mhurhangee/ep-ind-claims huggingface dataset:
A hybrid vehicle with an internal combustion engine, comprising: a power generator that is driven by the internal combustion engine; a secondary battery that stores electric power generated by the power generator; a state-of-charge-detection portion that detects a state of charge of electric power stored in the secondary battery; a vehicle control device that detects a traveling state of the vehicle and controls the vehicle; a driving mode in which the hybrid vehicle is driven by an electric motor that uses electric power generated by the power generator; a charge mode in which the generator is operated to generate electric power; and an ignition timing correction portion that corrects ignition timing of the internal combustion engine, wherein, if it is detected that the traveling state of the vehicle is a predetermined stop state where the vehicle speed is less than a predetermined value, when the vehicle is driven in the driving mode, the charge mode is selected, and the engine is in operation, the ignition timing correction portion corrects the ignition timing to a retardation side when the state of charge of the secondary battery as detected by the state-of-charge detection portion is less than a predetermined value, characterized in that the vehicle control device reduces output torque of the internal combustion engine and the ignition timing correction portion prohibits correction of the ignition timing, when the state of charge detected by the state-of-charge detection portion is the predetermined value or more. a power generator that is driven by the internal combustion engine; a secondary battery that stores electric power generated by the power generator; a state-of-charge-detection portion that detects a state of charge of electric power stored in the secondary battery; a vehicle control device that detects a traveling state of the vehicle and controls the vehicle; a driving mode in which the hybrid vehicle is driven by an electric motor that uses electric power generated by the power generator; a charge mode in which the generator is operated to generate electric power; and an ignition timing correction portion that corrects ignition timing of the internal combustion engine, wherein, if it is detected that the traveling state of the vehicle is a predetermined stop state where the vehicle speed is less than a predetermined value, when the vehicle is driven in the driving mode, the charge mode is selected, and the engine is in operation, the ignition timing correction portion corrects the ignition timing to a retardation side when the state of charge of the secondary battery as detected by the state-of-charge detection portion is less than a predetermined value, characterized in that the vehicle control device reduces output torque of the internal combustion engine and the ignition timing correction portion prohibits correction of the ignition timing, when the state of charge detected by the state-of-charge detection portion is the predetermined value or more.
A combination of an assembly tool and a bearing assembly for positioning the rolling elements of the bearing assembly during a preloading operation, the assembly tool comprising: a housing radially outside of an outer ring (195, 200, 210, 215) of the bearing assembly during the preloading operation, and a clamping plate coupled with the housing via an adjustable clamping member; a roller seating actuator configured to be removably coupled to at least one of the housing and the clamping plate during the preloading operation; a roller seating ring movably coupled to the roller seating actuator, the roller seating ring including a distal end configured to engage respective ends of the rolling elements of the bearing assembly upon mounting of the roller seating actuator to at least one of the housing and the clamping plate such that the distal end of the roller seating ring engages and presses the rolling elements axially into engagement with a rib of a race of the bearing assembly, wherein the clamping plate is configured to abut the outer ring (195, 200, 210, 215), such that the bearing assembly is preloaded by adjusting the adjustable clamping member while the rolling elements are pressed against the rib. a housing radially outside of an outer ring (195, 200, 210, 215) of the bearing assembly during the preloading operation, and a clamping plate coupled with the housing via an adjustable clamping member; a roller seating actuator configured to be removably coupled to at least one of the housing and the clamping plate during the preloading operation; a roller seating ring movably coupled to the roller seating actuator, the roller seating ring including a distal end configured to engage respective ends of the rolling elements of the bearing assembly upon mounting of the roller seating actuator to at least one of the housing and the clamping plate such that the distal end of the roller seating ring engages and presses the rolling elements axially into engagement with a rib of a race of the bearing assembly, wherein the clamping plate is configured to abut the outer ring (195, 200, 210, 215), such that the bearing assembly is preloaded by adjusting the adjustable clamping member while the rolling elements are pressed against the rib.
