The invention relates to a method for producing a sealing or decorative strip, in particular, for a motor vehicle (10), said strip comprising a first component (20) and a second component (30) which are adjacent on the front side. Said method comprises the steps of a) extruding a first component (20), made of a first material, b) providing the first component (20) with an end section (21), having an upper side (22), a lower side (23) and a front side (24), c) providing the end section (21) with a cavity (25) which extends inside the first component (20) and opens on the front side (24), d) injection moulding the second component (30) by means of a moulding mass, made of a second material, whereby, during injection moulding, the first and second components are joined by a material fit on the front side and the moulding mass enters the cavity. Preferably, the first and second components are respectively embodied as a seal (20) and an end cap (30), terminating the seal (20) at the end section (21).

The floor part has intermediate parts (3) that connect a bottom plate and a top plate (2a). The intermediate parts are continuous in two directions that are transverse to each other, for defining girders with the plates for bearing span in both directions. The intermediate parts define passages for connecting the cavities defined by girders, with each other in one direction. Independent claims are also included for the following: (a) a building having a floor built up from concrete floor parts (b) a method for manufacturing a concrete floor part.

A support device of technological systems for walls, provided with at least a layer of plates (2), includes: first section bar means (3), having an elongated shape, each one including a first element (4) with "C" cross section whose edges have respective folded borders, first (5) and second (6), defining a longitudinal opening (10) of section bar means (3); fixing means (7) each one provided with at least first lip means (8) and first blocking means (9). In an assemblage condition (M) of device (1), the first section bar means (3) are fit for containing and supporting connection elements (50) of the system by means of respective first elements (4) and the second folded border (6) supports the plates (2) of the wall layer. The first lip means (8) of fixing means (7) are interposed between the first folded border (5) and said plates (2) and the first blocking means (9) are fit for fixing interconnection elements (51) of technological system to respective openings of the wall layer and to longitudinal openings (10) of the first section bar means (3).

The present invention concerns a device for securing an insulation board within a cavity wall, comprising an inner wall, an outer wall and a cavity in between said inner and outer walls in which insulation boards are accommodated, said device comprising: wall anchor means (5) for securing the inner wall to the outer wall; retaining means (7,7') for fixating an insulation board in the cavity; said retaining means including projections (7) gripping an end portion of the insulation board; wherein the retaining means include a mounting element (6) adapted to be fastened to the inner wall; the anchor means comprises an elongated member (5) with holding means (13), which cooperate with corresponding receiving means (16) on the mounting element for securing the anchor member to the mounting element; and the projections (7) are formed in the mounting element. Hereby, a better insulation quality may be achieved as the insulation boards may be positioned against a smooth inner wall without any wall ties pre-mounted, on which the insulation panels otherwise could be damaged. The insulation mounting procedure becomes much simpler and easier by a device according to the present invention, saving a considerable amount of time and consequently labour costs.

At least one of the partition walls (4-10) inside the office has a section (41, 51, 61, 91, 101) which is pivotally connected to the office base structure (1) or one of the boxes (2, 3) so that it can be pivoted about a vertical axis close to the central length axis for the base structure or about a vertical axis close to one of the box length side walls (21, 31) so that it extends parallel to the box latter, allowing the box to be folded away into its retracted position. An orthogonal parallelepiped base structure is mounted on a chassis with wheels and has an opening in each of its two opposing side walls for locating an orthogonal parallelepiped box which is open on the side facing the base structure. Each box can be moved in a linear manner between a retracted position in which the box side wall is next to the base structure side wall and an extended position in which the box side wall is located beyond the base structure side wall. The partition walls extend in the office cross- direction.

A device for preparing and ejecting polymeric cement made from at least two pre-packaged components comprises a tubular vessel including a first axial end wall having a closed outlet, and a second axial end wall having an aperture. A first starting component of the polymeric cement is present inside said tubular vessel near the first axial end wall. A hollow shaft extends through said aperture of the second axial end wall. A piston element comprises a closed container filled with a second starting component of the polymeric cement. The piston element is selectively lockable to the shaft. The container has a bore and is slidingly engaged upon said shaft. An agitator element is secured to one end of the shaft. Furthermore opening means for providing an opening in the closed container are provided. The hollow shaft is provided with a gas permeable filter means.

This invention relates to a module for the wall-mounting of a terminal (13) of an air conditioning system which has the characteristic of comprising a structure (4, 25) which can be embedded into a wall (1) forming a space (2). The structure (4, 25) removably houses the terminal (13) in such a way as to form the said space (2) in accordance with good practice and such as to ensure a correct surface finish in the vicinity of the perimetral edge (2A) of the said space (2).

The invention relates to a composite material (1), for closure elements, mad from a support material (2) and a thermoplastically moulded layer (3) with projecting and recessed sections (4,5). According to the invention, the thermoplastically moulded layer (3) is thinner in the region of the recessed sections (4) than in the region of the projecting sections (5). Said surface structure may for example be produced by embossing by means of ribbed rollers or embossing plates. The composite material (1) is suitable for the production of sealing elements, such as for example, cup tops, usually stored in stacks. The cup elements stacked thus can easily be unstacked after stacking, precisely by means of said recessed or projecting sections(4, 5). On the side of the composite material facing the consumer a decorative and/or informative impression (6) can further be provided.

PCT No. PCT/EP84/00377 Sec. 371 Date Aug. 1, 1985 Sec. 102(e) Date Aug. 1, 1985 PCT Filed Nov. 30, 1984 PCT Pub. No. WO85/02598 PCT Pub. Date Jun. 20, 1985.With a metering dispenser (1) for compactates with a compactate store (3) and a metering disk (4) arranged pivotably around an axis (A) with respect to the store, containing several chambers (27) for accommodating individual compactates, in order to perform dispensing with sufficient reliability in the quantitative dispensing of the individual components in the household sector, given an essentially cylindrical design as well as relative rotatability of the store (3) and the metering disk (4) around the cylinder axis (A) the combination is provided with a metering cup (2) for liquid or free-flowing product. The metering dispenser (1) can be formed as a closure for a storage container accommodating one of the components, so that a multi-component package is present.

The device has a measuring tape (4) attached by clamping to a concave surface (3) of a carrier body (1). The extent of the concave surface is defined by detent surfaces (6,7) on each end of the measuring tape. At least one of the detent surfaces is adjustable using an adjusting device (9), so that the spacing of the detent surfaces can be matched to the length of the measuring tape.