Abstract: An apparatus (20) for recording a color image, comprises an image sensor (22) having a plurality of pixels (24) formed in a monolithic substrate. Each of the plurality of pixels (24) includes three floating gate semiconductor devices (80, 82, 84). A color tunable filter (30) is positioned between a photosensitive semiconductor device (86) and an electromagnetic radiation source. A FET transistor (130) has a drain (134) connected to the cathode (120) of the photodiode (86), and a source (136) connected to the anode (118) of the photodiode (86) and to control gates (94, 104, 114) of each of the three floating gate semiconductor devices (80, 82, 84). The color tunable filter (30) allows all desired combinations of colors to pass while each of the three floating gate semiconductor devices (80, 82, 84) are respectively selected to store the color image.

Abstract: In an image pickup device with A/D converters at each column signal line, improvements in the A/D conversion speed and accuracy in image sensors having A/D converters are achieved. In an image pickup device wherein sensing elements are arranged in a matrix and A/D converters are arranged for each column signal line, the A/D converter first retains in its memory unit as an initial value an electric signal corresponding to the signal of the sensing element which is an analog signal, then initiates charge or discharge of the memory unit at a rate corresponding to the size of an input fixed signal, measures the time period from either the charge start time or the discharge start time until the memory unit electric signal becomes equal to the reference signal, and then recognizes the measured time period as a digital value.

Abstract: A pixel array includes a first photosensor for generating charge in response to applied light, a second photosensor for generating charge in response to applied light, and a first and second storage transistor having a common first storage gate respectively connected to said first and second photosensors for storing charge from said first and second photosensors in respective first and second storage regions.

Abstract: An image signal, a noise signal, and an overflow signal outputted from a solid-state image-sensing device are sampled-and-held in capacitors C1, C2, and C3 in a sample-and-hold circuit 17. Thereafter, the image signal and the noise signal in the capacitors C1 and C2 are fed to a subtractor 50 in a correction circuit 18, so that the image signal having noise eliminated therefrom is fed to an operator 51. In this operator 51, according to the value of the overflow signal in the capacitor C3, the image signal having noise eliminated therefrom is corrected by adding thereto an integrated component.

Abstract: An electronic endoscope system comprises a video-scope, an imaging device, and a black balance processor. The imaging device, which is provided on the video-scope, is exposed at a normal shutter speed so as to generate an image signal corresponding to an optical image that is formed thereon. The black balance processor generates a black balance value for adjusting the black balance of the image signal, based on a black image signal corresponding to a black image. The black image signal is generated by exposing the imaging device at a high shutter speed that is faster than the normal shutter speed.

Abstract: A pixel array uses two sets of pixels to provide accurate exposure control. One set of pixels provide continuous output signals for automatic light control (ALC) as the other set integrates and captures an image. ALC pixels allow monitoring of multiple pixels of an array to obtain sample data indicating the amount of light reaching the array, while allowing the other pixels to provide proper image data. A small percentage of the pixels in an array is replaced with ALC pixels and the array has two reset lines for each row; one line controls the reset for the image capture pixels while the other line controls the reset for the ALC pixels. In the columns, at least one extra control signal is used for the sampling of the reset level for the ALC pixels, which happens later than the sampling of the reset level for the image capture pixels.

Abstract: The present invention discloses an apparatus of high dynamic-range CMOS image sensor and method thereof. The present invention utilize a pixel circuit outputting an output signal, wherein the pixel circuit has a photodiode and a plurality of transistors; and utilize a current source as a charge supplement unit to supply current into one end of the photodiode, and providing charges to the parasitic capacitor of the photodiode to delay saturation in the pixel circuit. In addition, a feedback circuit can be further designed connecting the pixel circuit. The feedback circuit receives the output signal from the pixel circuit and then outputs a control signal according to the output signal of the pixel circuit to control status of the charge supplement unit, and thereby increasing the dynamic range of the CMOS image sensor.

Abstract: A plurality of pixels that are arranged two-dimensionally, a horizontal scanning circuit and a vertical scanning circuit that output a signal for reading out an accumulated charge in the pixel, and a multiplexer circuit that supplies a control signal to elements constituting each of the pixels based on the signal outputted from the vertical scanning circuit are provided. The vertical scanning circuit is used singly to output a scanning signal for reading out the accumulated charge and a scanning signal for clearing the accumulated charge in the pixel, and the multiplexer circuit is used singly to supply an accumulated charge readout signal and an accumulated charge clearing signal as the control signal based on the scanning signal for reading out the accumulated charge and the scanning signal for clearing the accumulated charge.

