Split type handheld remote nerve stimulation system suitable for birds

Abstract

The invention provides a split type handheld remote nerve stimulation system suitable for birds. The split type handheld remote nerve stimulation system comprises a stimulation generation end, a relay communication end, a handheld control end and a trajectory tracking end, wherein the stimulation generation end comprises a stimulation end control module, a stimulation end short-range communication module, a stimulation generation module, a first power supply module and a signal indication module; the relay communication terminal comprises a relay control module, a second power supply module, a relay short-range communication module and a relay remote communication module; the handheld control end comprises a handheld end control module, a third power supply module, a display module, a parameter setting module and a handheld end remote communication module; and the trajectory tracking end comprises a tracking end control module, a tracking end short-distance communication module, a fourth power supply module and a positioning module. Aiming at the physiological structure and movement characteristics of birds, different modules are matched with one another and are respectively arranged at different parts of animals, so that the weight borne by the different parts can be effectively reduced, and the influence of borne devices on the animal movement performance is reduced.

Description

technical field [0001] The invention relates to the technical field of animal robots and neuroscience experiment devices, in particular to a split-type handheld remote nerve stimulation system suitable for birds. Background technique [0002] A neurostimulator is a device that can be used to induce the excitation of neurons in a specific part of the brain, and it plays a very important role in neurological diseases such as animal robots and epilepsy. Neurostimulators can generally be divided into short-range neurostimulators and remote neurostimulators according to their communication methods. The communication distance of short-range neurostimulators is mostly within 1 km, and is mainly suitable for indoor environments; remote neurostimulators are not limited by communication distances, and can be used in both indoor and outdoor environments, so they are receiving more and more attention. researchers' attention. [0003] Although remote neurostimulators have many advantag...

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Problems solved by technology

[0003] Although remote neurostimulators have many advantages over short-range neurostimulators, they are limited by device volume and communication methods, and their volume and weight are large. For small animals such as birds, it is very difficult to carry them.

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