mhurhangee/ep-ind-claims huggingface dataset:
A neurostimulation device, comprising: a plurality of electrical terminals configured for being respectively coupled to a plurality of stimulation electrodes implanted within tissue of a patient; stimulation output circuitry configured for delivering time-varying electrical current to at least one of the stimulation electrodes via at least one of the electrical terminals to stimulate the tissue of the patient, the stimulation output circuitry including a shunt capacitance coupled to the at least one of the stimulation electrodes via the at least one of the electrical terminals that would, without compensation, absorb charge from or inject charge into the tissue in response to time-varying changes in the delivered time-varying electrical current, thereby causing an uncompensated electrical waveform to be delivered to the tissue adjacent the at least one of the stimulation electrodes, wherein the uncompensated electrical waveform is different from a desired electrical waveform; and a controller configured for directing the stimulation output circuitry to at least partially compensate for the absorbed or injected charge, by a charge injection in the shunt capacitance, thereby causing a compensated electrical waveform to be delivered to the tissue adjacent the at least one of the stimulation electrodes, wherein the compensated electrical waveform matches the desired electrical waveform more closely than the uncompensated electrical waveform matches the desired electrical waveform. a plurality of electrical terminals configured for being respectively coupled to a plurality of stimulation electrodes implanted within tissue of a patient; stimulation output circuitry configured for delivering time-varying electrical current to at least one of the stimulation electrodes via at least one of the electrical terminals to stimulate the tissue of the patient, the stimulation output circuitry including a shunt capacitance coupled to the at least one of the stimulation electrodes via the at least one of the electrical terminals that would, without compensation, absorb charge from or inject charge into the tissue in response to time-varying changes in the delivered time-varying electrical current, thereby causing an uncompensated electrical waveform to be delivered to the tissue adjacent the at least one of the stimulation electrodes, wherein the uncompensated electrical waveform is different from a desired electrical waveform; and a controller configured for directing the stimulation output circuitry to at least partially compensate for the absorbed or injected charge, by a charge injection in the shunt capacitance, thereby causing a compensated electrical waveform to be delivered to the tissue adjacent the at least one of the stimulation electrodes, wherein the compensated electrical waveform matches the desired electrical waveform more closely than the uncompensated electrical waveform matches the desired electrical waveform.
A heavy load pneumatic radial tire comprising: tread rubber that has a laminated structure of cap rubber and base rubber; and four or more belt layers - that are disposed radially inward of the tread rubber, wherein a radially outer side of a width direction side edge of at least one of a radially outermost belt layer and a widest-width belt layer among the belt layers - is covered by a reinforcing rubber layer configured to terminate on a radially inner side of the tread rubber without reaching a tire equatorial plane, characterized in that a relative relation between reinforcing rubber constituting the reinforcing rubber layer and the base rubber in terms of a modulus of rebound elasticity satisfies the following condition: reinforcing rubber < base rubber. tread rubber that has a laminated structure of cap rubber and base rubber; and four or more belt layers - that are disposed radially inward of the tread rubber, wherein a radially outer side of a width direction side edge of at least one of a radially outermost belt layer and a widest-width belt layer among the belt layers - is covered by a reinforcing rubber layer configured to terminate on a radially inner side of the tread rubber without reaching a tire equatorial plane, reinforcing rubber < base rubber.
A sleeping bag comprising an elongate shell defining an inner volume sized and shaped to receive a user therein, the shell having a head portion, a foot portion, a middle portion extending longitudinally between the head and foot portions, an overlying portion adapted to overlie the user during use, an underlying portion adapted to underlie the user during use, and a vent, the vent being selectively moveable between a closed configuration and an opened configuration to enable the user to access the exterior of the sleeping bag from within the sleeping bag, the vent comprising an inner panel and an outer panel that cooperate to define at least a portion of the underlying portion of the shell, the inner panel being positioned in overlapping face-to-face engagement with the outer panel in the closed configuration, the outer panel being spaced from the inner panel in the opened configuration to define a passage to enable the user to extend his or her feet through the vent, wherein upon withdrawing the feet from the vent, the outer panel is configured to automatically return to the overlapping face-to-face engagement with the inner panel to self-seal the vent in the closed configuration.
