40 results about "Television Unit" patented technology

The invention provides an apparatus, system and method for allowing multiple television (TV) sets to communicate with each other in synchronizing their audiovisual signal output (when set to the same TV channel) to allow simultaneous viewing of common programming content.

Disclosed herein is a television unit including a thin platelike display unit, a stand for rotatably supporting the display unit, and a speaker. The stand has a mounting portion adapted to be mounted at a suitable position and a swiveling portion rotatably connected to the mounting portion for supporting the display unit. The speaker is provided in the swiveling portion of the stand.

A visual display device for vehicles and portable operation is provided, comprising a display arrangement for the display of data and a holding device for securing the display arrangement to the vehicle. Data and / or power may be provided either internally or externally through the holding device to the display arrangement. The visual display device is easily movable to accommodate the user's preferences, and may be transportable to locations other than the vehicle. Additionally, the visual display unit may function as a wireless terminal for an auxiliary television unit by receiving satellite or wireless transmissions and transmitting these to the auxiliary television unit. Methods for using the visual display device attached to a vehicle and as a portable unit are also provided, allowing for a wide range of data sources and internal power configurations.

The invention provides a sound control television system which comprises a WIFI remote controller and an intelligent television, wherein the WIFI remote controller comprises a sound receiving unit and a WIFI signal emitting unit; the intelligent television unit comprises a WIFI signal receiving unit, a main control chip, a screen menu control unit and a network control unit; the sound receiving unit of the WIFI remote controller is used for receiving a sound signal sent from the WIFI remote controller; the WIFI signal emitting unit is used for compiling the sound signal and sending the compiled sound signal to the intelligent television; and the WIFI signal receiving unit of the intelligent television is used for receiving the sound signal of the WIFI signal emitting unit and sending the analyzed sound signal to the main control chip and then respectively controlling a menu, a browser, sound and the like, therefore, the purposes of convenience for operation, time saving, cost saving and the like required by a user are achieved.

The present invention is a mounted rotatable television unit for installing a television in one of a wall and a cabinet wherein when installed therein the television is rotatable at least 180 degrees. The unit comprises an inner frame and an outer frame. The inner frame is adapted to receive a television. The outer frame is adapted to be installed in one of the wall and the cabinet and is rotatably attached to the inner frame whereby the inner frame may be pivoted such that the television is rotatable at least 180 degrees.

The invention discloses a television menu control method and a television unit. The television menu control method comprises the following steps of: starting an indicating mouse; judging the position of the indicating mouse; popping a menu or a prompt menu when the indicating mouse is positioned in a border area; clicking the menu or the prompt menu by the indicating mouse; executing corresponding operations by the menu or the prompt menu; and exiting the menu. In the method for judging the position of the indicating mouse, a horizontal coordinate value and a vertical coordinate value are respectively compared with preset values. The step of exiting the menu comprises clicking the outside the area positioned by the menu by the indicating mouse and blanking the menu. The invention discloses a television unit comprising a television and a remote control. A system of the television adopts the menu control method. The remote control at least comprises a gyroscope and a radio frequency launcher, and the television at least comprises a radio frequency receiver. An indicating mouse starting / closing button is arranged on the remote control.

A method of controlling switching of an operation mode of a TV phone. The TV phone includes a TV unit that reproduces and outputs a video signal and an audio signal from a selected channel. A display unit interfaces with the TV unit and receives and displays the video signals from the TV unit while in a TV mode. A TV audio signal processer receives the audio signal from the TV unit and outputs audible sound. An MRFU receives data of a forward channel transmitted from a base station. An MSP provides a channel selecting signal to the TV unit in the TV mode and transmits and receives an audio signal input from the MRFU in a phone mode. The method comprises the steps of alerting the user of an incoming call in response to an incoming call signal transmitted from the base station when the TV phone is in a TV mode and switching from the TV mode to the phone mode, the switching preferably including disabling the operation of the TV unit.

The present invention is a mounted rotatable television unit for installing a television in one of a wall and a cabinet wherein when installed therein the television is rotatable at least 180 degrees. The unit has an inner frame and an outer frame. The inner frame is adapted to receive a television. The outer frame is adapted to be installed in one of the wall and the cabinet and is rotatably attached to the inner frame whereby the inner frame may be pivoted such that the television is rotatable at least 180 degrees.

The present invention relates to a method of changing between a plurality N of distinct services, e.g. television channels, receivable on a receiving unit, such as a mobile phone / cellular phone, a personal digital assistant (PDA), a handheld television unit, or similar devices. The receiving unit is adapted to receive the plurality of services in a time slicing mode with services being arranged in a certain time slice sequence. The receiving unit is capable of receiving a first service (S1). When “zapping” from the first service to a second service, the second service (S4) being chosen is the currently next service in time within the time slice sequence so as to minimize the time (t2) between service changes. Thereby, a fast method of changing between services is provided in a simplified manner, the speed of change reaching the theoretical maximum when using time slicing.

