mhurhangee/ep-ind-claims huggingface dataset:
Drive device for a motor vehicle drivetrain of an electric vehicle, in particular in the form of an off-road commercial vehicle, comprising a plurality of electric machines (12, 13, 14) and a transmission in which different gear ratios between an input shaft and an output side are able to be selected, wherein a first electric machine is connected, or connectable, to the input shaft of the transmission, wherein the output side of the transmission is coupled to at least one output (9, 10) which in the motor vehicle drivetrain serves in each case to link in each case one drive axle (3, 4) of the electric vehicle, wherein a second electric machine is permanently connected to the output side, wherein provided apart from the first electric machine and the second electric machine is also at least one further electric machine which is in each case connectable to the input shaft by way of an intervening shifting clutch, and wherein provided in the transmission is a layshaft which is axially offset from the input shaft, characterized in that the layshaft is permanently coupled to the output side, in that the input shaft and the layshaft are in each case able to be coupled to one another by way of a first spur gear stage and a second spur gear stage, which each are composed of in each case one fixed gear (35, 36) and in each case one idler gear (31, 32) meshing with the latter, wherein in the spur gear stages (33, 34) the respective fixed gear (35, 36) is co-rotationally disposed on the input shaft or layshaft, while the respective idler gear (31, 32) of the respective spur gear stage (33, 34) is rotatably mounted on the layshaft or input shaft and is able to be fixedly established thereon by way of in each case one assigned switching element (37, 38), and in that the second electric machine is co-rotationally connected to the layshaft.
Controlling unit adapted to control, during radiation therapy, a radiation source to be connected for patient treatment, the controlling unit comprising: a mains-driven power supply terminal to which a mains-driven power supply is connectable; a battery-driven power supply terminal to which a battery-driven power supply is connectable; a failsafe power supply terminal; a processor unit being adapted for controlling the radiation source to be connected; a patient-in-place sensor unit being adapted to sense if a patient is not in place for treatment with the radiation source to be connected and to provide a respective signal to the processor unit; wherein the failsafe power supply terminal is connected to the mains-driven power supply terminal via a first diode and to the battery-driven power supply terminal via a second diode; wherein the processor unit is power supply connected to the failsafe power supply terminal, so as to receive a power supply from the higher voltage power supply terminal (110, 120) of the mains-driven power supply terminal and the battery-driven power supply terminal, respectively; wherein the processor unit is adapted to shut down the radiation source to be connected and / or to trigger an alerting unit to be connected in case a patient-not-in-place signal of the patient-in-place sensor is detected. a mains-driven power supply terminal to which a mains-driven power supply is connectable; a battery-driven power supply terminal to which a battery-driven power supply is connectable; a failsafe power supply terminal; a processor unit being adapted for controlling the radiation source to be connected; a patient-in-place sensor unit being adapted to sense if a patient is not in place for treatment with the radiation source to be connected and to provide a respective signal to the processor unit; wherein the failsafe power supply terminal is connected to the mains-driven power supply terminal via a first diode and to the battery-driven power supply terminal via a second diode; wherein the processor unit is power supply connected to the failsafe power supply terminal, so as to receive a power supply from the higher voltage power supply terminal (110, 120) of the mains-driven power supply terminal and the battery-driven power supply terminal, respectively; wherein the processor unit is adapted to shut down the radiation source to be connected and / or to trigger an alerting unit to be connected in case a patient-not-in-place signal of the patient-in-place sensor is detected.
A tool for insertion into a surgical jigsaw, with a holder area adapted to a tool holder of the surgical jigsaw and with a head, which is movable in oscillation by the surgical jigsaw along a work direction and has a plurality of teeth (10, 20) which are arranged behind one another in the work direction, wherein the tool contains an elongated body with a longitudinal direction, wherein at a first end of the body the head of the tool is arranged, and wherein at a second end of the body the holder area is arranged via which holder area the tool is movable by the surgical jigsaw in the work direction oriented parallel to the longitudinal direction of the body, wherein the head of the tool has a first and a second tooth, wherein each of the teeth (10; 20) contains a first surface (11; 21) for shaving off bone material, which surface is oriented transversely to the work direction and forms a shaving surface, wherein each of the teeth (10; 20) has a second surface (12; 22) for pressing on bone material, which surface adjoins the shaving surface (11; 21) and forms a pressing surface, wherein the shaving surface (11; 21), in relation to the work direction, is more inclined than the pressing surface (12; 22), and wherein the two teeth (10, 20) are oriented with their shaving surface (11; 21) and their pressing surface (12; 22) opposite each other, such that, during a movement of the head in work direction, at any one time the shaving surface (11; 21) of the tooth (10; 20) lying ahead in work direction and the pressing surface (22; 12) of the tooth (20; 10) lying therebehind in work direction are in operation.