Abstract: An image sensor comprises an active pixel sensor (APS) array, a first analog-to-digital converter (ADC) and a ramp signal generator. The APS array includes a plurality of pixels arranged in a two-dimensional matrix, wherein the APS array generates a reset signal and an image signal for each selected column of the APS array. The first ADC includes a correlated double sampling (CDS) circuit array comprising CDS circuits that are arranged for each column of the APS array, wherein the first ADC generates a digital code from a signal corresponding to the difference between the reset signal and the image signal which are generated by the CDS circuit using a ramp signal. The ramp signal generator generates the ramp signal, wherein a second ADC receives a feedback of the generated ramp signal and generates a feedback reference code, and wherein the ramp signal generator calibrates the ramp signal based on a comparison using the feedback reference code.

Abstract: A CMOS image sensor includes a plurality of active pixel rows and an optical black pixel row. The optical black pixel row is activated to generate a respective optical black signal upon activation of each of at least two of the active pixel rows. Such sharing of the optical black pixel row reduces the optical black area of the CMOS image sensor.

Abstract: An image-capturing apparatus has an optical system imparting distortion to an image of an object to be captured so that the distortion is imparted so that a central portion of the image is magnified and a peripheral portion is reduced; an image sensor having an image-capturing elements having a receiving surface, onto which the image having the distortion is focused by the optical system, for converting the focused image including the distortion into initial image data and outputting thereof; an image-processing circuit for compensating the distortion in the initial image data having first perspective angle established to the same initial image data and the distortion in the initial image data having second perspective angle which is different from the first perspective angle; and generating first image and second image that do not include the distortion corresponding to the first and second perspective angles; a finder for displaying at least one of the first and second images; and a display-control circuit

Abstract: When distortion correction table data held in a memory (140) are registered in table units (131, 132), the registered distortion correction table data are selected. When the distortion correction table data held in the memory are not registered, the distortion correction table data held in the memory (140) are selected, and are registered in the table units (131, 132).

Abstract: An optical viewfinder system includes: a lens element group (22), a beam splitter (30) and a window (40). The beam splitter is disposed behind the lens group. The window located behind the beam splitter, the lens element group and the beam splitter being located on a line with the window. The optical viewfinder system provides a better quality and power saving for a portable electronic device.

Abstract: An image capture device using an image sensor having color and panchromatic pixels and structured to permit the capture of a color scene image under different lighting conditions.

Abstract: A camera device includes: an iris unit for varying exposure; a shutter control unit for varying a shutter speed of an imaging element; and a control unit for controlling the signal processing unit and the entire device. The camera device further includes: an exposure target calculation unit for calculating a control value used for controlling the iris unit or the shutter control unit so that an exposure amount will be a target value based on information on a signal level from a signal processing unit; and a malfunction judgment unit for determining a malfunction in the device based on information on the control value obtained by the exposure target calculation unit and the signal level from the signal processing unit.

Abstract: A stereoscopic image pickup device comprises first and second imaging units, a communication I/F and a CPU. The communication I/F performs communication with an external control device. The CPU controls the imaging units and the communication I/F. Each of the imaging units comprises a taking lens, a shutter mechanism and a CCD. At normal times, preview-image data is produced on the basis of image signals outputted from the CCDs. The produced preview-image data is transmitted to the external control device via the communication I/F and a communication cable. Upon reception of a control signal outputted from the external control device, preview-image shooting is halted and is changed to regular-image shooting to produce regular-image data. While the regular-image data is transmitted to the external control device, the shutter mechanisms are kept in a closed state.

Abstract: A base for display units that can be made as a product of the paper-transformation industry including a box-like body with a lateral wall that extends between a bottom part and a top part. The base also includes a wall on which rests a display unit selectively mobile between: a lowered position in which the mobile wall is situated in correspondence with said bottom part, and the base is capable of acting as a container for a display unit, and a raised position in which the mobile wall is situated in correspondence with the top part of the base and is capable of supporting a display unit in the exhibiting position.

