mhurhangee/ep-ind-claims huggingface dataset:
Electronics module for an electric motor with electronics (10, 20) for the control and/or regulation of the electric motor, contained in a housing (2, 3) comprising a lower section and an upper section, having a first and second compartment (5, 6) separated from each other by a partition, wherein a first circuit board of a motor control unit to supply the electric motor is installed in the first compartment, carrying the operating voltages of a first voltage level, and a second circuit board of a system control unit is installed in the second compartment, carrying the operating voltages of a second, lower voltage level, characterised by the partition providing electrical and thermal insulation between the circuit boards (10a, 20a) and forming a separate component, and the first compartment together with the first circuit board, the partition, and the second compartment together with the second circuit board being arranged axially above each other.
The compound or a pharmaceutically acceptable salt or ester prodrug thereof, wherein the prodrug is formed on the free carboxylic acid moiety, for use in the treatment of a disease resulting from a mycobacterial infection.
A cross-flow fan, comprising: an impeller; and a shaft configured to support the impeller in a rotatable manner, the impeller comprising: a plurality of support plates; and a plurality of blades (8c, 108c, 208c, 308c) arranged between a corresponding pair of the support plates at intervals in a circumferential direction, each of the plurality of blades comprising only one portion having an inner peripheral end portion and an outer peripheral end portion and being shaped such that both the inner peripheral end portion and the outer peripheral end portion (i) are advanced again in a rotational direction after being retreated in the rotational direction from one corresponding support plate toward another corresponding support plate, or (ii) are retreated again in the rotational direction after being advanced in the rotational direction from the one corresponding support plate toward the another corresponding support plate, the shaped portion being positioned at a center portion of the inner peripheral end portion, characterized in that each of the plurality of blades comprises a pair of ring-side portions extending along a rotational axis direction without being advanced or retreated in the rotational direction. an impeller; and a shaft configured to support the impeller in a rotatable manner, the impeller comprising: a plurality of support plates; and a plurality of blades (8c, 108c, 208c, 308c) arranged between a corresponding pair of the support plates at intervals in a circumferential direction, a plurality of support plates; and a plurality of blades (8c, 108c, 208c, 308c) arranged between a corresponding pair of the support plates at intervals in a circumferential direction, each of the plurality of blades comprising only one portion having an inner peripheral end portion and an outer peripheral end portion and being shaped such that both the inner peripheral end portion and the outer peripheral end portion (i) are advanced again in a rotational direction after being retreated in the rotational direction from one corresponding support plate toward another corresponding support plate, or (ii) are retreated again in the rotational direction after being advanced in the rotational direction from the one corresponding support plate toward the another corresponding support plate, (i) are advanced again in a rotational direction after being retreated in the rotational direction from one corresponding support plate toward another corresponding support plate, or (ii) are retreated again in the rotational direction after being advanced in the rotational direction from the one corresponding support plate toward the another corresponding support plate, the shaped portion being positioned at a center portion of the inner peripheral end portion, characterized in that each of the plurality of blades comprises a pair of ring-side portions extending along a rotational axis direction without being advanced or retreated in the rotational direction.
A method comprising: displaying a picture as part of a picture password interface; receiving user input selecting at least one of multiple different regions of the displayed picture, each of the multiple regions corresponding to a different one of multiple cells of a cipher key corresponding to the displayed picture, each of the multiple cells corresponding to a string comprising an amount of characters, wherein a first cell of the cipher key includes a string comprising a first amount of characters, wherein a second cell of the cipher key includes a string comprising a second amount of characters that is different from the first amount of characters, and wherein at least one cell of the cipher key has no characters; generating a user key by combining the strings of the cells corresponding to the selected at least one region; generating a password for a web service by combining the user key with a web service key for the web service; and communicating the generated password to the web service. displaying a picture as part of a picture password interface; receiving user input selecting at least one of multiple different regions of the displayed picture, each of the multiple regions corresponding to a different one of multiple cells of a cipher key corresponding to the displayed picture, each of the multiple cells corresponding to a string comprising an amount of characters, wherein a first cell of the cipher key includes a string comprising a first amount of characters, wherein a second cell of the cipher key includes a string comprising a second amount of characters that is different from the first amount of characters, and wherein at least one cell of the cipher key has no characters; generating a user key by combining the strings of the cells corresponding to the selected at least one region; generating a password for a web service by combining the user key with a web service key for the web service; and communicating the generated password to the web service.
