Abstract: Provided is a medical device implantation apparatus, comprising: an outer sheath, connected to a first portion of a handle and extending from a proximal end to a distal end; a middle sheath, the middle sheath being arranged in the outer sheath, and the middle sheath being connected to a second portion of the handle; an inner sheath, the inner sheath being allowed to pass through the middle sheath, the inner sheath being connected to a third portion of the handle, and the inner sheath being movable relative to the outer sheath; outer casings, with at least two outer casings being provided, and a distal end of the inner sheath being respectively fixedly connected to the outer casings; and a medical device, arranged around the inner sheath and partially accommodated in the outer casings.

Abstract: Systems and methods described provide ways to order channels surfed such that channels of likely greater interest to the user are presented to the user first, and channels of lesser interest are presented after. For examples, channels showing popular programs may be placed higher in a channel surfing lineup. The systems and methods may also take account of channels that are showing commercials during a time of channel surfing, and may skip over the same while surfing and/or may come back to the channel, or re-place or otherwise include the channel in the surfing lineup, at such time as the commercial has ended and regular programming has continued.

Abstract: Various aspects of a system and a method for accessing information associated with a sample of background audio in a computing device are disclosed herein. The computing device records, at predetermined time intervals, a sample of background audio in a vicinity of the computing device. The computing device transmits the recorded sample of background audio to a server computing device. The recorded sample of background audio and a metadata associated with the recorded sample of background audio is stored at the server computing device. The computing device accesses information associated with the recorded sample of background audio from the server computing device. The information is determined by the server computing device based on the recorded sample of background audio.

Abstract: Provided are ways in which a camera can be operated by a control device. Such provides a convenient solution whenever, e.g., two friends, each with a cell phone, wish to take a well-composed impromptu group picture. The “camera” may be any type of camera, which can be coupled to the control or monitoring device. Typical cameras include those associated with mobile devices, such as cell phone cameras, but also dedicated cameras with transceiver functionality. The control device is often a mobile device such as a cell phone, but can also be a dedicated monitoring device. In one implementation, the control device can control the direction of view, the field of view, and shutter operation, and provide to the user an image of the current view seen. In this implementation, the user may control most significant aspects of camera composition, as well as initiating the capture of the image.

Abstract: Various aspects of a system and a method for providing a controlled power supply are disclosed herein. The method, in a vehicle, comprises controlling a power supply unit coupled to an exterior surface of the vehicle. The power supply unit provides the power supply to an electronic device connected to the power supply unit.

Abstract: Various aspects of a display apparatus and a method for rendering digital content are disclosed herein. The display apparatus comprises a display controller that is configured to dynamically control an active display layer and/or a passive display layer. The active display layer and/or the passive display layer activates a display region of a display screen of the display apparatus based on one or more parameters. The active display layer corresponds to a first display technology and the passive display layer corresponds to a second display technology.

Abstract: Systems and methods described provide ways to order channels surfed such that channels of likely greater interest to the user are presented to the user first, and channels of lesser interest are presented after. For examples, channels showing popular programs may be placed higher in a channel surfing lineup. The systems and methods may also take account of channels that are showing commercials during a time of channel surfing, and may skip over the same while surfing and/or may come back to the channel, or re-place or otherwise include the channel in the surfing lineup, at such time as the commercial has ended and regular programming has continued.

Abstract: Provided are ways in which a camera can be operated by a control device. Such provides a convenient solution whenever, e.g., two friends, each with a cell phone, wish to take a well-composed impromptu group picture. The “camera” may be any type of camera, which can be coupled to the control or monitoring device. Typical cameras include those associated with mobile devices, such as cell phone cameras, but also dedicated cameras with transceiver functionality. The control device is often a mobile device such as a cell phone, but can also be a dedicated monitoring device. In one implementation, the control device can control the direction of view, the field of view, and shutter operation, and provide to the user an image of the current view seen. In this implementation, the user may control most significant aspects of camera composition, as well as initiating the capture of the image.

Abstract: Various aspects of a system and a method for providing a controlled power supply are disclosed herein. The method, in a vehicle, comprises controlling a power supply unit coupled to an exterior surface of the vehicle. The power supply unit provides the power supply to an electronic device connected to the power supply unit.

Abstract: Various aspects of a system and a method for accessing information associated with a sample of background audio in a computing device are disclosed herein. The computing device records, at predetermined time intervals, a sample of background audio in a vicinity of the computing device. The computing device transmits the recorded sample of background audio to a server computing device. The recorded sample of background audio and a metadata associated with the recorded sample of background audio is stored at the server computing device. The computing device accesses information associated with the recorded sample of background audio from the server computing device. The information is determined by the server computing device based on the recorded sample of background audio.