Abstract: The present disclosure provides a dual release actuator for a vehicle seat according to the present disclosure, since the first latch release cable and the second latch release cable are disposed on one side of the worm wheel gear and the third latch release cable is disposed on another side of the worm wheel gear, the walk-in latch and the folder-lock latch may be simultaneously released using the first latch release cable and the second latch release cable without connecting a separate distributor.

Abstract: The present disclosure provides a dual release actuator for a vehicle seat according to the present disclosure, since the first latch release cable and the second latch release cable are disposed on one side of the worm wheel gear and the third latch release cable is disposed on another side of the worm wheel gear, the walk-in latch and the folder-lock latch may be simultaneously released using the first latch release cable and the second latch release cable without connecting a separate distributor.

Abstract: An actuator group for an automotive power seat according to the present disclosure includes: three or more types of actuators constituting the automotive power seat, and each actuator of the actuator group includes: a motor assembly 10 having a BLDC motor configured therein; and a reducer assembly 20 coupled to the motor assembly 10 on a side where a motor shaft 15 of the BLDC motor extends and receiving a rotational force of the BLDC motor to decelerate, and the reducer assembly 20 is configured differently from each other depending on a type of an actuator, but the motor assembly 10 is shared.

Abstract: The present disclosure relates to an armrest tilting device provided on a seat and capable of tilting and adjusting an armrest capable of supporting a user’s arm. The armrest tilting device includes: a shaft which is installed on a seat and has one end installed on an armrest in such a way as to be relatively rotated; a housing which is fastened to the armrest and supports the shaft in the state where the shaft is installed on the armrest; a bracket which is fastened and fixed to the shaft; a ratchet which is rotatably fastened to a hinge member fastened to the bracket; a sector gear portion which is fastened to and rotates together with the armrest and is engaged with the ratchet; a guide plate which is provided on the sector gear portion and where the ratchet moves in one area while being separated from the sector gear portion; and an elastic member which applies an elastic force such that ratchet gear teeth formed on the ratchet are meshed with sector gear teeth formed on the sector gear portion.

Abstract: A portable audio device suitable for reproducing MPEG encoded data includes a plurality of inputs, a data storage, a display, an audio output, at least one processor, and a battery. The plurality of inputs includes a forward input, a play control input, and a random input. The data storage stores compressed digitized audio data. The at least one processor is responsive to selection of at least one of the plurality of inputs to convert selected compressed digitized audio data stored in the data storage for reproduction by the audio output and to provide information to the display.

Abstract: A portable audio device suitable for reproducing MPEG encoded data includes a plurality of inputs, a data storage, a display, an audio output, at least one processor, and a battery. The plurality of inputs includes a forward input, a play control input, and a play control input. The data storage stores compressed digitized audio data. The at least one processor is responsive to selection of at least one of the plurality of inputs to convert selected compressed digitized audio data stored in the data storage for reproduction by the audio output and to provide information to the display.

Abstract: A portable audio device suitable for reproducing MPEG encoded data includes a plurality of inputs, one or more memory chips, a display, an audio output, one or more processors, and a battery. The plurality of inputs includes a forward input, a reverse input, and a play control input. The one or more memory chips store compressed digitized audio data. The one or more processors are responsive to selection of at least one of the plurality of inputs to reproduce select rows of compressed digitized audio data stored in the data in an audio format and to provide information to the display.

Abstract: A portable audio device suitable for reproducing MPEG encoded data includes a plurality of inputs, one or more memory chips, a display, an audio output, one or more processors, and a battery. The plurality of inputs includes a forward input, a reverse input, and a play control input. The one or more memory chips store compressed digitized audio data. The one or more processors are responsive to selection of at least one of the plurality of inputs to reproduce select rows of compressed digitized audio data stored in the data in an audio format and to provide information to the display.

Abstract: A portable audio device suitable for reproducing MPEG encoded data includes a plurality of inputs, a non-removable data storage, a display, an audio output, at least one processor, and a battery. The plurality of inputs includes a forward input, a play control input, and a random input. The non-removable data storage stores compressed digitized audio data. The at least one processor is responsive to selection of at least one of the plurality of inputs to convert selected compressed digitized audio data stored in the non-removable data storage for reproduction by the audio output and to provide information to the display.

Abstract: A portable audio device suitable for reproducing MPEG encoded data includes a plurality of inputs, a data storage, a display, an audio output, at least one processor, and a battery. The plurality of inputs includes a forward input, a play control input, and a random input. The data storage stores compressed digitized audio data. The at least one processor is responsive to selection of at least one of the plurality of inputs to convert selected compressed digitized audio data stored in the data storage for reproduction by the audio output and to provide information to the display.