Abstract: According to one embodiment, a motion-adaptive non-interlace conversion apparatus includes an interference elimination process circuit which executes a cross-color & dot interference elimination process, an intra-field interpolation process circuit which generates an intra-field interpolation signal using a signal that is obtained by delaying a processed signal, which is subjected to the interference elimination process, with a delay corresponding to 1 field, an inter-field interpolation process circuit which generates an inter-field interpolation signal by using the processed signal and a pre-process signal which is yet to be subjected to the cross-color & dot interference elimination process, a motion detection circuit which obtains a motion detection signal, a mixing circuit which mixes the intra-field interpolation signal and the inter-field interpolation signal with a mixing ratio corresponding to the motion detection signal and outputs a mixed signal, and a multiple-speed conversion circuit whic

Abstract: A scanning-line interpolating circuit is provided which is capable of reducing jaggies on slanting lines and of keeping smoothness of interpolating signals achieved by using slanting lines having multiple angles for interpolation and of suppressing failures in displaying caused by erroneous judgement. When it is judged that there is matching in pixel data between three pixels or more on an upper line and three pixels or more on a lower line, an interpolating angle judging signal is corrected to be another interpolating angle judging signal corresponding to interpolation in up-and-down directions and isolated point is removed and another interpolating angle judging signal is output. Interpolating signals are blended with other interpolating signals corresponding to interpolation in same directions and at different angles and another interpolating signals are produced. One of second interpolating signals is selected based on the interpolating angle judging signal and an interpolating signal is produced.

Abstract: A frequency shift keying demodulator robust for frequency offset is provided. The demodulator is used to enable the signal to be received correctly when the frequency offset occurs. A microprocessor of demodulator controls a frequency mixer and a phase difference generator according to the duty cycle of the preamble when receiving the preamble of the demodulated signal. Therefore, the duty cycle of the preamble of the demodulated signal can be close to 50%, and the data from a transmitter is received correctly.

Abstract: In a signal separation circuit for separating a plurality of pulse signals received via the same signal line, a PC-on signal detection circuit detects a PC-on signal with a first pulse width from a PC/TV-on signal received via the signal line and generates a first corresponding output signal. A TV-on signal detection circuit detects a TV-on signal with a second pulse width shorter than the first pulse width from the PC/TV-on signal and generates a second corresponding output signal.

Abstract: A method of preventing image burn-in of a display apparatus to display an image includes detecting pixel data of a pixel of the image, calculating OSD data corresponding to the detected pixel data, generating the calculated OSD data, and merging the OSD data to the pixel data and displaying the merged OSD data in the pixel for a predetermined refresh period of time.

Abstract: A method of processing a data broadcast application and a television receiver using the same enables a user to execute a data broadcast application, at any time, as desired. The television receiver receives a stream of a data broadcast application and includes a storage medium for storing the received stream; and a controller for determining whether to store in the storage medium a specific data broadcast application of the received stream and for controlling execution of the specific data broadcast application stored in the storage medium. The method includes steps of receiving the stream; determining whether to store a specific data broadcast application semi-permanently; storing, if it is determined to semi-permanently store the specific data broadcast application, the stream in a storage medium enabling semi-permanently storage; and executing the data broadcast application stored in the storage medium according to a user command.

Abstract: A processor in an integrated system aims to suppress the processing delay of a predetermined amount of cyclical processing that must executed. In a processor that executes processing by a round-robin method, a first processing cyclically executes a predetermined processing amount, and a second processing executes processing under a looser time constraint than the first processing. In this case, if a total processing amount of the second processing that is executed in a predetermined time period exceeds a predetermined value, execution of the second processing is suppressed in the predetermined time period, and time that was to be allocated to the second processing is instead allocated to the first processing.

Abstract: According to one embodiment, there is provided a picture display device has a detecting unit which detects a continuous movement of an entire picture or an identical object for a predetermined time period or more in a screen provided by a given video signal, a selecting unit which selects a first image mode when the movement of the entire picture or the identical object fails to be detected, and selects a second image mode different from the first image mode when the movement is detected, a scaling unit which executes a scaling process on the video signal corresponding to the selected first image mode or second image mode, and a display unit which displays a picture corresponding to the video signal subjected to the scaling process.

