Abstract: The disclosure relates to a shifting apparatus for shifting gear stages of a vehicle transmission. The shifting apparatus comprises at least one selector rod which is translationally movable along a shifting direction and the two rod free ends of which are mounted in a manner which can be loaded hydraulically in each case in a pressure chamber for hydraulic medium. The shifting apparatus has a pressure connector and a hydraulic pressure line which is connected to it at each pressure chamber. Moreover, a tank connector and a hydraulic return line which is connected to it are arranged at each pressure chamber. The two return lines open into a common tank line for connection to a hydraulic tank. Moreover, the disclosure relates to a towing vehicle with a shifting apparatus of this type.

Abstract: A drive assembly for a work machine includes a transmission device having first and second input sides and first and second output sides, a dual-clutch transmission connected to the transmission device, the dual-clutch transmission having a first shift element connected to a first transmission input shaft, a second shift element connected to a second transmission input shaft, a plurality of cylindrical gear stages, and a reverse idler gear, an input shaft, an output shaft, a first energy machine connected to the input shaft, a second energy machine connected to the second input side, and a control unit, having a processor and memory, configured to adjust a direction of rotation and a rotating speed of the first output side and the second output side of the transmission device by the second energy machine.

Abstract: A drive assembly for a work machine includes a transmission device having a first and a second input sides, a first and a second output sides, and a dual-clutch transmission. At least one gear is embodied as a winding path gear, and the dual-clutch transmission is connectable, or connected, to the first output side of the transmission device The drive assembly includes an input shaft, an output shaft, a drive unit, a first energy machine, and a second energy machine. The drive unit is connectable, or connected, to the input shaft. The first energy machine is connected to the input shaft. The second energy machine is connectable, or connected, to the transmission device. The first or the second output side of the transmission device is connectable, or connected, to the dual-clutch transmission.

Abstract: A dual clutch transmission for a drive assembly of a working machine includes a first shifting element connected to a first transmission input shaft, a second shifting element connected to a second transmission input shaft, and a plurality of spur gear stages, the first transmission input shaft connected to an output shaft by at least one of the plurality of the spur gear stages, second transmission input shaft connected to the output shaft by at least one of the plurality of the spur gear stages, and the plurality of spur gear stages including a first spur gear stage having a first fixed gear disposed on the first transmission input shaft, a first shifting gear disposed on the output shaft, and a reverse idler gear disposed between the first fixed gear and the first shifting gear.

Abstract: The disclosure relates to a drive assembly for a work machine, comprising: a transmission device having a first and second input sides, a first output side, and a dual-clutch transmission. At least one gear is in the form of a winding path gear, and the dual-clutch transmission is connectable or connected to the first output side of the transmission device. The drive assembly includes an input shaft, an output shaft, a first energy machine connected to the input shaft, and a second energy machine connected to the second input side. A rotational speed and/or a direction of rotation of the first output side of the transmission device is settable and/or adjustable and/or controllable. The disclosure furthermore relates to a work machine.

Abstract: The disclosure relates to a drive assembly for a work machine, comprising a transmission device having a first input side, a second input side, a first output side, and a dual-clutch transmission. At least one gear is embodied as a winding path gear, and the dual-clutch transmission is connectable, or connected, to the first output side. and the drive assembly also includes an input shaft, an output shaft, a drive unit, a first energy machine, and a second energy machine. The drive unit is connectable, or connected, to the input shaft. The first energy machine is connectable, or connected, to the input shaft. The second energy machine is connectable to the transmission device. The drive unit is connectable to the first and/or the second input side such that a rotating speed and/or a direction of rotation of the first output side of the transmission device is settable, adjustable, and/or actuable.

Abstract: Data Analytics Engines can be provided as a “black-boxed” abstraction to their “users.” This allows a user to mix and match analytical components if their input data matches the input requirement of the engine. Furthermore, by decoupling the Data Analytics Engine creation from the environment, a high degree of process automation, scalability, and improved maintainability can be achieved. As a result, Data Analytic engineers and Data Scientists can create reusable components for other scientists and business users, whereas the users need not know how the Engines are coded or the environment in which their engines will run, but only need to know the input schema of the data.

