Abstract: The invention relates to a sawing device for splitting up a workpiece, in particular a wooden workpiece, having a saw blade, a first drive unit, in order to set the saw blade in rotation, in particular a first electric motor, and a protective apparatus, wherein the protective apparatus is arranged at least in sections around the periphery of the saw blade in such a way that an operator located next to the sawing device can be protected against the rotating saw blade, wherein the protective apparatus comprises a movable part, wherein the movable part is arranged pivotably about the pivot point of the saw blade in such a way that, as a result of the introduction of the workpiece into the sawing device for a splitting process, the movable part is pivoted in such a way that acting of the rotating saw blade on the workpiece is enabled. Usage of the saw which is safe for an operator can be ensured by way of the measuring apparatus according to the invention.

Abstract: The invention relates to a method for producing multi-part building elements comprising a plurality of supporting elements, comprising the following operating steps: Positioning supporting elements on a work table and fastening them to one another in such a manner that a support structure is created; providing and depositing a slab-shaped component on the supporting building element, wherein the slab-shaped component is deposited in such a manner that the support structure is at least approximately covered on the side to be deposited; and fastening the slab-shaped component to the supporting elements. This makes it possible for the first time to provide an improved method with a higher flexibility and/or with a greater integration depth of components, for producing multi-part building elements.

Abstract: In an embodiment, a processor-based method for identifying or determining a callout event sequence of a connected product at a point or site in a supply chain includes obtaining a real-time parameter of the connected product at a first location within the supply chain by receiving an output from an interrogation of a digital trigger that is attached to or incorporated into the connected product. The method further includes determining a comparison result by comparing the real-time parameter of the connected product with a target parameter using a condition. The method further includes, based on the comparison result, identifying a related callout. The method further includes, based on the callout, remedying the event by performing an automated action.

Abstract: In some embodiments, a computer processor-based method using at least one processor and at least one non-transitory computer readable memory, the method includes associating a first component and a first unique identifier with at least one of a plurality of digital twins for a group of final products, the first unique identifier corresponding to a first digital trigger. The method also includes updating at least one of the digital twins based on an evolution that is associated with the first component and that is at least part of a process resulting in a commercial product. The method also includes associating the at least one of the plurality of digital twins with the commercial product and a second unique identifier corresponding to a second digital trigger. The method may also include providing data associated with a trust condition.

Abstract: An inhaler device for dispensing medicament comprising: a dispenser flow channel leading to a mouthpiece, a medicament holder, and a mesh part placed in the dispenser flow channel between the medicament holder and the mouthpiece, wherein said mesh part is made of a Polyoxymethylene.

Abstract: A method for machining workpieces in a machine tool, according to which the workpiece (10) is measured in the region of the machining assembly of the machine tool, and deviations from the specified position and/or form of the workpiece (10) are compensated for by controlling the tools (14) and/or the workpiece (10) accordingly.

Abstract: A vehicle headlight unit has a headlight housing covered by a pane on its front side. The headlight unit is held relative to the vehicle body by a support which yields in the longitudinal direction of the vehicle under the effect of force. The pane is fixedly connected with one side of the support and the opposite side of the support is fastened to the headlight unit housing. The yielding support may comprise a rubber bellows.

Abstract: A vehicle headlight unit has a headlight housing covered by a pane on its front side. The headlight unit is held relative to the vehicle body by a support which yields in the longitudinal direction of the vehicle under the effect of force. The pane is fixedly connected with one side of the support and the opposite side of the support is fastened to the headlight unit housing. The yielding support may comprise a rubber bellows.