Abstract: An electronic apparatus reads a digital data stream including a video signal and/or an audio signal outputted from an external apparatus according to a transmission clock different from a clock for the data stream, and outputs the video signal and/or audio signal without causing any discontinuity. The electronic apparatus includes a sample rate converter that rate-converts a predetermined volume of the audio signal in synchronization with a constant sampling clock, and changes a number of samples to be outputted, based on a data volume of an audio signal outputted by the electronic apparatus and a data volume of an audio signal transmitted from the external apparatus or transmittable from the external apparatus to the electronic apparatus.

Abstract: This document discusses, among other things, systems and methods for receiving a local input video signal, processing the video signal, and providing a processed video signal to a local digital television display panel. A communications port includes an Ethernet or other communications network connector for allowing access to the video signal processing system by a remote device. This allows a remote user to remotely diagnose, debug, and even modify operation of the video signal processing system. In certain examples, this involves downloading a Lua script that can take partial or complete control over operation of the video signal processing system from resident instruction code. In certain examples, the video signal processing system includes pipelined image analysis or processing stages. Video signal data intermediate to such processing, or the processed video signal being provided to the local display can be communicated to the remote user.

Abstract: This document discusses, among other things, systems and methods for receiving a local input video signal, processing the video signal, and providing a processed video signal to a local digital television display panel. A communications port includes an Ethernet or other communications network connector for allowing access to the video signal processing system by a remote device. This allows a remote user to remotely diagnose, debug, and even modify operation of the video signal processing system. In certain examples, this involves downloading a Lua script that can take partial or complete control over operation of the video signal processing system from resident instruction code. In certain examples, the video signal processing system includes pipelined image analysis or processing stages. Video signal data intermediate to such processing, or the processed video signal being provided to the local display can be communicated to the remote user.

Abstract: An embodiment of the invention, a color cursor is disposed to display a color to be obtained after a defined color is changed in a color map display to successively display the color to which the defined color is to be changed, and in a case where the changed color displayed by the color cursor is further changed, a direction in which the color cursor is to be moved is associated with a change of the color to be obtained in a case where the changed color is further changed, and displayed in the vicinity of the color map by an adjustment bar display, the adjustment bar display being output to a video display section. The color map displays, under control of a control section, an only range of the color changeable in a color range which is an adjustment range to be represented as video.

Abstract: The present invention provides a system and a method for providing one or more colors to a multimedia message. The system comprises a subscriber's database, a color selection module, a color linking module, and a sending module. The method comprises storing the subscription details of the sender, selecting one or more colors subscribed by the sender, linking the one or more colors with the multimedia message and sending the color multimedia message to at least one recipient.

Abstract: A method for digitally filtering a video signal comprises: converting the video signal into a plurality of sampled values; determining whether distribution of at least one portion of the sampled values belongs to one of a plurality of specific types according to the sampled values; and generating a plurality of output values according to a correction operation corresponding to the one of the specific types.

Abstract: A buffer delays an input luminance signal by a 1-frame period. A screen unit motion detection section determines whether an image indicated by the input luminance signal is a moving image or a static image by a screen unit, and outputs a gradual determination result from the static image to the moving image. A subtracter outputs a differential signal obtained by subtracting the input luminance signal from the luminance signal delayed by the 1-frame period. A pixel unit motion detector detects motion of a pixel unit and outputs a detection result by using a plurality of level values within a predetermined range. A limiter limits the differential signal in accordance with the determination result of the screen unit motion detector. An adder adds an output signal of the multiplier and the input luminance signal together.

Abstract: Providing color management includes receiving measurements of the intensity of colors. A light source generates light beams to yield the colors, where the light beams are generated in accordance to image data to create an image. A target color value is established. A duty cycle sequence operable to control the light source is selected in accordance with the measurements and the target color value. Current levels for currents provided to the light source are selected in accordance with the duty cycle sequence and the target color value.

Abstract: There is provided an image processing apparatus, an image display and an image processing method which are capable of preventing an unnatural change in image quality to image processing. A luminance distribution detecting circuit detects a luminance distribution as the histogram distribution of YUV signals. A gain calculating circuit and a gain limiter detect a gain variation on the basis of luminance distribution data. The gain limiter limits the gain variation to a gain variation threshold or less. The gain limiter and a delay circuit carry over the gain variation of a portion exceeding the gain variation threshold to the next image frame so as to modify the gain variation. A ? correction circuit performs image processing (contrast control) on the YUV signals on the basis of the gain variation modified.

