mhurhangee/ep-ind-claims huggingface dataset:
A hybrid propulsion system comprising: a plurality of propulsors; a first drive shaft; a second drive shaft; a gas turbine engine comprising: a first turbine stage operatively coupled to the first drive shaft; and a second turbine stage operatively coupled to the second drive shaft; a motor-generator operatively coupled to the second drive shaft and configured to: generate, during a steady-state operation of the gas turbine engine, electrical power to drive at least one propulsor of the plurality of propulsors; and selectively drive the second shaft; and a clutch characterised in that it is configured to automatically engage, during a start-up operation of the gas turbine engine, the second drive shaft to the first drive shaft, and automatically disengage, during the steady state operation of the gas turbine engine, the second drive shaft from the first drive shaft. a plurality of propulsors; a first drive shaft; a second drive shaft; a gas turbine engine comprising: a first turbine stage operatively coupled to the first drive shaft; and a second turbine stage operatively coupled to the second drive shaft; a first turbine stage operatively coupled to the first drive shaft; and a second turbine stage operatively coupled to the second drive shaft; a motor-generator operatively coupled to the second drive shaft and configured to: generate, during a steady-state operation of the gas turbine engine, electrical power to drive at least one propulsor of the plurality of propulsors; and selectively drive the second shaft; and generate, during a steady-state operation of the gas turbine engine, electrical power to drive at least one propulsor of the plurality of propulsors; and selectively drive the second shaft; and a clutch characterised in that it is configured to automatically engage, during a start-up operation of the gas turbine engine, the second drive shaft to the first drive shaft, and automatically disengage, during the steady state operation of the gas turbine engine, the second drive shaft from the first drive shaft.
A food composition comprising: - rice starch gel, wherein said rice starch gel is obtained by cooking the rice starch in a quantity of water from 8 to 12 times the weight of the starch; - centrifuged and/or surfacing butter in a ratio of 0.67:1 by weight with respect to the weight (w/w) of the rice starch gel; - a cheese selected from Parmigiano Reggiano DOP (Parmesan cheese) and Grana Padano DOP in a ratio of 0.4:0.8 w/w with respect to the weight of the rice starch gel; - an acidity regulator selected from sour butter in a ratio of 0.05:0.15 w/w with respect to the weight of the rice starch gel and wine vinegar in a ratio of 0.05:0.08 w/w with respect to the weight of the rice starch gel; - salt in a ratio of 0.08:0.1 w/w with respect to the weight of the rice starch gel; and - optionally, one or more ingredients selected from garlic in a ratio of 0.009:0.02 w/w, meat stock in a ratio of 0.009:0.02 w/w, meat extract in a ratio of 0.009:0.02 w/w, plant extract in a ratio of 0.009:0.02 w/w, with respect to the weight of the rice starch gel. - rice starch gel, wherein said rice starch gel is obtained by cooking the rice starch in a quantity of water from 8 to 12 times the weight of the starch; - centrifuged and/or surfacing butter in a ratio of 0.67:1 by weight with respect to the weight (w/w) of the rice starch gel; - a cheese selected from Parmigiano Reggiano DOP (Parmesan cheese) and Grana Padano DOP in a ratio of 0.4:0.8 w/w with respect to the weight of the rice starch gel; - an acidity regulator selected from sour butter in a ratio of 0.05:0.15 w/w with respect to the weight of the rice starch gel and wine vinegar in a ratio of 0.05:0.08 w/w with respect to the weight of the rice starch gel; - salt in a ratio of 0.08:0.1 w/w with respect to the weight of the rice starch gel; and - optionally, one or more ingredients selected from garlic in a ratio of 0.009:0.02 w/w, meat stock in a ratio of 0.009:0.02 w/w, meat extract in a ratio of 0.009:0.02 w/w, plant extract in a ratio of 0.009:0.02 w/w, with respect to the weight of the rice starch gel.
A method comprising: identifying, by a network switching device, a network packet received via a particular port as a Message Queuing Telemetry Transport, MQTT, packet, wherein the MQTT packet is transmitted between a broker device and a subscriber device (110, 120), wherein the broker device and subscriber device are MQTT components with roles of broker and subscriber respectively; performing, by the network switching device, a deep packet inspection, DPI, to identify a network address corresponding to the broker device and a role of an MQTT component in the MQTT protocol; applying, by the network switching device, a network policy defined in a policy engine dynamically based on the role of the MQTT component, wherein the network policy is specific to at least one of the broker device and the subscriber device (110, 120); and performing, by the network switching device, a specific action based on the applied network policy. identifying, by a network switching device, a network packet received via a particular port as a Message Queuing Telemetry Transport, MQTT, packet, wherein the MQTT packet is transmitted between a broker device and a subscriber device (110, 120), wherein the broker device and subscriber device are MQTT components with roles of broker and subscriber respectively; performing, by the network switching device, a deep packet inspection, DPI, to identify a network address corresponding to the broker device and a role of an MQTT component in the MQTT protocol; applying, by the network switching device, a network policy defined in a policy engine dynamically based on the role of the MQTT component, wherein the network policy is specific to at least one of the broker device and the subscriber device (110, 120); and performing, by the network switching device, a specific action based on the applied network policy.
