Device and method for controlling a motor-driven mobile screen having adjustable slats
First Claim
1. A method for controlling, in a building, a motor-driven mobile screen having adjustable slats, said slats being drivable by means of an electromechanical actuator in order to be deployed and/or have a change in orientation, the method being implemented through a control interface, wherein said control interface comprises:
- a personal computer comprising a keyboard and a display screen with a display zone,a pointer tool connected to said personal computer,wherein said pointer tool comprises at least one control button and a scroll-assisting element, andwherein the scroll-assisting element of the pointer tool causes the scrolling of content of a display in a window of the display screen of the personal computer,said method comprising;
a. a step of activating a control window on the display screen using the pointer tool;
b. a step of modifying the functionalities of the pointer tool, wherein functionalities of the pointer tool related to the functioning of the computer are changed to control functionalities for controlling the motor-driven mobile screen, wherein the control functionalities for controlling the motor-driven mobile screen include a deployment command or slat orientation command for controlling the motor-driven mobile screen, wherein the change of functionalities from functionalities related to the functioning of the computer to functionalities for controlling the motor-driven mobile screen is based upon whether a cursor associated with the pointer tool is within said control window on the display screen;
c. a step to detect mechanical action on said at least one control button or the scroll-assisting element of the pointer tool connected to said personal computer;
d. a step to directly interpret the detected mechanical action as the deployment command or the slat orientation command.
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Accused Products
Abstract
The invention relates to a method for controlling a motor-driven mobile screen having adjustable slats by means of an electromechanical actuator in a building, the control being implemented from a control interface including at least one control button for extending the screen and an element for assisting in the movement for adjusting the slats. The invention also relates to a control interface for implementing the method.
15 Citations
27 Claims
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1. A method for controlling, in a building, a motor-driven mobile screen having adjustable slats, said slats being drivable by means of an electromechanical actuator in order to be deployed and/or have a change in orientation, the method being implemented through a control interface, wherein said control interface comprises:
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a personal computer comprising a keyboard and a display screen with a display zone, a pointer tool connected to said personal computer, wherein said pointer tool comprises at least one control button and a scroll-assisting element, and wherein the scroll-assisting element of the pointer tool causes the scrolling of content of a display in a window of the display screen of the personal computer, said method comprising; a. a step of activating a control window on the display screen using the pointer tool; b. a step of modifying the functionalities of the pointer tool, wherein functionalities of the pointer tool related to the functioning of the computer are changed to control functionalities for controlling the motor-driven mobile screen, wherein the control functionalities for controlling the motor-driven mobile screen include a deployment command or slat orientation command for controlling the motor-driven mobile screen, wherein the change of functionalities from functionalities related to the functioning of the computer to functionalities for controlling the motor-driven mobile screen is based upon whether a cursor associated with the pointer tool is within said control window on the display screen; c. a step to detect mechanical action on said at least one control button or the scroll-assisting element of the pointer tool connected to said personal computer; d. a step to directly interpret the detected mechanical action as the deployment command or the slat orientation command. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12)
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13. A control interface for controlling a motor-driven mobile screen having adjustable slats by means of an electromechanical actuator, wherein said control interface comprises:
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a personal computer comprising a computer screen and graphical representation of a software element on the screen, wherein said personal computer comprises a computer pointer tool comprising a main button, a secondary button, and a scroll-assisting element, wherein the scroll-assisting element of the pointer tool causes the scrolling of content of a display in a window of the computer screen of the personal computer, and wherein said software element is programmed to execute a method for controlling the motor-driven mobile screen having the adjustable slats by means of the electromechanical actuator, in a building, the method comprising; a. a prior step of activation of said software element on said personal computer linked to said pointer tool, b. a step of selecting an object on said computer screen using said pointer tool; c. a step where functionalities of said pointer tool related to the functioning of said computer are changed to control functionalities for controlling the motor-driven mobile screen, wherein the control functionalities for controlling the motor-driven mobile screen include a deployment command or slat orientation command for controlling the motor-driven mobile screen, wherein the change of functionalities from functionalities related to the functioning of the computer to functionalities for controlling the motor-driven mobile screen is based upon whether a cursor associated with said pointer tool is within said computer screen; d. a step to detect mechanical action on said at least one control button, or the scroll-assisting element of said pointer tool connected to said personal computer; e. a step to directly interpret the detected mechanical action as the deployment command or the slat orientation command of said mobile screen so as to set up a functional link between said main and secondary buttons of the pointer tool and the deployment command, and a functional link between said scroll-assisting element and the orientation command. - View Dependent Claims (14, 15)
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16. A method for controlling a lighting device with adjustable light intensity, in a building, the method being implemented through a control interface, wherein said control interface comprises:
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a personal computer comprising a display screen with a display zone, a pointer tool with at least one control button and a scroll-assisting element, wherein the pointer tool is linked to a computer, wherein the scroll-assisting element of the pointer tool causes the scrolling of content of a display in a window of the display screen of the personal computer, wherein said method comprises; a. a step of selecting an object on said computer display screen using said pointer tool; b. a step where functionalities of the pointer tool related to the functioning of said computer are changed to control functionalities for controlling the lighting device, wherein the control functionalities for controlling the lighting device include a switch-on or switch-off command or variation of light intensity command for controlling the lighting device, wherein the change of functionalities from functionalities related to the functioning of the computer to functionalities for controlling the lighting device is based upon whether a cursor associated with the pointer tool is within a control window on the display screen; c. a step to detect mechanical action on a main button, a secondary button, or the scroll-assisting element of the pointer tool; and d. a step to directly interpret the detected mechanical action as the switch-on or the switch-off command or the variation of light intensity command. - View Dependent Claims (17)
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18. A method for controlling a motor-driven mobile screen having adjustable slats by means of an electromechanical actuator, in a building, the method being implemented through a control interface, wherein said control interface comprises:
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a personal computer comprising a display screen with a display zone, a computer pointer tool connected to said personal computer comprising at least one control button for deployment and a scroll-assisting element for adjusted orientation of the slats, wherein the pointer tool is linked to said personal computer, wherein the scroll-assisting element of the pointer tool causes the scrolling of content of a display in a window of the display screen of the personal computer, said method comprising; a. a step of selecting an object on the display screen using said pointer tool; b. a step where functionalities of the pointer tool related to the functioning of said computer are changed to control functionalities for controlling the motor-driven mobile screen, wherein the control functionalities for controlling the motor-driven mobile screen include a deployment command or slat orientation command for controlling the motor-driven mobile screen, wherein the change of functionalities from functionalities related to the functioning of the computer to functionalities for controlling the motor-driven mobile screen is based upon activation of a control window or opening of a control program on said display screen; c. a step to detect mechanical action on a main button, a secondary button, or a scroll-assisting element of said pointer tool linked to said personal computer; d. a step to directly interpret the detected mechanical action as the deployment command or the slat orientation command. - View Dependent Claims (19, 20, 21, 22, 23, 24, 25, 26, 27)
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Specification