The application discusses a computer implemented method and apparatus for performing audio equalization in an audio receiver device, such as an integrated receiver / decoder or set top box, or integrated TV, connected to one or more audio playback devices, such as a television unit, computer screen and speakers, amplifier or home theater equipment. The method and apparatus use an equalization process which compares audio signals received in different audio formats (e.g. MPEG-1 Layer II, AC-3 2.0, AC-3 5.1 and HE-AAC) with one another, allowing a correction gain factor to be determined for equalizing the perceived loudness of the signals when played-back at a connected playback device. The correction gain factor is then applied in the audio receiver device before output.

The invention discloses a television set supporting a multi-program pattern. The television set comprises a signal source detection and preprocessing unit, a video playing unit, an audio playing unit and a main control unit, wherein the signal source detection and preprocessing unit is used for detecting the type of multiple types of television signals input into the television unit and separating audio signals and video signals from the television signals, the video playing unit is used for playing the video signals and sending synchronizing signals corresponding to the video signals to the main control unit, the audio playing unit is used for transmitting the audio signals through different frequency modulation channels, and the main control unit is used for transmitting the different frequency modulation channels, the corresponding relations between the different frequency modulation channels and the audio signals, and the synchronizing signals corresponding to the video signals to a plurality of glasses terminals. According to the television set supporting the multi-program patter, a plurality of programs can be played at the same time, the synchronizing signals and the audio signals can be transmitted in a separated mode, and the problems that communication distance is short and transmission is unstable are solved.

The application discusses a computer implemented method and apparatus for performing audio equalisation in an audio receiver device, such as an integrated receiver / decoder or set top box, or integrated TV, connected to one or more audio playback devices, such as a television unit, computer screen and speakers, amplifier or home theatre equipment. The method and apparatus use an equalisation process which compares audio signals received in different audio formats (e.g. MPEG-1 Layer II, AC-3 2.0, AC-3 5.1 and HE-AAC) with one another, allowing a correction gain factor to be determined for equalising the perceived loudness of the signals when played-back at a connected playback device. The correction gain factor is then applied in the audio receiver device before output.

Provided is a multi-network integration apparatus in wireless connection with one or more than one intelligent terminal, comprising a communication network unit, a digit television unit, an Internet of things unit, a memory cell and a route module. The communication network control module is used for automatically accessing to a communication network with better communication states; the digit television unit is used for a broadcast television net to receive digit television signals and convert the signals into wireless data, and also used for interacting digital television data with the intelligent terminal through the route module; the Internet of things unit is used for accessing to Internet of things terminal transceivers of different Internet of things apparatuses so as to allow the intelligent terminal to interact data with the Internet of things apparatuses through the Internet of things unit; the memory cell is used for interacting wireless storage data with the intelligent terminal. The invention also provides a multi-network apparatus operating method.

The present invention proposes a system comprising a television decoding unit and a plurality of access modules, said access modules comprising wireless communication means with the television decoding unit, a memory comprising an identification of said module, said television decoding unit comprising means for detecting the presence and to receive the identification of an access module, means to apply a filter on events displayed on the television unit, said filter being defined with pre-defined filter category attached to the identification, and means to record the events consumption while the access module is detected by the television unit.

The invention provides an apparatus, system and method for allowing multiple television (TV) sets to communicate with each other in synchronizing their audiovisual signal output (when set to the same TV channel) to allow simultaneous viewing of common programming content.

The invention relates to an intelligent television system. The television system capable of being controlled through gestures based on a camera is characterized in that the television system comprises a television unit and a camera unit, and the television unit is connected with the camera unit through a USB interface. By means of the television system capable of being controlled through the gestures based on the camera, a user can change a traditional remote controller control method and experience the related functions through the gestures, and is particularly excellent in experience effect of the television game function, the electronic book function and the like, some external sensing devices are replaced by the gestures, and the cost for adding peripherals in the past is saved in motion sensing game applications.

This invention relates to a broadband visual telephone with the TV function including a process unit, a phone unit, a loudspeaker, a microphone, a screen and a camera head, in which, the process unit is connected with the phone unit, which is connected with the loudspeaker, the microphone, the screen and the camera head, the system also includes a TV unit linking with the process unit, the video output end of the TV unit is linked with the display screen via a video output switch module connected with the process unit.

The invention discloses a mobile television unit, which comprises a vehicle body and a crew capsule in the vehicle body, wherein a cabinet base is arranged in the rear region of the crew capsule and provided with a cabinet for mounting a television transmission device thereon. The mobile television unit further comprises transmitting antennas arranged at the top of the vehicle body. The invention realizes the integration of a mobile television unit system in the vehicle body of the existing medium- and small-sized daycoach with a rear door in the manner of high integration level. The device of the invention can be assembled into the mobile television unit under the condition of not reconstructing an original vehicle body, so as to assemble the mobile television unit for realizing television (broadcast and network) field pickup through a plurality of manners of using an MPV vehicle, using a temporarily rented vehicle, using an existing vehicle, and purchasing a special vehicle in actual application. The invention has the advantages of low cost, independence from special vehicles, zero reconstruction, and convenient maintenance.

