1. A bracket (1 and 1') for safety devices comprising a vertical prop (2), perpendicular to whose base is welded a sleeve (3) accommodating a crossbeam called lower (4) which ends in a cap (5) and which can be immobilised in its movement by a pin (8), and at the upper part of the said prop are fixed : - on the one hand, by one (11) of its ends, a crossbeam (12) which extends on the side opposite to that where the lower crossbeam (4) has its cap (5), and whose other end (13) is supported by a brace (14) which in its turn rests on the base of the prop (2), and - on the other hand, on the side where the lower crossbeam (4) has its cap (5), a sleeve (24) whose front face has a cutout (18) for working in conjunction with a rod (19) anchored in the wall, this sleeve with a vertical axis being capable of accommodating a vertical bar (25, 48) ending at its upper part with a fixing means such as a plate having a cutout similar to that of the carrier (16) and which can be immobilised in its vertical movement by a horizontal pin (26) crossing a perforation (27) of the sleeve and one of the perforations of the vertical bar (25, 48), this bracket being characterised in that : - the sleeve (24) is formed by a carrier (16) whose back has the cutout (18), - the rod (19) is provided with a stop member (20) which is located between the arms (21, 22) of the carrier (16), - the perforation (27) of the sleeve (24) is positioned in such a way that, when, instead of suspension by a vertical bar, the bracket is directly suspended on a rod (19) passing through the cutout (18) of the back of the carrier (16), the placing of this pin (26) causes it to pass just under the stop member (20) in such a way that it then prevents the rod (19) from being detached from the cutout (18) and at the same time prevents the rotation of the said stop member (20), and - the arms (21, 22) of the carrier (16) each have at their base a cutout (29) in the form of a hook capable of covering a horizontal rail (30).

The system is assembled of a suitable number of insulation panels and holding rails (3,11) with specifically shaped intersections. One of the rails (3) forming an intersection has a flat central segment provided with two rectangular extensions (6) opposite each other. A step (14) is located between the flat center and the extensions (6) matching the shape of the outer ends (16) of two rails (11) meeting at the central segment. Slots facilitate the release of moisture.

1. Sealing device of a cover of a support body and a lid supported in the support body for sealing the lid in the wall region of its support and in the wall region of the support of the support body, wherein in these wall regions the lid and the support body lie against one another and are sealed by a soft seal, characterised in that in one part of the adjacently lying wall regions (6, 7) of the lid (1) and of the support body (2) a recess (10) is arranged which extends annularly along the wall regions and is filled with a flowable sealing composition as well as being connected with two openings (11, 12) arranged at a distance from one another and debouching on the outer side of the lid or of the support body.

A buckle (10) comprising a decorative outer frame (11) having a circumferential top wall (12) and opposed depending side walls extending rearwardly of the top wall (12). A channel (15) is defined between the depending side walls under the top wall (12). A casted back member is provided with a projection portion which is configured to be received in the channel (15). The outer frame is retained on the casted back member by bending the outer one of the side walls under the projection portion which is received at least in part in the channel (15). The casted back may have a variety of designs and attachments all formed in a single casting.

Method for sealing brickwork of an opening for passage of a pipe in which swelling clay, especially bentonite (8) is forced under pressure and in a gel form in front of or around the wall (4) or opening for passage of a pipe.

The invention relates to a valuable document or security document (1) that comprises one or more LED elements (2) as a security feature. The LED element (2) is supplied with power by an energy source (3) via lines (4) and (5). Energy source (3) is preferably a passive energy source, that is a solar cell or an antenna. The invention allows for the provision of public features or biometric data for the purpose of identification and/or authentication by personalization of the LED element (2).

Chemical patent from PubChem database. Patent Number: AT-E400667-T1. Title: Crystalline Forms of Chemical Compounds. Filing Date: 1999-05-28. Inventors: Martinez, Carlos, Thompson, Emily. Abstract: The invention provides novel crystalline forms of chemical compounds, characterized by specific X-ray powder diffraction patterns and thermal properti... IPC Classifications: C07H, A61K, A61P. This patent covers 38 claims related to 3 chemical compounds. Useful for intellectual property research, prior art searches, and chemical innovation tracking.

The invention concerns a device for the upkeep of a hedge (10) comprising an element adapted to move in reciprocating motion parallel above and/or beside the hedge (10). The displacement is performed repeatedly and automatically so as to prevent the hedge from growing beyond a predetermined limit by the trajectory of the mobile element. The mobile element is shaped like a gantry and moves along one or several aerial or ground rails (4). The ridges of the gantry are fitted with a cutting edge or with an abrasive element (6). The mobile element is driven by a roller (3) and is mounted on an electric gear motor (1).

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.

The invention relates to the use of a composition comprising a chlorinated polyester resin in which the polyester satisfies formula (I) below: together with a crosslinking catalyst and a crosslinking accelerator in order to plug a crack affecting the wall of a metal device intended to contain a radioactive acid material. It is especially applicable in the maintenance of metal equipment of nuclear installations, in particular equipment that is for irradiated nuclear fuel reprocessing.