A pile press-in device for pressing a pile into a ground while rotating the pile, the pile press-in device comprising: a rotation device for gripping and rotating the pile; an electrically powered device for acting on the rotation device to give the rotation device a driving force for the rotation; a hydraulic device as a lift for moving the rotation device up and down; the device being characterised by comprising a controller for controlling the electrically powered device and the hydraulic device in an interlocked manner, wherein the controller is configured to control the up-and-down movement of the rotation device caused by the lift, based on a rotation output of the electrically powered device at a time of press-in of the pile gripped by the rotation device. a rotation device for gripping and rotating the pile; an electrically powered device for acting on the rotation device to give the rotation device a driving force for the rotation; a hydraulic device as a lift for moving the rotation device up and down; the device being characterised by comprising a controller for controlling the electrically powered device and the hydraulic device in an interlocked manner, wherein the controller is configured to control the up-and-down movement of the rotation device caused by the lift, based on a rotation output of the electrically powered device at a time of press-in of the pile gripped by the rotation device.
A compound represented by Formula or Formula: wherein, in Formula and Formula, each X is independently oxygen, sulfur, or selenium; m is 0 or 1; each n existing at two positions is 0; each R 3 existing at two positions is independently fluorine, alkyl having 1 to 20 carbons, aryl, pyridyl, furyl, thienyl or thiazolyl, at least one hydrogen in the alkyl may be replaced with fluorine, and at least one hydrogen on a ring of the aryl, pyridyl, furyl, thienyl and thiazolyl may be replaced with at least one kind selected from fluorine and alkyl having 1 to 10 carbons.
A method comprising: receiving, at a first processing device of an input/output module, IOM,, new firmware data (408, 508) for the IOM; sending an output hold command (418, 518) from the first processing device to a second processing device of the IOM; upgrading (422, 522) firmware of the IOM with the new firmware data using the first processing device and attempting (422, 522) a reboot of the first processing device; in response to the output hold command and during the upgrading of the firmware and the rebooting of the first processing device, using (424, 524) the second processing device to cause a field circuit of the IOM to hold at least one previous output signal for one or more external devices (102a, 102b); and in response to not receiving a new command from the first processing device at the second processing device after causing the field circuit to hold the at least one previous output signal, using the second processing device to cause the field circuit to output at least one failsafe output signal for the one or more external devices, wherein the IOM are outside of the process controller. receiving, at a first processing device of an input/output module, IOM,, new firmware data (408, 508) for the IOM; sending an output hold command (418, 518) from the first processing device to a second processing device of the IOM; upgrading (422, 522) firmware of the IOM with the new firmware data using the first processing device and attempting (422, 522) a reboot of the first processing device; in response to the output hold command and during the upgrading of the firmware and the rebooting of the first processing device, using (424, 524) the second processing device to cause a field circuit of the IOM to hold at least one previous output signal for one or more external devices (102a, 102b); and in response to not receiving a new command from the first processing device at the second processing device after causing the field circuit to hold the at least one previous output signal, using the second processing device to cause the field circuit to output at least one failsafe output signal for the one or more external devices, wherein the IOM are outside of the process controller.
Method for detecting intrusions in an audit log, wherein the audit log comprises records of user sessions of users, wherein each record of a user session includes activity features and a user label of a claimed user of the user session, wherein the method comprises the following steps: - predicting probabilities that a user session belongs to a user, wherein a probability is predicted for each combination of a user and a user session of the audit log, wherein predicting the probabilities is based on the activity features of the user sessions, wherein the probabilities are predicted by a user identification model; - constructing a user group including users with similar activity features, wherein the user group is constructed based on the predicted probabilities (28; - determine an anomaly score for a user session of the audit log and a claimed user of the user session, wherein the claimed user belongs to the user group, wherein the anomaly score is determined based on a probability that the user session belongs to the user group; - detecting an intrusion if the anomaly score of the user session and the claimed user exceeds a predetermined threshold. - predicting probabilities that a user session belongs to a user, wherein a probability is predicted for each combination of a user and a user session of the audit log, wherein predicting the probabilities is based on the activity features of the user sessions, wherein the probabilities are predicted by a user identification model; - constructing a user group including users with similar activity features, wherein the user group is constructed based on the predicted probabilities (28; - determine an anomaly score for a user session of the audit log and a claimed user of the user session, wherein the claimed user belongs to the user group, wherein the anomaly score is determined based on a probability that the user session belongs to the user group; - detecting an intrusion if the anomaly score of the user session and the claimed user exceeds a predetermined threshold.
