Abstract: The description relates to a snap fastening for fixing a thin wall, such as a housing wall, door leaf, shutter, or the like, which is provided with an opening, to a wall support such as a housing frame, door frame, wall opening edge, or the like, which is likewise provided with an opening, with a base part that can be arranged at the wall support in its opening, with a head part which extends away from this base part and which has a diameter that initially increases and then decreases again in its longitudinal section from the end of the head part in direction of the base part, which head part is a male plug-in part which, by overcoming a spring force acting radially outward in direction of the diameter, can be received by an undercut female plug-in part that is formed or carried by the opening of the thin wall.

Abstract: The description relates to a closing cylinder for closure devices comprising a cylindrical closing housing which can be received in a fixed manner in an opening formed by a handle, closure device or the like, a closing core (18) is rotatably mounted in this closing housing and is axially supported at one of its ends on the housing edge by an edge projection (20) and carries or forms a drive at its other end for a bolt or closure (124), wherein, according to the invention, the drive (124) is held at the end of the closing core (118) in a positive engagement so as to be exchangeable.

Abstract: The description relates to a closure for mounting in an opening in a thin wall, such as a sheet metal cabinet door, which comprises a housing and which has, at one end, a bearing support for an actuation lever and, at its other end, a lock device for the actuation lever and a fastening device such as a clamping clip therebetween. The housing has a partially spherical bearing surface with a cylindrical bore hole proceeding from it, wherein a partial ball with a first bearing for a closure drive shaft extending through the cylindrical bore hole and with a second bearing for the actuation lever is arranged in the cylindrical bore hole, and the two bearings enable a rotation of the partial ball in relation to the housing and a swiveling of the actuation lever in relation to the partial ball around an axis vertical to the closure drive shaft and to the extension of the lever.

Abstract: A folding lever closure which can be mounted in a thin wall has a cup-shaped housing whose cup edge terminates in a flange and which can be inserted up to the flange into an elongated opening, such as a rectangular opening, in the thin wall and can be fixed in this position by clamping devices, and within whose longitudinal walls a folding lever is mounted in such a way that it can be folded in, the gripping end of the folding lever being held in the folded in position by a locking lever which can be disengaged and which is arranged in the cup-shaped housing. The other end of the folding lever engages behind a frame part or the like and accordingly presses the thin wall against the frame part.

Abstract: The description relates to a lever closure comprising a trough which can be fastened to a door leaf, a hand lever for driving a closure actuation device being arranged at one end of the trough such that it can be swiveled out or folded out, and a first locking device such as a cylinder lock is arranged at the other end of the trough for locking the hand lever in the swiveled in position, with another locking device supported by the hand lever and an engagement surface which is arranged at the free end of the hand lever and behind which a blocking element engages, this blocking element being movable by the first locking device for locking the hand lever in the swiveled in position. According to the invention, the engagement surface is formed by a slide which is movable in the hand lever in axial direction thereof or by a tongue which is rotatable about an axis vertical to the axial direction and swiveling axis.

Abstract: The description relates to a closure for mounting in an opening in a thin wall, such as a sheet metal cabinet door, which comprises a housing and which has, at one end, a bearing support for an actuation lever and, at its other end, a lock device for the actuation lever and a fastening device such as a clamping clip therebetween. The housing has a partially spherical bearing surface with a cylindrical bore hole proceeding from it, wherein a partial ball with a first bearing for a closure drive shaft extending through the cylindrical bore hole and with a second bearing for the actuation lever is arranged in the cylindrical bore hole, and the two bearings enable a rotation of the partial ball in relation to the housing and a swiveling of the actuation lever in relation to the partial ball around an axis vertical to the closure drive shaft and to the extension of the lever.

Abstract: The description relates to a rod closure for locking sheet-metal cabinet doors or the like doors or flaps, comprising a rod, such as a flat strip rod, which is profiled in an elongated manner, extends substantially edgewise parallel to the door edge and is preferably arranged in the bevel space, and at least one holding element which is arranged at the door frame for holding the rod so as to lock the door in the closed position, and an actuating device for the rod, which actuating device is connected to the door leaf. According to the invention, the rod or a complicated profiled rod is mounted so as to be swivelable between a locked position and an unlocked position around a longitudinal axis arranged close to the side directed away from the door leaf plane, and the holding element forms a contact surface for the other side of the rod facing the door leaf plane, and the actuation device engages the rod close to this side.

