Homag Holzbearbeitungssysteme Ag

Homag Holzbearbeitungssysteme Gmbh

Homag Gmbh

Homag Maschinenbau Ag

Peter Rathgeber

Achim Gauss

Johannes Schmid

Wilhelm Kalmbach

Achim GauB

A conveyor for use with panel-shaped workpieces which can be fed to a machining such as a profile machining is disclosed. The workpieces to be machined are components used in the furniture and structural element industry, such as floor panels, doors, tabletops, or the like. The conveyor belt of the conveyor has a profiling element in a direction of extension, which profiling element is in engagement with a guide element.

Conveyor

A feeding device, a method for feeding panel-shaped workpieces through that device, and a format machining or edge application machine including such feeding device are disclosed. The feeding device includes at least one infeed guide, which is adjustable in a horizontal direction, and rotatable in a horizontal plane with respect to the traveling direction of the workpiece.

Feeding device for a format machining and/or edge application machine, format machining and/or edge application machine and method

The invention relates to a process for sticking edging material () onto lightweight building boards () comprising two thin-walled outer layers () and a core layer () of lightweight filler material disposed between the outer layers, having the steps: provision of a lightweight building board (), a decor edge () and a stabilizing edge (), and sticking on of the decor edge () and/or the stabilizing edge () in the region of a narrow surface (') of the lightweight building board (). The process according to the invention is characterized in that the stabilizing edge () is introduced into a section between two outer layers () in the region of the narrow surface (&#x2032;) without having first created a recess of at least one outer layer and/or of the core layer in this section, said recess corresponding substantially to the stabilizing edge.

Process and device for sticking edging material onto lightweight building boards

The present invention discloses chain links for the circulating transport chain of a machine tool, which comprise: a pair of rollers which determine the direction of circulation of the chain link by way of the direction in which they roll, over the rollers which is or are placed at a distance from the pair of rollers in the direction of circulation of the chain link and draw a plane as they roll against the roller pair; and a transverse guide, guiding the chain link transverse to its direction of circulation and is either free from rollers transverse to the direction of circulation of the chain link between the pair of rollers or has a transverse guide roller.

Chain link for a circulating transport of a machine tool, and double end tenoner with guide chain formed from said chain links

The invention relates to a workpiece support device () for a continuously operating machine () for machining panel-shaped workpieces that are preferably made, at least in part, of wood, wood materials, or the like, the workpiece support device comprising at least one endlessly revolving belt () that is designed to support conveyed workpieces () at least sectionally, further comprising a stationary guide member () for the belt (), the guide member having two deflection components () on which the belt is deflected. The workpiece support device in accordance with the invention is characterized in that the belt () comprises a plurality of layers extending in the belt's longitudinal direction, at least one of the layers being designed as a flexible layer which, at least in the belt's transverse direction, is less rigid than at least one of the other layers.

Workpiece support device

A chain guide for a continuous running transport chain includes chain links with track rollers and guide rollers that correspond to a guide rail with two tracks for the track rollers at a distance from one another and in between a groove profile for the engagement of the guide rollers. The guide rollers are supported by axle bolts that protrude at the chain links and through which the guide rollers protrude. To achieve good vibration damping of the transport chain, magnets are placed at the bottom of the groove profile of the guide rail with the magnetic circuit closing across the free ends of the axle bolts at the chain links across an air gap.

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Dornstetten, Germany

Peter Rathgeber