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폴란드
Mikrostyk S.A. - Prace badawczo-rozwojowe nad opracowaniem samo-korygującej się prostowarki część 3
,W okresie od lipca 2018 do września 2021 w Mikrostyk SA realizowany był projekt badawczo – rozwojowy PROJEKT NR POIR.01.01.01-1000/17 dofinansowany z funduszy europejskich w ramach programu operacyjnego Inteligentny Rozwój. Rolę instytucji pośredniczącej pełniło Narodowe Centrum Badań i Rozwoju. Celem projektu było opracowanie innowacyjnego procesu prostowania taśm, przy wykorzystaniu prostowarki dedykowany branży obróbki plastycznej metali.Zbiór danych zawiera wyniki badań przemysłowych nad możliwością eliminacji wibracji taśmy podczas pomiaru jej płaskości.,
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Patent AT-E400402-T1: [Translated] DEVICE AND METHOD FOR GENERATING MICROSTRUCTURES
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The device for producing microstructures has a rotating driven spindle (12) and a holder for clamping a workpiece (16). A fast drive is coupled to a tool (32) over a guidance arrangement, which permits adjustment of the tool in an axial direction of the fast drive against a return force. The drive has high rigidity in the plane perpendicular to the drive direction. An independent claim is made for an actuator (30) for moving the tool of a turning machine (10) to produce a micro-structured surface in a workpiece, especially using a piezoelectric drive.
Patent AT-E399535-T1: [Translated] METHOD FOR PRODUCING MICROPARTICLES WITH A SELECTED POLYMER MOLECULAR WEIGHT
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The present invention provides a method for preparing microparticles having a selected polymer molecular weight. The hold time and temperature of a solution containing a nucleophilic compound and a polymer having a starting molecular weight are controlled in order to control the molecular weight of the polymer in the finished microparticle product. In this manner, a selected polymer molecular weight in the finished microparticle product can be achieved from a variety of starting material molecular weights.
Patent AT-E401562-T1: [Translated] DEVICE AND METHOD FOR SAMPLING FOR SURFACE ANALYSIS
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A sampling device comprising an extraction body (3) with a surface (31), which is partially designed as an abrasion area (1), where the abrasion area consists of microcavities (11) that are regularly or randomly arranged and designed as recesses, where the micro cavities have a smaller depth in a micrometer range and the abrasion area is coated or uncoated depending on application, and the micro cavities are formed by charging, is new. An independent claim is also included for abrasion of a microsample on a surface.