Extruded molded body for the stabilization of polymers, characterized in that it consists of one or more polymeric carbodiimides of the formula with isocyanate end groups, where R is identical or different alkyl, cycloalkyl or aryl groups, optionally substituted with alkyl groups, and wherein n ranges from 2 to 100.
A marking element (10, 26) which can be fixed in a captive manner to a component (32, 32') to be marked and has at least one recognisable marking on marking element (10, 26) fixed to component (32, 32'), wherein an inner wall for installing the marking element (10, 26) on the component (32, 32') to be marked is formed corresponding to an installing surface provided on the component (32, 32') to be marked and wherein several grooves (24, 24') extending in the axial direction are provided on the inner wall (12, 12') of the marking element (10, 26), wherein the marking element (10, 26) is formed as an integral solid body, wherein the grooves (24, 24') extending in the axial direction are uniformly arranged along a circular line, each having a semicircular cross-sectional shape, and wherein the respective marking is formed by an at least haptically recognisable elevation projecting from the outer wall (14, 14') of the marking element.
A computer implemented method for determining optimal acid placement for a production well with a nearby aquifer, wherein the method comprises: initializing an acid placement distribution function based on a uniform acid placement profile; determining (404,406) a distribution of inflow into the production well and a location of a water breakthrough when a water front reaches the production well during a simulation of front propagation based on the acid placement distribution function, wherein the simulation is used to determine an evolution of the water front as it approaches the production well; adjusting the acid placement distribution function based on results of the simulation relative to a reference location along a length of the production well, the reference location corresponding to a point along the production well where the front propagation is determined to be at a minimum; determining whether a variation between a shape of the water front according to the adjusted acid placement distribution function and a target profile according to the reference location is within a predetermined convergence range; responsive to a determination that the variation is not within the predetermined convergence range, repeating the simulation and adjustment of the acid placement distribution function until the deviation is determined to be within the predetermined convergence range; and responsive to a determination that the variation is within the predetermined convergence range, determining the optimal acid placement for the production well using the adjusted acid placement distribution function. initializing an acid placement distribution function based on a uniform acid placement profile; determining (404,406) a distribution of inflow into the production well and a location of a water breakthrough when a water front reaches the production well during a simulation of front propagation based on the acid placement distribution function, wherein the simulation is used to determine an evolution of the water front as it approaches the production well; adjusting the acid placement distribution function based on results of the simulation relative to a reference location along a length of the production well, the reference location corresponding to a point along the production well where the front propagation is determined to be at a minimum; determining whether a variation between a shape of the water front according to the adjusted acid placement distribution function and a target profile according to the reference location is within a predetermined convergence range; responsive to a determination that the variation is not within the predetermined convergence range, repeating the simulation and adjustment of the acid placement distribution function until the deviation is determined to be within the predetermined convergence range; and responsive to a determination that the variation is within the predetermined convergence range, determining the optimal acid placement for the production well using the adjusted acid placement distribution function.
An antenna apparatus, comprising: a core member having a support part, first protrusion portions (120, 120a, 120b) disposed on one surface of the support part, second protrusion portions (130, 130a, 130b) disposed on the other surface of the support part, opposite to the one surface of the support part; and coil portions (200a, 200b) wound around the core member, wherein the coil portion is wound around each of the first protrusion portions (120a, 120b), wherein the antenna apparatus further comprises a second substrate having cavities coupled to the core member, wherein the coil portions are formed to surround the cavities, wherein the first protrusion portions (120, 120a, 120b) are positioned in the cavities of the second substrate respectively, and wherein the coil portion includes a coil connecting portion that connects the coil portions and the coil connecting portion is formed in the cavity of the second substrate. a core member having a support part, first protrusion portions (120, 120a, 120b) disposed on one surface of the support part, second protrusion portions (130, 130a, 130b) disposed on the other surface of the support part, opposite to the one surface of the support part; and coil portions (200a, 200b) wound around the core member, wherein the coil portion is wound around each of the first protrusion portions (120a, 120b), wherein the antenna apparatus further comprises a second substrate having cavities coupled to the core member, wherein the coil portions are formed to surround the cavities, wherein the first protrusion portions (120, 120a, 120b) are positioned in the cavities of the second substrate respectively, and wherein the coil portion includes a coil connecting portion that connects the coil portions and the coil connecting portion is formed in the cavity of the second substrate.
