30 results about "Multitrack recording" patented technology

Systems and methods for wirelessly recording multi-track audio files. In some aspects, each performer is equipped with a local audio device capable of locally recording the respective performer's audio while also transmitting it to a master recorder. Functions of the local audio device may be adjusted remotely. The locally recorded audio may be used to repair or replace any audio lost or corrupted during transmission to the master recorder. Such repair or replacement may be performed electronically or via playback of the locally recorded audio. In other aspects, a master recorder is not required since all locally recorded audio may be combined or otherwise processed post-recording. Locally recorded audio may include identifiers to aid in post-recording identification of such audio. A multi-memory unit is provided to facilitate manipulation and processing of audio files. A method for automatically adjusting local audio device power mode based upon recorder status is also disclosed.

Disclosed are systems and methods for wirelessly recording multi-track audio files without the data corruption or loss of data that typically occurs with wireless data transmission. In some aspects of the present invention, each performer is equipped with a local audio device capable of locally recording the respective performer's audio while also transmitting it to a master recorder. The locally recorded audio may then be used to repair or replace any audio lost or corrupted during transmission to the master recorder. Such repair or replacement may be performed electronically or via playback of the locally recorded audio. In other aspects of the present invention, a master recorder is not required since all locally recorded audio may be combined or otherwise processed post-recording. Locally recorded audio may include identifiers to aid in post-recording identification of such audio. A multi-memory unit is also provided to facilitate manipulation and processing of audio files.

The present invention is a method and apparatus for multitrack recording of audio information using handheld digital electronic devices such as suitably equipped portable digital music players. Recording of video tracks by digital electronic devices to complement the audio is also contemplated. One device serves as a master; the remainder are slaves. A key aspect of the invention is the transmission of start and stop recording signals by the master, which facilitates synchronization of the various tracks. In certain embodiments of the invention, some slaves may begin preliminary sampling of audio information prior to the start recording signal. This prepares these slaves to begin the actual track recording without delay. Upon receiving the command to start recording, each slave chooses as the first frame of its, say, audio track that sample closest to the time the signal to record was received. The task of stopping recording is typically handled similarly. A recording device may store an indicator whereby the time offset of its first frame from the start recording signal can be determined, thus facilitating time interpolation of the samples in its track. In this way, all audio tracks, for example, might be transformed to a common set of time points. In a typical configuration, the master might also record a sound track or a video track.

Disclosed herein are a system and method for creating multimedia files for digital cinema advertising. The system including a digitizing device, an up-conversion device, a digital restoration device, a color correction device, a signal insertion device, a multiple channel conversion device, a multitrack recording device, a synchronization device, and a Storage Area Network (SAN). The digitizing device outputs multimedia content as a digital video file and a digital audio file. The up-conversion device converts the frame rate of the digital video file into a frame rate appropriate for a DCI standard. The digital restoration device restores the degradation of the image quality of the digital video file. The color correction device improves the colors of the video of the digital video file. The signal insertion device inserts various predetermined signals into the digital video file and the digital audio file. The multiple channel conversion device divides the digital audio file into multiple channels. The multitrack recording device generates a combined digital audio file. The synchronization device synchronizes the digital video file with the digital audio file using the sync signal. The mastering device performs mastering on the synchronized digital video and audio files using standard encoding, and thus generating a final master digital multimedia file. The SAN temporarily stores intermediate results generated by the respective devices.

A management device has a plurality of tracks (MTR) corresponding to a plurality of terminal devices, commands the terminal devices to start / stop recording in response to recording start / stop instructions (recording command circuitry), and creates, in each of the tracks, a provisional segment identifying a recording time corresponding to the instructions (provisional segment creation circuitry). Each of the terminal devices records sound data in response to the recording start / stop instructions (recording circuitry) and transfers the recorded sound data to the management device (transfer circuitry). The management device 10 acquires the sound data from the individual terminal devices (acquisition circuitry), and then the management device records the acquired sound data in association with the provisional segments of the corresponding tracks and thereby converts the provisional segments into actual segments (conversion circuitry).

Systems and methods for making a multitrack recording of a telephony communication, such as a conference call, record the contributions of each participant its own respective, separate recording track. In some instances, the contribution(s) of one or more participants is recorded in separate recording tracks, and the contributions of multiple other participants is mixed and recorded in a single recording track. An organizer or administrator of a telephony communication, such as a conference call, can instruct a multitrack recording system as to how to format a multitrack recording of the telephony communication via commands submitted through an application programming interface (API).

A multitrack recorder can allocate an input source in a simple manner without regard to whether a track is a monaural type or a stereo type. The multitrack recorder can set tracks 3 and 4, among a plurality of tracks 1 through 4, to either a monaural type or a stereotype. Track types are stored in memory. On occasion of allocation of an input source to each of the tracks, available input source alternatives are displayed in a display section while being changed according to whether the track is a monaural type or a stereo type.