Abstract: According to one embodiment, a video signal processing apparatus includes an obtaining unit which obtains histogram data for each luminance level of one frame of a luminance signal, a frequency distribution unit which distributes a frequency of a histogram data among the obtained histogram data, the histogram data being greater than a predetermined value, in a luminance level range which is set in advance for each luminance level, and adds the distributed frequency to the original histogram data and thereby obtains corrected histogram data, and a creation unit which creates a table for a nonlinear correction process to be used when performing a nonlinear correction process on the luminance signal based on the corrected histogram data.

Abstract: An apparatus for enhancing image contrast includes a micro-processor which presets a plurality of thresholds, such as a black threshold and a white threshold. When determining the brightness of an image is lower than the black threshold, the micro-processor decreases the illumination level of a light source. When determining the brightness of an image is higher than the white threshold, the micro-processor increases the illumination level of the light source. A method for enhancing image contrast includes the steps of receiving an image data; determining whether the brightness of an image is lower than the black threshold; if yes, decreasing the illumination level of the light source; determining whether the brightness of the image is higher than the white threshold; and if yes, increasing the illumination level of the light source.

Abstract: A method and an apparatus for capturing consecutive frames in digital video are disclosed. Through adding a function of capturing consecutive frames in digital video to digital televisions or digital recording equipments, the continuous fantastic frames in digital video can be displayed on the screen for users to watch and choose. Besides, with a recording function, those fabulous frames can also be preserved for the use of the follow-up view and demonstration. Finally, the purpose of capturing and storing best frames is achieved.

Abstract: A receiver apparatus 3 has a digital circuit portion 13 that converts a compressed digital signal outputted from a digital demodulating portion 12 into digital video and audio signals and a video/audio output circuit 14 that converts the digital video and audio signals outputted from the digital circuit portion 13 into analog video and audio signals. With this configuration, a video/audio processing IC for digital signal processing no longer needs to be mounted on the circuit board of a video display apparatus 4, and thus a receiver system can be realized with a video display apparatus having a simple configuration.

Abstract: A video apparatus having a display module and a method of controlling the same are provided, whereby an electric field strength or automatic gain control (AGC) signal is recognized from a received broadcast signal and a power supply mode of the display module is controlled according to a level of the recognized AGC signal, to prevent an overheating of the display module without using an additional device. The video apparatus includes a display module for displaying a broadcast signal received via a broadcast channel, the display module being selectively driven according to one of a plurality of power supply modes; and a controller for controllably setting the power supply mode of the display module according to the strength of an electric field of the received broadcast signal, the controller maintaining the set power supply mode if the electric field strength lies between lower and upper thresholds defining a threshold region.

Abstract: A television receiver having a security module fixing part for descrambling digital broadcast comprises at least a standby power mode for supplying power only to hardware, such as a remote control receiver (full standby), a standby power mode for supplying power also to a security module other than the hardware supplied with power in the full standby (partial standby), and a standby power mode for stopping supply of power only to a monitor at minimum (false standby) and has a standby power mode determination part for controlling presentation of images and electronic program guides to a user at startup.

Abstract: A television tuner includes an unbalanced output type VHF-side block, a balanced output type UHF-side block, and a mixing circuit that performs frequency conversion on the output from the VHF-side block or the UHF-side block. In the television tuner, in a first mode where the VHF-side block is connected to the mixing circuit, a first terminal, to which the unbalanced output is applied, is coupled to a first input terminal of the mixing circuit, and a second input terminal of the mixing circuit is grounded. Further, in a second mode where the UHF-side block is connected to the mixing circuit, a second terminal and a third terminal, to which the balanced output is applied, are coupled to the first and second input terminals of the mixing circuit.

Abstract: Disclosed are control method and system based on a preset mode, and more particularly to a control method and system based on a preset mode, wherein key code values of a plurality of external input channels are selectively set for an image output device and an audio-output device so a source-input device, an image output device, and an audio-output device are controlled simultaneously by simple inputs from a remote controller having a separate power-on and power-off button as well as a setting button.

