DE102021005756A1 - Means for relocating hoof shoes in equestrian sports, by attaching a locating chip, which makes it possible to find the hoof shoes again using a suitable locating device or software. - Google Patents

Abstract

Means for retrieving hoof shoes in equestrian sports, by attaching a locating chip, which makes it possible to find the lost hoof shoes again using a suitable locating device or software.

Description

1. Designation

Means for relocating hoof shoes in equestrian sports, by attaching a locating chip, which makes it possible to find the hoof shoes again using a suitable locating device or software.

2. Summary

2.1 Technical problem of the invention = technical task and objective

In equestrian sports there is now a large selection of different hoof boots. However, these hoof shoes, which are exposed to various conditions and influences in equestrian sports, are often lost on rides, paddock walks, etc. or slip off the horses' hooves and are then found again only with great difficulty and with great effort. It often happens that such a hoof boot cannot be found and remains in nature.

2.2 Solution of the problem or the technical task

In the solution presented here, a locating chip is placed on the hoof shoes, which enables the hoof shoes to be found again using a suitable locating device. The positioning system can be implemented using any radio signal (e.g. GPS, Bluetooth, WLAN).

The device of the tracking chip is designed to withstand external influences (shock, water, weatherproof, etc.).

The locating chip can be permanently attached to the hoof boot or can be exchanged.

He can use suitable sensors to detect whether the hoof boots are currently being worn on the horse's hoof.

In a further expansion stage, the locating chip can be charged via a suitable system (e.g. piezoelectric converter) by the horse's footsteps, thus preserving the battery.

This can be implemented mechanically / electronically / or solar.

By advantageous communication of several hoof shoes, an alarm can be triggered as soon as one of the hoof shoes is no longer on the horse's hoof or has failed.

Advantageous implementation of the system makes it possible for the sensor to communicate with suitable software and to record routes. If necessary, it is possible to send an emergency call - for example, if the horse moves too far away from the rider.

Through advantageous realization of the project, a third party can use the sensors of the riderless

localize a rider who may have had an accident. Any evaluation device can be attached to the hoof boot or the horse.

2.3 Field of Application

The solution presented here is intended to be used in equestrian sports. And especially here to make it possible to find hoof boots again without much effort.

3. Drawing (see separate sheet)

character list

1

Buckles for attachment

2

chip for location

3

horseshoe

4

Fixing screws for cover

5

Lid

6

battery

7

chip

8th

base plate

9

Fastening screws for hoof shoe

• First draft chip mounted on the side
• structure of the housing

Drawing version: V1.0

First draft to create a prototype

The shape, dimensions, assembly design, appearance, parts list and components are designed for a first test attempt and can therefore vary.

Claims (9)

Means for retrieving hoof shoes in equestrian sports, by attaching a locating chip, which makes it possible to find the lost hoof shoes again using a suitable locating device or software. means after claim 1 , is implemented via any radio signal (e.g. GPS, Bluetooth, WLAN). Means according to one of the preceding claims is designed in such a way that the device withstands external influences (shock, water, weatherproof, etc.). Means according to one of the preceding claims is designed in such a way that the locating chip is connected to the hoof shoe in a fixed or exchangeable manner. Means according to one of the preceding claims is designed in such a way that the chip uses suitable sensors to detect whether the hoof shoes are currently being worn on the horse's hoof. Means according to one of the preceding claims is designed in such a way that the locating chip is charged via a suitable system (e.g. piezoelectric converter) by the footsteps of the horse and thus maintains the battery. This can be implemented mechanically / electronically / or via solar. Means according to one of the preceding claims is designed in such a way that an alarm is triggered by advantageous communication between several hoof shoes as soon as one of the hoof shoes is no longer on the horse's hoof or has fallen out. Means according to one of the preceding claims is designed in such a way that the sensor communicates with suitable software and records routes. Means according to one of the preceding claims is designed in such a way that a third party uses the sensors of the riderless horse to localize a rider who may have had an accident.

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