Patents

Ratchet Pump. Reimar Spohr, Lars Westerberg, Klas Hjort, Reinhard Neumann, Emma Hedlund, Tito E. Huber. German Patent DE102005055206.6 (2005)

Electrolytische Zelle (Electrolytic Cell). Spohr, R.; Apel, P.; Kiesewetter, H.; Skoczylas, M.; Zet, C.; German Patent DE 100 44 565 B4 (2000)

Method for etching at least one ion track to a pore in a membrane and electrolytic cell for preparing said membrane. Spohr, Reimar; Apel, Yu Pavel; Korchev, Yuri; Siwy, Zuzanna; Yoshida, Masaru. United States Patent 20050072689A1 (2005)

xxx Electrothermal or electroosmotic control of non-mechanical chemical valve of porous membrane coated with swellable gel. Spohr, Reimar; Yoshida, Masaru. German Patent Number DE 1998-19853286 19981119 (1998)

Suprafluid Drucksensor (Superfluid pressure sensor). R. Spohr,. German Patent DE 19846351 C1 (1998)

Micropumpe für fluide Medien (Micropump for fluid media). U. Hannesen, J. Hillenbrand, E. Moschel, R. Spohr,. German Patent 19711270 C2 (1997)

Chemical valve R. Spohr, M. Tamada, H. Omichi, C. Trautmann, J. Vetter, M. Yoshida. European Patent 0562303 (1995)

Method for regulating a chemical valve. R. Spohr, M. Yoshida. European Patent 1148869B1 (1999)

Verfahren zum Erzeugen von Mikrostrukturen. (Method for generating microstructures) C. Trautmann, R. Spohr, N. Angert, W. Brüchle, J. Vetter. German Patent 4210486 (filed 31.03.1992, issued 06.05.1993); European Patent No. 0563605 (1995);

Gated field emitter array. R. Spohr, N. Angert, C. Trautmann, C. Bieth, J. Bassiere. German Patent 4209301 (filed 21.03.1992, issued 19.08.1993); European Patent No. 9303222 (1994);

Vorrichtung zur Bestimmung von Eigenschaften in Fluessigkeiten aufgeschwemmter Teilchen. (Channel for determination of properties of particles suspended in liquids). R. Spohr. German Patent DE 3626600 C2 (filed 6.8.1986, issued 11.05.1988);

Diffusion plate having predetermined divergence angle. R. Spohr, E. Pfeng, D. Bürckner, T. Popp. United States Patent Number 4826292 (1989)

Verfahren zur Herstellung hitzebeständiger und chemikalienresistenter feinstporiger Mikrosiebe . R. Brandt, P. Vater, T.C. Zhu, R. Spohr, J. Vetter; German Patent DE 3816078 A1 (1988)

Amorphous glass matrix containing aligned microscopically thin metal conductors. Reimar Spohr. US Pat. 4668957 (1987), US Pat. 4613351 (1986), German Pat. DE 3337049 C2, UK Pat. 2150357

Method for monitoring microhole growth during production of microholes having a predetermined diameter. Reimar Spohr. United States Patent 4725332 (1988)

Method for producing planar surfaces having very fine peaks in the micron range. R. Spohr. US Patent 4338164 (1982). German Patent DE 2951287 C2 (1979)

Method for producing nuclear traces or microholes originating from nuclear traces of an individual ion. Reimar Spohr. United States Patent 4369370 (1983), German Patent DE 2951376 C2 (1979)

Vorrichtung zum Einschleusen von Proben in ein nach außen dicht abgeschlossenes System. (Device for transferring samples from an external environment into a sealed vacuum system.) Malwitz, E.; Illert, K.; Spohr, R.; German Patent DE 2835711 C2 (1978)

Methode of making a magnetic memory layer. Schmelzer, Christoph; Spohr, Reimar; Krumme, Jens-Peter; Witter, Klaus; Heitmann, Heinrich. United States Patent 4314894 (1982), Canadian Patent 1141464, German Patent DE 2783282 C3 (1977)

Aetzverfahren zur Herstellung von Strukturen unterschiedlicher Hoehe (Etch technique to generate microstructures of predetermined thickness). R. Spohr, B. Fischer, B. Genswürger, P. Hansen, J.P. Krumme. German Patent Registration 2717400, filed April 20, 1977, issued 26.10.1978;