A pharmaceutical combination comprising a therapeutically effective amount of: a) an HDAC6 selective inhibitor, wherein the HDAC6 selective inhibitor is Compound A or a pharmaceutically acceptable salt thereof; and b) a CD20 inhibitory antibody, wherein the CD20 antibody is rituximab. a) an HDAC6 selective inhibitor, wherein the HDAC6 selective inhibitor is Compound A or a pharmaceutically acceptable salt thereof; and b) a CD20 inhibitory antibody, wherein the CD20 antibody is rituximab.
Mechanism for displaying the day and phase of at least a first celestial body, said mechanism comprising a central axis, said mechanism further comprising a gear train for a constant frequency gear drive on an output of a timepiece movement, said mechanism including a means for the three-dimensional display of the day and phase of said first celestial body represented by a first mobile component, which is driven by said gear train, wherein said means for the three-dimensional display comprises a first phase arbour, driven directly or indirectly by pivoting by said gear train, said first phase arbour being the carrier of a first mobile component for simulating said first celestial body and carrying out a rotation whose period is the duration of one month of said first celestial body, and a first day arbour, directly or indirectly pivotally driven by gear train 2, about which said first day arbour, said first mobile component carries out an orbit whose period is the duration of one day of said first celestial body, characterised in that said first day arbour is mounted on a day mobile component which makes a circular or elliptical trajectory about said central axis.
A method for cooling a dosing unit pertaining to HC dosing systems for exhaust cleaning which comprise the dosing unit for fuel and a feed device to supply said fuel for cooling, whereby said feed device is arranged to pump reducing agent from a container via a first line, and via a second line supply said fuel to said dosing unit, and where a third line is arranged between said dosing unit and said container, whereby said third line is adapted to leading back a certain amount of the fuel fed to the dosing unit to said container, comprising the step of - cooling said fuel dosing unit by means of said fuel supplied to said dosing unit, whereby, at ordinary operation a return flow from said dosing unit to said container is essentially constant, characterised by the step of - after cessation of exhaust flow, intermittently, in mutually successive respective periods of running at certain operating powers and of zero operating power, running said fuel feed device at reduced power compared with ordinary operation, whereby a lower pressure towards said reducing agent dosing unit compared with ordinary operation is achieved. - cooling said fuel dosing unit by means of said fuel supplied to said dosing unit, whereby, at ordinary operation a return flow from said dosing unit to said container is essentially constant, characterised by the step of - after cessation of exhaust flow, intermittently, in mutually successive respective periods of running at certain operating powers and of zero operating power, running said fuel feed device at reduced power compared with ordinary operation, whereby a lower pressure towards said reducing agent dosing unit compared with ordinary operation is achieved.
A power tool, comprising: a tool body having a housing; a motor disposed in said housing; a power cord connected to said motor, the power cord having a cord jacket as an outer layer; and a cord protector operably engaging said power cord and surrounding the cord jacket, said housing including an internal labyrinth, the cord protector passing through the internal labyrinth such that a frictional force occurs between the cord protector and the cord jacket in response to a load being applied to the power cord, characterised in that said labyrinth includes a first boss on a first side of the cord protector, extending radially inward from an interior surface of the housing and engaging the cord protector and a second boss on a second, opposed side of the cord protector, extending radially inward from the interior surface of the housing and engaging the cord protector, the first boss extending farther radially inward than the second boss. a tool body having a housing; a motor disposed in said housing; a power cord connected to said motor, the power cord having a cord jacket as an outer layer; and a cord protector operably engaging said power cord and surrounding the cord jacket, said housing including an internal labyrinth, the cord protector passing through the internal labyrinth such that a frictional force occurs between the cord protector and the cord jacket in response to a load being applied to the power cord, characterised in that said labyrinth includes a first boss on a first side of the cord protector, extending radially inward from an interior surface of the housing and engaging the cord protector and a second boss on a second, opposed side of the cord protector, extending radially inward from the interior surface of the housing and engaging the cord protector, the first boss extending farther radially inward than the second boss.
A control device with haptic feedback, comprising a vibrating plate having a touch surface provided with touch sensors and capable of being vibrated at an ultrasonic frequency by electromechanical actuators controlled by control electronics so as to generate, on said touch surface, an ultrasonic lubrication effect, characterized in that it further comprises a three-dimensional touch interface that is devoid of any actuator and of any moving part, fixed and secured to said touch surface by an adhesive chosen to transmit the ultrasonic vibration generating the ultrasonic lubrication effect from said touch surface to said three-dimensional touch interface, wherein said ultrasonic lubrication effect is communicated from said touch surface to a digit of a user via said three-dimensional touch interface when said digit of the user touches or swipes said three-dimensional touch interface.
