Abstract: An interactive remotely controllable portable wireless speaker system is disclosed. The speaker systems includes a Bluetooth enabled speaker and an application configured to communicate and control the functionality of the speaker remotely via a Bluetooth connection. The application is configured to allow the speaker to, among other things, be powered on and off automatically, switch from one audio source to another, control the auxiliary port on the speaker, initiate an alarm when connectivity falls below a pre-defined level, map the location where the speaker connectivity drops below a pre-defined level to allow for the user to locate a lost or misplaced speaker, disable the physical buttons on the speaker such as volume and power to mitigate against unwanted tampering of the speaker; and control the audio equalizer settings either via custom settings or pre-determined equalizer genre settings.

Abstract: A process of the invention for fabricating a capacitor element includes the steps of forming a dielectric coating on a surface of an anode body and a surface of lower part of a projecting portion of an anode lead member implanted in the anode body, forming a precoat layer of an electrically conductive high polymer on the dielectric coating, exposing an area of the surface of the lower part in an annular form by partly removing the dielectric coating and the precoat layer, forming an electrically conductive high polymer layer on the precoat layer using an electrolytic polymerization process by immersing the anode body in a solution of a monomer so as to position said area of the surface of the lower part at the liquid level of the solution, and deburring the conductive high polymer formed on said area of the surface of the lower part.

Abstract: A process of the invention for fabricating a capacitor element includes the steps of forming a dielectric coating on a surface of an anode body and a surface of lower part of a projecting portion of an anode lead member implanted in the anode body, forming a precoat layer of an electrically conductive high polymer on the dielectric coating, exposing an area of the surface of the lower part in an annular form by partly removing the dielectric coating and the precoat layer, forming an electrically conductive high polymer layer on the precoat layer using an electrolytic polymerization process by immersing the anode body in a solution of a monomer so as to position said area of the surface of the lower part at the liquid level of the solution, and deburring the conductive high polymer formed on said area of the surface of the lower part.