A method for sensing and removing the effects of rotational variability from the nip profile of a sensing roll of a nip press, comprising: providing the sensing roll having a working length and a plurality of cross-directional positions disposed along the working length; wherein said sensing roll comprises multiple operational parameter measuring sensors (26, 30, 34, 38) at each cross-directional position, the plurality of sensors being spaced apart circumferentially from the other; and measuring the operational parameter with each sensor at each cross-directional location as the sensor moves into a nip region of the nip press; characterized by for each cross-directional position, averaging the operational parameter measurements from each of the multiple sensors placed at the cross-directional position to determine an average operational parameter measurement at the cross-directional position; and utilizing the average operational parameter measurements from each cross-directional position to provide a nip operational parameter profile for the nip press. providing the sensing roll having a working length and a plurality of cross-directional positions disposed along the working length; wherein said sensing roll comprises multiple operational parameter measuring sensors (26, 30, 34, 38) at each cross-directional position, the plurality of sensors being spaced apart circumferentially from the other; and measuring the operational parameter with each sensor at each cross-directional location as the sensor moves into a nip region of the nip press; characterized by for each cross-directional position, averaging the operational parameter measurements from each of the multiple sensors placed at the cross-directional position to determine an average operational parameter measurement at the cross-directional position; and utilizing the average operational parameter measurements from each cross-directional position to provide a nip operational parameter profile for the nip press.
A high temperature gas cooled reactor steam generation system comprising: a nuclear reactor that has helium gas as a primary coolant and heats the primary coolant by heat generated by a nuclear reaction that decelerates neutrons by a graphite block; a steam generator that has water as a secondary coolant and heats the secondary coolant by the primary coolant via the nuclear reactor to generate steam; a primary coolant circulation fan that circulates the primary coolant to the nuclear reactor and the steam generator, a steam turbine that is operated by the steam from the steam generator; a generator that generates electricity according to an operation of the steam turbine; a pressure difference calculation unit that inputs each pressure from a primary coolant pressure detection unit that detects the pressure of the primary coolant, and from a secondary coolant pressure detection unit that detects the pressure of the secondary coolant and calculates a difference of the pressures, and pressure adjustment means for setting a pressure of the secondary coolant in the steam generator to be lower than a pressure of the primary coolant in the nuclear reactor based on the difference of the pressure calculated by the pressures difference calculation unit, characterized in that the primary coolant pressure detection unit detects the pressure of the primary coolant at an inlet side of the primary coolant circulation fan and the secondary coolant pressure detection unit detects the pressure of the secondary coolant at an outlet side of the steam generator. a nuclear reactor that has helium gas as a primary coolant and heats the primary coolant by heat generated by a nuclear reaction that decelerates neutrons by a graphite block; a steam generator that has water as a secondary coolant and heats the secondary coolant by the primary coolant via the nuclear reactor to generate steam; a primary coolant circulation fan that circulates the primary coolant to the nuclear reactor and the steam generator, a steam turbine that is operated by the steam from the steam generator; a generator that generates electricity according to an operation of the steam turbine; a pressure difference calculation unit that inputs each pressure from a primary coolant pressure detection unit that detects the pressure of the primary coolant, and from a secondary coolant pressure detection unit that detects the pressure of the secondary coolant and calculates a difference of the pressures, and pressure adjustment means for setting a pressure of the secondary coolant in the steam generator to be lower than a pressure of the primary coolant in the nuclear reactor based on the difference of the pressure calculated by the pressures difference calculation unit, characterized in that the primary coolant pressure detection unit detects the pressure of the primary coolant at an inlet side of the primary coolant circulation fan and the secondary coolant pressure detection unit detects the pressure of the secondary coolant at an outlet side of the steam generator.
