mhurhangee/ep-ind-claims huggingface dataset:
A power generation device, comprising: a piston engine including a first piston, a second piston, a cylinder, a first crankshaft, and a second crankshaft, the first piston and the second piston reciprocating in the cylinder while facing each other, so that the first crankshaft rotates in a first rotation direction in accordance with the first piston and the second crankshaft rotates in a second rotation direction opposite to the first rotation direction in accordance with the second piston; and a primary inertia body (41, 42) coupled to each of the first crankshaft and the second crankshaft; characterized in that the power generation device comprises a secondary inertia body which is connected to the primary inertia body (41, 42) via a power transmission section (46, 51, 52, 53) and rotates in conjunction with the primary inertia body (41, 42) at a speed increased at a basic step-up ratio of the power transmission section (46, 51, 52, 53); the secondary inertia body includes at least a power generator; a sum of an inertia moment of the primary inertia body (41, 42) and a product of an inertia moment of the secondary inertia body and the basic step-up ratio is defined to be a total inertia moment; and a total inertia moment in the first rotation direction and a total inertia moment in the second rotation direction are balanced with each other by not less than 50%. a piston engine including a first piston, a second piston, a cylinder, a first crankshaft, and a second crankshaft, the first piston and the second piston reciprocating in the cylinder while facing each other, so that the first crankshaft rotates in a first rotation direction in accordance with the first piston and the second crankshaft rotates in a second rotation direction opposite to the first rotation direction in accordance with the second piston; and a primary inertia body (41, 42) coupled to each of the first crankshaft and the second crankshaft; characterized in that the power generation device comprises a secondary inertia body which is connected to the primary inertia body (41, 42) via a power transmission section (46, 51, 52, 53) and rotates in conjunction with the primary inertia body (41, 42) at a speed increased at a basic step-up ratio of the power transmission section (46, 51, 52, 53); the secondary inertia body includes at least a power generator; a sum of an inertia moment of the primary inertia body (41, 42) and a product of an inertia moment of the secondary inertia body and the basic step-up ratio is defined to be a total inertia moment; and a total inertia moment in the first rotation direction and a total inertia moment in the second rotation direction are balanced with each other by not less than 50%.
Motor stator frame comprising: - two end plates in cast iron; - at least one steel bar connecting both plates, each bar having two threaded ends; and - side walls able to contain and protect the stator, characterized in that the frame further comprises at least one threaded bushing and in that each of the plates comprises at least one orifice being used as a seat for each threaded bushing, the threaded ends of each bar being engaged into the threaded bushings. - two end plates in cast iron; - at least one steel bar connecting both plates, each bar having two threaded ends; and - side walls able to contain and protect the stator,
A method for processing data with parameters of a vehicle, power train or a power train component of different origin, comprising: - reading out data obtained from earlier calibrations of vehicles, power trains or power train components from a database, - carrying out a statistical analysis for determining the minimum and maximum axis figures of the data associated with the same parameters of a vehicle, power train or power train component, - converting and compressing the data obtained from earlier calibrations of vehicles, power trains or power train components into a common format, - providing the data associated with the same parameters of a vehicle, power train or power train component with common axes and the same number of sampling points, wherein the start and end figures of the axes result from the minimum and maximum axis figures, and - using the data thus converted as a basis for a calibration of an engine control unit of an internal combustion engine, a vehicle, a power train or a power train component. - reading out data obtained from earlier calibrations of vehicles, power trains or power train components from a database, - carrying out a statistical analysis for determining the minimum and maximum axis figures of the data associated with the same parameters of a vehicle, power train or power train component, - converting and compressing the data obtained from earlier calibrations of vehicles, power trains or power train components into a common format, - providing the data associated with the same parameters of a vehicle, power train or power train component with common axes and the same number of sampling points, wherein the start and end figures of the axes result from the minimum and maximum axis figures, and - using the data thus converted as a basis for a calibration of an engine control unit of an internal combustion engine, a vehicle, a power train or a power train component.
A mobile device (10, 60) comprising: a touch screen receiving input from a user; a display displaying a menu screen and provided such that the touch screen is overlaid on the display; a menu screen generator generating the menu screen displayed on the display; a querier querying the user for the interface to be used; a switcher giving a command to the menu screen generator to switch the user interface for the menu screen based on content input by the user with the touch screen in response to the query of the querier; and a user status detector detecting a status of the user; wherein the menu screen can be selected from a plurality of user interfaces, wherein the menu screen generator generates the menu screen for the user interface based on the command from the switcher, and wherein the querier queries the user for the interface to be used when the user status detected by the user status detector is different from a user status previously retained by the switcher, and wherein the switcher retains the user status detection result. a touch screen receiving input from a user; a display displaying a menu screen and provided such that the touch screen is overlaid on the display; a menu screen generator generating the menu screen displayed on the display; a querier querying the user for the interface to be used; a switcher giving a command to the menu screen generator to switch the user interface for the menu screen based on content input by the user with the touch screen in response to the query of the querier; and a user status detector detecting a status of the user; wherein the menu screen can be selected from a plurality of user interfaces, wherein the menu screen generator generates the menu screen for the user interface based on the command from the switcher, and wherein the querier queries the user for the interface to be used when the user status detected by the user status detector is different from a user status previously retained by the switcher, and wherein the switcher retains the user status detection result.