Abstract: A portable audio device suitable for reproducing MPEG encoded data includes a plurality of inputs, a data storage, a display, an audio output, at least one processor, and a battery. The plurality of inputs includes a forward input, a play control input, and a random input. The data storage stores compressed digitized audio data. The at least one processor is responsive to selection of at least one of the plurality of inputs to convert selected compressed digitized audio data stored in the data storage for reproduction by the audio output and to provide information to the display.

Abstract: A portable audio device suitable for reproducing MPEG encoded data includes a plurality of inputs, one or more memory chips, a display, an audio output, one or more processors, and a battery. The plurality of inputs includes a forward input, a reverse input, and a play control input. The one or more memory chips store compressed digitized audio data. The one or more processors are responsive to selection of at least one of the plurality of inputs to reproduce select rows of compressed digitized audio data stored in the data in an audio format and to provide information to the display.

Abstract: A portable audio device suitable for reproducing MPEG encoded data includes a plurality of inputs, a data storage, a display, an audio output, at least one processor, and a battery. The plurality of inputs includes a forward input, a play control input, and a random input. The data storage stores compressed digitized audio data. The at least one processor is responsive to selection of at least one of the plurality of inputs to convert selected compressed digitized audio data stored in the data storage for reproduction by the audio output and to provide information to the display.

Abstract: A portable audio device suitable for reproducing MPEG encoded data includes a plurality of inputs, one or more memory chips, a display, an audio output, one or more processors, and a battery. The plurality of inputs includes a forward input, a reverse input, and a play control input. The one or more memory chips store compressed digitized audio data. The one or more processors are responsive to selection of at least one of the plurality of inputs to reproduce select rows of compressed digitized audio data stored in the data in an audio format and to provide information to the display.

Abstract: A method for distributing music stored as MPEG encoded data to a handheld portable sound reproducing device via a telecommunications network includes storing a plurality of selections of music as digitized audio data compressed at least in part according to a Moving Pictures Expert Group (MPEG) compression standard. The method further includes making the plurality of selections of music available for purchase via a telecommunications network, and receiving a purchase request to purchase a selected song from a personal computer connected to the telecommunications network, where the selected song is one of the plurality of selections of music available for purchase. Further, the method includes transmitting the selected song to the personal computer via the telecommunications network, connecting the personal computer to a portable sound reproducing device, and downloading the selected song from the personal computer to the portable sound reproducing device for storage at the memory.

Abstract: A portable audio device suitable for reproducing MPEG encoded data includes a plurality of inputs, one or more memory chips, a display, an audio output, one or more processors, and a battery. The plurality of inputs includes a forward input, a reverse input, and a play control input. The one or more memory chips store compressed digitized audio data. The one or more processors are responsive to selection of at least one of the plurality of inputs to reproduce select rows of compressed digitized audio data stored in the data in an audio format and to provide information to the display.

Abstract: A portable audio device suitable for reproducing MPEG encoded data includes a plurality of inputs, a data storage, a display, an audio output, at least one processor, and a battery. The plurality of inputs includes a forward input, a play control input, and a random input. The data storage stores compressed digitized audio data. The at least one processor is responsive to selection of at least one of the plurality of inputs to convert selected compressed digitized audio data stored in the data storage for reproduction by the audio output and to provide information to the display.

Abstract: A portable audio device suitable for reproducing MPEG encoded data includes a plurality of inputs, a data storage, a display, an audio output, at least one processor, and a battery. The plurality of inputs includes a forward input, a play control input, and a play control input. The data storage stores compressed digitized audio data. The at least one processor is responsive to selection of at least one of the plurality of inputs to convert selected compressed digitized audio data stored in the data storage for reproduction by the audio output and to provide information to the display.

Abstract: A portable audio device suitable for reproducing MPEG encoded data includes a plurality of inputs, a non-removable data storage, a display, an audio output, at least one processor, and a battery. The plurality of inputs includes a forward input, a play control input, and a random input. The non-removable data storage stores compressed digitized audio data. The at least one processor is responsive to selection of at least one of the plurality of inputs to convert selected compressed digitized audio data stored in the non-removable data storage for reproduction by the audio output and to provide information to the display.

Abstract: Disclosed is an MPEG portable sound reproducing system and a method for reproducing sound data compressed using the MPEG method.