Abstract: A quantum computer cable assembly for a quantum computer and a quantum computer cable holder are provided. The quantum computer cable assembly includes at least two quantum computer control cables for the quantum computer that are configured to transmit radio frequency signals. The quantum computer cable assembly also includes a cable receptacle for the quantum computer control cables. The cable receptacle includes at least two cable guides which are separate from each other and which are each configured to fix at least one of the at least two quantum computer control cables for the quantum computer in place with a form fit such that the quantum computer control cables are received in the respective cable guide so as to preserve their positions.

Abstract: The disclosure relates to a dual clutch arrangement for arrangement in a drive train of a work machine or a work machine. The dual clutch arrangement comprises a first clutch cover which is rotatable about an axis of rotation of a first and a second output side, and a second clutch cover which is rotatable about the axis of rotation of the first and the second output sides, and a bearing carrier which is arranged between the first and the second clutch covers. Multiple first bearing elements are arranged between the first clutch cover and the bearing carrier, and multiple second bearing elements are arranged between the second clutch cover and the bearing carrier. The disclosure further relates to a drive train and to a work machine.

Abstract: The disclosure relates to a double clutch arrangement, for example, a double clutch, for arranging in a drive train of a work machine or in a work machine. The double clutch arrangement comprises a first clutch cover, which is rotatable about an axis of rotation of a first and a second output sides, and a second clutch cover, which is rotatable about the axis of rotation of the first and second output sides. The first output side is mounted on the first clutch cover and the second output side is mounted on the second clutch cover. The disclosure further relates to a drive train and to a work machine.

Abstract: A quantum computer system includes a control and analysis circuit, a transmission module, a plurality of qubits of a quantum computer chip, and a chip connection circuit. The control and analysis circuit is configured to generate a plurality of electrical signals for the plurality of qubits, and to analyze a plurality of electrical read-out signals received from the plurality of qubits. The chip connection circuit is configured to apply the plurality of electrical signals to the plurality of qubits, and to obtain the plurality of electrical read-out signals from the plurality of qubits. The transmission module includes an optical data connection, a first converter circuit, and a second converter circuit. The optical data connection connects the first converter circuit and the second converter circuit, wherein the optical data connection is configured to transmit optical signals between the first converter circuit and the second converter circuit.

Abstract: A method of training a diffusion model to enable autonomous interaction between a robotic device and a human includes receiving an operator command for the robotic device and pose data including a history of poses. The method includes applying noise to the operator command and encoding the noisy operator command, pose data, and history of operator commands into input tokens. The method includes inputting the tokens into a transformer encoder of the diffusion model and training the model to perform denoising to generate an autonomous command from the noisy operator command based on the pose data and command history. The method includes generating the autonomous command based on the transformer encoder output and executing the command to cause the robotic device to perform an action during autonomous interaction with the human.

Abstract: A computer hardware system including an observer and an artificial intelligence (AI) agent is configured to perform the following. Event data corresponding to a particular predefined observed task having a plurality of discrete steps are collected within an observation matrix by the observer. The event data is structured by the observer into a plurality of task data clusters. The task data clusters are encoded by the observer with respective keys. The task data clusters with the respective keys are stored by the observer within a collection database. A task documentation file including textual descriptions respectively corresponding to the plurality of discrete steps of the predefined observed task is generated by a large language model within the AI agent and using the respective keys. The event data within a particular task data cluster corresponds to a discrete step of the particular predefined observed task.

Abstract: A quantum computer system includes a control and analysis circuit, a chip connection circuit, and a quantum computer chip including a plurality of qubits. The control and analysis circuit includes a conversion circuit, and a frontend circuit. At least one of the control and analysis circuit, the conversion circuit, the frontend circuit, the chip connection circuit, or the quantum computer chip is at least partially established as an application-specific integrated circuit, ASIC.

