Motorola Corporation

Motorola Mobility LLC

McKay Robert Johnson

Robert Kenoun

Thomas A Annett

Andy Kuo-Yuan Baw

Various embodiments provide a mobile communication device to sense and collect a user's diagnostic information. A deployable platform mounted on the mobile communication device, receives touch input from a user's finger. At least one sensor mounted on the deployable platform is used to sense one or more properties associated with the touch input. Diagnostic information associated with the one or more touch input properties is collected and a notification describing the diagnostic information is provided using the mobile communication device.

Mobile communication device to sense and collect a user's diagnostic information

An wireless communication device with an antenna () for sending and receiving signals in a plurality of frequency bands generates a plurality of resonances in the plurality of frequency bands and includes a first radiating element () that generates a first resonance in a first frequency band, a second radiating element (), coupled to and extending at an angle from the first radiating element (), that generates a second resonance in the first frequency band, and a third radiating element (), coupled to and extended at an angle from the first radiating element (). A capacitive coupling between the second radiating element () and the third radiating element () generates a loop with a third resonance in the first frequency band, and the third radiating element () generates a fourth resonance in a second frequency band independent of the loop at the second frequency band.

Wireless communication device for sending and receiving signals in a plurality of frequency bands

An antenna for sending and receiving signals in a plurality of frequency bands generates a plurality of resonances in the plurality of frequency bands and includes a first set of radiating elements () that generates at least one resonance in a first frequency band, and a second set of radiating elements () that generates at least one resonance in a second frequency band. At least one resonance is generated in a capacitive loop that exists at certain frequencies between at least two radiating elements belonging to a combination of the first set and the second set of radiating elements.

Antenna for sending and receiving signals in a plurality of frequency bands

An antenna () for sending and receiving signals in a plurality of frequency bands generates a plurality of resonances in the plurality of frequency bands and includes a first radiating element () that generates a first resonance in a first frequency band, a second radiating element (), coupled to and extending at an angle from the first radiating element (), that generates a second resonance in the first frequency band, and a third radiating element (), coupled to and extended at an angle from the first radiating element (). A capacitive coupling between the second radiating element () and the third radiating element () generates a loop with a third resonance in the first frequency band, and the third radiating element () generates a fourth resonance in a second frequency band independent of the loop at the second frequency band.

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Chicago, IL, United States of America

McKay Robert Johnson