Abstract:
Advertisements (50) are inserted in an EPG on the screen (40) of a display monitor (20) between the individual television program listings. Specifically, a memory (22, 34) stores EPG data and advertising data. A microprocessor (24) is programmed to recover EPG data corresponding to a number of television programs and advertising data from the memory. The microprocessor controls the monitor to display the recovered EPG data on the screen in lines of television program listings, each television program listing being displayed in a separate line, and to display the recovered advertising data in a line on the screen instead of one of the television program listings. The EPG and advertising data are displayed in a first area (46) of the screen and a detail window is displayed in a second area (44) of the screen. One of the lines of EPG data is highlighted with a cursor (48). A description of the television program listing highlighted by the cursor is inserted in the second area. When the line of advertising data is highlighted with the cursor, an information relating to the advertising data is inserted in the second area.
Abstract:
A television tuner (10) controller has a memory (22) with a number of sets of remote control codes for use in controlling a television tuner (10), such as a cable box. The television tuner changes the channel it is tuning to a specific channel when it receives a set channel remote control command identifying the specific channel. The tuner (10) controller can detect the channel tuned by the television tuner (10) whenever the predetermined base channel is tuned by the television receiver (14).
Abstract:
An apparatus for providing voice titles for recorded programs includes a recorder (11, 19) for recording on a sequential recording medium, which has an audio recording portion (242) and a control recording portion (246). A control input (222) is provided for indicating a start of a voice title and the start indicator (252) is recorded on the control recording portion of the sequential medium. A microphone (264) or other device is provided for entering a voice title and for recording the entered voice title onto the audio recording portion of the sequential medium sequentially following the recorded indication of the start of the voice title in the control recording portion. A control input (222) is provided for indicating an end of the voice title and the end indicator (254) is recorded onto the control recording portion of the sequential medium sequentially following the recorded voice title in the audio recording portion. The apparatus includes an analog to digital converter (270) for digitizing the entered voice title and a memory (33) for storing the digitized voice title. Another embodiment of the apparatus includes a voice synthesizer (260) for synthesizing a voice from the stored digitized voice title.
Abstract:
An apparatus for parental control of television use by excluding or including selected programs, channels, and/or times. The apparatus includes a command controller (36) comprising a microprocessor (50), a read only memory (52), a memory for authorized identification numbers (54), and a memory for storing the selected programs, channels, dates and times (54); a keyboard (20, 22, 24, 26, 27) or similar apparatus for use in entering an identification code into the controller; a clock (42) with an output as a function of time located in the television receiver; means (40, 36) for ordering each program, date, and time into temporal order; and, means (54) for storing the selected program, date, and time in temporal order.
Abstract:
Operation of a video cassette player is facilitated by providing a VBI decoder which decodes information, such as title, channel, date, time and length of broadcast programs and utilizing the information in providing directory of the programs as well as control of the VCR. The video cassette player is also provided with a VBI encoder for inserting control as well as directory information into the tape, either in the VBI portions of the video track or in the control track.
Abstract:
A video tape player (1) monitors the selection habits of a viewer selecting from a plurality of video tapes. Each video tape (42) contains a plurality of programs. A first type of video tape has a title information symbol contained in a predetermined interval of the tape, e.g. the vertical blanking interval, for each program on the tape. A clock (31a) provides the time of occurence of commands. A detector (30) receives user inputted commands for controlling the movement of the video tape (42) such as play, record, stop. The user inputted commands comprise a start play command to start moving, in a longitudinal direction, the video tape (42) proximate to a magnetic head so that the magnetic head can detect said programs on the video tape (42) and a stop command to stop moving the tape. A controller (21) is coupled to said detector (30) for commanding the motor in response to said detected user inputted commands and for reading the time of occurence of said detected user inputted commands.
Abstract:
Encoded video recorder/player timer preprogramming information allows a timer preprogramming feature on a video cassette recorder (14) to be programmed using a compressed code (212) of as few as 1 to 8 digits, which are decoded by a decoder (38) built into a remote control (12), video cassette recorder (14), or television (48) to convert the conpressed code into channel, date, time and length information. A local channel map (610) is stored so that the channel information from the compressed codes can be utilized to tune the correct channel even though channel numbers in different localities may be different. The remote may be a complete universal remote control that transmits infrared codes to a variety of home electronic devices upon the user pressing buttons associated with the functions associated with the infrared codes. The programming of local channel map data, infrared codes and protocols and their association with specific buttons on the remote control can be accomplished by the remote control's keyboard or by an external device (1150), including external devices that accomplish the programming by transmissions over telephone lines (1146).
Abstract:
A television system has a television viewing mode (50) and a guide mode (56, 58). The guide mode includes an electronic program guide (EPG), which provides the viewer program information for tuned programs, and a tape index guide (TIG), which provides information for programs recorded on a video cassette (16). In both guides, real time images of a program are displayed in a PIP window (50) on the television screen and guide information (56, 58) is displayed in the background. In both guides, the viewer may switch between a currently telecast program or a recorded program. The viewer may access either guide from the television mode and vice versa. In the guide mode, the viewer may independently switch the guide information and the type of program, i.e., tuned or recorded, in the PIP window.
Abstract:
A local language is pre-stored in permanent memory (24). Equivalent data is transmitted in the vertical blanking interval (VBI) to television receivers (17). Each equivalent data set comprises a unique language identifier (38) and a foreign language translation (36) of, or graphical representative of, the local language pre-stored in permanent memory. The viewer selects the language to be displayed from an on screen menu with a remote controller (23). The selected equivalent data is retrieved from the VBI and stored in a RAM (18) for future display. When the microprocessor calls up the text of a command for display, the equivalent data is substituted for the local language data so the foreign language version of the command can be displayed in a seamless manner. If no equivalent data is stored in the RAM, the local language pre-stored in permanent memory is displayed on the television screen in accordance with the normal operation of the microprocessor.
Abstract:
A video tape player monitors the selection habits of a viewer selecting from a plurality of video tapes. Each video tape contains a plurality of programs. A first type of video tape has a title information symbol contained in a predetermined interval of the tape, e.g. the vertical blanking interval, for each program on the tape. A clock provides the time of occurence of commands. A detector receives user inputted commands for controlling the movement of the video tape such as play, record, stop. The user inputted commands comprise a start play command to start moving, in a longitudinal direction, the video tape proximate to a magnetic head so that the magnetic head can detect said programs on the video tape and a stop command to stop moving the tape. A controller is coupled to said detector for commanding the motor in response to said detected user inputted commands and for reading the time of occurence of said detected user inputted commands. A first memory stores a title information symbol for each program on a second type of video tape. A second memory stores the title information symbol and the time of occurrence of said detected user inputted commands. A circuit provides the contents of the second memory to an external analyzer.