Eyewear with printed circuit board

A portable electrical system comprising an eyewear frame for a user, wherein the eyewear frame comprises:

• a front portion;
• first and second side portions coupled to opposite sides of the front portion;
• a printed circuit board provided in the eyewear frame, the printed circuit board having at least one electrical component attached thereon, the at least one electrical component being a first electrical component, the first electrical component attached on the printed circuit board and electrically connected to a plurality of other electrical components, each of the plurality of other electrical components being provided at least partially in the eyewear frame;
• and
• at least one lens that allow the user to view, without requiring any electrical components, at least a part of its physical environment through at least a portion of the at least one lens when the eyewear frame is worn,
• wherein the printed circuit board is in the eyewear frame, positioned in the vicinity of the middle area of the front portion of the eyewear frame,
• wherein at least one of the plurality of other electrical components is in the front portion of the eyewear frame,
• wherein the plurality of other electrical components comprise at least a wireless communication component, a camera, a microphone, a memory device, and an output device,
• wherein the eyewear frame is configured to present information to the user via the output device, with the information based on at least an image captured by the camera,
• wherein the memory device comprises at least a portion of computer code configured for voice recognition to recognize voice input received by the eyewear frame via the microphone to perform a function via the eyewear frame, and
• wherein the eyewear frame is configured to present to the user data wirelessly received by the eyewear frame via the wireless communication component.

An eyewear frame for a user comprising:

• a front portion;
• first and second side portions coupled to opposite sides of the front portion;
• and
• a printed circuit board provided in the eyewear frame, the printed circuit board having at least one electrical component attached thereon, the at least one electrical component being a first electrical component, the first electrical component attached on the printed circuit board and electrically connected to a plurality of other electrical components, each of the plurality of other electrical components being provided at least partially in the eyewear frame;
• and
• at least one lens that allow the user to view, without requiring any electrical components, at least a part of its physical environment through at least a portion of the at least one lens when the eyewear frame is worn,
• wherein the printed circuit board is in the eyewear frame, positioned in the vicinity of the middle area of the front portion of the eyewear frame,
• wherein at least one of the plurality of other electrical components is in the front portion of the eyewear frame,
• wherein the plurality of other electrical components comprise at least a wireless communication component, an accelerometer, a location sensor, and an output device,
• wherein the location sensor is configured to provide location data regarding the eyewear frame,
• wherein based on the location data regarding the eyewear frame from the location sensor, the eyewear frame is configured to present to the user via the output device, information related to where the eyewear frame is located,
• wherein the accelerometer is configured to provide data regarding movement of the user, with the user wearing the eyewear, and
• wherein the eyewear frame is configured to present to the user data received via the wireless communication component.