Fischerwerke Artur Fischer Gmbh & Co Kg

Artur Fischer Gmbh & Co Kg Fircherwerke

Stefan Lind

Willi Haug

Hartmut Bohnet

Artur Fischer

Wilfried Weber

Norbert Arnold

Herbert Erath

The invention relates to a fixing element () for double pane insulating glass (), which is anchored by expansion of an expansible ring () in a drilled hole having a conical undercut in an outer glass pane () of the insulating glass (). The invention provides for the fixing element () to be sealed with two sealing rings () on both sides of an inner glass pane () of the insulating glass () and additionally for an injection opening () to be provided, through which a sealing compound, for example, silicone, can be introduced into a gap at the point at which the fixing element () passes through the inner glass pane () in order to provide an extra seal at the passage point. The fixing element () ensures a permanent seal of the passage point.

Fixing element for double pane insulating window

The invention relates to a fixing element () for anchoring in a drilled hole () having an undercut () in a laminated body (), for example, laminated glass. The fixing element () has an expander cone (), onto which an expansion ring () can be pushed. To be able to compensate for misalignment between the layers () of the laminated body (), the drilled hole () in an outer layer () is drilled with a larger diameter than in a further layer () of the laminated body (). The invention proposes constructing a washer () of the fixing element () with an injection opening (), through which the gap between a threaded shank () of the fixing element () and the wall of the drilled hole () in the outer layer () of the laminated body () can be filled with a sealing compound (). (FIG.).

Fixing element for laminated glass and an assembly comprising a fixing element that is anchored in a plate-type multi-layer body

The invention relates to a retaining means ( ) for fixing panel-form material, for example, glass panes ( ) of a glass facing, to a substructure ( ). The invention proposes constructing the retaining means ( ) with a support ( ), in which supporting elements ( ) projecting pivotally to the side are insertable, to which the glass panes ( ) can be displaceably fixed. The invention has the advantage that in a simple and inexpensive manner it permits stress-free fixing of glass panes ( ) so that thermal expansion is compensated.

Fixing device for the fixing of sheet material to a sub-structure

A fastening element for doubleglass panels has a threaded bolt having a forward end and provided with an expansion cone at the forward end, an annular expansion element pushed onto the expansion cone for expansion in a hole drilled in a rear glass panel and provided with an undercut in a region of a bottom of the drilled hole, a cap placed on the expansion element and resting against an end face of the threaded bolt, and a spacing sleeve arranged on a shank of the threaded bolt so as to rest against the rear glass panel and to pass through a front glass panel, the spacing sleeve having a portion engageable in the hole drilled in the rear glass panel and providing an abutment for the expansion element.

Fixing element for double glass plates

A device ( ) for fixing facing panels ( ) to a wall ( ) by means of a transverse support ( ), on which the facing panels ( ) can be suspended. To render the transverse support ( ) stable, the invention proposes constructing the transverse support ( ) as a closed, hollow profiled member. This has the advantage that even heavy facing panels ( ) can be mounted on the wall ( ). Moreover, the invention proposes vertical supports ( ) for mounting the transverse support ( ), which are to be mounted on the wall ( ) at a distance therefrom by means of length-adjustable rods ( ), which are pivotally connected to the vertical supports ( ) and to the wall ( ). A single rod ( ) forms a movable bearing ( ) and two rods ( ) mounted at an angle to one another form a fixed bearing ( ). The advantage of this method of mounting the transverse support ( ) on the wall ( ) is the ease of vertical adjustment and ease with which wall unevenness can be accommodated. It is a further advantage that the rods ( ) do not exert any torques on their wall fixings.

Device for fixing facing slabs

The hardenable mortar composition consists of a bonding agent component including a hydraulic bonding agent, such as cement, gypsum or mortar, and a paste-forming agent consisting of a liquid solvent inert with respect to the hydraulic bonding agent, and an aqueous component kept separate from the bonding agent component until the two components are mixed to form a hardened mortar composition. The aqueous component includes water and a hydrophobic adsorbent or absorbent. The hydrophobic adsorbent or absorbent is included in the aqueous component to avoid the emergence of the paste-forming agent, which is at the very least unsightly, when the aqueous component is mixed with the bonding agent component. The hydrophobic adsorbent or absorbent binds the paste-forming agent which would otherwise escape during mixing and remains as an inert additive in the setting mortar composition, without reducing the hardness thereof.

Hardenable mortar composition

The drilling device has a radially resilient shaft (3) which allows radial displacement of the drill bit (4) and the drill head (5). The radial displacement can be caused by a vibration device (8), but a self-excited oscillation of the resilient shaft (3) can also provide the desired radial displacement of the drill bit and the drill head. The drill shank (2) has a sleeve-shaped shank extension (17) provided with a damping chamber (18) filled with a damping agent (19) and the resilient shaft (3) is in the damping chamber (18) which is sealed by a radially resilient seal (21) surrounding the resilient shaft (3).

