Abstract: The present invention relates to a feedthru (210, 210?) provided with a ceramic based coating (260) and a method of providing a feedthru (210, 210?) with a ceramic based coating (260). The feedthru (210, 210?) includes at least one conductive pin (220) that extends through a header (217) and includes an exposed first end (221) and an exposed second end (222) spaced by an insulated portion (224). The at least one conductive pin (220) connects a first conductive element (121) connected with a first electrical device (300, 300a, 300b, 104, 105, 105?) and a second conductive element (121?) connected with another electrical device (20, 301), whereby the exposed first end (221) connects to the first conductive element (121) and the exposed second end (221) connects to the second conductive element (121?).

Abstract: The present invention relates to a vibrating flow device that includes at least one conduit, at least one drive, at least one pick-off, and at least one housing. The at least one drive vibrates the at least one conduit at one or more drive frequencies and the at least one pick-off measures the motion of the at least one conduit. The at least one housing encompasses at least a portion of the at least one conduit. The at least one housing's modes of vibration occur at frequencies that exceed the one or more drive frequencies.

Abstract: The present invention relates to a feedthru (210, 210?) provided with a ceramic based coating (260) and a method of providing a feedthru (210, 210?) with a ceramic based coating (260). The feedthru (210, 210?) includes at least one conductive pin (220) that extends through a header (217) and includes an exposed first end (221) and an exposed second end (222) spaced by an insulated portion (224). The at least one conductive pin (220) connects a first conductive element (121) connected with a first electrical device (300, 300a, 300b, 104, 105, 105?) and a second conductive element (121?) connected with another electrical device (20, 301), whereby the exposed first end (221) connects to the first conductive element (121) and the exposed second end (221) connects to the second conductive element (121?).

Abstract: The present invention relates to a vibrating flow device that includes at least one conduit, at least one drive, at least one pick-off, and at least one housing. The at least one drive vibrates the at least one conduit at one or more drive frequencies and the at least one pick-off measures the motion of the at least one conduit. The at least one housing encompasses at least a portion of the at least one conduit. The at least one housing's modes of vibration occur at frequencies that exceed the one or more drive frequencies.

Abstract: The invention is a method for teaching attractive, articulate spoken English quickly and effectively. The method focuses on speaker well-being, balance, relaxation and breathing in additional to appealing vocal projection. Skills are summarized by simple, catchy coaching credos making them easy to recall and apply. Individual skills are combined into summary coaching credos reinforcing the desired delivery method as a whole. The invention can be customized for industries such as accounting, healthcare or elementary education and can be adapted for languages other than English. The method is especially effective for teaching attractive, articulate speaking skills to workgroups who can continue to coach and help each other improve their speaking skills over time. The method focuses on reinforcing comprehension and retention by teaching participants to coach each other to adopt and improve skills they themselves are also trying to acquire. The method is fueled with fun, positive feedback and immediate success.