Abstract: A quantum computer system includes a control and analysis circuit, a transmission module, a plurality of qubits of a quantum computer chip, and a chip connection circuit. The control and analysis circuit is configured to generate a plurality of electrical signals for the plurality of qubits, and to analyze a plurality of electrical read-out signals received from the plurality of qubits. The chip connection circuit is configured to apply the plurality of electrical signals to the plurality of qubits, and to obtain the plurality of electrical read-out signals from the plurality of qubits. The transmission module includes an optical data connection, a first converter circuit, and a second converter circuit. The optical data connection connects the first converter circuit and the second converter circuit, wherein the optical data connection is configured to transmit optical signals between the first converter circuit and the second converter circuit.

Abstract: A continuously variable transmission has an input shaft, an output shaft, an intermediate shaft connected to the output shaft and to the input shaft via one or more tooth engagements, a variator transmission arranged on the intermediate shaft, a hydrostatic transmission, a housing, and a bearing plate. The housing at least partially encloses the input shaft, the output shaft, and the intermediate shaft. The hydrostatic transmission is arranged geometrically parallel to the variator transmission, and the power flow can be split therebetween. The output shaft is offset horizontally and vertically with respect to the input shaft. The housing is in one piece and open on one side. The components are held in the housing by the bearing plate in the mounted state. One or more of the housing and the bearing plate have flat surfaces on outer sides, which are configured to fasten module components on the continuously variable transmission.

Abstract: A transmission arrangement for a drivetrain of an agricultural towing vehicle includes an input shaft, an output shaft, a transmission device, a transmission unit, and an electric machine. The transmission device includes a mechanical transmission branch and a variable transmission branch with a magnetic-electrical epicyclic transmission stage having an internal rotor, an external stator, and an interposed rotatable magnetic modulation ring being rotationally conjointly connectable to a clutch drive shaft. The transmission unit is arranged downstream in the power flow and includes a first clutch and a second clutch connected to the clutch drive shaft and at least four gear sets for establishing at least four gear ratio stages. The electric machine is coupled to the input shaft and configured to transmit electrical power to the external stator, which is configured to rotate the modulation ring.

Abstract: A method for calibrating a selected clutch arranged within a drivetrain of an agricultural towing vehicle. The selected clutch is activatable between a closed and an open state. The method includes connecting the selected clutch in terms of drive on the drive side to a running drive motor of the agricultural towing vehicle and connecting in terms of drive on the output side to an output shaft, defining the value of a first physical variable bringing about the clutch activation, determining a second physical variable representing the rotation of the output shaft, and assigning the second physical variable representing the rotation of the output shaft to the value of the first physical variable bringing about the clutch activation, in order to generate calibration data of the selected clutch depending on the assignment.

Abstract: The disclosure relates to a transmission arrangement for a drivetrain of an agricultural towing vehicle, comprising a transmission device and a transmission unit which is positioned downstream in the power flow and which comprises two clutches having two transmission input shafts. The transmission device comprises a mechanical transmission branch and a variable transmission branch with a magnetic-electrical epicyclic transmission stage comprising an internal rotor, an external stator and an interposed rotatable modulation ring. Electrical power of an electric machine coupled to the input shaft is able to be transmitted to the stator of the epicyclic transmission stage. The stator is able to be actuated to achieve a rotation of the modulation ring. A coupling device having a planetary transmission is arranged between the modulation ring and the two transmission input shafts.

Abstract: The disclosure relates to a shifting apparatus for shifting gear stages of a vehicle transmission. The shifting apparatus comprises at least one selector rod which is translationally movable along a shifting direction and the two rod free ends of which are mounted in a manner which can be loaded hydraulically in each case in a pressure chamber for hydraulic medium. The shifting apparatus has a pressure connector and a hydraulic pressure line which is connected to it at each pressure chamber. Moreover, a tank connector and a hydraulic return line which is connected to it are arranged at each pressure chamber. The two return lines open into a common tank line for connection to a hydraulic tank. Moreover, the disclosure relates to a towing vehicle with a shifting apparatus of this type.