusting the intensity of light energy projected to the button unit;
the projection unit rotating module is used for adjusting the angle of the projection unit projected to the button unit;
the repeater is used for transmitting the matrix address instruction, the destination layer instruction and the button address in real time and converting the communication protocol at the same time;
the matrix module is used for converting the matrix instruction into a matrix address instruction and realizing matrix information input and output communication between the input unit and the repeater;
the main control unit comprises a central processing unit and a communication module, wherein the central processing unit realizes the purpose layer operation logic control of the elevator, stores and converts a communication protocol, and the communication module realizes the input and output information communication with the repeater.
2. The elevator intelligent human-computer interface control system of claim 1, wherein the input unit comprises a data acquisition module, a data storage module, and an intelligent judgment module in communication with the matrix module and the human-computer unit, wherein:
the data acquisition module is an operation port for inputting a modification instruction by a client;
the data storage module is used for storing modification instructions of clients;
the intelligent judging module is used for distinguishing the types of the client modification instructions, if the client modification instructions are matrix instructions, the client modification instructions are transmitted to the matrix module and the man-machine unit, otherwise, the client modification instructions are transmitted to the man-machine unit only.
3. The elevator intelligent human-machine interface manipulation system of claim 1 or 2, wherein the button unit comprises a trigger, a base color module, and a projection cage; wherein:
the button unit trigger is used for triggering a client destination layer;
the button unit base color module is used for setting the luminous base color of the button when the elevator leaves the factory;
the button unit projection fusion device is used for fusing the projection content of the projection unit with the content of the button ground color module.
4. An elevator intelligent man-machine interface manipulation method is characterized by comprising the following steps:
A. instructions for modifying the layout of the buttons, displaying characters, colors and brightness in response to a customer, comprising:
the input unit receives and stores modification instructions of typesetting, character displaying, color and brightness of the client modification buttons, judges the client modification instructions, and transmits matrix instructions to the matrix module and the man-machine unit if the client modification instructions are matrix instructions; otherwise, only transmitting to the man-machine unit;
the man-machine unit sends the instruction sent by the input unit to the projection unit, and the projection unit changes button projection according to the instruction;
the matrix module converts the matrix instruction into a matrix address instruction and transmits the matrix address instruction to the repeater, the repeater compiles the matrix address instruction into a new communication protocol and transmits the new communication protocol to the main control unit, the main control unit updates the communication protocol, and meanwhile, the repeater converts the matrix address instruction into a new button address and transmits the new button address to the man-machine unit;
when a client triggers a button unit trigger of a man-machine unit, the trigger sends a destination layer instruction and forwards the destination layer instruction to a repeater, the repeater sends a communication protocol to a main control unit, a main control unit central processing unit controls an elevator to reach a destination layer and sends a destination layer execution result back to the repeater, and the repeater compares the destination layer instruction with the destination layer execution result, if the destination layer instruction is consistent with the destination layer execution result, the client requirement is completed; if the two types of the virtual machines are inconsistent, the repeater sends a verification request to the man-machine unit logic processor and the main control unit central processing unit to carry out verification until the two types of the virtual machines are consistent;
B. under the condition of strong light, the brightness and the color of the button of the man-machine unit are automatically adjusted.
5. The method of claim 4, wherein modifying the button layout comprises:
the client inputs an instruction for modifying button typesetting in the input unit data acquisition module;
the input unit data storage module stores the modification button typesetting instruction of the client, and the input unit intelligent judging module judges the client modification instruction, judges the client modification instruction as a matrix instruction, and outputs the matrix instruction to the matrix module and the man-machine unit communication module through the input unit intelligent judging module;
on the one hand, the man-machine unit communication module transmits the matrix instruction to the projection unit image control module;
the projection unit image control module transmits a matrix instruction to the projection unit DLP circuit module, the projection unit DLP circuit module extracts color and illumination required values in the matrix instruction and transmits the color and illumination required values to the projection unit color control module and the projection unit light source module, the projection unit color control module and the projection unit light source module project required light energy to the button, and the button unit projection fusion device fuses the light energy with the button ground color module, so that typesetting change of the button is realized;
on the other hand, the matrix module converts the matrix instruction into a matrix address instruction and transmits the matrix address instruction to the repeater, the repeater compiles the matrix address instruction into a new communication protocol and transmits the new communication protocol to the main control unit communication module, the main control unit communication module transmits the new communication protocol to the main control unit central processing unit, and meanwhile, the repeater converts the matrix address instruction into a new button address and transmits the new button address to the man-machine unit logic processor, so that the change of the button destination address is realized and the new button typesetting of the button unit corresponds to the new button typesetting;
when a client triggers a button unit trigger, the trigger sends a destination layer instruction and forwards the destination layer instruction to a relay, the relay sends a communication protocol to a main control unit, a main control unit central processing unit controls an elevator to reach a destination layer and sends a destination layer execution result back to the relay, and the relay compares the destination layer instruction with the destination layer execution result, if the destination layer instruction is consistent with the destination layer execution result, the client needs are completed; if the two types of the virtual machines are inconsistent, the repeater sends a verification request to the man-machine unit logic processor and the main control unit central processing unit to carry out verification until the two types of the virtual machines are consistent.
6. The method of claim 4, wherein modifying the button display comprises:
the client inputs an instruction for modifying the button display character in the input unit data acquisition module;
the input unit data storage module stores the command of the button display character of the client, and the input unit intelligent judging module judges the modification command of the client, judges the modification command as the button character modification command and outputs the button character modification command to the man-machine unit communication module;
the man-machine unit communication module transmits the button character instruction to the projection unit image control module;
the projection unit projects an image to the button according to the button character instruction received by the image control module, and the projection fusion device fuses the button ground color module and the projection image to achieve the purpose of changing the button display character.
7. The method of claim 4, wherein modifying the button color comprises:
the client inputs an instruction for modifying the button color in the data acquisition module of the input unit;
the input unit data storage module stores the command of modifying the button color of the client, and the input unit intelligent judging module judges the modification command of the client, judges the modification command as the button color modifying command and outputs the button color command to the man-machine unit communication module;
the man-machine unit communication module transmits the button color instruction to the projection unit color control module;
the projection unit projects colors to the buttons according to the button color instructions received by the color control module, and the projection fusion device fuses the button ground color module and the projection colors to achieve button color change.
8. The method of claim 4, wherein modifying the brightness of the button comprises:
the client inputs an instruction for modifying the brightness of the button in the data acquisition module of the input unit;
the input unit data storage module stores the command of modifying the brightness of the button of the client, and the input unit intelligent judging module judges the modifying command of the client, judges the modifying command as the modifying command of the brightness of the button and outputs the modifying command of the brightness of the button to the man-machine unit communication module;
the man-machine unit communication module transmits the button brightness instruction to the projection unit light source module;
the projection unit projects light energy to the button according to the button brightness instruction received by the light source module, and the projection fusion device fuses the button ground color module and the projection light energy to achieve the change of button display brightness.
9. The method according to claim 4, wherein the implementation process of automatically adjusting the brightness and color of the button of the man-machine unit under strong light conditions comprises:
when the human-machine unit light sensor receives solar energy, converts the solar energy into an electric signal, transmits the electric signal to the human-machine unit logic processor, and compares the electric signal with set illumination parameters, if the illuminance is abnormal, transmits an adjustment instruction to the projection unit light source module, the color control module and the rotation module;
the projection unit rotating module drives the projection unit to project colored light energy to the button of the button unit, and the projection fusion device fuses the base color module of the button and the projected colored light energy, so that automatic adjustment of the brightness and the color of the button is realized.
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