3D-Printed Interaction - 9 Angebote vergleichen

Sobi24, [5080273].
Michael Bürger - Biographie eines Deutschen in den Jahren 1922-1945 Michael Bürger ist ein durch und durch rechtschaffener und wohlerzogener junger Mann. Von klein auf verhält er sich besonnen. Bei der Kriegsmarine beweist er sich als vorbildlicher Rekrut und Kamerad, der auch in Liebesdingen stets Anstand wahrt. Beschrieben wird der Werdegang eines jungen Deutschen bis 1945, der in schwieriger Zeit unter spezifisch deutschen Bedingungen aufwächst. Der Autor ist dabei auf historische Genauigkeit und Faktentreue bedacht, denn er will nicht verklären, sondern erklären, warum die Deutschen *** wählten und ihm blindlings folgten. Martin Schmitz schildert die Bedingungen so, wie sie das einfache Volk erlebte. Sei es zur Zeit der wirtschaftlichen Depression in den zwanziger uns dreißiger Jahren, sei es bei der Machtergreifung der Nazis oder während des zweiten Weltkriegs. Der Autor, Jahrgang 1922, schloss 1939 eine Lehre als Großhandelskaufmann ab. Während des Krieges diente er bei der Marine. Nach einer Umschulung arbeitete er als Rundfunkmechaniker, später als Abteilungsleiter, Werkleiter, Prokurist und schließlich als Direktor einer Rundfunkgerätefabrik. Es ist auch möglich, eine höhere Anzahl dieses Buches zu bestellen. Hardcover/gebunden.

Lieferung aus: Deutschland, Versandkostenfrei.
3D-Printed Interaction: The progressing digitalization increases the demand for interactive devices that bridge the physical and digital world. While there is great potential for customized interactive devices tailored to specific applications or users, until recently, integrating interactivity in custom devices required pre-defined components (e.g., rectangular buttons or flat touchscreens) that constrains the shape of the device. A more flexible alternative has opened up with the advent of 3D printing which empowers companies, developers, and end users to design and fabricate custom-shaped individual objects on demand with relatively low effort. Even though recognized as revolutionizing the manufacturing process, the 3D printing of custom-made interactive devices still requires novel sensor concepts, that operate on complex geometries, and significant design or assembly effort. This thesis concerns the 3D printing of interactive input devices that respond to a variety of external stimuli and are printed in a single pass without requiring significant assembly steps. It consists of five major contributions: The first contribution is a fabrication pipeline to design and 3D print custom-shaped touch sensors on complex 3D objects. Then, the second contribution extends the first pipeline to detect hovering, touching, or pressing of a finger on a 3D-printed object. The third contribution continues to explore deformation-aware 3D-printed objects that detect pressure, squeeze, and bending in combination with a capacitive touchscreen. The fourth contribution adds liquid to 3D-printed objects to detect tilting and motion interactions. Based on these liquid-filled objects, the fifth contribution is an alternative sensing approach that does not require powered electronics during the interaction. Instead, each sensor concept memorizes the effect of a pre-defined external stimulus by changes in its internal structure. These changes can be read-out at a later time through a capacitive touchscreen. Englisch, Taschenbuch.

