Abstract: A liquid separator (10) has a horizontal main pipe (100) and a collecting basin (200) arranged sealingly on the underside of the main pipe (100). A partition wall (310) extends transverse to the main pipe (100) and divides the collecting basin (200) into first and second basin chambers (210, 220). The first basin chamber (210) is connected to the interior of the main pipe (100) via passage openings (320), and the second basin chamber (220) has an outlet opening (230). The partition wall (310) extends sealingly on the underside of the main pipe across the width of the collecting basin (200) and has a connecting opening interconnecting the first and second basin chambers (210, 220) in a fluid-conducting manner. The second basin chamber (220) has no direct connection to the interior of the main pipe (100) and the outlet opening is higher than an upper edge of the connection opening.

Abstract: A resonator insert (14) is provided for coaxial and sectionally radially spaced insertion in an intake pipe of a turbocharger (10). The resonator insert (14) has a tube section (141) with a wall having circumferentially extending, axially adjacent through-slots (142). The wall of the tube section (141) carries at least one radially outwardly directed, axially extending lamella (144) crossing the through-slots (142). A turbocharger with an upstream resonator also is provided.

Abstract: A bearing bushing (1) and to a method for manufacturing a bearing bushing are provided. The bearing bushing includes a wire article (2) formed from knitted wire mesh or knitted wire fabric (6) and compressed into a dimensionally stable compressed product (3). The bearing bushing can be provided for supporting a throttle valve used in high-temperature applications. The wire article (2) is formed from a stainless steel. Existing voids (10) of the compressed product (3) are filled with solder (4).

Abstract: A bearing bushing (1) and to a method for manufacturing a bearing bushing are provided. The bearing bushing includes a wire article (2) formed from knitted wire mesh or knitted wire fabric (6) and compressed into a dimensionally stable compressed product (3). The bearing bushing can be provided for supporting a throttle valve used in high-temperature applications. The wire article (2) is formed from a stainless steel. Existing voids (10) of the compressed product (3) are filled with solder (4).