AUDIOPLAYBACK/SIMULATION SYSTEM AND AUDIO PLAYBACK SIMULATION METHOD Russian patent published in 2022 - IPC H04R3/00 H04R29/00 H04S7/00 

Abstract RU 2777613 C1

FIELD: acoustics.

SUBSTANCE: invention relates to acoustics. The audio playback/simulation system (10) contains several audio playback devices controlled by one or more audio signals (AS), a processor (14) for processing the input audio stream (ST) to form one or more audio signals (AS). The processor (14) performs processing by using acoustic signal processing parameters (PP) that determine the sound characteristic of the target audio system (12', 12", 12"') for at least two different target audio systems (12', 12", 12"'), moreover, the mentioned parameters of the processing acoustic signal are performed with providing the ability to simulate the target audio system (12', 12", 12"') by using the device (12) to reproduce the sound. The audio playback/simulation system (10) contains a memory having a database (16) stored in it or is connected to a database (16) storing processing parameters (PP) for at least two different target audio systems (12', 12", 12"'), moreover, the target audio system (12', 12", 12"') contains a sound panel designed to play the surrounding three-dimensional (3D) content and/or immersive content. The processing parameter of the mentioned processing parameters describes the directivity of the sound played by the target audio system (12', 12", 12"'), or at the same time, the processing parameter from the mentioned acoustic signal processing parameters describes the configuration of the converters of the target audio system (12', 12", 12") as a sound characteristic; moreover, the configuration of the converters contains information about the number of converters per channel of the target audio system (12', 12", 12").

EFFECT: providing the possibility of simulating various acoustic systems, taking into account the characteristics of directivity, encoding format, number of channels.

18 cl, 5 dwg

Similar patents RU2777613C1

Title Year Author Number
RENDERING OF REFLECTED SOUND FOR OBJECT-ORIENTED AUDIO INFORMATION 2013
  • Krokett Brett G.
  • Khuks Spenser
  • Sifeldt Alan
  • Lando Dzhoshua B.
  • Braun S. Fillip
  • Mekhta Sripal S.
  • Marri Stjuart
RU2602346C2
VIRTUAL HEIGHT FILTER FOR REFLECTED SOUND PRESENTATION BY MEANS OF DIRECTED UPWARDS LOUDSPEAKERS 2014
RU2613042C2
DIFFERENTIAL AUDIO REPRODUCTION 2016
  • Faller, Christof
  • Walther, Andreas
  • Schmidt, Markus
  • Saari, Ville
  • Borss, Christian
RU2704635C2
AUDIO SYSTEM 2016
  • Faller, Christof
  • Schmidt, Markus
  • Walther, Andreas
  • Borss, Christian
  • Saari, Ville
  • Goetz, Philipp
RU2710524C2
PLAYBACK AT LOWER LEVEL 2020
  • Walther, Andreas
  • Grewe, Yannik
  • Klapp, Julian
RU2804680C2
AUDIO SYSTEM AND METHOD FOR OPERATION THEREOF 2012
  • Omen Arnoldus Verner Jokhannes
  • Brebart Dirk Erun
  • Koppens Erun Gerardus Khenrikus
  • Skhejers Erik Gosejnus Petrus
RU2595943C2
METHOD AND APPARATUS FOR ENCODING AND OPTIMAL RECONSTRUCTION OF THREE-DIMENSIONAL ACOUSTIC FIELD 2009
  • Mateos Sole Antonio
  • Arumi Al'Bo Pau
RU2533437C2
OPTIMIZATION OF VOLUME AND DYNAMIC RANGE THROUGH VARIOUS PLAYBACK DEVICES 2018
  • Riedmiller, Jeffrey
  • Norcross, Scott Gregory
  • Roeden, Karl Jonas
RU2777880C2
OPTIMIZATION OF VOLUME AND DYNAMIC RANGE THROUGH VARIOUS PLAYBACK EQUIPMENT 2014
  • Riedmiller, Jeffrey
  • Norcross, Scott Gregory
  • Roeden, Karl Jonas
RU2665873C1
SPATIAL REPRODUCTION OF SOUND 2011
  • Khjarmja Aki Sakari
  • De Brjuehjn Verner Paulus Josefus
RU2559713C2

RU 2 777 613 C1

Authors

Walther, Andreas

Fuchs, Harald

Gayer, Marc

Dates

2022-08-08Published

2019-12-19Filed