The present invention proposes a system comprising a television decoding unit and a plurality of access modules, said access modules comprising wireless communication means with the television decoding unit, a memory comprising an identification of said module, said television decoding unit comprising means for detecting the presence and to receive the identification of an access module, means to apply a filter on events displayed on the television unit, said filter being defined with pre-defined filter category attached to the identification, and means to record the events consumption while the access module is detected by the television unit.

The invention provides a television unit and a fixed module group thereof. The television unit includes a piece of externally-hung glass and a fixed module group. The fixed module group includes two opposite first fixed sides and two opposite second fixed sides; the first fixed sides are used for fixing the curve sides of the externally-hung glass; and the second fixed sides are used for fixing the straight sides of the externally-hung glass. Bearing platforms are protruded and extended from the first fixed sides towards the inside of the fixed module group and are used for arranging pasting materials; and the externally-hung glass is pasted to the fixed module group. According to the invention, the curve sides of the externally-hung glass can diffuse lights to positions in front of the externally-hung glass, so that black sides at the splicing positions of the adjacent television units can be eliminated when a plurality of television units are spliced to form a television wall and thus a frame-free visual effect is formed. Besides, the bearing platforms arranged at the first fixed sides of the fixed module group enable the externally-hung glass to fix at the fixed module group firmly, thereby preventing the externally-hung glass from falling from the fixed module group.

An television apparatus embedded with an optical disk device includes a television unit having a microcomputer for a television and a power source for a television and an optical disk unit having a microcomputer for an optical disk, a power source for the optical disk and an oscillation stop controller. When the output of a start signal from the microcomputer for the television is stopped, the oscillation stop controller detects that the output of the start signal is stopped to stop the supply of electric power to a primary side power source of the power source for the optical disk. The power source for the television supplies the electric power to the microcomputer for the optical disk in place of the power source for the optical disk in accordance with a control signal from the microcomputer for the television.

The present invention relates to the field of television sets, and solves the problem that the management efficiency of the existing unconnected television is low. A system and a method for the centralized management of unconnected televisions are provided, A system for centralize management of unconnected television, comprises at least one unconnected television unit and a control terminal, wherein the at least one unconnected television unit is respectively connected with the control terminal, the unconnected television unit comprises an unconnected television and a serial port network module, the serial port end of the serial port network module is connected with the unconnected television, and the network end of the serial port network module is connected with the control terminal; A user can realize centralized management of a plurality of unconnected televisions by sending control instructions by a control terminal, such as switching on / off or changing channels, the efficiency ofmanaging multiple unconnected TVs is improved, the human cost is reduced, different unconnected TVs are distinguished by different MAC addresses, the purpose of independent control of unconnected TVsis achieved, and the management requirements are maximized, especially suitable for places where multiple unconnected TVs exist.

The invention provides a television unit and a fixing module thereof. The television unit comprises plug-in glass and the fixing module, wherein the fixing module comprises two opposite first fixing edges and two opposite second fixing edges; the first fixing edges are used for fixing curve edges of the plug-in glass; the second fixing edges are used for fixing straight edges of the plug-in glass; the first fixing edges are provided with fixing grooves which are used for accommodating the curve edges of the plug-in glass and fixing the plug-in glass to the fixing module. By the television unit and the fixing module thereof, the curve edges of the plug-in glass can diffuse light rays to the front side of the plug-in glass, so that black edging is eliminated at joints of adjacent television units when a plurality of television units are jointed into a television wall, and a frameless visual effect is achieved. The fixing grooves formed on the first fixing edges of the fixing module can firmly fix the plug-in glass to the fixing module and prevent the plug-in glass from falling off the fixing module.

The invention discloses an industrial television picture automatic tracking system for a hot rolling finishing production line and a control method thereof. The system comprises a strip steel information tracking unit, an industrial television unit and a picture selection unit. The strip steel information tracking unit controls a PLC (Programmable Logic Controller) to track sensor information of a hot rolling finishing production line through L1; and the industrial television unit comprises a plurality of cameras, a video monitoring host, a set top box and a monitor, and the picture selection unit executes automatic switching according to a picture selection instruction sent by the L1 control PLC, so that only one of a plurality of monitoring pictures is displayed on the monitor. By automatically tracking the head part and the tail part of the hot-rolled finishing strip steel, an operator can pay attention to one picture in different processes, so that the fatigue of the operator caused by frequently raising and lowering the head is greatly reduced, and the labor intensity of the operator is effectively improved.