Abstract: An intelligent hands-free electronic control kit for animal training, comprising a hands-free electronic control device in the form of a finger-wearable part, having at least one switch under the form of a push-button and a means of wireless bidirectional telecommunication with a remote control; a wireless remote control having a means of wireless bidirectional telecommunication on the one hand with the hands-free electronic control device in the form of a finger-wearable part, and on the other with a functional electronic receiver accessory, so that the remote control is able to relay an order triggered by the switch of the hands-free electronic control device towards the electronic receiver accessory; and a functional electronic receiver accessory, having a means of wireless bidirectional telecommunication with the remote control; wherein the switch is provided with means allowing to select and trigger distinct functions of the accessory according to as how the push-button is pressed by an user and optional

Abstract: The present invention relates to a remote-receiving circuit (1) for providing and controlling an electric stimulus applied to an animal, the circuit (1) comprising: an isolated DC/DC converter (4) having a low voltage input powered by an energy source (3) and a high voltage output connected to a storage capacitor (8) suitable to be charged with stimulus energy by said converter (4); a first electrode (5) and a second electrode (6) configured to be in contact with the animal for delivering to it high voltage stimulus current and connected to the respective ends of said storage capacitor (8); a current-limiting circuit (9) connected in series with the storage capacitor (8) to control the stimulus current delivered to the animal through the electrodes (5, 6).

Abstract: The present invention relates to a remote-receiving circuit (1) for providing and controlling an electric stimulus applied to an animal, the circuit (1) comprising: an isolated DC/DC converter (4) having a low voltage input powered by an energy source (3) and a high voltage output connected to a storage capacitor (8) suitable to be charged with stimulus energy by said converter (4); a first electrode (5) and a second electrode (6) configured to be in contact with the animal for delivering to it high voltage stimulus current and connected to the respective ends of said storage capacitor (8); a current-limiting circuit (9) connected in series with the storage capacitor (8) to control the stimulus current delivered to the animal through the electrodes (5, 6).

Abstract: A communication method for transmitting a digital data sequence by a transmitter to a remote receiver, using frequency hopping spread spectrum, said data sequence comprising a plurality of blocks terminated by an end block, each block consisting of a plurality of consecutive data frames interspersed in time, each block being modulated at a carrier frequency belonging to a predetermined ordered hopset, the method comprising the steps of: activating the data sequence transmission by pressing a switch located at the transmitter side; transmitting the data sequence using the transmitter; receiving and demodulating the data sequence at the receiver; wherein each data frame is provided with at least one additional bit so that to allow the receiver to determine either if the last received block is the end block of the sequence, or the time position of any frame inside each non-end block.