mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operating a pasteurizing plant , comprising transporting closed containers filled with foods through one or multiple treatment zone(s) , treating the containers with a tempered, aqueous treatment liquid in the treatment zone(s) by applying the treatment liquid to an outer surface of the containers , wherein the treatment liquid is fed back to a treatment zone from the treatment zone(s) for reuse in at least one circulation loop by means of a conveying means , and wherein per time unit, a partial quantity of a volume flow of the treatment liquid fed through the at least one circulation loop is removed to create at least one partial flow which at least one partial flow is fed through a cleaning device fluidically line-connected with the at least one circulation loop , said cleaning device comprising a membrane filtration device with one or multiple filter module(s) and is filtered, characterized in that a flow rate of the at least one partial flow is continuously monitored by the membrane filtration system by means of a sensor device , and in that , on the basis of the monitoring, the partial quantity of treatment liquid removed per time unit from the at least one circulation loop is influenced with respect to a desired flow rate of the at least one partial flow through the membrane filtration device , by adjusting a flow controlling position of at least one adjustable flow regulating means relative to the membrane filtration device , wherein, after being passed through the cleaning device , the at least one partial flow is fed back into an circulation loop or a treatment zone .
A delivery system for placement of a leadless pacemaker device in a human heart, the delivery system comprising: - a catheter device for insertion into the human body, the catheter device comprising a lumen and a distal end to be inserted into the human body; - a leadless pacemaker device configured to provide HIS bundle pacing, the pacemaker device being received within the lumen in the vicinity of the distal end of the catheter device ; and - a first mapping electrode and a second mapping electrode arranged in the vicinity of the distal end of the catheter device for sensing, in a mapping mode, a mapping signal vector (P) in between the first mapping electrode and the second mapping electrode , the mapping signal vector (P) representing an electrogram of cardiac activity, and characterized in that the catheter device comprises a window for exposing the second mapping electrode. - a catheter device for insertion into the human body, the catheter device comprising a lumen and a distal end to be inserted into the human body; - a leadless pacemaker device configured to provide HIS bundle pacing, the pacemaker device being received within the lumen in the vicinity of the distal end of the catheter device ; and - a first mapping electrode and a second mapping electrode arranged in the vicinity of the distal end of the catheter device for sensing, in a mapping mode, a mapping signal vector (P) in between the first mapping electrode and the second mapping electrode , the mapping signal vector (P) representing an electrogram of cardiac activity, and
A method for processing circuit switched, CS, services in an evolved packet system, EPS, network, comprising: receiving , by a mobility management entity, MME, a mobile terminated, MT, service indication from a mobile switching center, MSC; notifying , by the MME, a user equipment, UE, of the MT service; receiving , by the MME, an MT service response returned by the UE, wherein the MT service response carries a choice result; and if the choice result is to accept the MT service, triggering, by the MME, the UE to access a 2 nd generation or 3 rd generation, 2G/3G, network. receiving , by a mobility management entity, MME, a mobile terminated, MT, service indication from a mobile switching center, MSC; notifying , by the MME, a user equipment, UE, of the MT service; receiving , by the MME, an MT service response returned by the UE, wherein the MT service response carries a choice result; and if the choice result is to accept the MT service, triggering, by the MME, the UE to access a 2 nd generation or 3 rd generation, 2G/3G, network.
An actuating device for valves (AR) for interrupting the flow of medium in a pipeline in water, waste water, gas, district heating, district cooling and oil transport lines comprising - a rotating drive; - a control device for controlling the rotating drive; - an structure-borne sound sensor which is configured to measure structure-borne sound coming from the valve (AR); and - a processing device for evaluating the signal from the structure-borne sound sensor ; characterized in that - the control device is adapted to vary the rotational speed and, as a result, a corresponding drive frequency of the rotating drive such that variable sound of the drive is coupled into the valve; - the actuating device additionally comprises a vibration generator that is configured to couple additional sound into the valve; and - the processing device is configured to perform a frequency analysis of the measured structure-borne sound such that the state of the valve can be deduced through target-actual comparisons. - a rotating drive; - a control device for controlling the rotating drive; - an structure-borne sound sensor which is configured to measure structure-borne sound coming from the valve (AR); and - a processing device for evaluating the signal from the structure-borne sound sensor ; - the control device is adapted to vary the rotational speed and, as a result, a corresponding drive frequency of the rotating drive such that variable sound of the drive is coupled into the valve; - the actuating device additionally comprises a vibration generator that is configured to couple additional sound into the valve; and - the processing device is configured to perform a frequency analysis of the measured structure-borne sound such that the state of the valve can be deduced through target-actual comparisons.
