Abstract: A rescue vehicle (2) includes a chassis (4), a drive unit (6) fastened to the chassis (4) and a driver's cab (8), which is fastened to the chassis (4). The chassis (4) is arranged behind the driver's cab (8) in a longitudinal direction L of the rescue vehicle (2). The rescue cab (10) has a gas-tight configuration. The rescue cab (10) has at least one door (12) as an access to the interior (14) of the rescue cab (10). The rescue vehicle (2) has an air supply unit (16), which is configured to supply the interior (14) of the rescue cab (10) with breathing air.

Abstract: A wearable support assembly is provided which includes a belt strap configured to be secured about a user's hips/waist and a carrier frame which is pivotally attached to the belt strap at two pivot points which are spaced apart along the belt strap to create a substantially lateral pivot axis when the belt is worn by the user, where the relative position of the two pivot points can be adjusted with respect to the belt, the carrier frame is located behind the user when the support assembly is worn by the user and the carrier frame spans the distance between each pivot point on the belt strap with a gap separating the belt strap and the carrier frame.

Abstract: A rescue vehicle (2) includes a chassis (4), a drive unit (6) fastened to the chassis (4) and a driver's cab (8), which is fastened to the chassis (4). The chassis (4) is arranged behind the driver's cab (8) in a longitudinal direction L of the rescue vehicle (2). The rescue cab (10) has a gas-tight configuration. The rescue cab (10) has at least one door (12) as an access to the interior (14) of the rescue cab (10). The rescue vehicle (2) has an air supply unit (16), which is configured to supply the interior (14) of the rescue cab (10) with breathing air.

Abstract: A wearable support assembly is provided which includes a belt strap configured to be secured about a user's hips/waist and a carrier frame which is pivotally attached to the belt strap at two pivot points which are spaced apart along the belt strap to create a substantially lateral pivot axis when the belt is worn by the user, where the relative position of the two pivot points can be adjusted with respect to the belt, the carrier frame is located behind the user when the support assembly is worn by the user and the carrier frame spans the distance between each pivot point on the belt strap with a gap separating the belt strap and the carrier frame.

Abstract: A wearable support assembly is provided and includes a belt strap which is configured to be secured about a user's hips/waist; and a carrier frame which is pivotally attached to the belt strap at two pivot points which are spaced apart along the belt strap so as to create a substantially lateral pivot axis when the belt is worn by the user, wherein the relative position of the two pivot points is adjustable with respect to the belt.

Abstract: A pannier frame assembly, which includes at least one pannier frame member and at least one connector element on each side of a bicycle rack having a top deck, the at least one connector element configured to releasably hold the pannier frame member, the at least one connector element and/or pannier frame member is configured to allow the pannier frame member to be adjusted in a forward and/or backward direction with respect to the bicycle rack, in use, when mounted to a bike.

Abstract: The invention is a tremolo device for adjusting the string tension in a stringed musical instrument including a body having an upper surface, a neck portion, a tuning head having a series of tuning devices, a multiplicity of strings each anchored at a first end to a respective one of the tuning devices and extending over at least a portion of the neck portion and the body. The tremolo device includes a base plate attached to the body of the instrument and a movable plate having first and second edges extending in a direction perpendicular to the strings. The movable plate is mounted to the base plate along the second edge of the movable plate about a pivot axis and in a horizontal position with its longitudinal axis perpendicular to the strings. The first edge of the movable plate is adapted to securely anchor the second end of each of the strings.