A method for a packet-oriented communication network for establishment of a connection of pre-determined performance from a first end device via a network transmission installation (R1, R2) and a transmission path to a second end device, wherein a) a scope of transmission system resources of the transmission path is managed by a resource manager, b) the network transmission installation (R1, R2), in the context of a data transfer of data packets (DP1, DP2) transmitted or to be transmitted via the transmission path, reads data packet address information (A1, A2) identifying their origin and destination, as well as link information identifying the transmission path, and transmits them to the resource manager for updating its basis of information on connection management, c) for establishment of a connection of pre-determined performance between the end devices (EG1, EG2), independent of a prior data transfer between the end devices (EG1, EG2), a subsequent resource request with connection information identifying the origin and the destination of this connection is transmitted to the resource manager, d) the resource manager determines using the connection information and the data packet address information (A1, A2) whether the origin and the destination of the connection to be established correspond with the origin and the destination of the data packets (DP1, DP2) of prior data transfers between the end devices (EG1, EG2) and, if this is the case, e) a gatekeeper or SIP server will perform further connection establishment depending on the available scope of resources of the transmission path identified through link information. a) a scope of transmission system resources of the transmission path is managed by a resource manager, b) the network transmission installation (R1, R2), in the context of a data transfer of data packets (DP1, DP2) transmitted or to be transmitted via the transmission path, reads data packet address information (A1, A2) identifying their origin and destination, as well as link information identifying the transmission path, and transmits them to the resource manager for updating its basis of information on connection management, c) for establishment of a connection of pre-determined performance between the end devices (EG1, EG2), independent of a prior data transfer between the end devices (EG1, EG2), a subsequent resource request with connection information identifying the origin and the destination of this connection is transmitted to the resource manager, d) the resource manager determines using the connection information and the data packet address information (A1, A2) whether the origin and the destination of the connection to be established correspond with the origin and the destination of the data packets (DP1, DP2) of prior data transfers between the end devices (EG1, EG2) and, if this is the case, e) a gatekeeper or SIP server will perform further connection establishment depending on the available scope of resources of the transmission path identified through link information.
An apparatus to recover an aircraft, the apparatus comprising: a base; a mast extending from the base; a boom extending from the mast at a first end of the boom to a second end of the boom opposite the first end; a tether line extending between the mast and the base, said tether line being guided by the boom, a portion of the tether line extending between the second end of the boom and the base; a kite coupled to the tether line via a support line; and a mount configured to operatively couple the support line to the tether line, the kite being configured to support the tether line as the aircraft contacts the portion of the tether line extending between the second end of the boom and the base for recovery of the aircraft, wherein the mount is configured to move and/or displace along with the tether line during deceleration of the aircraft, thereby causing the kite to move. a base; a mast extending from the base; a boom extending from the mast at a first end of the boom to a second end of the boom opposite the first end; a tether line extending between the mast and the base, said tether line being guided by the boom, a portion of the tether line extending between the second end of the boom and the base; a kite coupled to the tether line via a support line; and a mount configured to operatively couple the support line to the tether line, the kite being configured to support the tether line as the aircraft contacts the portion of the tether line extending between the second end of the boom and the base for recovery of the aircraft, wherein the mount is configured to move and/or displace along with the tether line during deceleration of the aircraft, thereby causing the kite to move.
A method of manufacturing a needle-equipped outer tube including a needle, a joint member having a needle insertion hole penetrating the joint member from a distal end to a proximal end so as to allow the needle to be inserted therein and a tapered portion (47, 49) of which an outer diameter decreases from a distal end side toward a proximal end side, and an outer tube member including a distal end connecting section having a tapered hollow (26, 2) configured to receive the tapered portion (47, 49) of the joint member, characterized in that the method of manufacturing the needle-equipped outer tube comprising: a preheating step comprising heating to a temperature at or below a softening point of a material forming the outer tube member with the joint member inserted in the distal end connecting section of the outer tube member, and with the needle being inserted or inserted and fixed in the needle insertion hole; and a joint member welding step, performed after the preheating step, comprising thermally welding the joint member to the distal end connecting section of the outer tube member with a distal end portion of the joint member pressed toward the proximal end of the joint member by a pushing member with a pressing force in a range of 4 N to 30 N.
