Abstract: A peripheral catheter assembly having a hollow catheter hub, a female proximal end, a distal end provided with a catheter tube, at least one infusion port located between the distal and proximal ends, a hollow needle module that includes a needle held by a male socket arranged to sealingly engage the female proximal end, and a sealing member engaged inside the catheter hub which serves for facilitating venipuncture without unintended splashing of blood. A sealing valve that includes a septum seal having a weakened portion surrounded by deflectable septum walls, and a hollow tubular extension which protrudes towards a free end from the periphery of the septum seal and extends inside the catheter hub past the infusion port towards the distal end of the catheter hub provide a self-closable sealing member which provide the physician the freedom to leave the patient when the needle module is retracted.

Abstract: A peripheral catheter assembly having a hollow catheter hub, a female proximal end, a distal end provided with a catheter tube, at least one infusion port located between the distal and proximal ends, a hollow needle module that includes a needle held by a male socket arranged to sealingly engage the female proximal end, and a sealing member engaged inside the catheter hub which serves for facilitating venipuncture without unintended splashing of blood. A sealing valve that includes a septum seal having a weakened portion surrounded by deflectable septum walls, and a hollow tubular extension which protrudes towards a free end from the periphery of the septum seal and extends inside the catheter hub past the infusion port towards the distal end of the catheter hub provide a self-closable sealing member which provide the physician the freedom to leave the patient when the needle module is retracted.

Abstract: Trimmer head comprising at lease two eyelets (17) and a bobbin (10) provided with at least two sections (11, 12) for storing of one cutting filaments (13, 14) in each section. The eyelet (17) is placed in a housing surrounding the bobbin (10) and is provided with an opening for the cutting filament (13, 14). The opening is extending in axial direction of the trimmer head so that the opening provides access to all sections (11, 12) for storing of cutting filament (13, 14). One side of the opening has groove shaped so that the cutting filament (13, 14) is placed in the groove when the trimmer head rotates no matter of which section (11, 12) of the bobbin (10) the filament (13, 14) is stored in.

Abstract: Trimmer head for a portable engine powered tool comprising one or more cutting filaments stored winded on a related bobbin placed inside the trimmer head. The components in the trimmer head that are related to the unwinding of cutting filament from the bobbin are replaceable so that it is possible to alternate the type of activation for unwinding of cutting filament by changing selected components in the trimmer head.

Abstract: Trimmer head (10; 20) comprising at least two sections (11, 12; 21, 22) that creates a casing surrounding one or more bobbins and related cutting filaments. The cutting filament or filaments are lead through the casing via openings (17) placed at different heights in the casing so that the cutting height is adjustable. In order to facilitate loading of cutting filament so that the selected cutting height is achieved is a groove (18) extending from the edge of the section of the trimmer head that is provided with openings to the openings. The operator uses the groove (18) for placing the cutting filament into the selected opening (17).

Abstract: Trimmer head (10; 20) comprising at least two sections (11, 12; 21, 22) that creates a casing surrounding one or more bobbins and related cutting filaments. The cutting filament or filaments are lead through the casing via openings (17) placed at different heights in the casing so that the cutting height is adjustable. In order to facilitate loading of cutting filament so that the selected cutting height is achieved is a groove (18) extending from the edge of the section of the trimmer head that is provided with openings to the openings. The operator uses the groove (18) for placing the cutting filament into the selected opening (17).