Abstract:
System and methods for coupling a media adapter to an imaging device. One embodiment of a system comprises an imaging device and a coupler on the imaging device. A signal link is established between the imaging device and the coupler on the imaging device. The system also comprises a media adapter. A mating coupler on the media adapter contacts the signal link when the mating coupler on the media adapter is connected to the coupler on the imaging device.
Abstract:
A handheld device for capturing image is provided, where a micro flat panel display serves as a viewfinder for capturing image as well as a display for displaying image, so that size and power consumption of the device are both significantly reduced. A structure with a Universal Serial Bus (USB) connector configures the device to directly hookup a USB interface of a computer, thus neither a cable nor an external stand is required for connection purpose. On the other hand, it is quite handy for a user to charge the device through USB as the device transmits data to a computer via direct connection.
Abstract:
A power-sharing controller module comprises a processor, power manager, and at least one connector for detachably electrically connecting an application module to the controller module. The power manager is operable to manage power from a battery to the application module through said connector and to monitor the voltage of the battery. The processor is programmed to send a power reduction command to the application module in response to the monitored battery voltage moving outside of a permissible range. A power sharing method comprises supplying power from the battery in the controller module to the application module detachably connected to the controller module. Power supplied to the application module is reduced in response to an adverse power indication to conserve power for the controller module.
Abstract:
A digital camera contains a camera main body that obtains data of an object to be photographed and a USB drive that receives the data from the camera main body, stores the data, and transmits the stored data directly to a computer main body independent of the camera main body. The invention also provides a method of feeding power to the USB drive in order for the USB drive to receive data from the camera main body, store the received data, and transmit the data to a computer main body independent of the camera main body. The method further includes a means for recognizing the installation of the USB drive, cutting off the power fed to the USB drive if the USB drive is not installed, transmitting the data to the USB drive if the USB drive is installed, and cutting off the power fed to the USB drive when the transmission of the data is complete.
Abstract:
A wireless communications system for transmitting and receiving images and audio information includes a receiver including a display for displaying received images and a speaker for producing audio signals, a processing unit for storing ID code signals for decoding the received images and audio signals and receives an RF signal containing images and audio information. The receiver is responsive to the ID code signal for extracting the received image and audio signals of the images and the audio information from the RF signal. An electronic camera has an image sensor for capturing one or more images of a scene and producing image signals, and receives audio signals to produce audio information signals. A second processing unit is provided for encoding and then superimposing the image and audio signals onto an RF carrier, and transmits the RF carrier and superimposed signals. First and second interconnects respectively included in the receiver and the electronic camera are adapted when interconnected to transfer the ID code signal from the camera to the receiver where it is stored, to thereby permit the electronic camera to communicate with the receiver.
Abstract:
A system and method utilize a digital camera-ready printer which can print directly from a variety of conventional digital cameras on the market. The digital camera-ready printer includes a camera interface that can link with a digital camera in different modes to transfer frames of digital image data from the digital cameras to the digital camera-ready printer. Preferably, the camera interface includes a hot shoe receptor to establish a convenient hot shoe link between the digital camera and the digital camera-ready printer. The digital camera-ready printer includes a processor that can identify the coupled digital camera in order to instruct the digital camera to transmit the frames of digital image data. The processor can also convert the format of the digital image data to a predetermined image file format. The processor of the digital camera-ready printer along with a display device allows a user to edit and manipulate an electronic image represented by a single frame of digital image data prior to printing.
Abstract:
When sending photographic image data obtained in an electronic camera 1 via a communication interface 42 to a radio telephone line of a PDC 3, a PHS 4, etc., an RISC-CPU 11 converts the image data to data having a configuration allowing communication and further converts by software processing the communication-allowing configuration data to data corresponding to the type of the radio telephone line.
Abstract:
A method and apparatus for providing a hot docking interface for transmitting multimedia data. In one embodiment, a hot docking interface is provided on a computer system and a second hot docking interface is provided on a multimedia device. When the hot docking interfaces are placed in contact with each other, multimedia data may automatically be transmitted between the computer system and the multimedia device. The hot docking feature of the hot docking interfaces allows the multimedia device to be placed in contact with the computer system, when the computer system is powered on, and, in response, data is automatically transferred. No cables, wire, or pin sockets are necessary. Moreover, in one embodiment, the hot docking interface of the computer system will provide power to the hot docking interface of the multimedia device to have the multimedia device transfer the data. Moreover, in one embodiment of the present invention, the hot-docking interfaces are configured to enhance the transmission of multimedia data by transmitting the multimedia data in accordance with the IEEE 1394 standard, published in 1995, sometimes referred to as the FireWire™ communication protocol.
Abstract:
An imaging apparatus has a portable monitor. Image data taken by the imaging apparatus is compressed and stored. The monitor serves as a view finder which displays image data which is being observed, and also serves to reproduce and display image data stored in a memory. A removable modem is coupled to the imaging apparatus. When the modem is coupled to the imaging apparatus, image data obtained by photography is transmitted through the telephone line. Like the image data, voice data can be stored in the memory and transmitted through the modem. The image data and the voice data can be compressed and combined with each other. By transmitting and receiving such synthesized data, the imaging apparatus can be used as a TV telephone.
Abstract:
To provide an image pick-up device which provides high operability and high portability even when a large screen size monitor is mounted thereon, an electronic camera comprises an image pick-up device unit, a display device unit, a recording medium and a power supply. Holes for engaging with a locking pawl of the display device unit are formed in a cover of the image pick-up device unit. An LCD display device is arranged in front of a cover of the display device unit, the LCD display device functions as a view finder, a monitor and a display, and a touch panel is arranged in front of the LCD display device with a relative position being kept therebetween. When the display device unit is mounted on the image pick-up unit, manipulation keys corresponding to manipulation buttons of the image pick-up unit are displayed. The image pick-up device unit controls the switching of the image pick-up device unit based on an output signal from the touch panel. In this manner, the manipulation of the manipulation members which become difficult to manipulate or impossible to manipulate when the display device unit is mounted is conducted on the display device unit.