Abstract: A temperature sensitive recording element for two-sided direct thermal printing comprises a substrate having temperature sensitive coatings on opposite sides of the substrate and includes a detachable thermal label element. A thermal label element with a temperature sensitive coating and backed with a contact adhesive is disclosed.

Abstract: A laser scanning optical apparatus wherein a plural number of beams are deflected by one polygon mirror and are scanned on respective corresponding photosensitive drums via a scanning optical system. The scanning optical system has a first scanning lens which transmits all the beams, exclusive second scanning lenses which transmit exclusively the respective beams and plane mirrors for reflecting the beams. The second scanning lenses are located such that at least one of the second scanning lenses is at a distance from the corresponding photosensitive drum on which the beam transmitted by the at least one of the second scanning lenses is scanned and that another second scanning lens is at another distance from the corresponding photosensitive drum on which the beams transmitted by the another second scanning lens is scanned.

Abstract: The invention is objected to perform fixing in an optimum fixing condition even with various kinds of recording materials or the like while improving usability by discriminating the kinds of recording materials. An image reading sensor 123 includes a reflective LED 301, a transmissive LED 303 disposed on the opposite side relative to a recording material 304 for detecting the transmitted amount of light, a CMOS area sensor 211, and an imaging lens 1113. The light from the reflective LED 301 as a light source is applied toward the surface of the recording material 304, and the reflected light from the recording material 304 is collected via the lens 303 and an image is formed on the CMOS area sensor 211. The LED 301 is disposed so as to apply LED light to the surface of the recording material 304 diagonally at a predetermined angle.

Abstract: An image forming apparatus which has a plurality of image forming stations arranged in parallel, each of the image forming stations having a photosensitive drum, and which forms a desired image by combining toner images formed on the photosensitive drums. A laser scanning optical system deflects and scans a plurality of laser beams concurrently with a single polygon mirror to irradiate the photosensitive drums. In a monochromatic mode, the rotation speed of the photosensitive drum for forming a black image is changed higher, and synchronization of writing in a main scanning direction is performed by using one of the laser beams irradiating the other photosensitive drums of which rotation speeds are not changed.

Abstract: [PROBLEMS]To provide a scanning optical apparatus, not requiring a lens in a complex figure, and also, capable of eliminating the bow of a beam light even when a plurality of correcting lenses are in an identical figure. [MEANS FOR SOLVING PROBLEMS] Beam light L falls on Cross section K perpendicular to Rotational axis 1a of Polygon mirror 1 at an angle of 2° or less. When such an incident angle condition is satisfied, the figure of a cross section in the sub scanning direction of Scanning lens 9 is formed in a spherical surface figure, and also, the curvature of Incident surface 9a and Outputting surface 9b in the sub scanning direction is monotonically changed according to the position in the main scanning direction with respect to the distance from the predetermined center position in the main scanning direction.

Abstract: [Problems] There are provided a device and a method for telephone countermeasure in using a telephone during driving which can automatically suppress communication of only a driver in a vehicle. [Means For Solving Problems] The device for telephone countermeasure includes a database (3), a driver judgment unit, and a mode switching unit. The database (3) contains driver face data (3-1) and a telephone number (3-2) of a mobile telephone (7) used by the driver for each of the drivers. The driver judgment unit identifies the current driver of the vehicle in the database (3) by the face authentication. The mode switching unit extracts the telephone number (3-2) of the mobile telephone (7) used by the identified driver from the database (3) and switches the mobile telephone (7) of the driver to a drive mode such as a message recording mode by using the telephone number.

Abstract: An Integration system for video, sound, and Voice over IP is provided. The video, sound, and Voice over IP integration system comprises a display, a phone handset, a keypad, a camera, VGA input/output ports, and a sound input/output ports. The VGA input port and sound input port of the video, sound, and Voice over IP system are coupled with the VGA output port and the sound output port of a mobile computer. The conference information can be transferred to the receiving terminal through the Internet from the mobile computer that is coupled with the video, sound, and voice internet phone integration system. Thus, the conference information can be displayed on a Video, voice over IP apparatus at the receiving terminal. Furthermore, the image display size can be increased by coupling the VGA output port of the video, sound and Voice over IP integration system with a digital projector, and the voice volume can also be increased by coupling the audio output port with an external amplifier.