An aluminum electric wire for an automobile, the electric wire comprising: an annealed conductor made up of elemental wires made of an aluminum alloy consisting of 0.90 to 1.20 mass% Fe, 0.10 to 0.25 mass% Mg, and, optionally, either 0.01 to 0.05 mass% Ti or 0.01 to 0.05 mass% Ti and 0.0005 to 0.0025 mass% B, a balance being Al and incidental impurities; and an insulating material covering the annealed conductor, wherein a quantity of Al-Fe precipitates in an area of 2400 x 2600 nm in a cross section of the annealed conductor is five or more. an annealed conductor made up of elemental wires made of an aluminum alloy consisting of 0.90 to 1.20 mass% Fe, 0.10 to 0.25 mass% Mg, and, optionally, either 0.01 to 0.05 mass% Ti or 0.01 to 0.05 mass% Ti and 0.0005 to 0.0025 mass% B, a balance being Al and incidental impurities; and an insulating material covering the annealed conductor, wherein a quantity of Al-Fe precipitates in an area of 2400 x 2600 nm in a cross section of the annealed conductor is five or more.
An ultrasound diagnosis apparatus comprising: a data acquirer configured for acquiring first ultrasound data and subsequent second ultrasound data with respect to an object; a controller configured for detecting a first position of an object of interest included in the object on the first ultrasound data, detecting a second position of the object of interest based on the first position on the second ultrasound data, changing a condition for transceiving an ultrasound beam based on the second position, and controlling to acquire an image of the object of interest based on the changed condition for transceiving an ultrasound beam; and a display configured for displaying the acquired image of the object of interest based on the changed condition for transceiving by changing at least one of the shape, size and position of a first ultrasound image including the object of interest based on the first ultrasound data according to the changed condition for transceiving an ultrasound beam, wherein the changed condition for transceiving an ultrasound beam comprises a steering angle of an ultrasound beam, the image of the object of interest based on the changed condition for transceiving an ultraousound beam and the first ultrasound image being images of the object viewed at different angles. a data acquirer configured for acquiring first ultrasound data and subsequent second ultrasound data with respect to an object; a controller configured for detecting a first position of an object of interest included in the object on the first ultrasound data, detecting a second position of the object of interest based on the first position on the second ultrasound data, changing a condition for transceiving an ultrasound beam based on the second position, and controlling to acquire an image of the object of interest based on the changed condition for transceiving an ultrasound beam; and a display configured for displaying the acquired image of the object of interest based on the changed condition for transceiving by changing at least one of the shape, size and position of a first ultrasound image including the object of interest based on the first ultrasound data according to the changed condition for transceiving an ultrasound beam, wherein the changed condition for transceiving an ultrasound beam comprises a steering angle of an ultrasound beam, the image of the object of interest based on the changed condition for transceiving an ultraousound beam and the first ultrasound image being images of the object viewed at different angles.
A surgical instrument preferably in HF design, comprising two tissue branches (2, 18, 50, 52), at least one of them being movable relative to the other one and being able to be applied to the other tissue branch with a predetermined or predeterminable contact pressure via an actuation mechanism (20, 40) while clamping body tissue therebetween, and with a clamping pressure controlling or adjustment device (22, 30) which is interconnected in a force or torque gear train between the actuation mechanism (20, 40) and the at least one movable tissue branch or within the actuation mechanism (20, 40) and which has at least two push/pull elements (22, 24) which can be axially shifted relative to each other, an energy accumulator in the form of an axially acting compression spring being provided between said push/pull elements for the purpose of an elastic force transmission, characterized in that the non-actuated relative position, which is relevant for the preload of the compression spring, between the at least two push/pull elements (22, 24) is able to be adjusted for predetermining the maximum attainable contact pressure.
A spring shoe, comprising: a sole having a heel and a forefoot; an upper secured to the sole; a spring set at least partly in the sole, the spring having a spring range of travel under compression of the sole and spring by a foot supported by the spring shoe; the spring having a spring rate that varies with the compression of the spring to provide a reducing force resisting compression over at least a portion of the spring range of travel as the spring compresses; and a biased damper in the sole, the biased damper being orientated to oppose compression of the sole as the spring compresses towards maximum compression. a sole having a heel and a forefoot; an upper secured to the sole; a spring set at least partly in the sole, the spring having a spring range of travel under compression of the sole and spring by a foot supported by the spring shoe; the spring having a spring rate that varies with the compression of the spring to provide a reducing force resisting compression over at least a portion of the spring range of travel as the spring compresses; and a biased damper in the sole, the biased damper being orientated to oppose compression of the sole as the spring compresses towards maximum compression.
