Abstract:
A wall module (7) arranged to be used as at least a part of a wall in a building (8) and a building with such a wall module (7) is described. The wall module comprises at least two load bearing studs (11), at least one outer cover board (12) arranged on the outside of the load bearing studs (11) and at least one inner cover board (13) arranged on the inside of the load bearing studs (11). The cover boards (12, 13) span over the space between the load bearing studs (11). Insulation (14) in the form of cellular plastic is arranged between the load bearing studs (11) and between the cover boards (12, 13). At least one of the load bearing studs (11) comprises an inner beam (2), an outer beam (3), a block (4) of cellular plastic arranged between and glued to the inner beam (2) and the outer beam (3), and two beam boards (5, 6) which are arranged on each side of, span over and are glued to the inner beam (2), the block (4) of cellular plastic and the outer beam (3).
Abstract:
A terminal for electrical resistive elements of molybdenum silicide or alloys of this material, which terminal (1) is arranged to pass through a furnace wall (3) or a furnace ceiling or corresponding insulated wall, where the terminal (1) located at each end of the hot zone (4) of the element (2) has a diameter that is larger than the diameter of the element in the hot zone (4). The invention is characterised in that a terminal connector (5) is connected to each terminal (1), in that the terminal connector (5) is made from aluminium, in that the terminal connector (5) has a length that fully or partially constitutes the length of the combined terminal length, where the combined terminal length is the length of the relevant terminal (1) of the element and the terminal connector (5).
Abstract:
A chamber (26, 58, 96) for sterilization treatment of an object of packaging material passing through the chamber, and a method for sterilization treatment of an object of packaging material, as well as a machine for producing packages comprising such a chamber, and a process for producing packages comprising such a method, are provided. The chamber comprises a device (36, 68, 98) for determining a concentration of a sterilization agent in a gas mixture inside the chamber and means (32, 66) for maintaining a higher pressure inside the chamber than outside the chamber at an object exit opening (30, 86) thereof. The chamber is characterized in that the device comprises a catalyst (38, 7Q, 100), an outlet (42, 78, 114) of the catalyst being connected to an outside of the chamber and an inlet (44, 80, 116) of the catalyst being connected to an inside of the chamber so that the higher pressure inside the chamber forces the gas mixture through the catalyst for decomposition of the sterilization agent. The device further comprises thermometers (46, 88) for measuring a temperature difference across the catalyst, gas flow measurement means, and processing means (50) for determining, based on the temperature difference and the gas flow measurement, the concentration of the sterilization agent in the gas mixture inside the chamber.
Abstract:
A device (1) for displacement ventilation of a room and including a filter for filtering supply air supplied to the device, including a filter-housing module (3) having a filter for supply air and a supply air conduit connection (4), and a support body consisting of a rear portion (12) and at least one connectable supporting plane (15) for supporting said filter-housing module (3).
Abstract:
The present invention regards a method of producing a forming tool and the forming tool for forming an article, the forming tool (1) comprises a composite face sheet (7) having a forming surface (29) and an inner surface (17) opposite the forming surface (29), and further comprises a support structure being attached to the inner surface (17) of the composite face sheet (7). The support structure comprises a support shell (9, 9', 9") of composite having a first surface (27) facing the inner surface (17) of the composite face sheet (7) and having a second surface (28) opposite the first surface (27), the support structure further comprises distance members (11, 31), and the support shell (9, 9', 9") is fixed at a distance from the composite face (7) sheet by means of the distance members (11, 31).
Abstract:
A device (36, 100, 200) for measurement of concentration of an oxidizable gas is disclosed, which comprises a catalyst (102) inside a housing (101, 201). The catalyst is surrounded by insulation (105) inside the housing. The device (100, 200) further comprises at least two thermometers, one of which is located at the inlet of the device, and one being located inside the catalyst (102). The device also has means for calculating a concentration based on the temperature measurements. A sterilization chamber and a filling machine having a device according to the main claim are also disclosed.
Abstract:
The invention comprises a blow moulding unit configured for incorporation between platens on the guides or frame structure of an injection moulding machine and integrated with the latter' s movement and regulating system. Moulding tools are fitted on the platens of the injection moulding machine and comprise two or more pairs of mould halves set up vertically on the platens and horizontally on their respective sides from the centre of said platens starting from a hot runner system. The blow moulding unit comprises a carriage structure fitted with one or two core plates which are themselves fitted with two or more metal cores (parison cores). The core plates with the metal cores are moved vertically up and down alternately to the injection state and the parison blowing state and, upon closing of the injection moulding machine, the platens are locked and the core plate and the moulding tools are connected to the plastic injection ducts of the hot runner system via conical or cylindrical connections. The ejection of the blown finished products takes place when the moulding tools and the core plate are opened. The metal cores serve as ordinary cores during the plastic injection and as blow mandrels during the blow moulding. An injection-blow moulding machine with a short cycle time for the injection moulding of two or more parisons in parison moulds, while at the same time performing blow moulding in purpose-made moulding tools, effects during the moulding tool opening stage the ejection of said blow-moulded parisons from the metal cores.
Abstract:
The present invention provides a cellular vaccine for therapeutic or prophylactic treatment of a pathological condition, the vaccine comprising or consisting of a population of CD 4 + T cells modified such that they contain an antigenic component, and/or a nucleic acid molecule encoding an antigenic component thereof, wherein the T cells are (a) activated, or capable of being activated, and (b) apoptotic, or capable or being made apoptotic. The invention further provides an adjuvant composition for use in a method of vaccination, the composition comprising or consisting of a population of T cells, wherein the T cells are (a) activated, or capable of being activated, and (b) apoptotic, or capable or being made apoptotic. In addition, the invention provides a composition having microbicide activity, or capable thereof upon exposure to antigen-presenting cells, the composition comprising or consisting of a population of T cells, wherein the T cells are (a) activated, or capable of being activated, and (b) apoptotic, or capable or being made apoptotic. Also provided by the present invention are methods for making and using the vaccines and compositions described herein.
Abstract:
A unit for sterilizing a web (2) of packaging material on a machine (1) for packaging pourable food products, the unit having a bath (7) containing a sterilizing agent, in which the web (2) is fed continuously; a process chamber (8) connected to an outlet (12) of the bath (7), and which houses wringing rollers (18) interacting with the web (2), and a nozzle (22) for directing a stream of air on to the web (2) and removing residual sterilizing agent from the web; an aseptic chamber (25) communicating with the process chamber (8) via an opening (27) for passage of the web (2), and in which the web (2) is folded and sealed longitudinally to form a tube (29) which is filled continuously with the product for packaging; and an air processing circuit (24) for controlling process conditions, and having a conduit (56) for feeding a first stream of sterile air into the aseptic chamber (25), a conduit (54) for feeding a second stream of sterile air to the nozzle (22) and housing a heater (69) for controlling the temperature of the air supplied to the nozzle (22), and a distributor for regulating the two streams of air.
Abstract:
A porous hardenable drainage element (14) is produced from a molding compound (10) of expanded plastics granulate and a bonding agent by virtue of the fact that the molding compound is received in a ladle (30) having a pouring opening (32) closed off by a mold bottom (44), the molding compound is pressurized in the ladle, the element (14) is molded from the molding compound in a mold formed by lowering of the mold bottom (44) down into an opening cross section (42) consistent with a cross section of the pouring opening (32), and the element is separated from the molding compound by mutual lateral displacement of the mold and the ladle (30).