A method of reducing a ratio of Glycogen-Accumulating Organisms relative to a total amount of Glycogen-Accumulating Organisms and Polyphosphate-Accumulating Organisms in a substance comprising waste water and/or activated sludge, the method comprising the steps of: - providing the substance in an anaerobic environment; - determining the substance temperature; - determining a predetermined level of the ratio of Glycogen-Accumulating Organisms relative to a total amount of Glycogen-Accumulating Organisms and Polyphosphate-Accumulating Organisms in the substance; characterised in that, the method further comprising the steps of: - providing a controller adapted to control the reduction of Glycogen-Accumulating Organisms relative to the total amount of Glycogen-Accumulating Organisms and Polyphosphate-Accumulating Organisms; - determining by use of the controller a first predetermined period of time as a function of the substance temperature such that the first predetermined period of time corresponds to the ratio being below the predetermined level; and - controlling the reduction by maintaining the substance in the anaerobic environment at the substance temperature for the first predetermined period of time, until the ratio of Glycogen-Accumulating Organisms relative to a total amount of Glycogen-Accumulating Organisms and Polyphosphate-Accumulating Organisms in the substance, is below the predetermined level. - providing the substance in an anaerobic environment; - determining the substance temperature; - determining a predetermined level of the ratio of Glycogen-Accumulating Organisms relative to a total amount of Glycogen-Accumulating Organisms and Polyphosphate-Accumulating Organisms in the substance; - providing a controller adapted to control the reduction of Glycogen-Accumulating Organisms relative to the total amount of Glycogen-Accumulating Organisms and Polyphosphate-Accumulating Organisms; - determining by use of the controller a first predetermined period of time as a function of the substance temperature such that the first predetermined period of time corresponds to the ratio being below the predetermined level; and - controlling the reduction by maintaining the substance in the anaerobic environment at the substance temperature for the first predetermined period of time, until the ratio of Glycogen-Accumulating Organisms relative to a total amount of Glycogen-Accumulating Organisms and Polyphosphate-Accumulating Organisms in the substance, is below the predetermined level.
A component for a gas turbine engine comprising: an airfoil; a first trunnion having an outer surface and extending from a first end of the airfoil; and a first bushing at least partially surrounding the outer surface, wherein at least one of the first bushing or the first trunnion includes a plurality of surface irregularities, characterised in that the first trunnion is cylindrical and the plurality of surface irregularities include troughs formed in the outer surface of the first trunnion; wherein a depth of the troughs is approximately equal to a spacing between the first bushing and the trunnion and extend in a radial direction; and the first bushing is carbon based, wherein relative movement between the first bushing and the first trunnion forms a carbon transfer film between the first bushing and the first trunnion. an airfoil; a first trunnion having an outer surface and extending from a first end of the airfoil; and a first bushing at least partially surrounding the outer surface, wherein at least one of the first bushing or the first trunnion includes a plurality of surface irregularities, characterised in that the first trunnion is cylindrical and the plurality of surface irregularities include troughs formed in the outer surface of the first trunnion; wherein a depth of the troughs is approximately equal to a spacing between the first bushing and the trunnion and extend in a radial direction; and the first bushing is carbon based, wherein relative movement between the first bushing and the first trunnion forms a carbon transfer film between the first bushing and the first trunnion.
A device for supporting a workpiece to be machined by a machine tool, comprising: - a support unit which can be brought into contact with the workpiece to be machined, and - a positioning arrangement for positioning the support unit, wherein the positioning arrangement comprises at least one first positioning unit for positioning the support unit along at least one first axis and at least one second positioning unit for positioning the support unit in a plane (X, Y) spanned by a second and third axis, wherein the first axis, the second axis and the third axis are substantially perpendicular to one another, characterized in that the support unit has a contact area extending in the direction of a longitudinal workpiece axis of the workpiece to be machined, wherein the support unit can be brought into contact with the workpiece via the contact area, and wherein the contact area is subdivided into at least one first and one second contact portion (24, 26) in the direction of the longitudinal workpiece axis, and in that the support unit comprises a third positioning unit configured to change a relative arrangement between the first and the second contact portion (24, 26). - a support unit which can be brought into contact with the workpiece to be machined, and - a positioning arrangement for positioning the support unit, wherein the positioning arrangement comprises at least one first positioning unit for positioning the support unit along at least one first axis and at least one second positioning unit for positioning the support unit in a plane (X, Y) spanned by a second and third axis, wherein the first axis, the second axis and the third axis are substantially perpendicular to one another, characterized in that the support unit has a contact area extending in the direction of a longitudinal workpiece axis of the workpiece to be machined, wherein the support unit can be brought into contact with the workpiece via the contact area, and wherein the contact area is subdivided into at least one first and one second contact portion (24, 26) in the direction of the longitudinal workpiece axis, and in that the support unit comprises a third positioning unit configured to change a relative arrangement between the first and the second contact portion (24, 26).