Procedure of monitoring and control of a telescopic light tower, the telescopic light tower being provided with a device comprising at least one lower sensor module positioned on or near the base of the telescopic light tower which lower sensor module comprises sensors (6, 7); whereby the device further comprises at least one upper sensor module positioned on or near the mast of the telescopic light tower which upper sensor module comprises sensors (9, 10, 11, 12) and whereby the device further comprises an electronic control module comprising one or several inputs connecting to a lower sensor module and an upper sensor module; characterised in that it comprises the following phases: • Phase 1 of initialization comprising the step of installing the device on the telescopic light tower; • Phase 2 comprising the steps of monitoring and control of the installation of the telescopic tower base; • Phase 3 comprising the steps of monitoring and control of the deployment of the mast; • Phase 4 comprising the steps of monitoring and control of the operating conditions of the telescopic light tower whereby, phase 1 of the initialization comprises the step of installing at least one lower sensor module, at least one upper sensor module and an electronic control module, the electronic control module being directly connected via the output connections to act on one or more of the following: • the support elements of the base of the telescopic light tower, • the extension mechanism of the mast, • the retraction mechanism of the mast, • the orientation mechanism of the floodlights, • the visual or acoustic aids for user indication, • auxiliary outputs; whereby the electronic control device further comprises a signal adapting mode and a processing adapting mode; whereby the signal adapting mode will adapt the data transmitted by the at least one lower sensor module and/or at least one upper sensor module or any other integrated in the telescopic light tower and whereby the processing mode will process the data received from the at least one lower sensor module and/or at least one upper sensor module or any other integrated in the telescopic light tower, calculating and determining safe operating parameters or indicators or levels based on predefined critical and warning thresholds or limit values. • Phase 1 of initialization comprising the step of installing the device on the telescopic light tower; • Phase 2 comprising the steps of monitoring and control of the installation of the telescopic tower base; • Phase 3 comprising the steps of monitoring and control of the deployment of the mast; • Phase 4 comprising the steps of monitoring and control of the operating conditions of the telescopic light tower • the support elements of the base of the telescopic light tower, • the extension mechanism of the mast, • the retraction mechanism of the mast, • the orientation mechanism of the floodlights, • the visual or acoustic aids for user indication, • auxiliary outputs; whereby the electronic control device further comprises a signal adapting mode and a processing adapting mode;
Use of a processing liquid for suppressing pattern collapse of a microstructure during drying after rinsing the microstructure with the processing liquid, wherein the microstructure is formed of silicon oxide, and wherein the processing liquid comprises a fluoroalkyl group-containing amine oxide compound and water.
Device for dispensing charges of a fluid comprising a housing provided with a first inlet arranged for allowing a first flow of a fluid to be proportioned to flow into the device; a second inlet arranged for allowing a second flow of said fluid to flow into the device; a first chamber; a second chamber; a first fluid communication means that is arranged for establishing fluid communication between the first inlet and the first chamber; a second fluid communication means that is arranged for establishing fluid communication between the second inlet and the first chamber; a piston that is provided in the first chamber and is arranged for keeping the first and the second flows separated; a plunger that is provided in the second chamber; characterised in that said plunger is arranged for establishing alternately a first charge out of the first flow and a second charge out of the second flow; in an outlet for said first and second charges; and in a third, a fourth and a fifth fluid communication means that are arranged for enabling fluid communication between the first and the second chambers and the outlet, wherein the third, the fourth and the fifth fluid communication means, the piston and the plunger are arranged for alternately dispensing the first and the second charges at the outlet of the device.
A method for a state tracking based gesture recognition engine for a sensor system (100, 200) comprising the steps of: defining a plurality of sequential states (q 1, q 2, q 3, q 4) of a finite-state machine, assigning one of a plurality of sequential progress levels, SPL, to each of the plurality of sequential states (q 1, q 2, q 3, q 4) of the finite-state machine, receiving a sequence of measurement values from the sensor system (100, 200) during run-time wherein the values depend on distances to an object; computing a state probability distribution for the states (q 1, q 2, q 3, q 4) of the finite-state machine for each received value; mapping a state probability distribution to a sequential progress level, and utilizing the mapped sequential progress level to determine an output value of the sensor system. defining a plurality of sequential states (q 1, q 2, q 3, q 4) of a finite-state machine, assigning one of a plurality of sequential progress levels, SPL, to each of the plurality of sequential states (q 1, q 2, q 3, q 4) of the finite-state machine, receiving a sequence of measurement values from the sensor system (100, 200) during run-time wherein the values depend on distances to an object; computing a state probability distribution for the states (q 1, q 2, q 3, q 4) of the finite-state machine for each received value; mapping a state probability distribution to a sequential progress level, and utilizing the mapped sequential progress level to determine an output value of the sensor system.