Phased array antenna for indoor application
First Claim
1. A phased array antenna assembly adapted for reducing severe radiation hazards to the human body, useful for transmitting and receiving signals while taking into account the indoor electromagnetic field strength, said antenna design comprising;
- a. micro-strip small-size antenna;
b. switching device, having a communicating means with said antenna to select between receiving or transmitting modes, further having a selecting means for phase shift and the receiving/transmitting frequencies;
c. a controller adapted to receive inputs from said switching device comprising;
d. coordinating means, adapted to interconnect said switching device with a algorithm-based software; and
e. a memory queue that records the optimal path in each indoor environment to each of the associated nodes to said antenna assembly;
wherein said assembly is cost effective in that it is adapted for a indoor mass-utilization consisting of low cost materials and components, and further wherein said assembly radiates a limited electromagnetic field in a minimal measure required for communication.
2 Assignments
0 Petitions
Accused Products
Abstract
A novel phased array antenna assembly is hereto presented. This antenna is adapted for reducing severe radiation hazards to the human body, and is useful for transmitting and receiving signals while taking into account the indoor electromagnetic field strength. The antenna comprising a micro-strip small-size antenna; a switching device, having a communicating means with said antenna to select between receiving or transmitting modes, further having a selecting means for phase shift and the receiving/transmitting frequencies; a controller adapted to receive inputs from said switching device comprising; a coordinating means, adapted to interconnect said switching device with a algorithm-based software; and a memory queue. This antenna assembly is cost effective in the manner it is adapted for an indoor mass-utilization consisting of low cost materials and components, and further wherein said assembly radiates a limited electromagnetic field in a minimal measure required for communication.
-
Citations
34 Claims
-
1. A phased array antenna assembly adapted for reducing severe radiation hazards to the human body, useful for transmitting and receiving signals while taking into account the indoor electromagnetic field strength, said antenna design comprising;
-
a. micro-strip small-size antenna;
b. switching device, having a communicating means with said antenna to select between receiving or transmitting modes, further having a selecting means for phase shift and the receiving/transmitting frequencies;
c. a controller adapted to receive inputs from said switching device comprising;
d. coordinating means, adapted to interconnect said switching device with a algorithm-based software; and
e. a memory queue that records the optimal path in each indoor environment to each of the associated nodes to said antenna assembly;
wherein said assembly is cost effective in that it is adapted for a indoor mass-utilization consisting of low cost materials and components, and further wherein said assembly radiates a limited electromagnetic field in a minimal measure required for communication. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 21, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33)
-
-
19. The phased array antenna as described in
FIG. 9 .
-
20. The phased array antenna as described in
FIG. 10 .
-
34. A switching module adapted to double RF signals in power of p;
- comprising inter alia a plurality of q RF signal inlets, a plurality of q RF signal outlets and a plurality of q diodes;
wherein q is any integer number in such a manner that each of said q diodes interconnects one of the q inlets with pq outlets;
wherein p is an integer number, and wherein is 1≦
p≦
q.
- comprising inter alia a plurality of q RF signal inlets, a plurality of q RF signal outlets and a plurality of q diodes;
Specification