Übersetzung für "Bodensensor" in Englisch

The members of the Precision Farming department showed great interest in the TSM soil sensor.

Which soil sensor is perfect for you?

The Soil Scanner is an intuitive one-button operated soil sensor that works wireless with a smartphone App.

The planter row unit of claim 1, wherein the sensor is a soil sensor.

The TSM ISOconnect is the first ISOBUS-capable soil sensor that can be used to control sowing machines.

The TSM is the only soil sensor on the market that can be used in this manner.

The floor sensor is connected to the bottomside of the film, and also certainly insulated.

Michael Kopecky from Geoprospectors had the opportunity to present the agricultural soil sensor Topsoil Mapper (TSM), which analyzes and evaluates different soil structures using electromagnetic induction, to interested visitors.

The TSM is the first ISOBUS-capable soil sensor that can be used to control sowing machines.

The main technical components of the FASTER system will be a light-weight portable soil sensor and a small all-terrain scout rover.

The agricultural driven machine according to claim 1, wherein at least one distance sensor for determining the distance of the device to the substrate is provided on the soil sensor.

The agricultural driven machine according to claim 1, wherein at least one inclination sensor for determining the inclination of the device relative to the substrate is provided on the soil sensor.

The agricultural driven machine according to claim 1, wherein at least one localization module, preferably a GPS module, is provided on the soil sensor.

By arranging the transmitting coil and the receiving coils according to the present teaching in a housing which comprises electromagnetic radiation shielding material, it is ensured that the interference signals generated by the towing vehicle do not affect the measurement or only insignificantly, so that for the first time, it is possible to use the soil sensor during an agricultural work run.

According to the present teaching, it can be provided that the soil sensor is moved during the work runs of the driven machine at a speed of preferably 15 km/h over the substrate to be examined, wherein the detected condition of the substrate, for example, the soil type, is directly used to control soil cultivation equipment mounted in the rear region of the driven machine.

All data and calculated information surveyed by the soil sensor are available at the control output within the tractor's processing speed, wherein a maximum speed is determined at which the length of the driven machine is sufficient to provide the computed data at the control output in real time.

The signals measured by the soil sensor 1 are transmitted to a computing unit 8 in the driven machine 7 and evaluated there in order to detect the soil condition.

This makes it possible to store the measured values determined by the soil sensor as a function of the specific position and thus to create a topological map of the soil condition.

The present teaching further comprises an agricultural driven machine, in particular a towing vehicle such as a tractor, comprising a soil sensor and a computing unit for converting the signals received by the receiving coil into electrical conductivity values and ground parameters, for example density, humidity and soil type.

The control outputs may preferably be arranged in the rear region of the driven machine, so that an immediate control of soil cultivation equipment arranged in the rear region of the driven machine is made possible based on the soil condition detected by the soil sensor during a work run.

This static offset is that offset which the measured data experiences through the running driven machine, as the soil sensor is mounted on the driven machine.