Abstract:
A method of automatically milking an animal having at least two udder quarters. The milking of the at least two udder quarters is performed at least partially simultaneously. The method includes the step of controlling the milking intensity during at least a part of the milking of each udder quarter in such a way that all udder quarters will be milked-out according to a predetermined chronological order. The method also includes the step of determining, during milking, for each udder quarter a value of a milking parameter of the milk obtained from the relevant udder quarter, the milking intensity during at least a part of the milking of each udder quarter being controlled with the aid of the determined value of the milking parameter in such a way that all udder quarters will be milked-out according to a predetermined chronological order.
Abstract:
A device for automatically milking an animal. The device is provided with at least two teat cups to be connected to respective teats of the animal. The milking vacuum unit generates a milking vacuum in the teat cups, which milking vacuum unit comprises at least two vacuum lines that are each connectable to a respective teat cup. The milking vacuum unit comprises a common vacuum pump and a common buffer vessel to which vacuum can be applied by means of the common vacuum pump. All vacuum lines are connectable to the common buffer vessel. An individual buffer vessel is provided in each vacuum line and is disposed between the common buffer vessel and the respective teat cup. An individual buffer vessel is connectable to the common buffer vessel by a first vacuum line portion and is connectable to the respective teat cup by a second vacuum line portion. An individual buffer vessel is provided with a respective individual vacuum pump for applying vacuum to the individual buffer vessel.
Abstract:
A device for automatically milking an animal, which device is provided with a milking robot, a computer for controlling the operation of the device, a measuring device for performing measurements on milk obtained from an animal, at least two teat cups, and a common milk line for discharging milk coming from the at least two teat cups, each teat cup being connected via a teat cup line to the common milk line. The device is provided with a milk-determining element for determining the teat cup from which comes the milk present in the common milk line and for emitting a determination signal. The measuring device comprises a common sensor for performing measurements on milk obtained from an animal and for emitting a measurement signal. The common sensor is disposed in the common milk line. The computer is suitable for combining the measurement signal and the determination signal.
Abstract:
A device for crop processing. The device is autonomously movable, and is provided with a mowing unit for mowing the crop, with a rake unit for raking mown crop, and with a tedder unit for tedding mown crop. The device is further provided with a position-determining system for determining the position of the device, with a boundary-detecting system for detecting a boundary of mown crop, and with a control device for controlling the device with the aid of data from the position-determining system and/or the boundary-detecting system.
Abstract:
A method of performing an animal related action on an animal by means of a robot arm is disclosed. The method includes carrying out measurements on the animal by means of a sensor for locating at least one animal part, generating, on the basis of the measurements, a list of data each corresponding to a possible animal part, comparing the data on the list with historical data regarding at least one animal part, assigning to each of the data on the list, on the basis of the comparison, a probability value for actual correspondence with at least one animal part, selecting as target position that possible target position that corresponds to the data on the list having the highest probability value and moving the robot arm to the target position which corresponds to the animal part found and performing there the animal related action.
Abstract:
A device for automatically milking an animal, which device is provided with a milking robot, a computer for controlling the operation of the device, a measuring device for performing measurements on milk obtained from an animal, at least two teat cups, and a common milk line for discharging milk coming from the at least two teat cups, each teat cup being connected via a teat cup line to the common milk line. The device is provided with a milk-determining element for determining the teat cup from which comes the milk present in the common milk line and for emitting a determination signal. The measuring device comprises a common sensor for performing measurements on milk obtained from an animal and for emitting a measurement signal. The common sensor is disposed in the common milk line. The computer is suitable for combining the measurement signal and the determination signal.
Abstract:
An agricultural machine for performing an agricultural operation. The agricultural machine is movable over an agricultural parcel and is provided with an environment-sensor for measuring a current value of an environment-property, with a memory for containing a nominal value of the environment-property, and with a comparator for comparing the measured current value of the environment-property with the stored nominal value of the environment-property. The agricultural machine is further provided with a direction-of-travel-determining element for determining the direction of travel of the agricultural machine and with a braking-distance-determining element for determining the braking distance of the agricultural machine.
Abstract:
An agricultural machine for performing an agricultural operation, in particular crop processing. The agricultural machine is provided with a movable agricultural for performing the agricultural operation. The agricultural machine is provided with a detecting element for detecting a force acting on the detecting element and for emitting a detection signal depending on the detected force; with a protecting element for protecting the moving agricultural device, and with a displacing element for displacing, in dependence on the detection signal, the agricultural device and the protecting element relative to each other.
Abstract:
A device for milking animals is provided with at least two milking robots, each for automatically connecting at least one teat cup to a teat of an animal. Each milking robot is provided with a milking vacuum unit for generating a milking vacuum for milking an animal. The device is provided with a common ring line and with a controllable, central vacuum system for generating a vacuum with a first pressure on the common ring line. Each milking vacuum unit is connected to the ring line via a passage, control means being provided for controlling the size of the passage.
Abstract:
An agricultural machine for performing crop processing. The agricultural machine is provided with a movable agricultural device for performing the agricultural operation. The agricultural machine is an autonomous agricultural machine and is provided with an outlet for discharging processed crop from the agricultural machine, and with a protecting element for protecting the outlet. The protecting element has such a flexibility and such a weight that the processed crop is not harmfully influenced by the protecting element.