Abstract: An apparatus for processing birds on a conveyor according to the invention includes a moveable engagement member (1,101,201,301) having a contacting surface (11,111,211,311) adapted for being brought into contact with the bird (2). The engagement member is connected to a carrier (30,130,230,330) at a primary axis (P), said carrier being rotatable about a stationary secondary axis (132,232,332) and the primary axis (P) being located on the carrier (30,130,230,330) at a distance from the secondary axis (132,232,332), so that said primary axis will rotate about the secondary axis when the carrier is rotated. The engagement member (1,101,201,301) is restrained between the primary axis and the contacting surface, so that the contacting surface is prevented from rotating about the secondary axis.

Abstract: An apparatus for processing birds on a conveyor according to the invention includes a moveable engagement member (1,101,201,301) having a contacting surface (11,111,211,311) adapted for being brought into contact with the bird (2). The engagement member is connected to a carrier (30,130,230,330) at a primary axis (P), said carrier being rotatable about a stationary secondary axis (132,232,332) and the primary axis (P) being located on the carrier (30,130,230,330) at a distance from the secondary axis (132,232,332), so that said primary axis will rotate about the secondary axis when the carrier is rotated. The engagement member (1,101,201,301) is restrained between the primary axis and the contacting surface, so that the contacting surface is prevented from rotating about the secondary axis.

Abstract: An apparatus is disclosed comprising a transducer, which transducer comprises at least one electrical connection point configured to enable an external electrical connection of the transducer. The transducer further comprises at least one decoupling coil configured to electrically decouple the transducer from the at least one electrical connection point at a frequency above an operating frequency of the transducer. Moreover, a method for assembling the described apparatus is disclosed.

Abstract: An apparatus is disclosed comprising a transducer, which transducer comprises at least one electrical connection point configured to enable an external electrical connection of the transducer. The transducer further comprises at least one decoupling coil configured to electrically decouple the transducer from the at least one electrical connection point at a frequency above an operating frequency of the transducer. Moreover, a method for assembling the described apparatus is disclosed.

Abstract: A mobile telecommunications device is disclosed and comprises a casing (2), an earpiece (6), and a cover (33) associated with the earpiece (6) to define a resonant cavity (34) between the earpiece (6) and the casing (2), wherein the cover (33) has an opening therein for the transmission of sound from the earpiece (6) via the cavity (34) into an acoustic path formed between the casing (2) and the cover (33).

Abstract: This invention relates to a delivery device of the bleeding hole type, where a primary drive fluid, e.g. silicon oil, is used to expel a secondary fluid, e.g. a drug, contained in a reservoir. To provide a desired drug flow rate, the primary fluid is forced from a first reservoir through a flow restrictor into a second reservoir displacing a portion of the drug reservoir, thereby expelling the drug from its reservoir. The idea is to provide a drive fluid outlet, i.e. a flow restrictor inlet, which protrudes into the first reservoir. By this arrangement the amount of particles and air-bubbles entering the narrow flow restrictor will be reduced. The reduction is achieved because particles and air-bubbles will normally concentrate in the top or bottom of the reservoir, whereas the protrusion will primarily connect to the centre of the first reservoir.

Abstract: A mobile telecommunications device is disclosed and comprises a casing (2), an earpiece (6), and a cover (33) associated with the earpiece (6) to define a resonant cavity (34) between the earpiece (6) and the casing (2), wherein the cover (33) has an opening therein for the transmission of sound from the earpiece (6) via the cavity (34) into an acoustic path formed between the casing (2) and the cover (33).