Sound Responsive, Bright Illuminating Badge

摘要

A sound responsive, bright illuminated badge that includes an opaque outer body with a front opening or window. Located inside the front opening is an image panel. Located below the image panel is a translucent front case. A planar LED mounting board is located below the front case and includes a plurality of inward oriented LEDs aligned in a row adjacent to one end of the mounting board. The top surface of the LED mounting board includes a layer of reflective material. Disposed over the layer of reflective material is a light diffuser panel. The badge's PCB includes a decibel regulator that connects to a built-in microphone that varies the blinking speed of the LEDs according to the loudness of the ambient noise. The badge also includes a high capacity rechargeable lithium ion battery that provides at least 800 cd/m̂2 at max brightness. The badge includes an external switch that enables the user to manually turn ON and OFF the badge, adjust the brightness level, to select a stead on or a blinking pattern that automatically adjusts based on ambient noise levels.

主权项

1. A sound responsive, illuminating badge, comprising:
a. a thin outer body with a top panel, a bottom panel, two side panels with an inner cavity formed therein, said top panel includes a front opening leading to said inner cavity, said outer body includes a thin card slot on one of said side panel and near said front opening; b. a planar translucent front case located inside the outer body and below the image panel; c. a planar LED mounting board is located below the front case and includes a plurality of inward oriented LEDs aligned in a row adjacent to one end of the LED mounting board; d. a PCB located inside said inside cavity, said PCB includes one or more capacitive touch button, said PCB includes a rechargeable battery charging circuit, a decibel regulator circuit and a battery charging port; e. a microphone connected to said decibel regulator circuit; f. a rechargeable lithium ion battery located inside said inner cavity and connected to said PCB and said LEDs, said lithium ion battery producing at least 800 cd/m̂2 at max brightness; and, g. a microprocessor connected to said PCB and configured to automatically adjust the blinking speed of said LED's based on the ambient sounds received by said microphone.