Abstract: The present invention relates to a mobile house comprising a sill (1) of inorganic material, at least four height-adjustable feet (2), a framework (3, 4, 5, 6) of inorganic material for walls and roofs, a plurality of floorboards (7), a plurality of wallboards (8), and a plurality of roof panels (9), the adjustable feet, in the assembled state, levelly supporting the sill at a distance from the underlying ground.

Abstract: The present invention relates to a mobile house comprising a sill (1) of inorganic material, at least four height-adjustable feet (2), a framework (3, 4, 5, 6) of inorganic material for walls and roofs, a plurality of floorboards (7), a plurality of wallboards (8), and a plurality of roof panels (9), the adjustable feet, in the assembled state, levelly supporting the sill at a distance from the underlying ground.

Abstract: The present invention relates to a structural element comprising of a rigid, hollow body having upper and lower, essentially parallel sides and interjacent side sections and configured in such a way that it can be positioned above a similarly configured structural element, and that it is locked to prevent movement orthogonally in relation to a subjacent, similarly configured structural element by such positioning, and that the structural element comprises one filling orifice (3) on the upper side of the structural element and one drain orifice (4) on the lower edge of one of the side sections of the structural element.

Abstract: The present invention relates to a device for collecting urine or other organic body fluids. The device comprises a flexible bag (1) made of liquid-impermeable film material, a member (2) for receiving fluid and conveying it into the bag, means for preventing fluid from leaving the bag via said receiving member, and at least one absorption body arranged in the bag (1) and in the form of a sheet-shaped laminate (5). The laminate sheet comprises a superabsorbent material which is enclosed between two liquid-permeable surface layers and which forms a gel composition (14) when delivered fluid is absorbed.

Abstract: A device for collecting urine or other organic body fluids includes a flexible bag (1) made of liquid-impervious sheet material, a urine-receiving member (2) which receives and conducts urine into the bag, and a device which prevents urine from leaving the bag through the urine-receiving members. The urine-receiving member (2) is attached to a mounting flange (5) which is welded sealingly to the bag (1). The flange is provided with a bottom which lies at least partially loosely against the bag wall. The flange bottom includes openings through which urine can flow and that part of the bag wall located beneath the bottom is provided with at least one cut so as to form at least one flap. This flap allows urine to flow into the bag (1) through the openings in the flange bottom, but functions to close these openings when urine tends to flow in the reverse direction.

Abstract: A device for collecting urine or other organic body fluids includes a flexible bag (1) made of liquid-impervious sheet material, means (2) for receiving urine and conducting urine into the bag, and means for preventing urine from leaving the bag through the urine-receiving means. The urine-receiving means (2) is attached to a mounting flange (5) which is welded sealingly to the bag (1). The flange is provided with a bottom which lies at least partially loosely against the bag wall. The flange bottom includes openings through which urine can flow and that part of the bag wall located beneath the bottom is provided with at least one cut so as to form at least one flap. This flap allows urine to flow into the bag (1) through the openings in the flange bottom, but functions to close these openings when urine tends to flow in the reverse direction.

Abstract: A method for use when making mutually different analyses on organic body fluids which, when taken as samples from a patient, are drawn into a so-called vacuum tube 1 which is hermetically sealed by means of a rubber stopper 2 or the like. The device comprises a pressure-equalizing and sample-retrieval cannula 3 having a penetrating pipe 4 with a pointed end intended to penetrate the rubber stopper 2. The other end of the pipe 4 merges with a seating for receiving a cuvette, pipette or like collecting vessel, provides with a suction hose 11 which extends through the pipe 4 and into the vacuum tube 1. The seating is an integral part of a holding device provided with downwardly projecting fixation means 6 which embrace the rubber stopper 2 and hold the cannula 3 in position, so as to enable the vacuum tube 1 to be centifuged with the cannula in position.

Abstract: Equipment suited for taking fluid samples from patients includes a sample taking device which is provided with a front needle (2) and a rear needle (3) whose pointed ends face away from one another. The pointed end of the front needle (2) is intended for piercing a vein or like blood vessel, while the pointed end of the rear needle (3) is intended for piercing a sealing stopper of a vacuum-type test tube capable of being partially inserted into the sampling device. Defined between the mutually facing ends of respective needles is a space (9) which accommodates a flow regulator (10) for regulating the flow through the needles.

Abstract: A device for use when making mutually different analyses on organic body fluids which, when taken as samples from a patient, are drawn into a so-called vacuum tube (1) which is hermetically sealed by means of a rubber stopper (2) or the like. The device comprises a pressure-equalizing and sample-retrieval cannula (3) having a penetrating pipe (4) with a pointed end intended to penetrate the rubber stopper (2). The other end of the pipe (4) merges with a seating for receiving a cuvette, pipette or like collecting vessel, provided with a suction hose (11) which extends through the pipe (4) and into the vacuum tube (1). The seating is an integral part of a holding device provided with downwardly projecting fixation means (6) which embrace the rubber stopper (2) and hold the cannula (3) in position, so as to enable the vacuum tube (1) to be centrifuged with the cannula in position.