Abstract: The description relates to a lever closure comprising a trough which can be fastened to a door leaf, a hand lever for driving a closure actuation device being arranged at one end of the trough such that it can be swiveled out or folded out, and a first locking device such as a cylinder lock is arranged at the other end of the trough for locking the hand lever in the swiveled in position, with another locking device supported by the hand lever and an engagement surface which is arranged at the free end of the hand lever and behind which a blocking element engages, this blocking element being movable by the first locking device for locking the hand lever in the swiveled in position. According to the invention, the engagement surface is formed by a slide which is movable in the hand lever in axial direction thereof or by a tongue which is rotatable about an axis vertical to the axial direction and swiveling axis.

Abstract: The description relates to a closing cylinder for closure devices comprising a cylindrical closing housing which can be received in a fixed manner in an opening formed by a handle, closure device or the like, a closing core (18) is rotatably mounted in this closing housing and is axially supported at one of its ends on the housing edge by an edge projection (20) and carries or forms a drive at its other end for a bolt or closure (124), wherein, according to the invention, the drive (124) is held at the end of the closing core (118) in a positive engagement so as to be exchangeable.

Abstract: A closure, for connecting two thin walls, such as a sheet metal cabinet door to a sheet metal cabinet frame is disclosed, which comprises a bearing piece, arranged in or on an opening in the first thin wall and a shaft, retained in the bearing piece and which may be rotated and axially displaced therein. A pivoting lever is mounted on the on outer end of the shaft and, on the other inner end of the shaft, a retaining piece is arranged, which may be engaged with an opening in the second thin wall. The retaining piece comprises a cupular guide piece and a sleeve piece, which may be inserted in and rotated in the cupular guide piece against the force of a spring. A catch projects from said sleeve piece in the direction of the wall plane which, in the locked position, extends beyond the outer surface of the guide piece as far as the rear surface of the second thin wall and rests thereon.

Abstract: The description relates to a closure (10) for mounting in an opening in a thin wall (14), such as a sheet metal cabinet door, which comprises a housing (16) and which has, at one end (20), a bearing support for an actuation lever (24) and, at its other end (26), a lock device (30) for the actuation lever (24) and a fastening device such as a clamping clip therebetween. The housing (16) has a partially spherical bearing surface (76) with a cylindrical bore hole (78) proceeding from it, wherein a partial ball (80) with a first bearing (82) for a closure drive shaft (84) extending through the cylindrical bore hole (78) and with a second bearing (86) for the actuation lever (24) is arranged in the cylindrical bore hole (78), and the two bearings (82, 86) enable a rotation of the partial ball (80) in relation to the housing (16) and a swiveling of the actuation lever (24) in relation to the partial ball (80) around an axis vertical to the closure drive shaft (84) and to the extension of the lever.

Abstract: The description relates to an electrically lockable swivel lever actuating mechanism (10) comprising a dish (14) which can be placed on a door leaf or the like (12) and in which an actuation lever (16) for a closure, such as a sash closure or bar closure (80), is mounted in such a way that it can be moved out of a position in which it is swiveled out of the dish and in which it enables actuation of the closure into a position in which it is swiveled into the dish and in which it does not allow actuation of the closure and in which it can be locked by an electromechanical lock device (28). According to the invention, the electromechanical lock device (28) is a constructional unit (26) which can be inserted into the dish (14), and a pin (28) or projection can be moved out or swiveled out from the constructional unit (26) by means of an electric control signal for locking the actuation lever (16).

Abstract: The description relates to a latch closure for walls, doors, shutters which are articulated at frames, housings or the like by hinges, wherein the frame surfaces, housing surfaces, door surfaces or wall surfaces which are connected with one another by the hinges are essentially flush with one another in the closed position, comprising a first closure housing which can be fastened to the frame or the like and which has a rear-engagement portion for receiving the latch of the latch closure in a locking manner and a second closure housing which can be fastened to the door or the like and in which the latch is arranged so as to be displaceable against spring force by means of a handle, wherein, according to the invention, the second closure housing forms a projection which contacts an end face formed by the first closure housing essentially parallel to the door plane when the door is closed.