Abstract: A mobile terminal includes means for controlling the encoding of a digital video signal that further includes means for monitoring at least one parameter of a radio frequency communication signal received at the mobile terminal. The control means also includes a means for forming a signal to the monitored parameter for controlling at least one encoding parameter of the video encoder.

Abstract: System and method for providing personal videotelephony in which a plurality of videophones are connected to a communications network that is configured for transmitted video and audio communications. Each of the videophones typically includes a camera, display device, telephone keypad, speaker and microphone all of which are operatively connected. The videophones further include means for selectably receiving and transmitting signals over the communications network, which signals represent images and/or sound, and for selectably displaying the signals representing any received signals representing the images on the display screen, and for playing any received signals representing the sounds on said speaker. Means are also provided for selectably accessing a remote location, such as, but not limited to, another videophone, using information entered or selected by a user of the videophone, and to retrieve the signals representing the images and sounds being transmitted from the remote location.

Abstract: Disclosed is a method for image communication. The method including when an image communication call is received in a mobile equipment from an originator (i.e., a calling party), a control unit detects the phone number of the originator, if the phone number of the originator corresponds with a phone number registered in a phonebook, the control unit checks a transmission image corresponding to the phone number of the originator and then transmits the transmission image in the form of a basic substitute image, an alternative substitute image or a real photograph image, if the phone number of the originator does not correspond to the phone number registered in the phonebook, the control unit checks whether the substitute image transmission mode has been established in the mobile equipment, if the substitute image transmission mode has been established in the mobile equipment, the basic substitute image is transmitted to the originator.

Abstract: A communication apparatus has a electrical outlet that is electrically connected to a power connector so as to supply power externally; a connection detector that detects connection of an external plug to the electrical outlet; and a controller that uses a receiver and a transmitter so as to perform setting with a device connected to the electrical outlet, when external connection is detected at the electrical outlet.

Abstract: A method and system provides a face-to-face video conference. The method and apparatus comprise a conferencing system consisting of a conferencing station defining a predetermined motif, an image system for generating a substantially full scale image of a person at the conferencing station so that participants at the conferencing station feel that any images of persons displayed by the imager at the conferencing station are present and face-to-face. The method comprises the steps of receiving image data at a teleconferencing station, the image data including data corresponding to at least one person, and displaying an image corresponding to the image data at the teleconferencing station so that at least one participant at the teleconferencing station views an image of said at least one person, thereby providing a face-to-face presence environment whereat the image of at least one person appears substantially life size.

Abstract: In a parameter setting method, when a wireless communication device has wired connection to a different device, the wired connection is used to acquire wireless setting values. If the wireless communication device has no wired connection to the different device, short distance wireless communication is used to acquire the wireless setting values from the different device. When the wireless setting values are acquired, notifying to the user is performed depending on an acquisition method.

Abstract: A communication path setting method of a communication system including a communication apparatus and a plurality of wireless terminals accommodated in the communication apparatus records the statuses of the plurality of accommodated wireless terminals. When transferring data between wireless terminals, the method selects a first communication path which connects the wireless terminals via the communication apparatus, or a second communication path which directly connects the wireless terminals without going via the communication apparatus, in accordance with the statuses of the wireless terminals. The method sets the selected communication path, and transfers the data between the wireless terminals.

Abstract: A method that allows the optimization of the consumption of conditional access content in order to guarantee less vulnerable right messages involves three steps: the selection by the user of a content and the indication of this interest to said management center; the sending of a notification message containing or indicating the access authorisation message shortly before the broadcast of said content and storage of this authorisation message; and the sending of the content itself and the use of the data of the authorisation message in order to access the data of the content. There may be a fourth stage, namely the validation of the authorisation message by the user. This validation is executed in general at the time of the reception of the content or alternatively the user confirms their intention to purchase.

Abstract: In a communication system in which moving image data is transmitted/received between two terminal apparatuses connected to a best-effort network and bi-directional communication is realized in real time, each of the terminal apparatuses includes a reproduced picture quality judgment section that judges reproduced picture quality relating to the moving image data received from the terminal apparatus of an opposite party and notifies it as reproduced picture quality information to the opposite party, and a reproduced picture quality control section that controls picture quality of a transmitted image displayed for confirmation at a side of the apparatus itself to become the reproduced picture quality notified by the reproduced picture quality information.

