Resonance Enhanced Rotary Drilling Actuator

Marian Wiercigroch (Inventor), Marcin Kapitaniak (Inventor), Seyed Vahid Vaziri Hamaneh (Inventor), Nina Yari (Inventor)

Research output: Patent

Abstract

Provided is a device for converting rotary motion into oscillatory axial motion, which device comprises: (a) a rotation element (1); (b) a base element (2); and (c) one or more bearings (3) for facilitating rotary motion of the rotation element relative to the base element; wherein the rotation element and/or the base element comprise one or more raised portions (4) and/or one or more lowered portions (5) over which portions the one or more bearings (3) pass in order to periodically increase and decrease axial distance between the rotation element (1) and the base element (2) as rotation occurs, thereby imparting an oscillatory axial motion to the rotation element (1) relative to the base element (2).
Original languageEnglish
Patent numberWO2016142537A3
Priority date11/03/15
Filing date11/03/16
Publication statusPublished - 15 Sep 2016

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Drilling
Actuators
Bearings (structural)

Cite this

Wiercigroch, M., Kapitaniak, M., Vaziri Hamaneh, S. V., & Yari, N. (2016). Resonance Enhanced Rotary Drilling Actuator. (Patent No. WO2016142537A3). World Intellectual Property Organization.

Resonance Enhanced Rotary Drilling Actuator. / Wiercigroch, Marian (Inventor); Kapitaniak, Marcin (Inventor); Vaziri Hamaneh, Seyed Vahid (Inventor); Yari, Nina (Inventor).

World Intellectual Property Organization. Patent No.: WO2016142537A3. Mar 11, 2016.

Research output: Patent

Wiercigroch, Marian (Inventor) ; Kapitaniak, Marcin (Inventor) ; Vaziri Hamaneh, Seyed Vahid (Inventor) ; Yari, Nina (Inventor). / Resonance Enhanced Rotary Drilling Actuator. World Intellectual Property Organization. Patent No.: WO2016142537A3. Mar 11, 2016.
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AB - Provided is a device for converting rotary motion into oscillatory axial motion, which device comprises: (a) a rotation element (1); (b) a base element (2); and (c) one or more bearings (3) for facilitating rotary motion of the rotation element relative to the base element; wherein the rotation element and/or the base element comprise one or more raised portions (4) and/or one or more lowered portions (5) over which portions the one or more bearings (3) pass in order to periodically increase and decrease axial distance between the rotation element (1) and the base element (2) as rotation occurs, thereby imparting an oscillatory axial motion to the rotation element (1) relative to the base element (2).

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