An apparatus and a method for efficiently converting, by means of mixdown, audio signals recorded in multiple tracks into stereo signals.A plurality of audio signals input from an input terminal are recorded into a plurality of tracks of a recording medium. A mixer reads the audio signals recorded in the multiple tracks, subjects the audio signals to mixdown according to a mixer parameter set by an operation section, and records the processed signals as audio signals in the recording medium without reproducing the processed signal in real time. A plurality of mixer parameters are set, and a user can select a desired mixer parameter.

The invention is a patterned-media disks for multi-track recording that are fabricated by nanoimprinting from a master template and that have data islands arranged in a pattern to compensate for head skew. The islands are arranged along lines canted relative to a disk radial line by an acute angle, as required for multi-track recording. However, this angle is not the same for all bands, but varies from band to band to compensate for head skew. The angle the lines in a band are canted is reduced by the amount of head skew. There are a plurality of bands between the disk inside-diameter (ID) and mid-diameter (MD) where the angle is in one direction from a radial line and a plurality of bands between the disk MD and outside-diameter (OD) where the angle is in the opposite direction from a radial line.

A computer recording system for judicial procedure consists of a central computer database managing server, a computer monitor managing system, and sub-systems of terminals for multi-track recorders to collect and process data in real time. The sub-system consists of a terminal, a multi-channel audio signal converting card, and a multi-channel pre-amplifier, and several microphones. Each microphone is set for one person, such as plaintiff, defendant, etc. It can control all the recording operation and provide written records.

A multitrack recorder, which is provided by the invention, and is capable of displaying more information related to tracks operatively without reducing identifiability, includes a display unit 24 and a control unit. The control unit displays on the display unit 24 a level meter image indicating information on a corresponding track with respect to each of a predetermined number of tracks, and also first number images 46 indicating the respective numbers of some of the tracks so as to be associated with the corresponding respective level meter images 40 irrespective of the states of the some tracks, and, when a focused track is generated among the tracks displayed, temporarily displays a second number image 48 indicating the number of the focused track so as to be associated with the corresponding level meter image 40. The second number image 48 is displayed in a manner such that at least one of a size, a position, and a color is different from that of the first number image 46.

A multitrack recorder enables performance of easy identification as to whether a certain track is a monaural type or a stereo type, by means of level meters. The multitrack recorder can set tracks 3 and 4, among a plurality of tracks 1 through 4, to either a monaural type or a stereo type. When track types are stored in memory and when level meters are displayed in a display section, a width of each of track number displays and the number of level displays are changed between the monaural type and the stereo type.

The invention provides a multi-track recorder, which can simply and reliably realize the processing of duplicating the sound signal recorded in a certain track to other tracks. The multi-track recorder can set audio tracks 3 and 4 among the plurality of audio tracks 1 to 4 to any one of monophonic and stereophonic. When the track type is stored in the memory, and the audio signal recorded in the copy source track is copied and recorded to the copy destination track, the track type stored in the memory is used to copy the audio signal from the copy source track. The track corresponding to the type is automatically presented on the display part (24) as an available copy destination track.

A multitrack recorder includes a display unit and a control unit. The control unit displays on the display unit a level meter image indicating information on a corresponding track with respect to each of a predetermined number of tracks, and also first number images indicating the respective numbers of some of the tracks so as to be associated with the corresponding respective level meter images irrespective of the states of the some tracks, and, when a focused track is generated among the tracks displayed, temporarily displays a second number image indicating the number of the focused track so as to be associated with the corresponding level meter image. The second number image is displayed in a manner such that at least one of a size, a position, and a color is different from that of the first number image.

A multitrack recording system is disclosed. A multitrack recording / reproducing apparatus records a first audio signal with a multitrack recording apparatus into any of a plurality of channels (tracks). In the meantime, a smartphone records a second audio signal as a sound record file into a recording medium. A Wi-Fi connection is established between the sound recording apparatus and the smartphone, and the sound record file is transferred from the smartphone to the recording / reproducing apparatus. The recording / reproducing apparatus stores the sound record file into a remaining channel where the first audio signal is not recorded among the plurality of channels.

A multitrack recorder capable of setting one track or more to a monaural type or a stereo type has a storage unit that stores a history of track-type changing-and-setting operations and operations entailing erasure or changing of audio data stored on each track and that stores specifics of the track-type changing-and-setting operations and the audio data erased or changed along with performance of operations in association with each operation, and a change unit that changes audio data stored in each track, and a type of the track, to audio data that were stored in each track, and a type of the track, before performance of a specified operation.