Abstract: Disclosed is an ROF link apparatus for selecting an IF band in order to process various service signals through an MMF, which including transmitters for receiving the service signals, performing IF modulation for the service signals, and transferring the modulated IF signals, a first controller for scanning frequency characteristics of the MMF, searching for flat frequency bands, and transferring information regarding the flat frequency band, thereby controlling IF modulation to be performed, a link unit for combining the IF signals with output signals of the first controller, converting the combined signals into optical signals, transmitting the optical signals, converting the optical signals into electrical signals, and splitting the electrical signals, a second controller for receiving the output signals of the first controller, detecting information regarding the flat frequency band, and transferring the information to receivers, thereby controlling modulation to be performed, and the receivers for receiv

Abstract: A method for attaching a flat screen display device onto a flat surface using a surface mounted holder is disclosed. The holder includes a plurality of springy electrical contacts and a plurality of hooks each having a latch. The rear surface of the display device includes corresponding electrical contacts for corresponding with the plurality of springy electrical contacts and sockets each with a convex area corresponding to the hooks each having a latch. The method includes mounting the sockets onto the hooks and pushing the display device toward the flat surface by overcoming a biasing force of the springy contacts; and sliding the display device in a direction opposite to the direction of the hooks until the springy electrical contacts engage the corresponding electrical contacts and every convex area is latched by every latch, and is secured by thebiasing force for preventing accidental release of the display device.

Abstract: An LCD TV structure is composed of a casing, a liquid crystal panel module, a power supplier, a circuit board for signal processing, and connection wires, wherein all of the connection wires of the circuit board for signal processing inside the LCD TV are connected to one or a plurality of adapters which are located at proper positions in a sliding slot at one side of the casing. In addition, the circuit board for signal processing is located in a control box which is provided with connectors corresponding to the quantity and positions of the aforementioned adapters. Accordingly, the control box can be glided and inserted into a sliding slot of the casing, such that the connectors of control box can be electrically conducted with the adapters inside the sliding slot. This discrete design can facilitate a product repairing or upgrading.

Abstract: An LCD TV structure includes a casing, a liquid crystal panel module, a power supplier, a circuit board for signal processing, and connection wires, wherein all of the connection wires of the circuit board for signal processing inside the LCD TV are connected to a plurality of adapters, such that the adapters are located at proper positions on a surface of a fixing slot at a rear side of the casing. In addition, the circuit board responsible for signal processing is located in a control box whose surface is provided with connectors corresponding to the quantity and positions of the aforementioned adapters. Accordingly, the control box can be fixed in the fixing sliding slot at the rear side of the casing, such that the connectors of control box can be electrically conducted with the adapters inside the fixing slot. This discrete design can facilitate a product repairing or upgrading.

Abstract: The present invention is intended to enable a body of an LCD television to stand upright even when a rear cabinet is removed, to enable the body alone to be used as a wall-hanging television without removing the rear cabinet, and to eliminate or reduce the screws for fixing a support bracket to a body-side bracket. The body-side bracket comprises a lower holding portion that causes both horizontal edges of the support bracket to be inserted upward and retains the support bracket slidably, an upper holding portion that causes an upper edge of the support bracket to be inserted upward and retains the support bracket slidably, and a stopper portion to constrain upward movements of the support bracket inserted in a bracket insertion slot from underneath and slides the support bracket upward to insert in the upper holding portion for fixing.

Abstract: A frame assembly (10) for a television (T) mounted on a wall (W) and extending a distance outwardly from the wall. A generally rectangular shaped frame (12) has a decoratively shaped outer contour. The frame has a rectangular shaped central opening (14) whose length and width correspond to that of the television screen (S). An outer section (12a) of the frame adjacent the central opening is sized to fit over and cover an outer shell (C) of the television. A foot (20) is formed at each corner of the frame to support the frame. A base (22) of each foot rests against the wall. The feet space an inner surface (18) of the frame away from the wall to allow air circulation around a backside of the television and conduct heat produced by the television away from the television and the routing of cables.

Abstract: The invention provides a TV structure which can arrange its outer components to fit the cabinets size accommodate the largest screen and maintain the best audio and visual quality and design by refitting the screen, loudspeakers, sound box and stand.

Abstract: A television display cover for covering the screen of a plasma or LCD screen when the television is not in use. The cover can be converted from existing frames, framed art, or mirrors already contained in a users' home or wall or panel for attachment of the display cover. A housing containing driving means is secured to a wall or recessed surface. The television display cover is then secured to the outside face of the housing. The cover can then be pivoted to an open or closed position to either expose the television display or cover it up.