A perforating gun initiator comprising: a first housing; high explosive within the first housing; a detonation cord disposed proximate the high explosive; an electronic igniter in a second housing selectively quick coupled with the high explosive; characterised in that the perforating gun initiator further comprises a bore formed in the high explosive; and wherein the electronic igniter comprises an end cap and an annular insert extending from the end cap, and wherein the bore is configured to receive therein the annular insert. a first housing; high explosive within the first housing; a detonation cord disposed proximate the high explosive; an electronic igniter in a second housing selectively quick coupled with the high explosive; characterised in that the perforating gun initiator further comprises a bore formed in the high explosive; and wherein the electronic igniter comprises an end cap and an annular insert extending from the end cap, and wherein the bore is configured to receive therein the annular insert.
A shift control device of an automatic transmission, which is used in the automatic transmission inserted into a power transmission system for transmitting power from an electric motor, and is configured to shift-control the automatic transmission on the basis of a shift map in accordance with a motor torque absolute value of the electric motor, the shift control device comprising: a torque-reduction-response-shift-request determining unit (S11, S12) configured to determine an up-shift request of the automatic transmission on the basis of the shift map along with the reduction of the motor torque absolute value caused by releasing an accelerator pedal; and a torque-reduction-response-shift delaying unit (S16, S17, S18) configured to delay an execution start of the torque reduction response up-shift determined by the torque-reduction-response-shift-request determining unit (S11, S12), until when a set time (TMs) elapses after the determining time, characterized in that the set time (TMs) for the shift delaying is longer as the reducing speed of the motor torque absolute value caused by releasing the accelerator pedal is higher. a torque-reduction-response-shift-request determining unit (S11, S12) configured to determine an up-shift request of the automatic transmission on the basis of the shift map along with the reduction of the motor torque absolute value caused by releasing an accelerator pedal; and a torque-reduction-response-shift delaying unit (S16, S17, S18) configured to delay an execution start of the torque reduction response up-shift determined by the torque-reduction-response-shift-request determining unit (S11, S12), until when a set time (TMs) elapses after the determining time, characterized in that the set time (TMs) for the shift delaying is longer as the reducing speed of the motor torque absolute value caused by releasing the accelerator pedal is higher.
A method of producing a seamless metal pipe comprising the steps of: heating a high alloy billet containing, by mass%, Cr: 20 to 30% and Ni: more than 22% and not more than 60% in a first heating furnace; piercing-rolling the high alloy billet heated in the first heating furnace with a first piercing machine to produce a hollow shell; immediately charging the hollow shell after piercing-rolling into a second heating furnace and heating the hollow shell in the second heating furnace; and elongation-rolling the hollow shell heated in the second heating furnace with the first piercing machine or a second piercing machine which is different from the first piercing machine, wherein in the step of heating the hollow shell in the second heating furnace, the hollow shell whose outer surface temperature is not less than 1000°C is charged into the second heating furnace, and wherein in the step of heating the hollow shell in the second heating furnace, the heating time is not less than 300 seconds. heating a high alloy billet containing, by mass%, Cr: 20 to 30% and Ni: more than 22% and not more than 60% in a first heating furnace; piercing-rolling the high alloy billet heated in the first heating furnace with a first piercing machine to produce a hollow shell; immediately charging the hollow shell after piercing-rolling into a second heating furnace and heating the hollow shell in the second heating furnace; and elongation-rolling the hollow shell heated in the second heating furnace with the first piercing machine or a second piercing machine which is different from the first piercing machine, wherein in the step of heating the hollow shell in the second heating furnace, the hollow shell whose outer surface temperature is not less than 1000°C is charged into the second heating furnace, and wherein in the step of heating the hollow shell in the second heating furnace, the heating time is not less than 300 seconds.
