mhurhangee/ep-ind-claims huggingface dataset:
A method for monitoring at least one item of inductive equipment, the method comprising: - performing an operation of recording real-time data relating to a current condition of the at least one item of inductive equipment; - performing an operation of transferring the recorded real-time data to a monitoring unit assigned to the at least one item of equipment; - performing an operation of ascertaining a condition factor CF of the at least one item of inductive equipment based on the real-time data; characterized in that, - performing an operation of ascertaining a failure rate for the at least one item of inductive equipment on the basis of the condition factor CF; and in a next step performing an operation of determining a maximum permitted hotspot temperature on the basis of the failure rate; wherein - the operation of ascertaining the failure rate comprises recording a historical failure rate (FR Offline), which is based on historical data relating to the item of inductive equipment; recording a statistical failure rate (FR Statistik), which is based on statistical data relating to the item of inductive equipment; ascertaining an online failure rate (FR Online) based on the recorded real-time data relating to the current condition of the item of inductive equipment. - performing an operation of recording real-time data relating to a current condition of the at least one item of inductive equipment; - performing an operation of transferring the recorded real-time data to a monitoring unit assigned to the at least one item of equipment; - performing an operation of ascertaining a condition factor CF of the at least one item of inductive equipment based on the real-time data; - performing an operation of ascertaining a failure rate for the at least one item of inductive equipment on the basis of the condition factor CF; and in a next step performing an operation of determining a maximum permitted hotspot temperature on the basis of the failure rate; - the operation of ascertaining the failure rate comprises recording a historical failure rate (FR Offline), which is based on historical data relating to the item of inductive equipment; recording a statistical failure rate (FR Statistik), which is based on statistical data relating to the item of inductive equipment; ascertaining an online failure rate (FR Online) based on the recorded real-time data relating to the current condition of the item of inductive equipment.
A method of manufacturing a Magnus rotor having at least one rotor body which has a longitudinal axis, comprising the following method steps: - Providing an internal model for the at least one rotor body, - Bearing of the inner model for coating with a fibre composite material, - Wrapping the beared inner model with a fibre material and supplying a plastic material for producing the fibre composite material, and - Removal of the inner model, whereby - a greater winding thickness is provided in a region of a hub (26, 28) of the rotor body in order to absorb the bearing forces of the Magnus rotor, and - at least one flange connection area is wound on the rotor body, which is intended to hold an end disc (14, 16) for the Magnus rotor. - Providing an internal model for the at least one rotor body, - Bearing of the inner model for coating with a fibre composite material, - Wrapping the beared inner model with a fibre material and supplying a plastic material for producing the fibre composite material, and - Removal of the inner model, whereby - a greater winding thickness is provided in a region of a hub (26, 28) of the rotor body in order to absorb the bearing forces of the Magnus rotor, and - at least one flange connection area is wound on the rotor body, which is intended to hold an end disc (14, 16) for the Magnus rotor.
A lawn care device comprising: an engine to selectively power the device; a frame supporting the engine and an operator of the device; and an ignition interface comprising processing circuitry configured to define a plurality of operating modes comprising at least: a starting mode in which the ignition interface is usable by the operator to start the engine, and a running mode in which the engine is running, wherein the ignition interface comprises code entry keys (220, 230, 240) configured to, responsive to entry of a code via the code entry keys (220, 230, 240), enable use of the ignition interface to shift from the starting mode to the running mode without a physical starting key, and wherein each of the code entry keys (220, 230, 240) is configured to provide code entry input to the processing circuitry in one mode and at least one of the code entry keys (220, 230, 240) is configured to perform a function different than providing code entry input in at least one other mode. an engine to selectively power the device; a frame supporting the engine and an operator of the device; and an ignition interface comprising processing circuitry configured to define a plurality of operating modes comprising at least: a starting mode in which the ignition interface is usable by the operator to start the engine, and a running mode in which the engine is running, wherein the ignition interface comprises code entry keys (220, 230, 240) configured to, responsive to entry of a code via the code entry keys (220, 230, 240), enable use of the ignition interface to shift from the starting mode to the running mode without a physical starting key, and wherein each of the code entry keys (220, 230, 240) is configured to provide code entry input to the processing circuitry in one mode and at least one of the code entry keys (220, 230, 240) is configured to perform a function different than providing code entry input in at least one other mode. a starting mode in which the ignition interface is usable by the operator to start the engine, and a running mode in which the engine is running, wherein the ignition interface comprises code entry keys (220, 230, 240) configured to, responsive to entry of a code via the code entry keys (220, 230, 240), enable use of the ignition interface to shift from the starting mode to the running mode without a physical starting key, and wherein each of the code entry keys (220, 230, 240) is configured to provide code entry input to the processing circuitry in one mode and at least one of the code entry keys (220, 230, 240) is configured to perform a function different than providing code entry input in at least one other mode.