Abstract: A smart power-saving conversation mode switching system and method therefor are applied to a mobile communication device with a single-mode communication system or a multiple-mode communication system. If there is a low-battery warning during a conversation, software may determine to automatically switch the current conversation mode to a power-saving mode for a user to continue with the communication service. This can elongate the conversation time and avoid interruption due to insufficient power supply.

Abstract: An exemplary portable electronic device comprises a body (50), a camera module (90) and a rotatable component (70). The camera module is rotatably installed on the body. The rotatable component is rotatably mounted to the body. The camera module is installed in the rotatable component. Orientation of the camera module can be adjusted via rotating the rotatable component.

Abstract: A method and system for communicating without use of manual contact with a communications unit. The user approaches a communications system and can activate a communications unit by a proximity/motion detector and/or a voice activation device. The person can generate audio signals, such as by voice command, to activate the unit and establish contact. Body movements can also be used to connect to a specific location and/or control the communications mode, such as private, semi-private or conference call mode.

Abstract: An embodiment of the present invention includes a cordless Internet Protocol (“IP”) phone system. Another embodiment of the present invention provides a cordless video phone system including a base station that may be coupled for communication of audio and video information through a network, such as an IP communication network, and a handset cordlessly coupled for exchanging information with the base station. In one embodiment, the handset includes a camera for capturing video images and the handset is also cordlessly coupled to the base station for sending video information to the base station. In another embodiment, the base station is connectable to a second camera. In other embodiments, the base station is coupled to multiple network interfaces. In other embodiments, the base station and is connectable to a variety of video displays.

Abstract: Provided are a mobile communication terminal having a function of photographing a moving picture, and a method for operating the same. The terminal includes a camera, an input unit, a video processor, and a controller. The input unit inputs a section setting command while photographing the moving picture. The video processor calculates a brightness value per frame from a video signal received from the camera, and generates moving picture data. The controller sets at least one section to the moving picture data depending on at least one of the section setting command and a variation of the brightness value, and plays the moving picture data on a per-set section basis.

Abstract: A method for performing a recording operation in a video communication mode of a wireless terminal are provided, where the video communication mode of the wireless terminal is switched to a recording mode for performing the recording operation, and video data are evaluated to determine if received in the recording mode of video communication. When the video data are not received, although a predetermined time passes, the recording mode of the video communication is performed while inserting preset substitution image data. When the video data are received before the predetermined time passes, the received video data is checked to determine if an error is included, and when the received video data includes abnormal video data, the recording mode of the video communication is performed while inserting preset substitution image data.

Abstract: A mobile video teleconferencing system providing a means for customizing the access and control granted to each remote user of the system via a configurable database of access and control settings.

Abstract: A speaker predicting apparatus includes a speech detector that detects a person who is delivering a speech out of a plurality of persons, a feature extracting portion that extracts a feature in an image from the image in which the person is captured, a learning portion that learns the feature in the image occurring before the speech is detected by the speech detector, from the feature in the image, and a predicting portion that predicts the speaker out of the plurality of the persons, from the feature in the image in which the person is captured, with the use of a result learned by the learning portion.

Abstract: Disclosed herein is a method and apparatus for mixing compressed video useable in a videoconferencing environment having a plurality of endpoint users. Through the use of the method and apparatus, each endpoint can receive a unique layout displaying some subset of the users at the endpoints. Input streams from each endpoint are uncompressed, resized, and scaled to fit the segment in the layout for particular endpoints, and then encoded (or compressed) by a sub-encoder into a sub-encoded stream according to the compression parameters. Each sub-encoded streams is further encoded and associated with a position in the layout. Different layouts may be sent to different conferees, and different compression standards may be used for each endpoint.

Abstract: System and method for providing personal videotelephony in which a plurality of videophones are connected to a communications network that is configured for transmitted video and audio communications. Each of the videophones typically includes a camera, display device, telephone keypad, speaker and microphone all of which are operatively connected. The videophones further include means for selectably receiving and transmitting signals over the communications network, which signals represent images and/or sound, and for selectably displaying the signals representing any received signals representing the images on the display screen, and for playing any received signals representing the sounds on said speaker. Means are also provided for selectably accessing a remote location, such as, but not limited to, another videophone, using information entered or selected by a user of the videophone, and to retrieve the signals representing the images and sounds being transmitted from the remote location.

