Abstract: An explosion-resisting window with a window frame and a sash frame, which accommodates a panel and is mounted in hinges on the window frame, so as to be tiltable, the sash frame nesting in the window frame in closed position. In order to obviate the need for an outer front glazing of armored glass while guaranteeing adequate safety against explosion shocks and permit the function of continuous ventilation if necessary in open position of the sash frame, the panel is made of armored glass and the window is provided with at least one tilt-limiting element, by means of which explosion-induced tilting of the sash frame in the hinges beyond a tilt-limit position can be resisted. There is at least one shift-limiting element, by means of which explosion-induced shifting of the sash frame perpendicular to a tilt axis in the hinges can be resisted.

Abstract: The invention relates to a structural terminus for inhibiting explosive effect which includes a flat panel element delimited on one hand by two first hollow profiles frame elements running parallel to one another and whose anchoring ends are anchored on a structure part opposite to one another in relation to a structure opening to be closed using an assigned coupling element and which each extend continuously between anchoring points, and on the other hand by two second hollow profile frame elements running transversely to the first frame elements such that the second frame elements being placed between anchoring ends and butt connectors inserted in the butt ends being connected to an external lateral face of the first frame element, each of the first frame elements has a continuous reinforcement profile connected to the assigned coupling element in their interior, and the butt connectors are connected to the reinforcement profile and/or to the coupling elements.

Abstract: An intrusion-inhibiting building closure is disclosed having a frame structure consisting of frame elements and at least one filling fully enclosed by frame elements at its front ends, with each frame element comprising one inner frame section and one outer frame section connected to it by a connecting element, with each outer frame section being provided with an intrusion-inhibiting protective strip made from a material that is resistant to abrasion, breakage and deformation or the outer frame sections themselves consist of a material that is resistant to abrasion, breakage and deformation and an intrusion-inhibiting protective strip with each protective strip connected to the corresponding frame element by means of at least one fastener arranged in a manner that makes them inaccessible from the outside of the building closure provided with protective strips and to be connected to a reinforcing profiled section running inside or outside the corresponding frame section and parallel to it and/or to the inner f

Abstract: A structural terminus for limiting an explosive effect has at least two panel elements and a frame element situated in a gap area and includes an external frame profile situated outside a plane defined by the exterior side of the panel the elements and an internal frame profile situated inside the plane defined by the interior sides of the panel elements, an insulating profile and an adapter profile which is connected to the frame profile opposite thereto via connecting elements, disposed in longitudinal direction at the frame profile and which pass through the area of at least one insulating profile.

Abstract: A security window of door has a frame anchorable in an opening of a building and a casement, which is provided with a filling and is mounted in the frame for tilting around at least one tilt axis and whose tilt movement is delimited in a tilt final position by at least one security scissor hinge connecting the casement to the frame and attached on the side of the casement diametrically opposite the tilt axis, wherein the security against break-in attempts is increased even in the tilted state of the casement when at least one locking element connected fixed to the frame engages using an engagement area in a formfitting way in a depression in the casement at least in the tilt final position in such a way that a movement of the casement parallel to the tilt axis in relation to the frame is suppressed in at least one direction.

Abstract: A security window or door has a first locking element fixedly coupled to a pushrod of a casement guided in a mortise area between the casement and a frame which is engaged in formfitting manner in a tilted position of the pushrod with a second locking element fixedly connected in the frame such that both locking elements are pivotable in relation to one another around a tilt axis and disengaged in a rotating position of the pushrod with the second element connected to the frame in fixed manner so that a rotational movement of the casement around the rotational axis is possible and wherein the first locking element is provided with either a pin engaged in a matching bearing hole of the second locking element or at least one bearing hole with which the pin of the second locking element may be engaged with a tilted or a closed position of the pushrod.

Abstract: A closure (10) for a building which is inhibitive to explosive effects and with which an opening in a building can be closed off comprises a filling (3) as well as frame elements (1, 2) which enclose the same substantially in a circular fashion. Said frame elements (1, 2) are connected in a non-positive way by means of fastening elements with parts (6) of the building which are adjacent to the opening. In order to achieve a secure connection which withstands high loads between the closure (10) and the part (6) of the building made of building materials of low strength, it is proposed rectangular brackets (4) are fastened to the frame elements (1) on at least two opposite sides of the closure (10). At least one tensile leg (7) each of the brackets (4) extends close to the reveal (L) of the opening. At least one supporting leg (8) each of the brackets (4) extends at a distance from the visible side (9) of the part (6) of the building adjacent to the opening.

Abstract: A bullet and blast resistance door leaf is comprised of inner and outer sheets connected by a profile section forming an end face of said leaf. The profile section includes an outer step and an inner step, the outer step extending laterally outwardly beyond the inner step. Outer and inner plates are connected to the outer and inner steps respectively, dividing the interior of the leaf into inner, outer and central chambers. A lock mechanism is mounted in the central chamber and projects through the profile, the lock mechanism being shielded by the outer plate. The inner and outer chambers may include insulation, and the outer chamber may include a sensor for activating an alarm.