GENERATION VENTURES ASSOCIATES

Brand Owner (click to sort) Address Description
GVA Generation Ventures Associates 73 Tremont Street Suite 304 Boston MA 021083904 GENERATION VENTURES ASSOCIATES;Consulting services in connection with electric power project development, namely identifying, initiating and developing private electric power generation and cogeneration facilities, assessing the financial feasibility of electric power projects, and management of all commercial, technical and financial aspects of electric power projects from conception through operation;
GVA Generation Ventures Associates 73 Tremont Street Suite 304 Boston MA 021083904 GENERATION VENTURES ASSOCIATES;Consulting services in connection with electric power project development, namely identifying, initiating and developing private electric power generation and cogeneration facilities, assessing the financial feasibility of electric power projects, and management of all commercial, technical and financial aspects of electric power projects from conception through operation;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. This invention discloses a direct-type backlight unit structure, which at least comprises at least one light generation component and at least one reflection mirror. The light generation component is used to generate a light and the reflection mirror is set in a side of the light generation component, wherein the reflection mirror faces to the light generation component to form a paraboloid and the paraboloid extends till a top of the light generation component. The reflection mirror can also be set on the top of the light generation component, and faces to the light generation component to form two paraboloids from a center line of the top of the light generation component. The light generated from the light generation component, especially the upward light, can be reflected by the reflection mirror to turn toward the side direction, and finally intermix uniformly in a mixed space, and pass through a light emitting surface to form a uniform backlight.