Abstract: An audio visual communication system and method that has a first user and at least one additional user. A computerized network, a first computerized device for the first user and a second computerized device for the second user. The computerized devices have a display, an input control, access to the computerized network and an audio and visual capturing apparatus. A link between the first device and the second device is established over the computerized network, and audio and visual data is transferred between the devices. The data is compressed before being sent and decompressed after being received. Both the data being sent by the devices and data being received by the devices are displayed on the devices. The first user sets a frame rate of the visual data and an overall data rate of the audio and visual data that the first device is sending over the computerized network.

Abstract: A method and apparatus is provided for presenting a user with customized access to a video telephony device. The method begins by acquiring a first representation of the face of an individual who comes within view of a camera associated with the video telephony device. The first acquired representation is compared to stored facial representations of individuals who previously registered as users with the video telephony device. If a match is found between the first acquired representation and a stored representation of a given individual, a database is accessed containing user defined information (e.g., a personal phonebook). The given individual is then presented with access to the device in accordance with the user defined information.

Abstract: A system for generating video images and corresponding audio of multiple parties engaged in a video conference is provided. The system includes multiple voice transducers for receiving voice signals from the multiple parties and a video camera for capturing moving images of one of the multiple parties who is speaking. The system further includes a processor in communication with the voice transducers and video camera. The processor determines respective distances and angles between the party who is speaking and each of the multiple voice transducers. Additionally, the processor identifies a location of the party who is speaking relative to the video camera based on the determined respective distances and angles. Based on the identified location, the processor selects a portion of a video frame produced by video camera and processes the selected portion to mitigate optical distortion and generate an overall picture in which the party speaking does not appear unnaturally small relative to the overall picture.

Abstract: Provided are an apparatus and method for processing a three-dimensional (3D) video signal which corrects first and second video signals to prevent a reduction in a 3D effect and a disparity estimation error due to a difference between the first and second video signals. The method includes: a video signal detection unit detecting a difference between respective characteristics of received first and second video signals; and a video signal correction unit correcting the first video signal or the second video signal to equalize the characteristics of the first and second video signals. When the apparatus and the method are used, a reduction in the 3D effect and the disparity estimation error due to the difference between the first and second video signals can be prevented.

Abstract: A three-dimensional display device includes an image display portion displaying a left eye image and a right eye image; and a parallax barrier facing the image display portion and directing the left eye image and the right eye image displayed by the image display portion towards a left eye and a right eye of a user, respectively. The parallax barrier may be formed with a liquid crystal display of a normally black mode of transmission.

Abstract: An ear-hook display is disclosed. It includes a first housing and a second housing connected to the first housing, wherein a first ear-hook apparatus and a second ear-hook apparatus are mounted in the first housing and the second housing respectively. Additionally, a first electrical display apparatus and a second electrical display apparatus are mounted in the first housing and the second housing respectively, wherein the first electrical display apparatus is electrically connected to the second electrical display apparatus. The first electrical display apparatus includes a first half mirror, a first touch pad, a first processor and a first inner projection element. The second electrical display apparatus includes a second half mirror, a second touch pad, a second processor and a second inner projection element.

Abstract: A karaoke TV device is disclosed, which includes: an audio/video generating circuit which generates and outputs a TV video signal and a TV audio signal; a voice receiving circuit which receives an external voice signal; and a voice processing circuit which is electrically coupled to the audio/video generating circuit and the voice receiving circuit, receives, analyzes the TV audio signal and the external voice signal, mixes and softens the TV audio signal and the external voice, so as to output a mixed audio signal. Therefore, at the time when user watches TV, voice of the user can be mixed into the voice of the program.

Abstract: There is provided a method of compressing an image signal including a plurality of pixel signals outputted from a pixel array in which color pixels are arranged in a predetermined array. The method includes calculating a difference between pixel signals of neighboring same color pixels in the pixel array in accordance with predetermined order where the plurality of pixel signals are outputted from the pixel array, and generating a difference signal representing the calculated difference between the pixel signals of neighboring same color pixels.