Abstract: A rotating-lock closure is provided with a traction unit, wherein the closure comprises a housing having a first bearing area for the receiving head of a key to be inserted as well as a second bearing area for the rotating-lock driving support that supports said rotating lock and is mounted so as to be capable of axial and sliding displacement and of rotation in the second bearing area. A shaft having a rounded cross section and extending from the key receiving head protrudes relative to the rotating-lock driving support and has a transverse opening at its protruding end for receiving a pin. A cam track, on which the pin is guided against the force of a spring, is formed by the side of the lock facing away from the housing.

Abstract: A screw-on hinge is disclosed for a door or flap which is arranged so as to be swivelable vertically or horizontally at a frame or wall, wherein the door or flap is held in releasable manner in at least one swivel angle position (−5°; +85°; +175°). This screw-on hinge comprises a first hinge part which can be fastened, for example, to the frame, and a second hinge part which can be fastened, for example, to the door or flap. Each of the hinge parts is symmetric with respect to its center bisecting line and comprises a bore hole for receiving a hinge pin arrangement. The hinge pin arrangement comprises a sleeve which is connected with one hinge part so as to be rigid with respect to rotation, and a springing catch device is arranged between the sleeve and the other hinge part.

Abstract: Disclosed is a snap lock device for a sliding door of a machine casing, which sliding door is preferably reinforced on at least one side by a sheet metal fold or a hollow rectangular profile, with a handle which is swivelably mounted at the reinforced side of the sliding door and which cooperates with a latch bolt device, and with a retaining device for receiving the latch bolt when the door is closed, this retaining device being arranged on or accommodated in a door frame or in a profile defining an opening in the machine casing. The handle comprises a bar whose ends are supported around a swivel pin extending parallel to the reinforced side of the door leaf and located behind the door leaf or inside the sheet metal fold or hollow profile, the ends of the bar being received in a bar holder, and at least one of the two bar holders is coupled with a hook which is mounted so as to be swivelable coaxially to the swivel pin and has free travel and forms the lock latch.

Abstract: The invention relates to a clamping clip fastening for mounting hinges, locks or the like structural component parts in a thin wall, such as a sheet metal cabinet door or sheet metal housing, projection proceeds from the structural component part to be fastened, penetrates an opening formed in the thin wall and is grasped by a clip that is supported on two oppositely located edge areas of the opening, wherein the clip is pulled in the direction of the projection by f a clamping screw. The part of the structural component penetrating the opening forms an offset on two oppositely located surfaces which are grasped by the clip, which offset receives the respective clip end and whose surface passes in the direction of the structural component part via an inclined surface into a surface contacting the interior face of the opening, which surface is approximately flush with the outer surface of the leg of the clip located in the offset.

Abstract: A swivelling lever control that can be locked after being swiveled inwards and for closing switchboard cabinet doors has a trough set on the outer surface of a door, in which the driving device for the closure, such as gear drive, lever drive or locking shaft, is arranged. An actuating lever is articulated to the driving device so as to swivel out of the trough about an axis parallel to the supporting surface of the trough. A hook device on the actuating lever engages a back engagement surface of the trough when the actuating lever is swiveled in, thus retaining the actuating lever after it has been swiveled into the trough. The actuating lever projects at its free end beyond the trough and bears an unlocking device with an actuating surface for the hook device that can be actuated by a pressure acting away from the outer surface of the door.

Abstract: A casement fastener closure for thick-walled doors, shutters or the like comprising a housing for rotatable mounting of the actuating shaft of the casement fastener, which housing has, at its circumference, a thread and axially extending flattened portions, wherein a fastening plate provided with a threaded bore hole can be screwed onto the housing and, together with another plate which has an opening that is not round and which can be mounted on the housing so as to be rigid against rotation, can be fastened to the back of the door or shutter by means of wood screws. A recess is formed in one plate, e.g., the plate that can be screwed on, wherein the other plate, e.g., the plate which can be mounted, can be received in the recess so as to be fixed with respect to rotation.

Abstract: A closing device for doors of cases or cabinets preferably constructed out of thin wall material such as sheet metal and especially to the operation of catching systems, such as closing bars, which are mountable in the canted area of sheet metal cabinet doors. The closing device is comprised of a door plate having two door plate areas, whereby a first longitudinally extended door plate area has a turning handle for operating and a drift pinion which is rotationally mounted. The second door plate area has a push plate which is mounted in a slidable manner. The push plate interacts with the drift pinion and the catching system via a catch. The catch reaches through one of the slots in the door covered by the second door plate area.