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US 2012/0070157 A1Published application
Omni-directional radiation-based signal transmitting apparatus
AssigneeLivinglab Development Co., Ltd.
InventorJui-Kuang Fang
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Abstract
The invention provides an omni-directional radiation-based signal transmitting apparatus which includes a circuit board and a plurality of radiation-based signal transmitting components. In particular, the radiation-base signal transmitting components are soldered and arranged on the circuit board such that the signal coverage zone of each radiation-based signal transmitting component overlaps the signal coverage zones of the neighboring radiation-based signal transmitting components.
Claims9
An omni-directional radiation-based signal transmitting apparatus, comprising:
- a circuit board, thereon defining a planar direction;
- a driving circuit, soldered on the circuit board;
- N first radiation-based signal transmitting components which each has a respective first transmitting central axis and a respective first signal coverage zone around the first transmitting central axis, the first radiation-based signal transmitting components being soldered on the circuit board and surrounding into a first closed shape such that the first transmitting central axis of each first radiation-based signal transmitting component makes a first angle with the planar direction of the circuit board and the first signal coverage zone of each first radiation-based signal transmitting component overlaps the first signal coverage zones of the neighboring first radiation-based signal transmitting components, each first radiation-based signal transmitting component being electrically connected to the driving circuit through the circuit board, N being an integer lager than or equal to 6;
- M second radiation-based signal transmitting components which each has a respective second transmitting central axis and a respective second signal coverage zone around the second transmitting central axis, the second radiation-based signal transmitting components being soldered on the circuit board and surrounding into a second closed shape such that the second transmitting central axis of each second radiation-based signal transmitting component makes a second angle with the planar direction of the circuit board and the second signal coverage zone of each second radiation-based signal transmitting component overlaps the second signal coverage zones of the neighboring second radiation-based signal transmitting components, each second radiation-based signal transmitting component being electrically connected to the driving circuit through the circuit board, M being an integer lager than or equal to 6;
- and
- at least one third radiation-based signal transmitting component which each has a respective third transmitting central axis and a respective third signal coverage zone around the third transmitting central axis, the at least one third radiation-based signal transmitting component being soldered on the circuit board such that the third transmitting central axis of each third radiation-based signal transmitting component is parallel to the planar direction of the circuit board and the third signal coverage zone of each third radiation-based signal transmitting component overlaps the third signal coverage zones of the neighboring third radiation-based signal transmitting components, each third radiation-based signal transmitting component being electrically connected to the driving circuit through the circuit board, wherein the driving circuit is for driving the first radiation-based signal transmitting components, the second radiation-based signal transmitting components and the at least one third radiation-based signal transmitting component simultaneously emitting radiation-based signals.
3 more elements
Dependencies are inferred from the claim text.