A medical instrument comprising a shaft, at the distal end of which there is arranged a tool having at least one movable jaw part, and at the proximal end of which there is arranged a handle provided with at least one movable handle part, wherein the movable jaw part and the movable handle part are operably linked with one another via a pull/push element, and wherein at least one reversibly acting force limiting device is arranged between the movable handle part and the movable jaw part for limiting the force transmitted during the force transmission from the movable handle part to the components movable jaw part and pull/push element which are operably linked to movable handle part, characterized in, that the force limiting device comprises a housing in which two displaceable components (10, 11) are arranged in longitudinal direction of the housing in opposite direction in such a way that both components (10, 11) are arranged in the housing axially displaceably against the force of at least one spring element arranged in the housing, wherein both components (10, 11) are coupled together by at least one force transmission element acting on both components (10, 11) and abutting on abutment surfaces (10a, 11a) of the two components (10, 11), and that the force limiting device keeps the pulling force (F z) applied via the adjustable handle part of the handle substantially constant when tripped.
A compound which is Esomeprazole or a therapeutically acceptable salt thereof, for use in treating and/or preventing a disease associated with D-amino acid oxidase (DAAO) inhibition through inhibiting DAAO in a subject, wherein the disease associated with DAAO inhibition is selected from symptom domains of schizophrenia and schizoaffective disorder, depression, Tourette Syndrome, Post-traumatic stress disorder (PTSD), Obsessive-compulsive disorder, schizophrenia, mild cognitive impairment, Alzheimer's disease, Parkinson's disease, dementia, loss of memory and/or cognition associated with neurodegenerative diseases and loss of neuronal function characteristic of neurodegenerative diseases, pain, ataxia and convulsion.
A method for operating by a first User Equipment, UE, in wireless communication system, the method comprising: receiving, by the first UE, a first Medium Access Control Protocol Data Unit, MAC PDU including a first identifier, ID, from a UE identified by the first ID; receiving, by the first UE, a plurality of MAC PDUs from a plurality of additional UEs determining, by the first UE, whether an operation associated with the first MAC PDU is successfully processed; generating, by the first UE, a second MAC PDU including a collided ID, wherein the collided ID is the same as the first ID and an indicator to indicate an ID collision, wherein the generation is performed upon the operation associated with the first MAC PDU being not successfully processed; and transmitting, by the first UE, the second MAC PDU to the UE, wherein the operation associated with the first MAC PDU is not successfully processed when a deciphering failure occurs for a pre-defined consecutive number of PDCP, Packet Data Convergence Protocol, PDUs; or when a deciphering failure occurs for a pre-defined number of PDCP PDUs within a pre-defined time interval; or when a header decompression failure occurs for a pre-defined consecutive number of PDCP PDUs; or when a header decompression failure occurs for a pre-defined number of PDCP PDUs within a pre-defined time interval, and wherein the PDCP PDUs are PDCP PDUs included in said received MAC PDUs addressed by the same first ID. receiving, by the first UE, a first Medium Access Control Protocol Data Unit, MAC PDU including a first identifier, ID, from a UE identified by the first ID; receiving, by the first UE, a plurality of MAC PDUs from a plurality of additional UEs determining, by the first UE, whether an operation associated with the first MAC PDU is successfully processed; generating, by the first UE, a second MAC PDU including a collided ID, wherein the collided ID is the same as the first ID and an indicator to indicate an ID collision, wherein the generation is performed upon the operation associated with the first MAC PDU being not successfully processed; and transmitting, by the first UE, the second MAC PDU to the UE, wherein the operation associated with the first MAC PDU is not successfully processed when a deciphering failure occurs for a pre-defined consecutive number of PDCP, Packet Data Convergence Protocol, PDUs; or when a deciphering failure occurs for a pre-defined number of PDCP PDUs within a pre-defined time interval; or when a header decompression failure occurs for a pre-defined consecutive number of PDCP PDUs; or when a header decompression failure occurs for a pre-defined number of PDCP PDUs within a pre-defined time interval, and wherein the PDCP PDUs are PDCP PDUs included in said received MAC PDUs addressed by the same first ID.