Lieferung aus: Österreich, Sofort lieferbar, Lieferzeit 1-3 Werktage, Versandkostenfrei innerhalb von Deutschland.
The progressing digitalization increases the demand for interactive devices that bridge the physical and digital world. While there is great potential for customized interactive devices tailored to specific applications or users, until recently, integrating interactivity in custom devices required pre-defined components (e.g., rectangular buttons or flat touchscreens) that constrains the shape of the device. A more flexible alternative has opened up with the advent of 3D printing which empowers companies, developers, and end users to design and fabricate custom-shaped individual objects on demand with relatively low effort. Even though recognized as revolutionizing the manufacturing process, the 3D printing of custom-made interactive devices still requires novel sensor concepts, that operate on complex geometries, and significant design or assembly effort. This thesis concerns the 3D printing of interactive input devices that respond to a variety of external stimuli and are printed in a single pass without requiring significant assembly steps. It consists of five major contributions: The first contribution is a fabrication pipeline to design and 3D print custom-shaped touch sensors on complex 3D objects. Then, the second contribution extends the first pipeline to detect hovering, touching, or pressing of a finger on a 3D-printed object. The third contribution continues to explore deformation-aware 3D-printed objects that detect pressure, squeeze, and bending in combination with a capacitive touchscreen. The fourth contribution adds liquid to 3D-printed objects to detect tilting and motion interactions. Based on these liquid-filled objects, the fifth contribution is an alternative sensing approach that does not require powered electronics during the interaction. Instead, each sensor concept memorizes the effect of a pre-defined external stimulus by changes in its internal structure. These changes can be read-out at a later time through a capacitive touchscreen.

Lieferung aus: Schweiz, Lieferzeit: 2 Tage, zzgl. Versandkosten.
The progressing digitalization increases the demand for interactive devices that bridge the physical and digital world. While there is great potential for customized interactive devices tailored to specific applications or users, until recently, integrating interactivity in custom devices required pre-defined components (e.g., rectangular buttons or flat touchscreens) that constrains the shape of the device. A more flexible alternative has opened up with the advent of 3D printing which empowers companies, developers, and end users to design and fabricate custom-shaped individual objects on demand with relatively low effort. Even though recognized as revolutionizing the manufacturing process, the 3D printing of custom-made interactive devices still requires novel sensor concepts, that operate on complex geometries, and significant design or assembly effort.This thesis concerns the 3D printing of interactive input devices that respond to a variety of external stimuli and are printed in a single pass without requiring significant assembly steps. It consists of five major contributions: The first contribution is a fabrication pipeline to design and 3D print custom-shaped touch sensors on complex 3D objects. Then, the second contribution extends the first pipeline to detect hovering, touching, or pressing of a finger on a 3D-printed object. The third contribution continues to explore deformation-aware 3D-printed objects that detect pressure, squeeze, and bending in combination with a capacitive touchscreen. The fourth contribution adds liquid to 3D-printed objects to detect tilting and motion interactions. Based on these liquid-filled objects, the fifth contribution is an alternative sensing approach that does not require powered electronics during the interaction. Instead, each sensor concept memorizes the effect of a pre-defined external stimulus by changes in its internal structure. These changes can be read-out at a later time through a capacitive touchscreen.

Von Händler/Antiquariat, AMAHOFF [57315808], Roßtal, BAYE, Germany.
574 S. ; 22 cm minimale Gebrauchsspuren, sehr gutes Exemplar, fast wie neu 198 3828001386 Sprache: de Gewicht in Gramm: 550.

Lieferung aus: Deutschland, Versandfertig in 1 - 2 Werktagen.
Von Händler/Antiquariat, donpedro55.
Biografie eines Deutschen 1922 bis 1945, Gebundene Ausgabe, Label: Frieling Verlag Berlin, Frieling Verlag Berlin, Produktgruppe: Book, Publiziert: 1998-05, Studio: Frieling Verlag Berlin.

Lieferung aus: Deutschland, Versandfertig in 1 - 2 Werktagen.
Von Händler/Antiquariat, AMAHOFF.
Biografie eines Deutschen 1922 bis 1945, Gebundene Ausgabe, Label: Frieling Verlag Berlin, Frieling Verlag Berlin, Produktgruppe: Book, Publiziert: 1998-05, Studio: Frieling Verlag Berlin.

Lieferung aus: Deutschland, Versandart: STD, Versand nach: DE.
Von Händler/Antiquariat, AMAHOFF - Online Antiquariat, [10009452].
minimale Gebrauchsspuren, sehr gutes Exemplar, fast wie neu 198 3828001386, Orig.-Ausg., 1. Aufl. 574 S. ; 22 cm Pp.