Drilling device having a radially displacable drill shank

The double connector for connecting two bodies, especially for connecting two slabs of stone, marble or the like, consists of two anchoring elements (4,5), one in each body being connected, and a sleeve-like connecting piece (1) including two stud parts on opposite ends. The connecting piece (1) is connectable with the stud parts on the anchoring elements located in drilled holes provided in the bodies. So that the double connector, in addition to having a simple assembly, can absorb comparatively large tensile and compressive forces, at least one anchoring element (4,5) consists of an expansion element (7) received in one (13) of the drilled holes and a anchor core (6) consisting of a cone (8) and a bolt part (6') extending from the cone (8) and provided with a bolt collar (9) spaced from the cone (8). The bolt collar (9) of the bolt part (6') engages or locks in a suitable undercut (15) provided in one of the stud parts. The expansion element (7) is braced in the drilled hole (13) when the anchor core (6) connected with the stud part with the undercut is inserted onto it due to engagement of the expansion element (7) with the end face (E) of the stud part so as to secure the double connector in the drilled hole (13).

Double connector for connecting two bodies

The fixing system for facing panels (1) consists of a substructure fixed to a wall. The substructure has supporting elements (6) on which profiled panel supports (2) connected to the rear side of the facing panels can be hung. The supporting elements (6) include, for each facing panel element (5), one locating supporting element (7) and at least three non-locating supporting elements (8). The locating supporting element (7) is preferably arranged in an upper corner region of a facing panel element (5) and is fixedly connected to the corresponding profiled panel support (2) of the facing panel element (5). Furthermore, the locating supporting element (7) has an adjusting means allowing horizontal and vertical adjustment. The non-locating supporting element (8), preferably at the other top corner region of the facing panel element (5), is likewise provided with an adjusting means for vertical adjustment. The fixing system according to the invention allows easy mounting and orientation of the facing panels, and is a statically defined system, which avoids stresses caused by thermal expansion within the system.

Fixing system for facing panels

Fixing element, in particular for fixing facing panels

Device for producing a drilled hole with an undercut in a facing panel, consisting of a drilling machine and a drilling tool for forming the drilled hole connected to the drilling machine via an adapter for transferring torque; and a holding device of a supporting stand having a swivel bearing for holding the drilling machine so that it can swivel with the drilling tool attached to it. To extend the service life of the drilling tool the adapter consists of a drive part connected to the drilling machine so as to transfer torque and a tool holder connectable with the drive part and a device for releasably securing the tool holder to the drive part so that the center line of the tool holder is inclined relative to the center line of the drive part, which is aligned with the drive axis of the drilling machine, so that only a portion of the circumference of the drilling tool engages the panel during formation of the drilled hole. When the drilling tool is not being driven to form the drilled hole, the tool holder can be detached from the drive part, rotated relative to it and resecured to it so that a fresh engagement region of the drilling tool replaces a worn engagement region.

Device for making a drilled hole with an undercut

A device for producing drilled holes with an undercut, especially in facing panels, has a drilling machine, a drilling tool, an adaptor receiving the drilling tool and connected with the drilling machine so as to transfer torque, a holder, a bearing bush secured in the holder and provided with a rotatable and swivelable guide sleeve, a wobble plate secured on the drilling machine and the guide sleeve, a plurality of cylinders arranged on the holder concentrically about a center line of the guide sleeve and engaging the wobble plate. The cylinders are actuated and controlled in succession to produce a wobbling movement for reaming out an undercut in a drilled hole.

Device for producing drilled holes with an undercut

A device for producing drilled holes with an undercut in facing panels includes a drill bit with a drill head that produces an undercut, and a drilling table for supporting a facing panel in which the drilled holes with an undercut are to be produced and displaceable in a plane of the drilling table. A trunnion projecting from a rotatable base member and engaging a bearing secured to the drilling table is movable between a first position in which the trunnion axis coincides with the axis of rotation of the base member, and a second position in which the trunnion axis is eccentric to the axis of rotation of the base member to effect swiveling of the drilling plate when the rotatable base is driven rotatably. The device has a mechanism for moving the trunnion between the first and second positions including a lever pivotally mounted on the base member, the trunnion being mounted on the lever, and a piston-cylinder drive secured to the base member for pivoting the lever.

A connecting element for a facing panel with a hole having a small depth and an undercut, includes an expanding cone insertable into the hole undercut, and thread shaft extending from the expanding cone. A roof-shaped bent expansible element is displaceable over the expanding cone for securing the connecting element in the facing panel hole. The roof-shaped bent expansible element is formed as at least approximately oval metal ring having opposite bent portions abutting the expanding cone.

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Waldachtal, Germany

Stefan Lind