Tube-emptying device consisting of an upper part and a lower part which are connected via a rotational axis, wherein an upper roller with an axis and a turning handle are arranged to be rotatable on the upper part and a lower roller with an axis is arranged to be rotatable on the lower part and a tube can be led between the rollers (5, 6), wherein in the working position of the tube-emptying device, the rotational axis and the two axes (20, 21) of the rollers (5, 6) lie approximately in alignment on a common arrangement axis, characterised in that the upper part has a guide groove which cooperates with a guide surface of the lower part and the guide groove and the guide surface together form a connecting link guide.
An automatic analyzer comprising: a reagent cassette transfer mechanism (31, 32) for transferring an arbitrary one of a plurality of reagent cassettes to a reagent dispensing position; a reagent cassette changing mechanism for holding at least one reagent cassette; a reagent cassette sliding mechanism for moving the at least one reagent cassette held by the reagent cassette changing mechanism to the reagent cassette transfer mechanism; and a controller for controlling the reagent cassette sliding mechanism such as to transfer the at least one reagent cassette held by the reagent cassette changing mechanism to the reagent cassette transfer mechanism; characterized in that the controller is further adapted to control the reagent cassette transfer mechanism and the reagent cassette changing mechanism to maintain the same relative positional relationship with respect to one another during the transfer operation of the reagent cassette transfer mechanism. a reagent cassette transfer mechanism (31, 32) for transferring an arbitrary one of a plurality of reagent cassettes to a reagent dispensing position; a reagent cassette changing mechanism for holding at least one reagent cassette; a reagent cassette sliding mechanism for moving the at least one reagent cassette held by the reagent cassette changing mechanism to the reagent cassette transfer mechanism; and a controller for controlling the reagent cassette sliding mechanism such as to transfer the at least one reagent cassette held by the reagent cassette changing mechanism to the reagent cassette transfer mechanism; characterized in that the controller is further adapted to control the reagent cassette transfer mechanism and the reagent cassette changing mechanism to maintain the same relative positional relationship with respect to one another during the transfer operation of the reagent cassette transfer mechanism.
A method of manufacturing a sterilized optical analyte sensor comprising an optical fiber sensor with a chemical indicator system, a non-volatile memory, and a RFID element, the method comprising: providing a batch of optical analyte sensors; packaging each optical analyte sensor in a sealed package for sterilization; receiving the batch of optical analyte sensors that have been sterilized; testing several samples of the optical analyte sensors from the batch of optical analyte sensors; calculating parameters representative of the functionality of the batch of optical analyte sensors; and programming the optical analyte sensors that have not been tested, wherein programming the optical analyte sensors comprises: powering the non-volatile memory by applying radio frequency to the RFID element, and writing the parameters representative of the functionality to the non-volatile memory. providing a batch of optical analyte sensors; packaging each optical analyte sensor in a sealed package for sterilization; receiving the batch of optical analyte sensors that have been sterilized; testing several samples of the optical analyte sensors from the batch of optical analyte sensors; calculating parameters representative of the functionality of the batch of optical analyte sensors; and programming the optical analyte sensors that have not been tested, wherein programming the optical analyte sensors comprises: powering the non-volatile memory by applying radio frequency to the RFID element, and writing the parameters representative of the functionality to the non-volatile memory. powering the non-volatile memory by applying radio frequency to the RFID element, and writing the parameters representative of the functionality to the non-volatile memory.