Abstract: Improved component placement inspection and verification is performed by a pick and place machine. Improvements include stereovision imaging of the intended placement location; enhanced illumination to facilitate the provision of relatively high-power illumination in the restricted space near the placement nozzle(s); optics to allow image acquisition device to view the placement location from an angle relative to a plane of the placement location, thereby reducing the possibility of such images being obstructed by the component; techniques for rapidly acquiring images with commercially available CCD arrays such that acquisition of before and after images does not substantially impact system throughput; and image processing techniques to provide component inspection and verification information.

Abstract: A intelligent surveillance platform is provided with wireless two-way sensory surveillance in environments wherein the entire surveillance unit and its supporting structure fit within a standard light switch junction box and otherwise also functions as a light switch. The platform serves as a sensory ‘edge-of-network’ subsystem for use with a local controller, a central data center engine, and a central viewing platform. The edge-of-network sensory element includes sensors, intelligence and transceivers housed in a wall enclosure under a modified light switch faceplate that incorporates a built-in antenna. The sensors may include an embedded camera, microphone, passive infrared heat detector and odor detector. The intelligence includes memory and logic controller. The transceiver has two-way audio and at least one video channel for broadcast. Light switch wiring supplies power to the device, obviating the need for any specialist installation.

Abstract: A combined digital and mechanical tracking system and process for generating a video using a single digital video camera that tracks a person or object of interest moving in a scene is presented. This generally involves operating the camera at a higher resolution than is needed for the application, and cropping a sub-region out of the image captured that is output as the output video. The person or object being tracked is at least partially contained within the cropped sub-region. As the person or object moves within the field of view of the camera, the location of the cropped sub-region is also moved so as to keep the subject of interest within its boundaries. When the subject of interest moves to the boundary of the FOV of the camera, the camera is mechanically panned to keep the person or object inside its FOV.

Abstract: In one aspect, a method related to data management. In addition, other method, system, and program product aspects are described in the claims, drawings, and/or text forming a part of the present application.

Abstract: A technique processes captured data on a device, wherein selected captured data of a given quality resolution is transferred via a communication link to a separate storage location for future availability. A storage protocol may include different storage organization categories. A possible aspect includes an identifier record to enable future accessibility to selected captured data by one or more authorized parties or approved devices.

Abstract: In an imaging device having an all-pixel read mode for reading signals from all pixels and a pixel downsampling read mode for reading signals by appropriately discarding pixels, adjacent ones of pixels use a floating diffusion capacitance, an amplifying transistor, a reset switch and a selection switch in common. In the pixel downsampling read mode, not only a primary capacitance but also a photodiode in each pixel to be discarded are used as capacitances for storing signal charges transferred from transfer switches. This makes it possible to lower the gate voltage of the amplifying transistor as compared with the case of using only the primary capacitance as a capacitance for storing signal charges transferred from a transfer switch to reduce the sensitivity of the pixels, thereby reducing the occurrence of flicker.

Abstract: A video projector of the present invention includes a laser projection unit (50) that has linear polarization short wavelength laser light sources (1)˜(3) and emits laser lights from the laser light sources, a lens system (6a) that collects the laser lights from the laser projection unit (50), a liquid crystal cell (7) that spatially modulates the collected laser lights, a camera shake correcting optical system (110) that is capable of translating vertically and horizontally on a plane that is perpendicular to the optical axis of the laser projection unit (50), a prism (24) that transmits the laser lights from the liquid crystal cell (7) and branches the light reflected by the screen (10), and a camera device (60) that can observe or capture the video image that is branched by the prism (24). The present invention provides a video projector that can prevent the camera shake and can be held in hands.

Abstract: To change the amounts of correction used to correct a specific color in video signals depending on a shooting situation or an image to be captured, an imaging apparatus includes: selection means for selecting desired shooting mode information from pieces of set shooting mode information, each of the pieces of shooting mode information including information concerning a specific color determined depending on a predetermined shooting condition; extraction means for extracting video signals of a specific color from video signals on the basis of the selected shooting mode information; color difference detection means for detecting color difference data of the specific color from the extracted specific-color video signals; and correction reference data storage means for storing pieces of correction reference data, serving as references for correcting the specific color to a predetermined color.