Method for monitoring an operationally correct functioning of a plant control system, wherein the control system comprises, in addition to at least two load circuits, at least one control unit as well as a clocked power supply by which the at least two load circuits, each having at least one load unit, are supplied with a supply voltage and/or a supply current via at least two output channels (A1,..., A8), and wherein different operating states are assumed by the control system while the latter is functioning in an operationally correct manner, wherein an operating state is brought about by a combination of output signals of the control unit, characterised by the following steps: - detecting a change in the operating state of the control system; - measuring the respective latest current and/or voltage values at each of the at least two output channels (A1,..., A8) for the respective associated load circuits; - storing the latest recorded current and/or voltage measurement values together with the respective operating state of the control system; - comparing the latest recorded current and/or voltage measurement values with current and/or voltage values of at least one preceding measurement, wherein recourse is had only to current and/or voltage values of at least one preceding measurement whose respective operating state reveals a correspondence with the respective operating state of the latest recorded current and/or voltage measurement values; - checking whether a predefined tolerance range is exited based on the comparison of the latest recorded current and/or voltage measurement values with the current and/or voltage values of the at least one preceding measurement; - and displaying the respective load circuit in which the predefined tolerance range is exited in the respective operating state of the latest recorded current and/or voltage measurement values. - detecting a change in the operating state of the control system; - measuring the respective latest current and/or voltage values at each of the at least two output channels (A1,..., A8) for the respective associated load circuits; - storing the latest recorded current and/or voltage measurement values together with the respective operating state of the control system; - comparing the latest recorded current and/or voltage measurement values with current and/or voltage values of at least one preceding measurement, wherein recourse is had only to current and/or voltage values of at least one preceding measurement whose respective operating state reveals a correspondence with the respective operating state of the latest recorded current and/or voltage measurement values; - checking whether a predefined tolerance range is exited based on the comparison of the latest recorded current and/or voltage measurement values with the current and/or voltage values of the at least one preceding measurement; - and displaying the respective load circuit in which the predefined tolerance range is exited in the respective operating state of the latest recorded current and/or voltage measurement values.
A torsional damper in a clutch disc arrangement arranged to indicate damping performance of the torsional damper, the torsional damper comprising a driven plate, an output hub, intermediate friction plates arranged on either side of the driven plate and a resilient member arranged to press the intermediate friction plates against the driven plate or against the output hub with a pressure force, wherein the intermediate friction plates and the resilient member being rotationally fixed to the output hub or the driven plate forming a rotationally fixed stack (213, 214, 212; 213, 214, 211), characterized in that the rotationally fixed stack (213, 214, 212; 213, 214, 211) comprises a detection friction plate rotatably decoupled from the rotationally fixed stack (213, 214, 212; 213, 214, 211) and arranged in the rotationally fixed stack (213, 214, 212; 213, 214, 211).
A cleaning arrangement for the cleaning of vehicle windows, wherein the cleaning arrangement has a base body with at least one spray opening (42, 43), wherein the base body is able to be connected to a wiper arm, and wherein the base body has a supply connection for a cleaning fluid, which supply connection is hydraulically connected to the spray opening (42, 43) via a connecting duct, wherein a feed connection branches off from the connecting duct, which feed connection opens in a connecting chamber of the base body, and that the connecting chamber is able to be closed by means of a closure cap, and wherein the feed connection and/or the connecting chamber is sealed hydraulically, and the cleaning arrangement being characterized in that the closure cap is arranged on a face side of the base body associated with an end region of the wiper arm.
An actuator comprising a screw shaft and a nut assembly, wherein the nut assembly comprises a primary nut for transmitting load through the actuator along a primary load path, and a secondary nut for transmitting load through the actuator along a secondary load path, wherein the secondary nut comprises first and second portions (100, 102) movable relative to one another, wherein as load is transmitted through the actuator along the primary load path the secondary nut does not transmit load through the actuator and upon failure of the primary load path the first and second portions (100, 102) move relative to each other, such relative movement causing the first and second portions (100, 102) to engage the screw shaft and enable transmittal of load through the secondary nut of the actuator along the secondary load path, characterised in that the actuator further comprises one or more movable abutments configured to engage one or other, or both of the first and second portions (100, 102) after said relative movement of the first and second portions (100, 102) to engage the screw shaft, such that upon such engagement the movable abutments are configured to prevent further relative movement of the first and second portions (100, 102). wherein the nut assembly comprises a primary nut for transmitting load through the actuator along a primary load path, and a secondary nut for transmitting load through the actuator along a secondary load path, wherein the secondary nut comprises first and second portions (100, 102) movable relative to one another, wherein as load is transmitted through the actuator along the primary load path the secondary nut does not transmit load through the actuator and upon failure of the primary load path the first and second portions (100, 102) move relative to each other, such relative movement causing the first and second portions (100, 102) to engage the screw shaft and enable transmittal of load through the secondary nut of the actuator along the secondary load path, characterised in that the actuator further comprises one or more movable abutments configured to engage one or other, or both of the first and second portions (100, 102) after said relative movement of the first and second portions (100, 102) to engage the screw shaft, such that upon such engagement the movable abutments are configured to prevent further relative movement of the first and second portions (100, 102).