A device to motivate an animal to leave a milking stall , wherein the device comprises a first unit (12-18) configured to motivate an animal to leave the milking stall by means of at least a first motivation means, wherein the device comprises at least a second unit (12-18) configured to motivate an animal to leave the milking stall by means of a second motivation means which is of a different type than the first motivation means, and a control unit configured to activate at least one of said units (12-18) such that an animal in the milking stall will be motivated to leave the milking stall by means of the first motivation means and/or the second motivation means when it is time for the animal to leave the milking stall , wherein the first and second motivation means are configured to be positioned inside the milking stall, wherein - either the control unit is configured to activate at least one of the units (12-18) by means of a random number generator, - or the control unit is configured to activate said units (12-18) in a predetermined order in the milking stall regardless of which animal entering the milking stall , - or the device comprises a memory configured to store data of individual animals milked in the milking stall , the control unit being configured to receive information from an identifying sensor about the identity of an animal in the milking stall and activate at least one of the units (12-18) by means of stored data of this individual animal in the memory of the device, and wherein the device further comprises a detection member configured to detect when an animal leaves the milking stall , wherein the control unit is configured to activate at least one of the units (12-18) with a predetermined time delay after the earliest time when the animal has the opportunity to leave the milking stall after a milking process and if the detection member detects that the animal has left the milking stall within said predetermined time delay, the control unit is configured to prevent the activation of the unit (12-18), wherein the control unit is also configured to have the option not to activate any of the units (12-18) when it is time for an animal to leave the milking stall. - either the control unit is configured to activate at least one of the units (12-18) by means of a random number generator, - or the control unit is configured to activate said units (12-18) in a predetermined order in the milking stall regardless of which animal entering the milking stall , - or the device comprises a memory configured to store data of individual animals milked in the milking stall , the control unit being configured to receive information from an identifying sensor about the identity of an animal in the milking stall and activate at least one of the units (12-18) by means of stored data of this individual animal in the memory of the device,
A system for treating a tooth, the system comprising one or more fluid reservoirs ; a pump configured to pressurize one or more fluids supplied to the pump from the one or more fluid reservoirs ; a fluid pathway arranged between the pump and an interface configured to provide a fluidic communication with a dental treatment apparatus, the fluid pathway including a fluid supply line to deliver the one or more fluids to the dental treatment apparatus; and a waste line to convey waste fluid away from the dental treatment apparatus; a waste reservoir ; and a vacuum pump in fluid communication with the fluid supply and the fluid pathway , the vacuum pump configured to apply a negative pressure to draw fluid from the one or more fluid reservoirs and waste fluid from the dental treatment apparatus to the waste reservoir through said waste line. a pump configured to pressurize one or more fluids supplied to the pump from the one or more fluid reservoirs ; a fluid pathway arranged between the pump and an interface configured to provide a fluidic communication with a dental treatment apparatus, the fluid pathway including a fluid supply line to deliver the one or more fluids to the dental treatment apparatus; and a waste line to convey waste fluid away from the dental treatment apparatus; a waste reservoir ; and a vacuum pump in fluid communication with the fluid supply and the fluid pathway , the vacuum pump configured to apply a negative pressure to draw fluid from the one or more fluid reservoirs and waste fluid from the dental treatment apparatus to the waste reservoir through said waste line. a waste reservoir ; and a vacuum pump in fluid communication with the fluid supply and the fluid pathway , the vacuum pump configured to apply a negative pressure to draw fluid from the one or more fluid reservoirs and waste fluid from the dental treatment apparatus to the waste reservoir through said waste line.
