A reading machine for providing a visual display of textual material. Textual material is stored, e.g., in binary form, in a memory device. The stored binary form includes indexing signals enabling the rapid indexing of the textual material. The textual material desired for display is indicated by, for example, actuation of appropriate keys on a keyboard. The stored textual material is rapidly scanned until the portion is found which corresponds with the desired textual material. Rapid scanning then stops, and the desired textual material is displayed on a suitable display device while scanning occurs at a slower rate, suitable for reading of the displayed textual material. The scanning is controlled by a clock whose pulses are counted to activate a logic circuit which interrogates corresponding address locations within the memory. The clock pulses are counted at a first rate for rapid scanning and at a lower rate for reading.
A portable general-purpose electronic apparatus which is characterized in that; a memory unit can be inserted into the housing via an inlet so that any desired display information memorized by the memory unit can be displayed on a screen display, and as a result, a variety of information can be conveniently displayed by merely changing the memory unit. Consequently, an extremely useful general-purpose electronic apparatus can be realized by memorizing any desired information, for example, such as game function and other data of interest.
A method and apparatus for computer aided reading training provides for improving reading speed with comprehension, the method comprising the steps of displaying textual matter in a machine readable format; presenting a designated text display area indicia on a video monitor screen; presenting input device controllable operational indicia on the video monitor screen; and displaying the textual matter within the word display area indicia on the video monitor screen, the textual matter being segmented into textual portions, each of the portions appearing on the monitor screen for a selected duration and at the termination of the selected duration being instantly replaced by each subsequent one of the textual portions in turn, the operational indicia being functional for adjusting the position and approximate quantity of textual matter in each of the textural portions.
In a compact liquid crystal television receiver having an information memory, map information, train time table information, or telephone directory information is prestored in the information memory, and is read out therefrom as needed. The readout information data is displayed on a screen, instead of a television image. In the case, window display can be used. The information memory is an IC card, and a still image audio or characters by character broadcasting can be recorded or reproduced.
The invention refers to a device for supporting reading of a text from a display member (1) in order to increase the reading speed. The device includes first means (2, 4) which are arranged to provide a text, which consists of a number of characters forming words in said text, and to display at least a part of the text on the display member (1), an second means (2, 5), which are arranged to display a marking means (7) which marks at least one character of said part of the text on the display member (1). The second means are arranged to move the marking (7) in an automatic manner on the displayed part of the text in order to control the reading of the text.
A paging receiver has a predetermined number of displayable characters, a microcomputer for receiving and processing data messages, a plurality of control switches for operating the computing means, and a memory for storing a plurality of received data messages. The microcomputer selects a data message to display from the memory, arranges the data message into a plurality of screens, computes an individual variable screen timeout value for each screen, and displays each screen on the display in a predetermined order for the screen timeout value computed. The screen timeout value computed on the basis of the message content of the screen, the presence of control characters in the data message, or the generation of input signals from the control switches. The screens can be displayed in a forward direction or a reverse direction. Each direction can either be a fast or a slow rate.