Method for updating a digital map of a mobile navigation system, in particular of a navigation system of a motor vehicle, wherein a geographical area contained within the digital map is divided into a multiplicity of regions, wherein respective map data of the digital map each depict one of the regions, wherein at least one of the regions has a first boundary line directly surrounding the region, wherein the region has a further boundary line (12, 13) that at least sectionally surrounds the region at a greater distance than the first boundary line, having the steps - determining a geographical position (2, 3, 4) of the navigation system, - checking (310, 320) a first condition as to whether the position (2-12, 3-12, 2-13, 3-13, 4-13) of the navigation system lies on or within the further boundary line (12, 13), and, if the first condition is satisfied (310j, 320j), - updating the map data for the region. - determining a geographical position (2, 3, 4) of the navigation system, - checking (310, 320) a first condition as to whether the position (2-12, 3-12, 2-13, 3-13, 4-13) of the navigation system lies on or within the further boundary line (12, 13), - updating the map data for the region.
An autoinjector including: a main body (10, 12) containing a syringe or cartridge with a needle at its front end for being moved forwardly in the body to extend the needle from said body for an injection, wherein the main body has a forward region which is tubular and surrounds the syringe or cartridge, and wherein the autoinjector has a longitudinal axis; characterised in that: the autoinjector further comprises a shroud in the forward region of the main body, the shroud having a forward portion of generally tubular form, the shroud being moveable longitudinally between a rearward retracted position and a forward extended position; the forward region comprises opposed integral viewing windows through which the syringe or cartridge can be viewed; and the autoinjector further includes a spring arrangement for biasing the shroud forwardly, said spring arrangement including two springs disposed alongside the syringe or cartridge and spaced from the longitudinal axis. a main body (10, 12) containing a syringe or cartridge with a needle at its front end for being moved forwardly in the body to extend the needle from said body for an injection, wherein the main body has a forward region which is tubular and surrounds the syringe or cartridge, and wherein the autoinjector has a longitudinal axis; characterised in that: the autoinjector further comprises a shroud in the forward region of the main body, the shroud having a forward portion of generally tubular form, the shroud being moveable longitudinally between a rearward retracted position and a forward extended position; the forward region comprises opposed integral viewing windows through which the syringe or cartridge can be viewed; and the autoinjector further includes a spring arrangement for biasing the shroud forwardly, said spring arrangement including two springs disposed alongside the syringe or cartridge and spaced from the longitudinal axis. the autoinjector further comprises a shroud in the forward region of the main body, the shroud having a forward portion of generally tubular form, the shroud being moveable longitudinally between a rearward retracted position and a forward extended position; the forward region comprises opposed integral viewing windows through which the syringe or cartridge can be viewed; and the autoinjector further includes a spring arrangement for biasing the shroud forwardly, said spring arrangement including two springs disposed alongside the syringe or cartridge and spaced from the longitudinal axis.
Automatic transmission of a motor vehicle which is driven by way of an internal combustion engine, having a transmission oil circuit, a mechanical main oil pump which can be driven by the internal combustion engine, and an additional oil pump which can be driven electrically and is arranged within an oil sump (4, 23), characterized in that the additional oil pump is arranged transversely with respect to the driving direction (x) of the motor vehicle, in that the automatic transmission has a parking lock apparatus (10; 25, 26, 27), and in that the additional oil pump is arranged below the parking lock apparatus (26, 27).