A system for suspending ceiling tiles, comprising a plurality of substantially parallel upper supports , a plurality of substantially parallel lower supports which are substantially perpendicular to the upper supports and which cross the upper supports at crossing points, the upper supports having apertures and being suspended via suspending means, a mounting clip which affixes each lower support to an upper support at a crossing point, the upper and lower supports each having a substantially vertical web , the upper support having an under surface , wherein the mounting clip has the form of two plates , each of said plates has an upper section and a lower section , and the upper section of each plate has a protruding section at one edge and the two protruding sections each pass through an aperture in the upper support , whereby the lower sections of the two plates pass on opposite sides of the vertical web of the lower support and press against and grip the lower support as a result of the protruding sections being held within the aperture or apertures in the upper support , wherein the mounting clip is provided with at least one stabilizing wing that extends from one of said plates of the mounting clip in a direction substantially perpendicular to the plane of said plate , such that the upper and lower supports are stabilized in perpendicular formation by said at least one stabilizing wing , the stabilisation effected by the ability of the stabilising wing to bear against the upper support in the event of deviation of the supports from perpendicular formation. a plurality of substantially parallel upper supports , a plurality of substantially parallel lower supports which are substantially perpendicular to the upper supports and which cross the upper supports at crossing points, the upper supports having apertures and being suspended via suspending means, a mounting clip which affixes each lower support to an upper support at a crossing point, the upper and lower supports each having a substantially vertical web , the upper support having an under surface , wherein the mounting clip has the form of two plates , each of said plates has an upper section and a lower section , and the upper section of each plate has a protruding section at one edge and the two protruding sections each pass through an aperture in the upper support , whereby the lower sections of the two plates pass on opposite sides of the vertical web of the lower support and press against and grip the lower support as a result of the protruding sections being held within the aperture or apertures in the upper support , wherein the mounting clip is provided with at least one stabilizing wing that extends from one of said plates of the mounting clip in a direction substantially perpendicular to the plane of said plate , such that the upper and lower supports are stabilized in perpendicular formation by said at least one stabilizing wing , the stabilisation effected by the ability of the stabilising wing to bear against the upper support in the event of deviation of the supports from perpendicular formation.
A latency-based power mode apparatus for controlling a power mode of a processor core, comprising: means for receiving power mode information relative to a power level supplied to the processor core for a data access outside of the processor core; means for receiving workload information relative to a status of threads in the processor core; and means for generating a power mode setting to set the processor core to operate in a reduced power mode if the workload information indicates that the processor core has one or more threads in pending status and no threads in active status, and the power mode information indicates a remaining data access latency of each of the one or more threads in pending status corresponding to the reduced power mode, wherein the power level of the reduced power mode is dependent on the corresponding data access latency. means for receiving power mode information relative to a power level supplied to the processor core for a data access outside of the processor core; means for receiving workload information relative to a status of threads in the processor core; and means for generating a power mode setting to set the processor core to operate in a reduced power mode if the workload information indicates that the processor core has one or more threads in pending status and no threads in active status, and the power mode information indicates a remaining data access latency of each of the one or more threads in pending status corresponding to the reduced power mode, wherein the power level of the reduced power mode is dependent on the corresponding data access latency.
A composition for use in treating Pompe disease, wherein the composition comprises a rAAV2/8 vector, wherein the rAAV2/8 vector comprises a heterologous nucleic acid molecule encoding acid α-glucosidase, wherein the heterologous nucleic acid is operably linked to a desmin promoter, a myocyte specific enhancer factor 2 enhancer element, and a MyoD enhancer element, wherein the composition is administered to a subject in need thereof via intramuscular, intrathoracic, intraspinal, intrathecal, intracisternal, or intravenous injection.
Method of controlling one or more hydraulic devices, comprising: creating a control sequence for the one or more hydraulic devices in a browser-based application provided by a server ; initiating the server-side generation of a program implementing the created control sequence;and execution of the generated program to execute the control sequence for the one or more hydraulic devices , wherein the browser-based application provided by the server allows a graphical programming of the control sequence by selecting and interconnecting different functional elements (315-390), characterised in that the browser-based application provided by the server makes available selectable only those functional elements which can be used in control sequences for the one or more hydraulic devices and which are preconfigured with regard to the one or more hydraulic devices. creating a control sequence for the one or more hydraulic devices in a browser-based application provided by a server ; initiating the server-side generation of a program implementing the created control sequence;and execution of the generated program to execute the control sequence for the one or more hydraulic devices , wherein the browser-based application provided by the server allows a graphical programming of the control sequence by selecting and interconnecting different functional elements (315-390), characterised in that the browser-based application provided by the server makes available selectable only those functional elements which can be used in control sequences for the one or more hydraulic devices and which are preconfigured with regard to the one or more hydraulic devices.