A method for selecting a filter in a filter system, the filter system being adapted to receive air having a first pollution level and to provide air having a second desired pollution level, the method comprising the steps of: - measuring a pollution level present in the air to be received by the filter system, the measured pollution level being the first pollution level; - determining a filter parameter based on a combination of the measured pollution level and the second pollution level; - providing the filter system with a filter having a filter parameter matching the determined filter parameter; - measuring a pollution level of the air provided by the filter system in which the selected filter is arranged; - comparing the measured pollution level with the second desired pollution level; and - replacing, if a difference resulting from the comparison is outside a predetermined acceptable error range, the filter such that an additional comparison step results in a difference falling within the predetermined acceptable error range. - measuring a pollution level present in the air to be received by the filter system, the measured pollution level being the first pollution level; - determining a filter parameter based on a combination of the measured pollution level and the second pollution level; - providing the filter system with a filter having a filter parameter matching the determined filter parameter; - measuring a pollution level of the air provided by the filter system in which the selected filter is arranged; - comparing the measured pollution level with the second desired pollution level; and - replacing, if a difference resulting from the comparison is outside a predetermined acceptable error range, the filter such that an additional comparison step results in a difference falling within the predetermined acceptable error range.
A quality of service, QoS, flow control method performed by an access network apparatus, comprising: receiving at least two QoS targets of a QoS flow from a session management function network element, wherein the QoS flow is a flow on which same QoS processing is performed; when a first QoS target of the QoS flow can't be met by the access network apparatus, wherein the first QoS target is different from the at least two QoS targets, determining a QoS target, based on an available resource of the access network apparatus, from the at least two QoS targets received from the session management function network element, wherein the determined QoS target is a QoS target that can be met by the access network apparatus; and sending, to the session management function network element, first indication information that indicates that the first QoS target of the QoS flow can't be met and a report of the determined QoS target that can be met by the access network apparatus. receiving at least two QoS targets of a QoS flow from a session management function network element, wherein the QoS flow is a flow on which same QoS processing is performed; when a first QoS target of the QoS flow can't be met by the access network apparatus, wherein the first QoS target is different from the at least two QoS targets, determining a QoS target, based on an available resource of the access network apparatus, from the at least two QoS targets received from the session management function network element, wherein the determined QoS target is a QoS target that can be met by the access network apparatus; and sending, to the session management function network element, first indication information that indicates that the first QoS target of the QoS flow can't be met and a report of the determined QoS target that can be met by the access network apparatus.
A method for evaluating an effect of a test condition on a mouse tissue, or cultured cells derived from the tissue, said method comprising the steps of, providing a Dao1 +/+ mouse and a Dao1 -/- mouse, wherein the Dao1 +/+ mouse and the Dao1 -/- mouse share a common combination of mutant alleles for at least one other locus, wherein the combination of the mutant alleles for the other locus is comprised of Hr -/-; exposing a tissue of the Dao1 +/+ and Dao1 -/- mice, or cultured tissue cells derived from the tissue to the test condition; and analyzing the effect of exposing the tissue or cultured tissue cells derived from the tissue of the Dao1 +/+ and Dao1 -/- mice to the test condition, wherein the step is comprised of: measuring the D-amino acid content within the tissue or cultured tissue cells derived from the tissue of the Dao1 +/+ mouse and the Dao1 -/- mouse, prior to the step; measuring the D-amino acid content within the tissue or cultured tissue cells derived from the tissue of the Dao1 +/+ mouse and the Dao1 -/- mouse, following the step and following exposure to the test condition; and comparing between the D-amino acid content measured prior to the step and the D-amino acid content measured following the step, and wherein the tissue or cultured tissue cell derived from the tissue, for which the D-amino acid content is measured, is derived from epidermis or dermis, wherein said test condition is an administration of medicine. providing a Dao1 +/+ mouse and a Dao1 -/- mouse, wherein the Dao1 +/+ mouse and the Dao1 -/- mouse share a common combination of mutant alleles for at least one other locus, wherein the combination of the mutant alleles for the other locus is comprised of Hr -/-; exposing a tissue of the Dao1 +/+ and Dao1 -/- mice, or cultured tissue cells derived from the tissue to the test condition; and analyzing the effect of exposing the tissue or cultured tissue cells derived from the tissue of the Dao1 +/+ and Dao1 -/- mice to the test condition, measuring the D-amino acid content within the tissue or cultured tissue cells derived from the tissue of the Dao1 +/+ mouse and the Dao1 -/- mouse, prior to the step; measuring the D-amino acid content within the tissue or cultured tissue cells derived from the tissue of the Dao1 +/+ mouse and the Dao1 -/- mouse, following the step and following exposure to the test condition; and comparing between the D-amino acid content measured prior to the step and the D-amino acid content measured following the step, and wherein the tissue or cultured tissue cell derived from the tissue, for which the D-amino acid content is measured, is derived from epidermis or dermis, wherein said test condition is an administration of medicine.