A potentiometric reference electrode for use in an electrochemical analysis of an aqueous sample, comprising an electric conductor; an insulating layer on the conductor, the insulating layer having a throughgoing aperture defining an electrode region; and a heterogeneous membrane layer on the insulating layer in the electrode region for direct contact with the sample and for electrical contact with the conductor through the aperture, the heterogeneous membrane layer having at least one hydrophobic compartment that supports gas and water vapor transport and at least one hydrophilic, ion conducting electrolyte salt-containing compartment, characterized in that the hydrophobic compartment is in excess by volume over the hydrophilic compartment and the membrane diffusion coefficient for water vapour through the hydrophobic compartment is at least 20 times larger than the membrane diffusion coefficient of aqueous electrolytes in the hydrophilic compartment.
A method of resolving a user selection received via a tactile user interface of a vehicle, the method comprising: identifying a plurality of selectable graphical elements within a threshold distance of a tactile user input on a display device; classifying the tactile user input into one of a plurality of categories based on a temporal characteristic associated with the tactile user input, resulting in a temporal classification of the tactile user input; and determining a selected graphical element of the plurality of selectable graphical elements within the threshold distance of the tactile user input on the display device corresponding to the user selection in accordance with the temporal classification of the tactile user input, characterised in that determining the selected graphical element comprises: when the temporal classification of the tactile user input comprises a first category of the plurality of categories, identifying a highest priority graphical element of the plurality of selectable graphical elements as the selected graphical element, wherein priorities of the selectable graphical elements are dynamically determined using current status information characterizing a current operating state of the vehicle; and when the temporal classification of the tactile user input comprises a second category of the plurality of categories, displaying a deconfliction menu comprising the plurality of selectable graphical elements to identify the selected graphical element as a first graphical element of the plurality of selectable graphical elements responsive to subsequent user selection of the first graphical element from the deconfliction menu. identifying a plurality of selectable graphical elements within a threshold distance of a tactile user input on a display device; classifying the tactile user input into one of a plurality of categories based on a temporal characteristic associated with the tactile user input, resulting in a temporal classification of the tactile user input; and determining a selected graphical element of the plurality of selectable graphical elements within the threshold distance of the tactile user input on the display device corresponding to the user selection in accordance with the temporal classification of the tactile user input, characterised in that when the temporal classification of the tactile user input comprises a first category of the plurality of categories, identifying a highest priority graphical element of the plurality of selectable graphical elements as the selected graphical element, wherein priorities of the selectable graphical elements are dynamically determined using current status information characterizing a current operating state of the vehicle; and when the temporal classification of the tactile user input comprises a second category of the plurality of categories, displaying a deconfliction menu comprising the plurality of selectable graphical elements to identify the selected graphical element as a first graphical element of the plurality of selectable graphical elements responsive to subsequent user selection of the first graphical element from the deconfliction menu.
Electronic module in automation engineering having a housing, a back and a front, the back being configured with retaining means for latching in a support system and a movable cover connected to the housing being disposed at the front, characterised in that a receptacle is disposed in a top region of the front of the housing, the receptacle being configured to receive a first hinge piece of a hinge, with a latching mechanism, connecting the housing and the cover, the cover being configured at a first end as a second hinge piece of the hinge, for which purpose a first opening into which an axial casing is inserted is disposed perpendicular to a longitudinal axis of the cover at the first end in an enclosure of the cover, the first hinge piece having a second opening into which a partial region (23a,23b) of the axial casing is inserted to form an axis of rotation of the hinge, it being possible to rotate the cover as a movable front flap in an opening direction.
A laser processing machine comprising a workpiece mount for mounting a workpiece, a first laser ablation device, which can be operated for laser drilling the workpiece with first working parameters, having a first laser source and a first control, and a second laser ablation device having a second laser source, which can process the workpiece with second working parameters, which are in particular qualitatively and/or quantitatively different from the first working parameters, wherein the laser beam outlets of the two laser ablation devices are attached fixedly mutually offset with respect to at least one, preferably two axes, further preferably with respect to the two horizontal axes (x, y), characterized in that the second laser ablation device is a laser ablation device for mold formation by material ablation in layers and has a second control and a beam guide controlled by it, which are configured for material ablation by consecutive ablation of individual layers by guiding the laser beam over the exposed surface of the workpiece by means of the beam guide, and mechanical adjusting axes are provided, by means of which the workpiece can be translationally adjusted with respect to a machine frame such that it is movable between the working windows of the first and the second laser ablation device.