Knee joint endoprosthesis, for forming a joint connection between a femur bone and a tibia bone, with a femur component which can be connected with the femur bone, a tibia component which can be connected with the tibia bone, and with an intermediate element (3, 30, 50) arranged between the tibia component and the femur component, wherein a compensating element (24, 24') is present on the intermediate element (3, 30, 50) and the intermediate element (3, 30, 50) with the compensating element (24, 24') is pressed into the tibia component under a load, characterised in that the intermediate element (3, 30, 30', 50, 50', 50") exhibits at least one recess (27, 27') in the region of the compensating element (24, 24').
Diverting device for diverting containers, for example bottles, from a transport path, whereby the diverting device comprises a stationary frame that is disposed next to the transport path and in which at least two diverting segments, which are formed movably in a direction perpendicular to the central axis of the transport path, are disposed, wherein the diverting segments are suitable to divert a container from the transport path, wherein the diverting segments comprise a diverting surface that is parallel to the transport direction of the containers in the transport path and that can come in contact with a container to be diverted; wherein the diverting device comprises N diverting segments and that a control unit is provided that can deflect the diverting segments in the transport direction of a container to be deflected successively by a part of the overall diverting path A so that a container can be diverted through successive diverting, characterized in that the part of the diverting path A is provided through a = A N and wherein the n-th ( n ≤ N) diverting segment can be extended by the path l = a + a ( n- 1) or wherein each diverting segment can deflect a container by a path section that differs at least from the path section of another diverting segment, wherein the sum of the path sections is equal to the overall diverting path A.
A method for monitoring transmission carried out by a network node of a wireless network comprising a radio access infrastructure and wireless devices, the method being characterized in that it comprises: generating an estimated number of wireless devices according to a predetermined distribution of number of wireless devices, based on an estimate of a probability density function model of the number of wireless devices; generating an estimated trajectory of each of the estimated number of wireless devices according to a predetermined distribution of trajectories, based on an estimate joint probability density of position and speed of each of the wireless devices; for each wireless device of the estimated number of wireless devices, determining an estimated distribution of the probabilities of radio transmission error during a time window using the estimated trajectory of the wireless device; and determining an estimate of a figure of merit of the wireless network based on the respective estimated distributions of the probabilities of radio transmission error during the time window for the wireless devices. generating an estimated number of wireless devices according to a predetermined distribution of number of wireless devices, based on an estimate of a probability density function model of the number of wireless devices; generating an estimated trajectory of each of the estimated number of wireless devices according to a predetermined distribution of trajectories, based on an estimate joint probability density of position and speed of each of the wireless devices; for each wireless device of the estimated number of wireless devices, determining an estimated distribution of the probabilities of radio transmission error during a time window using the estimated trajectory of the wireless device; and determining an estimate of a figure of merit of the wireless network based on the respective estimated distributions of the probabilities of radio transmission error during the time window for the wireless devices.
A heating inflatable product, comprising an upper sheet, a lower sheet, a heating component and a power component, wherein the heating component is arranged in an interlayer formed between the upper sheet and the lower sheet, and the upper sheet, the heating component and the lower sheet are arranged sequentially; and the power component is electrically connected with the heating component, the heating inflatable product further comprises a supporting part, the supporting part is arranged in the interlayer formed between the upper sheet and the lower sheet, the supporting part is a sponge, and the sponge is connected with the upper sheet and the lower sheet by means of bonding, the heating component is a shaped heating wire, gaps are provided on the sponge and the heating wire is embedded in the gaps, characterized in that the supporting part comprises a plurality of pull straps arranged at intervals, and out surfaces of the pull straps arranged at intervals, and outer surfaces of the pull straps arranged opposite to each other are connected respectively with an inner surface of the lower sheet and inner surfaces of the heating sheets which are arranged opposite to each other.