The metronome push cart is a cart. The metronome push cart is configured for use with a marching band. The metronome push cart comprises a cart structure, a rotating mount, a speaker, and a metronome. The rotating mount attaches to the cart structure. The rotating mount secures the speaker to the cart structure. The cart structure transports the speaker, and metronome while the marching band is performing. The metronome maintains an audible rhythmic sound used to coordinate the musicians in the marching band.

Systems, methods and apparatus directed to a global metronome configured at each of one or more locations to receive a high accuracy timing signal and responsively update a local clock thereto, to determine a phase of a virtual metronome using the updated local clock, a predetermined epoch start time and a predetermined virtual metronome period, to phase synchronize a local metronome to the virtual metronome, and to control local devices providing audio playback and/or a sequence of nonmusical events in accordance with start/stop/tempo messages configured in accordance with the local metronome. By using the global metronome at each of a plurality of locations to synchronize/control devices at those locations, the local devices that each of the plurality of locations are inherently synchronized with each other.

According to one embodiment of the present disclosure, provided is a meditation support device that is used by being held by hands, the meditation support device including: a sound output module that outputs sound whose volume varies in order to guide timing of respiration; and a vibration generator that generates vibration whose magnitude varies in order to guide timing of respiration.

A ball-striking training device for batting tee practice based on the functionality of the metronome. The metronomically oscillating batting tee includes a base, a moveable stem, a receptacle, a driver, a timing mechanism being locally or remotely controlled for oscillating the ball back and forth atop the tee for a predetermined timing interval.

A tempo detection and display system, a musical practice and mastery system, a musical aid, a disc jockey aid, processes, and method of use are presented. The present disclosure is configured to provide measurements and display these measurements, and in particular display via nixie tubes. The measurements configured of and/or interpreting an external audio signal. Additionally, the system is configured to measure and display dB SPL; decibel of sound pressure level, also referred to as dB SPL, decibel of sound pressure level or decibel sound pressure level. To switch what parameter is being displayed, a 3-state toggle switch; or toggle switch or toggle, which is located on the main body.

A visual metronome for use with a drum kit, including circuitry for generating a succession of light signals according to a selected flashing pattern defined by frequency and duration. A circuit splitter is in operative communication with the metronome for multiplying the light signals. A plurality of individual light emitting components are in operative communication with the circuit splitter, the light emitting components being mounted to individual components associated with the drum kit to simultaneously display the flashing pattern corresponding to the multiplied light output signals at locations visible to a user of the drum kit. A plurality of cables extend between the circuit splitter and respective light emitting components. The light emitting components can each further include a different color in order to provide enhanced visibility in various stage lighting situations. A power supply communicates the metronome, including any of a battery or a 9V power outlet plug.

A method which may include, using a computing device operating a processor: based on a signal indicative of detected instrumental sounds, determining a tempo at which a user is playing; and conveying feedback indicative of a difference between the determined tempo and a predefined tempo.

The present disclosure provides systems and methods for providing a metronome embedded in a search results page. One example computer-implemented method includes displaying, by a mobile computing device, a search results webpage that includes a metronome user interface. The method includes receiving, by the mobile computing device, a user input that requests implementation of the metronome at a tempo. In response to receiving the user input, the method includes generating, by the mobile computing device, an audio clip that exhibits the tempo. The method includes using, by the mobile computing device, an audio player application to play the audio clip. The audio player application does not experience interruption or latency when the mobile computing device transitions to a lock screen state during playback of the audio clip.

An electromagnetic scanning metronome comprises a laser to produce a beam of light, and comprises a surface to reflect the beam of light to produce a visible line of light which extends over an image of sheet music. The metronome includes apparatus to move the laser and visible line of light from left to right with respect to the image of sheet music.

A method of music instruction utilizing a system capable of producing two or more sounds perceived by the user as originating in specific locations in three-dimensional space relative to the user, with the system comprising a user interface, a sound generator, a transmitter, and a monitoring device, and the method comprising the steps of obtaining the system; interacting with the user interface of the system to provide instruction to the sound generator; interacting with the monitoring device; generating the one or more sounds perceived to be emanating from some location in three-dimensional space based on the instruction provided; transmitting output signals to the monitoring device; and perceiving the sounds by means of the monitoring device, with the method being practiced at the same time that the user either plays or does not play a musical instrument.