Abstract: Systems, methods, and machine-readable media facilitate voice distribution. A wireless, bidirectional audio link with each auxiliary device of a plurality of auxiliary devices may be established and simultaneously managed. A first audio signal comprising a first vocal message may be received as input. A third audio signal may be simultaneously received with receipt of the first audio signal. The third audio signal may include a third vocal message that is different from the first vocal message and a second vocal message. The first audio signal may be buffered with a first input buffer of a control device while the third audio signal is buffered with a second input buffer of the control device. Simultaneous bidirectional translation of the first vocal message and the third vocal message may be performed. The second audio signal including a second vocal message may be provided as output.

Abstract: A control device of voice distribution including: at least one voice processing module arranged to—receive as input an audio signal including a first vocal message, and—provide as output an audio signal including a second vocal message, the first and second vocal messages being different one from the other and the second vocal message resulting from a processing of the first vocal message; a communication module arranged to establish and simultaneously manage a wireless, bidirectional and audio link with each one of a plurality of auxiliary devices, each link being connected to the input and/or the output of at least one voice processing module.

Abstract: Disclosed is a device for controlling Bluetooth multimedia devices, the device including a Bluetooth chip configured to establish a point to multipoint link from the Bluetooth chip to a plurality of Bluetooth multimedia devices, and to stream a multimedia stream to at least one of the plurality of Bluetooth multimedia devices. The Bluetooth chip is further configured to: retrieve from each Bluetooth multimedia device an indication of a signal strength of each link between the device and the corresponding Bluetooth multimedia device; and select at least one Bluetooth multimedia device to which stream the multimedia stream based on the retrieved indications of signal strength.

Abstract: The invention relates to a method of determining latency information in a wireless audio system, the wireless audio system comprising at least one wireless receiver, a wireless transmitter and a sound recorder, the method comprising the following steps: transmitting at least one test signal from the wireless transmitter to the wireless receiver, the test signal defining a time reference; playing the test signal at the wireless receiver; acquiring an audio record by the sound recorder while the test signal is played by the wireless receiver; determining, by the sound recorder, a latency information related to the wireless receiver at least based on the time reference and based on the audio record, and the wireless transmitter and the sound recorder being synchronized; transmitting the determined latency information to the wireless transmitter.

Abstract: The invention relates to a method of determining latency information in a wireless audio system, the wireless audio system comprising at least one wireless receiver, a wireless transmitter and a sound recorder, the method comprising the following steps: transmitting at least one test signal from the wireless transmitter to the wireless receiver, the test signal defining a time reference; playing the test signal at the wireless receiver; acquiring an audio record by the sound recorder during the test signal is played by the wireless receiver; determining, by the sound recorder, a latency information related to the wireless receiver at least based on the time reference and based on the audio record, the wireless transmitter and the sound recorder being synchronized; transmitting the determined latency information to the wireless transmitter.

Abstract: A control device of voice distribution including: at least one voice processing module arranged to—receive as input an audio signal including a first vocal message, and—provide as output an audio signal including a second vocal message, the first and second vocal messages being different one from the other and the second vocal message resulting from a processing of the first vocal message; a communication module arranged to establish and simultaneously manage a wireless, bidirectional and audio link with each one of a plurality of auxiliary devices, each link being connected to the input and/or the output of at least one voice processing module.

Abstract: Disclosed is a device for controlling Bluetooth multimedia devices, the device including a Bluetooth chip configured to establish a point to multipoint link from the Bluetooth chip to a plurality of Bluetooth multimedia devices, and to stream a multimedia stream to at least one of the plurality of Bluetooth multimedia devices. The Bluetooth chip is further configured to: retrieve from each Bluetooth multimedia device an indication of a signal strength of each link between the device and the corresponding Bluetooth multimedia device; and select at least one Bluetooth multimedia device to which stream the multimedia stream based on the retrieved indications of signal strength.

Abstract: Timepiece with date display comprises two supports (20, 30), each bearing a set of signs (40, 50) according to an annular arrangement, one bearing signs (50) 0 to 9 forming the date digits and the other bearing signs (40) 0 to 3 forming the decimals, the respective signs (40, 50) being juxtaposed in order to indicate the date (70). The signs (40, 50) are disposed in a non uniform manner, such that the angular deviation formed between the start of a sign (40, 50) and the start of the following sign (40, 50) varies from one sign to another. The timepiece further comprises a mechanism for driving said supports (20, 30) by uniform angular pitches of around 36° per day for the support (30) bearing the signs (50) forming the digits and of around 45° per five days for the support (20) bearing the signs (40) forming the decimals.

Abstract: A timepiece with date display comprises two supports (20, 30), for example superposed discs or rings, each bearing a set of signs (40, 50) according to an annular arrangement, one bearing signs (50) 0 to 9 forming the date digits and the other bearing signs (40) 0 to 3 forming the decimals, arranged in such a manner that the respective signs (40, 50) are juxtaposed in order to indicate the date (70), characterized by the fact that said signs (40, 50) are disposed in a non uniform manner, such that the angular deviation formed between the start of a sign (40, 50) and the start of the following sign (40, 50) varies from one sign to another, the signs (50) 0 to 9 forming the digits being separated at an angle varying by around 33° between the signs 0 and 1 to around 38.5° between the signs 2 and 1, the signs (40) 0 to 3 forming the decimals being doubled, (0, 0; 1, 1; 2, 2; 3, 3) and being separated at an angle varying by around 41° between the signs 1 and 0 to around 48° between the signs 2 and 1.