Abstract: An imaging apparatus comprising a pixel unit having a plurality of components, each having a plurality of pixels arranged in row and column directions, the plurality of pixels in each component outputting color signals having a plurality of colors and an adding unit configured to perform an addition of color signals of the same color in each component. The color signals are outputted from the plurality of pixels. The adding unit performs the addition without adding a color signal outputted from a part of the plurality of pixels in each component such that spatial centroids of the added color signals having a plurality of colors are located at substantially the same pitch at least in one of the row and column directions.

Abstract: An imaging device includes a data processor configured to execute processing for selecting picture portions corresponding to important scenes from captured picture data, on the basis of input information that is input during a period of taking a picture. The data processor generates highlight point information that allows identification of the picture portions corresponding to the important scenes, the picture portions being selected on the basis of the input information, and records the highlight point information on a recording medium as information associated with the captured picture data.

Abstract: An image processing method controls white balance of image data obtained by an image pickup apparatus according to image data of the image shot by the image pickup apparatus having pixels of a plurality of colors that includes shooting an image as a first exposure value by the image pickup apparatus, calculating a brightness of the first exposure value for each of divided regions according to image data by the first exposure value, shooting an image as a second exposure value by the image pickup apparatus, calculating a brightness for the second exposure value for each of the divided regions according to image data by the second exposure value, evaluating saturated brightness region among the divided regions according to the brightness for the first exposure value and the brightness for the second exposure value, and controlling white balance according to image data of non-saturated brightness region.

Abstract: An imaging apparatus suppresses deterioration in an image quality caused by an electronic zoom. A digital camera equipped with a plurality of optical systems includes a fixed focal distance lens and a zoom lens. When a user sets a zoom position between discrete optical zoom positions within an overlapping range of the electronic zoom range of the fixed focal distance lens and the optical zoom range of the zoom lens, a control processor and timing generator sets the electronic zoom at the user's setting zoom position. Subsequently, when the zoom position of the zoom lens passes the user's setting zoom position, a photograph is taken, and an optical zoom image is stored in a memory card.

Abstract: An apparatus includes a CCD that reads a script image, an analog front end unit (AFE) that adjusts the offset and the gain of an image signal and A/D-converts the image signal, an image processing IC that applies image processing such as shading correction, input gamma correction, color correction, MTF correction, output gamma correction to the digital image signal, and a spread spectrum frequency IC that generates a spread spectrum clock based on a source oscillation clock, wherein the former block of the image processing unit is driven with the source oscillation clock and the latter block is driven with the spread spectrum clock. The image signal is transferred asynchronously from the former block to the latter block through an external memory controller.

Abstract: The invention makes it possible to perform effective A/D conversion on pixel signals read from a pixel array part, to achieve a reduction in power consumption and reductions in the size and the price of an image pickup device as well as simplification of the construction of the device, and to realize a high-quality image output. The device includes an pixel array part having a plurality of unit pixels, a CDS (correlated double sampling) circuit, and an A/D converter. A pixel signal read from a pixel array part via a signal line is subjected to CDS processing (noise elimination processing) in the CDS circuit, and then this pixel signal is inputted into the A/D converter which performs A/D conversion on the pixel signal. The A/D converter includes a ?? modulator and a digital filter to perform highly accurate A/D conversion. The invention can also be applied to a construction in which an A/D converter is provided at the front stage of the CDS circuit.

Abstract: In a photoelectric conversion device having a plurality of pixel circuits, a read transistor, a main electrode of which is connected to a charge accumulation node of a photoelectric conversion unit in each pixel circuit is operated in a pentode region, so as to read out a photoelectric conversion signal of each diode to a floating diffusion.

Abstract: Screen noise caused by variations of dark current between light sensitive pixels of a solid-state imaging device are suppressed. In an exposure period E after an electronic shutter operation completion time t2, information charges are accumulated while shifting a potential well. With a frame-transfer CCD image sensor in which transfer electrodes G1-G3 to which transfer clocks ?i1-?i3 are applied are provided for each light sensitive pixel, at the start of the exposure period E, a potential well is formed for a period ? under the electrode G2. Then, the potential wells are formed sequentially under the electrode G1 for a period 2?, under the electrode G2 for a period ?, and under the electrode G3 for a period 2?. That is, regarding dark current contained in the information charges accumulated in each pixel, dark currents under the electrodes G1-G3 correspond to the same period.