A method for handling a user plane by a user equipment, UE, the method comprising: establishing connections between a master node, MN, a secondary node, SN, and the UE, configured with an evolved-UMTS terrestrial radio access network, E-UTRAN supporting multi-RAT Dual connectivity, MR-DC, via E-UTRA-new radio, NR, dual connectivity, EN-DC, wherein the UE comprises an E-UTRA RLC entity and a NR RLC entity and a Packet Data Convergence Protocol, PDCP, entity, and wherein a MCG bearer, a SCG bearer, or a split bearer is configured for a RLC entity; receiving a radio resource control, RRC, reconfiguration message including an indicator to re-establish the RLC entity for bearer type change; in response to receiving the indicator, performing re-establishment of the RLC entity for a data radio bearer, DRB or a signaling radio bearer, SRB; and in response to upper layers requesting release of a RLC entity, performing a discard of RLC SDUs and RLC PDUs and the release of the RLC entity for a radio bearer. establishing connections between a master node, MN, a secondary node, SN, and the UE, configured with an evolved-UMTS terrestrial radio access network, E-UTRAN supporting multi-RAT Dual connectivity, MR-DC, via E-UTRA-new radio, NR, dual connectivity, EN-DC, wherein the UE comprises an E-UTRA RLC entity and a NR RLC entity and a Packet Data Convergence Protocol, PDCP, entity, and wherein a MCG bearer, a SCG bearer, or a split bearer is configured for a RLC entity; receiving a radio resource control, RRC, reconfiguration message including an indicator to re-establish the RLC entity for bearer type change; in response to receiving the indicator, performing re-establishment of the RLC entity for a data radio bearer, DRB or a signaling radio bearer, SRB; and in response to upper layers requesting release of a RLC entity, performing a discard of RLC SDUs and RLC PDUs and the release of the RLC entity for a radio bearer.
Firearm (1; 100; 200) comprising a plurality of sensors for detecting an operating state of the firearm (1; 100; 200) and for outputting corresponding sensor signals, the sensors being grouped in a sensor block which can be arranged in the form of a unit in an appropriate position in the firearm (1; 100; 200) and removed therefrom, characterized in that the firearm (1; 100; 200) comprises at least one optical sensor (36, 37) that detects light reflected at least indirectly from a movable component (5, 19, 22, 23) of the firearm (1; 100; 200) and determines therefrom a current position of the component (5, 19, 22, 23), the optical sensor comprising a semiconductor light source, in particular an infrared LED, that emits light towards the movable component (5, 19, 22, 23), and comprising a light sensor, in particular a photodiode, that detects light reflected at least indirectly from the component (5, 19, 22, 23), and a multicolored reflector element being arranged on the component (5, 19, 22, 23), various colors of the reflector element being moved in front of the semiconductor light source and/or the light sensor during a movement of the component (5, 19, 22, 23).
A pharmaceutical combination comprising: (a) a histone deacetylase 6 (HDAC6) inhibitor having the structure: or a pharmaceutically acceptable salt thereof; and (b) an aurora kinase inhibitor selected from the group consisting of alisertib, AT-9283, barasertib, ENMD-2076, MK-5108, MSC 1992371A, danusertib, and tozasertib, or pharmaceutically acceptable salts thereof. (a) a histone deacetylase 6 (HDAC6) inhibitor having the structure: or a pharmaceutically acceptable salt thereof; and (b) an aurora kinase inhibitor selected from the group consisting of alisertib, AT-9283, barasertib, ENMD-2076, MK-5108, MSC 1992371A, danusertib, and tozasertib, or pharmaceutically acceptable salts thereof.
A system for controlling gas turbine engine bleed air temperature, comprising: a fan air valve adapted to receive a flow of fan air from a turbofan gas turbine engine intake fan, the fan air valve coupled to receive valve position commands and configured, in response to the valve position commands, to move to a valve position to thereby control the engine bleed air temperature; characterized by a fan air valve controller configured to implement a linear quadratic regulator control, the fan air valve controller adapted to receive a plurality of sensor signals, each sensor signal representative of one or more system parameters, the controller configured, in response to the sensor signals, to supply the valve position commands to the fan air valve. a fan air valve adapted to receive a flow of fan air from a turbofan gas turbine engine intake fan, the fan air valve coupled to receive valve position commands and configured, in response to the valve position commands, to move to a valve position to thereby control the engine bleed air temperature; characterized by a fan air valve controller configured to implement a linear quadratic regulator control, the fan air valve controller adapted to receive a plurality of sensor signals, each sensor signal representative of one or more system parameters, the controller configured, in response to the sensor signals, to supply the valve position commands to the fan air valve.
