SYSTEM AND METHOD FOR HUMAN DOG COMMUNICATION
First Claim
1. A device for issuing signals reflecting a state of an autonomous carrier, the carrier being autonomic in motion, the carrier carrying the device, the device comprising:
- (a) one or more sensors adapted for sensing one or more parameters of the carrier and for issuing one or more outputs in accordance with the sensed parameters;
(b) one or more signal generators adapted for issuing signals sensible by humans; and
(c) a processor adapted for;
(i) receiving said one or more outputs;
(ii) triggering issue of one or more of said signals by said one or more signal generators in accordance with the received outputs.
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Accused Products
Abstract
It is disclosed a device for issuing signals reflecting a state of an autonomous carrier, a dog for example. The device includes sensors, signal generators like a loudspeaker or a light source, and a processor. The sensors are adapted for sensing parameters of the carrier and for issuing outputs in accordance with the sensed parameters. The signal generators are adapted for issuing signals sensible by humans. The processor is adapted for receiving the outputs and for triggering issue of the signals by the signal generators in accordance with the received outputs. One of the sensors senses visible parameters of the animal, like a global positioning system (GPS) sensor, a tilt sensor, an acceleration meter, and a proximity sensing article. One of the sensor senses invisible parameters of that living carrier, like a temperature meter, a respiration monitor, a pulse rate meter, a skin humidity sensor, and a sniffer. Certain states of the carrier are determined by certain location of the carrier, certain posture of the carrier relative to ground, and/or having invisible parameter within certain value range. The device includes a state database configured for containing a plurality of data items associated with determination of a state of the carrier.
40 Citations
25 Claims
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1. A device for issuing signals reflecting a state of an autonomous carrier, the carrier being autonomic in motion, the carrier carrying the device, the device comprising:
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(a) one or more sensors adapted for sensing one or more parameters of the carrier and for issuing one or more outputs in accordance with the sensed parameters; (b) one or more signal generators adapted for issuing signals sensible by humans; and (c) a processor adapted for; (i) receiving said one or more outputs; (ii) triggering issue of one or more of said signals by said one or more signal generators in accordance with the received outputs. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16)
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17. A device for issuing signals reflecting a state of a living carrier, the living carrier carrying one or more sensors adapted for sensing one or more invisible parameters of said living carrier and for issuing one or more outputs in accordance with said one or more parameters, the device comprising a processor adapted for:
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(i) receiving said one or more outputs; (ii) associating a state of the carrier with said one or more outputs; (iii) linking the associated state of the living carrier with a signal; and (iv) triggering issue of the linked signal by one or more signal generators; wherein said one or more signal generators are adapted for issuing a signal sensible by humans.
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18. A method for issuing signals reflecting the state of an autonomous carrier, the carrier being autonomic in motion, the method comprising:
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(a) receiving one or more outputs associated with one or more parameters of the carrier; (b) triggering issue of one or more of said signals by said one or more signal generators in accordance with the received outputs. - View Dependent Claims (19, 20, 21, 22, 23, 24, 25)
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Specification