TH22041A - Split screen keyboard emulator - Google Patents

Abstract

Knock-type allocation system Go to an application without using the keyboard, then show the application image. And the keyboard presentation at the same time can be on different parts of the screen. It is selected by touching the panel at the position of the image presentation of the angle on the system screen, evident by the application.

Claims (7)

1. A system for providing information on key presses to specific programs without using the keyboard. In general purpose computers that run a dedicated program that generates output to display the result. And there is a screen for showing the output to display the result And there is a screen that displays the output to display the results of specific programs that are executed on the computer. And there is a hardware for the storage of the key press. There are dedicated programs that process information on keystrokes entered by pressing and releasing the keys on the keyboard connected to the computer. And access the information on key presses from the hardware for storing the data on the keystrokes according to a predetermined standard process. Where the system includes the following components A mechanism for dividing the screen into the first segment and the second segment. A mechanism for displaying the output to display the results of a dedicated program in the first segment. A mechanism for limiting a specific program to interact with that second segment. An interactive pointing engine for generating on-screen coordinates of the selected location on the screen. The mechanism is connected to the interactive pointing engine. For detecting the coordinates on the generated screen, the mechanism which is connected to the said mechanism for detection. For storing the data on the pressed keys of the imported converted keys. And mimics the behavior of hardware for storing key presses that are standard in computers. So that a dedicated program can access data on the pressed keys of the converted keys Using predefined standard processes 2.The invention as stated in claim 1, the mechanism for the conversion will also consist of Mechanism for displaying keyboard display Which has a system that shows the pressing of keys Which contains the coordinate pairs corresponding to the data on the selected key press. 3. The invention as stated in claim 1, the mechanism for the conversion will also consist of: A mechanism for recognizing the coordinate pairs that generate characters written on that second segment; and A mechanism for converting such generated characters into corresponding keystrokes. 4. Invention as stated in claim 1, the mechanism for storing the converted imported keystrokes data. And for emulating standardized push-button storage hardware includes Register for scanning the keyboard This has the same I / O port address as the hardware for storing data on keystrokes on the computer. Which will generate hardware interrupt signals When loaded with information on key presses by such a system For providing information on keystrokes without using the keyboard. So that a dedicated program will not be able to detect that Key press information is not generated using the keys on a physical keyboard, a mechanism that is connected to the register for scanning such keyboards. Select the register for scanning the keyboard. Replaces standard push-button storage hardware. When not using a physical keyboard 5. A system for organizing key press information to a dedicated program without using the keyboard. In a type of universal computer that performs a specific program Which generates the output to display the result And there is a screen that displays the output to display the results of specific programs that are executed on the computer, and there is a hardware section for storing information on keystrokes. There are dedicated programs that process information on keystrokes entered by pressing and releasing the keys on the keyboard attached to the computer. And access information on key presses from hardware for Storing data on keystrokes according to a pre-defined standard process. Where the system includes the following components A mechanism for dividing the screen into the first segment and the second segment. A mechanism for displaying the output to display the results of a dedicated program in segment one. And the display of the selection of the data in the key press in the second segment simultaneously, provided that the display of the selection of the data in the key press has a region corresponding to the selected group. In pressing the key A mechanism to protect a dedicated program from affecting the display of the data selection at hitting the key on that second segment. An interactive pointing mechanism for generating an on-screen coordinate pair of a selected location on the screen. A mechanism connected to that mechanism for detection. For converting the aforementioned detected coordinate pairs of that region into data on the imported keystrokes. It corresponds to the aforementioned selected groups of key presses and mechanisms connected to the aforementioned conversion mechanism. For storing the data on the pressed keys of the imported converted keys. And for mimicking the behavior of the hardware for storing key presses that are standard in computers. So that a dedicated program can access data on the pressed keys of the converted keys That use a predetermined standard process 6. A system for organizing keystrokes to specific programs without the use of a keyboard. In a type of universal computer that performs a specific program Which generates the output to display the result And there is a screen that displays the output to display the results of specific programs that are executed on the computer. And there is a hardware for the storage of the key press. There are dedicated programs that process information on keystrokes entered by pressing and releasing the keys on the keyboard attached to the computer. And access the information on key presses from the hardware for storing the data on the keystrokes according to a predetermined standard process. Where the system includes the following components A mechanism for dividing the screen into the first segment and the second segment. A mechanism for displaying the output to display the results of the dedicated program in the aforementioned segment and simultaneously display the keyboards in that second segment, provided that the keyboard display has a systematic part. Display of the keys of the keyboard In the corresponding location of that second segment A mechanism for limiting a specific program from affecting the keyboard display on that second segment. An interactive pointing engine for generating on-screen coordinates of the selected location on the screen. The mechanism is connected to the interactive pointing engine. For detecting the said on-screen coordinates of the aforementioned screen location of the mechanical key display system connected to the said detection mechanism. For converting the aforementioned captured coordinate pairs into input on the imported keystrokes. This corresponds to the key display at the detected coordinate pair on the said screen and the mechanism connected to the conversion mechanism. For storing the data on the pressed keys of the imported converted keys. And for emulating the behavior of hardware for storing standard keystrokes in computers. So that a dedicated program can access data on the pressed keys of the converted keys Using predefined standard processes 7.Methods for mimicking keyboard behavior and providing information on keystrokes that are programmed without the use of the keyboard. In a computer system with a display screen Which runs a specific program It has an output segment to display the displayed results on the screen and it is necessary to use the key press information stored in the keystroke register. When a specific program needs to be pressed, the key is entered as input. And which has an interactive pointing interface with the screen for selecting the coordinates on the screen as the input data Where the above method consists of the following steps. Output display to show the results of the dedicated program and the keyboard display simultaneously on different segments of the screen. Protecting specific programs from affecting the keyboard display When a dedicated program changes its output to display the results of the dedicated program that is displayed on the screen. Selecting the coordinate pairs of keystroke display assigned to the said keyboard display. Such a translation of the selected coordinate pair is information on pressing the selected key. In accordance with pressing the button assigned to it Providing registers for keyboard scanning This can mimic the operation of a register for storing information on keystrokes. Using such keyboard scanning registers instead of the registers for storing keystrokes information. To provide standard software access to key press information from the said keyboard scanning register and to store the translated keystrokes information in the keyboard scanning registers. To provide clear access to the hitting of the converted keys per program.