A laser machining device comprising: a laser beam source; a heat radiation measurement unit that measures intensity of heat radiation of a workpiece irradiated with a laser beam; a determination unit that determines a state of a target by defining an object used in machining work as the target, based on the intensity of the heat radiation measured by the heat radiation measurement unit; and a power measurement unit that measures power of the laser beam emitted from a laser beam the power measurement unit acting as the target for the laser beam, characterized in that the determination unit determines whether or not a combination between the power of the laser beam measured by the power measurement unit and the intensity of the heat radiation measured by the heat radiation measurement unit falls within a predetermined range. a laser beam source; a heat radiation measurement unit that measures intensity of heat radiation of a workpiece irradiated with a laser beam; a determination unit that determines a state of a target by defining an object used in machining work as the target, based on the intensity of the heat radiation measured by the heat radiation measurement unit; and a power measurement unit that measures power of the laser beam emitted from a laser beam the power measurement unit acting as the target for the laser beam, characterized in that the determination unit determines whether or not a combination between the power of the laser beam measured by the power measurement unit and the intensity of the heat radiation measured by the heat radiation measurement unit falls within a predetermined range.
A composition of matter comprising an intranasal desmopressin dose in the form of a plume ejected over a time interval from the nozzle of a metered dose spray device, the plume comprising a volume of moving droplets together defining a conical volume having a central axis and an apex at the nozzle of the spray device, wherein the droplet density (number of droplets per unit volume) within the conical volume increases in a direction normal to the axis, the droplets together comprising: (a) between 1 μg and 5.0 μg desmopressin; or (b) about 0.75 μg desmopressin, the plume serving to increase contact of the droplets with intranasal luminal mucosal surfaces, wherein said droplets further comprise: (a) an oil-in-water emulsion; and (b) a permeation enhancer, for use in a method of inducing an antidiuretic effect in a patient, the method comprising intranasally administering the composition to induce antidiuresis for less than about six hours. (a) an oil-in-water emulsion; and (b) a permeation enhancer,
A hole gripper (10, 50, 70, 90), having a housing, having at least one diaphragm that definines a pressure chamber and is elastically deformable upon pressure imposition by the pressure chamber, and having a jaw, connected to the diaphragm, the jaw being shiftable in the radial direction upon pressure imposition by the pressure chamber, and stop portions (32, 34; 52, 54; 82, 78) are provided, that the jaw in the radially extended position can assume a defined extended terminal position and/or in the radially retracted position can assume a defined retracted terminal position, characterized in that the housing, the diaphragm and the jaw are embodied in one piece; and that the stop portions (32, 34), which form the extended terminal position and/or the retracted terminal position, are provided in at least some portions between the diaphragm and the jaw on the housing.
A solution comprising poly(α(1→3) glucan) and an ionic liquid comprising a cation selected from the group consisting of 1-ethyl, 3-methyl imidazolium; 1-butyl, 3-methyl imidazolium, 1-hexyl, 3-methyl imidazolium, and mixtures thereof; and, a halide or carboxylate counterion.
Exhaust gas cooler comprising pairs of discs stacked on top of one another, wherein between two discs of at least one first disc pair or a plurality of first disc pairs a first flow chamber flowed through by coolant is formed and between two adjacent second disc pairs a second flow chamber flowed through by exhaust gas is formed, with at least one coolant inlet and one coolant outlet, wherein - each first disc pair comprises a plurality of coolant inlets and a plurality of coolant outlets which are arranged at the edge of the respective disc pair, - the individual discs are designed in the form of two circular arcs with linear edges connecting the latter, - an exhaust gas inlet and an exhaust gas outlet are arranged in semi-circular form in the circular arcs, - the coolant inlets or the coolant outlets are arranged surrounding the exhaust gas inlet or the exhaust gas outlet, characterised in that - each first disc pair in the region of the linear edges respectively has an edge-side row of such coolant inlets and coolant outlets, - the rows run in parallel and along the straight parts, - the coolant inlets and the coolant outlets of the rows have a flat tubular cross-section with rounded corners and the cross-sections run in their longitudinal extension along the associated row, - the coolant inlets and the coolant outlets are spaced apart along the associated row, - the coolant inlets and the coolant outlets thereby enable a peripheral edge-side cooling of the exhaust gas cooler. - each first disc pair comprises a plurality of coolant inlets and a plurality of coolant outlets which are arranged at the edge of the respective disc pair, - the individual discs are designed in the form of two circular arcs with linear edges connecting the latter, - an exhaust gas inlet and an exhaust gas outlet are arranged in semi-circular form in the circular arcs, - the coolant inlets or the coolant outlets are arranged surrounding the exhaust gas inlet or the exhaust gas outlet, characterised in that - each first disc pair in the region of the linear edges respectively has an edge-side row of such coolant inlets and coolant outlets, - the rows run in parallel and along the straight parts, - the coolant inlets and the coolant outlets of the rows have a flat tubular cross-section with rounded corners and the cross-sections run in their longitudinal extension along the associated row, - the coolant inlets and the coolant outlets are spaced apart along the associated row, - the coolant inlets and the coolant outlets thereby enable a peripheral edge-side cooling of the exhaust gas cooler.