A diesel engine, comprising a particulate filter set in the exhaust line of the engine, and an electronic control unit for controlling the fuel injectors associated to the cylinders of the engine, which is programmed for activating, when an amount of particulate accumulated in said filter higher than a threshold value is detected or estimated, a modality of control of the injectors that determines automatic regeneration of the filter by means of an increase in the temperature of the exhaust gases sent to the filter sufficient for burning the particulate in the filter, wherein the aforesaid electronic control unit is programmed for activating an alarm condition, inhibiting the aforesaid automatic regeneration mode and enabling simultaneously an on-demand regeneration mode that can be activated manually by the driver, when said electronic control unit detects a value lower than a pre-set threshold of a parameter identifying the quality of the engine lubricating oil, said engine being provided with manual control means for activation of the aforesaid on-demand regeneration mode, characterized in that: - the aforesaid electronic control unit is programmed for activating said alarm condition also when said electronic control unit detects exceeding of a pre-set threshold value of the number of unfavourable events, in which the automatic-regeneration step is interrupted before its completion; - said electronic control unit is programmed in such a way that, in the case of detection of a number of unfavourable events higher than the aforesaid threshold value, the aforesaid alarm condition with inhibition of the automatic regeneration mode and enabling of the on-demand regeneration mode is activated only in the case where the aforesaid electronic control unit also detects a resistance to the flow of the exhaust gases through the particulate filter higher than a threshold value, and in that the quality of the engine lubricating oil is calculated by means of a pre-set algorithm on the basis of the value of a parameter identifying the quality of the oil. - the aforesaid electronic control unit is programmed for activating said alarm condition also when said electronic control unit detects exceeding of a pre-set threshold value of the number of unfavourable events, in which the automatic-regeneration step is interrupted before its completion; - said electronic control unit is programmed in such a way that, in the case of detection of a number of unfavourable events higher than the aforesaid threshold value, the aforesaid alarm condition with inhibition of the automatic regeneration mode and enabling of the on-demand regeneration mode is activated only in the case where the aforesaid electronic control unit also detects a resistance to the flow of the exhaust gases through the particulate filter higher than a threshold value, and
A guided wave radar level gauge probe configured to guide electromagnetic signals, wherein said probe comprises a plurality of elongate probe sections (202, 204, 206), one of said elongate probe sections being adapted to be mechanically connected to a tank feedthrough structure, characterized in that each probe section being pivotably connected to an adjacent probe section by means of a joint, said joint allowing probe sections to pivot between an operating state where said probe sections are substantially aligned along a straight line, and a transporting state, wherein said joint comprises a link member, which link member is pivotally connected to a first revolute joint member provided at an end of a first probe section and to a second revolute joint member provided at an end of a second probe section adjacent to the first probe section.
An epoxy resin composition comprising an epoxy resin and a mercaptoalkylglycoluril represented by the general formula: wherein R 1 and R 2 each independently represent a hydrogen atom, a lower alkyl group, or a phenyl group; R 3, R 4, and R 5 each independently represent a hydrogen atom or a mercaptoalkyl group selected from a mercaptomethyl group, a 2-mercaptoethyl group, and a 3-mercaptopropyl group; and n is 0, 1, or 2.
A cellular network comprising a plurality of control plane transceiver stations, each one configured to provide radio coverage over a corresponding first coverage area for allowing user equipment within said first coverage area to exchange signaling traffic with the control plane transceiver station; for each control plane transceiver station, the cellular network further comprising one or more user transceiver stations ( 115(i)) located within said first coverage area, each user transceiver station ( 115(i)) being configured to provide radio coverage over a corresponding second coverage area ( 115(i)A) for allowing user equipment within said second coverage area ( 115(i)A) to exchange user traffic with the user transceiver stations ( 115(i)) by exploiting a selected frequency band among a respective set of frequency bands, characterized in that wherein when a user equipment within one first coverage area of said first coverage areas requests to exchange user traffic, the cellular network is configured to: - select a group of candidate user transceiver stations ( 115(i)) located within said one first coverage area based on the position of the user equipment within said one first coverage area; when said user equipment within said one first coverage area of said first coverage areas requests to exchange user traffic, the cellular network is further configured to: - select a group of candidate frequency bands among the sets of frequency bands of the user transceiver stations ( 115(i)) located within said one first coverage area based on at least one among: request parameters indicative of the type of request, user parameters indicative of a user category, and user equipment parameters indicative of a user equipment category, and - allow the user equipment to exchange user traffic with one or more selected user transceiver stations ( 115(i)) exploiting a selected frequency band based on a mapping between the selected group of candidate transceiver stations ( 115(i)) and the selected group of candidate frequency bands. - select a group of candidate user transceiver stations ( 115(i)) located within said one first coverage area based on the position of the user equipment within said one first coverage area; - select a group of candidate frequency bands among the sets of frequency bands of the user transceiver stations ( 115(i)) located within said one first coverage area based on at least one among: request parameters indicative of the type of request, user parameters indicative of a user category, and user equipment parameters indicative of a user equipment category, and - allow the user equipment to exchange user traffic with one or more selected user transceiver stations ( 115(i)) exploiting a selected frequency band based on a mapping between the selected group of candidate transceiver stations ( 115(i)) and the selected group of candidate frequency bands.