Rail vehicle , - which has two or more carriages coupled to one another, - wherein an at least two-core line extends through at least two, preferably all carriages of the rail vehicle in each case, and - wherein in each or at least in a number of the carriages equipped with the line at least one electrical intermediate device is connected to the line in each case and via said line an electric component is connected, wherein the electrical intermediate device is equipped with a first and a second electric line connection (L1, L2) for connecting to the line and at least a first and a second electric component connection (K1, K2) for connecting to the electric component , characterised in that - a first connection element (V1) is provided in the intermediate device , which connection element connects the first electric line connection (L1) to the first component connection (K1) assigned to it, - a second connection element (V2) is provided in the intermediate device , which connection element connects the second electric line connection (L2) to the second component connection (K2) assigned to it, and - the intermediate device has a thermal trip device which trips when an external thermal load due to external action of heat exceeds a predefined amount and irreversibly destroys at least one of the two connecting elements (V1, V2), namely, such that the connection between the component connection (K1, K2) assigned to it and the line connection (L1, L2) is irreversibly disconnected, wherein the line connections (L1, L2) remain disconnected from one another without short-circuiting. - which has two or more carriages coupled to one another, - wherein an at least two-core line extends through at least two, preferably all carriages of the rail vehicle in each case, and - wherein in each or at least in a number of the carriages equipped with the line at least one electrical intermediate device is connected to the line in each case and via said line an electric component is connected, wherein the electrical intermediate device is equipped with a first and a second electric line connection (L1, L2) for connecting to the line and at least a first and a second electric component connection (K1, K2) for connecting to the electric component , - a first connection element (V1) is provided in the intermediate device , which connection element connects the first electric line connection (L1) to the first component connection (K1) assigned to it, - a second connection element (V2) is provided in the intermediate device , which connection element connects the second electric line connection (L2) to the second component connection (K2) assigned to it, and - the intermediate device has a thermal trip device which trips when an external thermal load due to external action of heat exceeds a predefined amount and irreversibly destroys at least one of the two connecting elements (V1, V2), namely, such that the connection between the component connection (K1, K2) assigned to it and the line connection (L1, L2) is irreversibly disconnected, wherein the line connections (L1, L2) remain disconnected from one another without short-circuiting.
A method performed by a user equipment, UE, to decode data in a wireless communication system, the method comprising: receiving, from a base station , a demodulation reference signal, DMRS, configured based on a specific pattern, wherein the DMRS is transmitted on a specific antenna port and is located on two time-axis symbols on which at least one other DMRS based on another antenna port is transmitted, wherein the DMRS is mapped to the two time-axis symbols using a first code division multiplexing, CDM, on a frequency axis and a second CDM on a time axis, and decoding the data using the DMRS, wherein the specific pattern is determined based on whether an orthogonal cover code, OCC, applied to the second CDM is limited to one OCC among two OCCs related to the second CDM, wherein, based on the OCC applied to the second CDM being limited to the one OCC among the two OCCs related to the second CDM, the specific pattern is a repetition pattern using a same pattern for each of the two time-axis symbols, and wherein the DMRS and the at least one other DMRS are mapped to the two time-axis symbols based on a frequency division multiplexing, FDM. receiving, from a base station , a demodulation reference signal, DMRS, configured based on a specific pattern, wherein the DMRS is transmitted on a specific antenna port and is located on two time-axis symbols on which at least one other DMRS based on another antenna port is transmitted, wherein the DMRS is mapped to the two time-axis symbols using a first code division multiplexing, CDM, on a frequency axis and a second CDM on a time axis, and decoding the data using the DMRS, wherein the specific pattern is determined based on whether an orthogonal cover code, OCC, applied to the second CDM is limited to one OCC among two OCCs related to the second CDM, wherein, based on the OCC applied to the second CDM being limited to the one OCC among the two OCCs related to the second CDM, the specific pattern is a repetition pattern using a same pattern for each of the two time-axis symbols, and wherein the DMRS and the at least one other DMRS are mapped to the two time-axis symbols based on a frequency division multiplexing, FDM.