Method for positioning a motor vehicle above a charging device for the inductive charging of a battery, having the following steps: - detecting at least one marker (5, 6), installed in stationary manner, by means of at least one camera disposed on the motor vehicle; - evaluating at least one image capture of the marker (5, 6) captured by the camera for determining the relative position of the motor vehicle to the marker (5, 6); - autonomous positioning of the motor vehicle above the charging device on the basis of the relative position of the marker (5, 6) to the charging device; characterised in that the camera captures an image upon which both the marker (5, 6) installed on a wall and the charging device are visible and that the relative position of the marker (5, 6) to the charging device is determined by means of an evaluation of the image. - detecting at least one marker (5, 6), installed in stationary manner, by means of at least one camera disposed on the motor vehicle; - evaluating at least one image capture of the marker (5, 6) captured by the camera for determining the relative position of the motor vehicle to the marker (5, 6); - autonomous positioning of the motor vehicle above the charging device on the basis of the relative position of the marker (5, 6) to the charging device;
A respiratory access assembly comprising: a manifold having a first mating surface defining a first port opening; and a rotatable adapter having a second mating surface defining a second port opening; a seal assembly disposed between the manifold and the rotatable adapter, the seal assembly comprising a first seal ring, a second seal ring, and an outer seal ring disposed proximate an outer perimeter of at least one of the manifold or the rotatable adapter; wherein the rotatable adapter is rotatable relative to the manifold between an open configuration and a closed configuration, wherein in the open configuration the first port opening of the manifold is aligned with the second port opening and sealed with the second port opening by the first seal ring of the seal assembly to form a fluid connection between the first port opening of the manifold and the second port opening of the rotatable adapter, and wherein in the closed configuration the first port opening of the manifold is sealed with a portion of the second mating surface of the rotatable adapter by the second seal ring of the seal assembly, and wherein the seal assembly comprises a connection portion connected between the first seal ring and the second seal ring, the connection portion forming a seal between the first mating surface and the second mating surface between the first seal ring and the second seal ring, characterized in that: the seal assembly is countersunk into the manifold at the first mating surface such that an outer sealing surface of the seal assembly is approximately flush with the first mating surface, or the seal assembly is countersunk into the rotatable adapter at the second mating surface such that an outer sealing surface of the seal assembly is approximately flush with the second mating surface. a manifold having a first mating surface defining a first port opening; and a rotatable adapter having a second mating surface defining a second port opening; a seal assembly disposed between the manifold and the rotatable adapter, the seal assembly comprising a first seal ring, a second seal ring, and an outer seal ring disposed proximate an outer perimeter of at least one of the manifold or the rotatable adapter; wherein the rotatable adapter is rotatable relative to the manifold between an open configuration and a closed configuration, wherein in the open configuration the first port opening of the manifold is aligned with the second port opening and sealed with the second port opening by the first seal ring of the seal assembly to form a fluid connection between the first port opening of the manifold and the second port opening of the rotatable adapter, and wherein in the closed configuration the first port opening of the manifold is sealed with a portion of the second mating surface of the rotatable adapter by the second seal ring of the seal assembly, and wherein the seal assembly comprises a connection portion connected between the first seal ring and the second seal ring, the connection portion forming a seal between the first mating surface and the second mating surface between the first seal ring and the second seal ring,
A method for evaluating a cosmetic, wherein the change rate in thickness of the stratum corneum during the process of moisturizing the stratum corneum with the cosmetic and then drying the stratum corneum is used as an index, the evaluation method comprising the following steps: measuring the thickness of cells or a cell layer of stratum corneum selected from the group consisting of isolated stratum corneum and a cultured stratum corneum sheet; applying the cosmetic to the cell or the cell layer of stratum corneum so as to provide moisturized stratum corneum; measuring the thickness of the cells or the cell layer of moisturized stratum corneum; drying the cell or the cell layer of moisturized stratum corneum so as to provide dried stratum corneum; measuring the thickness of the cells or the cell layer of dried stratum corneum; calculating the change rate of thickness of the stratum corneum during the process of moisturizing and then drying the stratum corneum, wherein said calculation is carried out using following Formula: change rate of the thickness of the Stratum corneum = B − A × 100 / A − C − B × 100 / C and judging that the cosmetic has an ameliorating effect on skin if the change rate of thickness of the stratum corneum is 20% to 150%. measuring the thickness of cells or a cell layer of stratum corneum selected from the group consisting of isolated stratum corneum and a cultured stratum corneum sheet; applying the cosmetic to the cell or the cell layer of stratum corneum so as to provide moisturized stratum corneum; measuring the thickness of the cells or the cell layer of moisturized stratum corneum; drying the cell or the cell layer of moisturized stratum corneum so as to provide dried stratum corneum; measuring the thickness of the cells or the cell layer of dried stratum corneum; calculating the change rate of thickness of the stratum corneum during the process of moisturizing and then drying the stratum corneum, wherein said calculation is carried out using following Formula: change rate of the thickness of the Stratum corneum = B − A × 100 / A − C − B × 100 / C and judging that the cosmetic has an ameliorating effect on skin if the change rate of thickness of the stratum corneum is 20% to 150%.
A sheet-mask package constituted by a package box and a holed tray stored in the package box, which holed tray has a hole at a bottom and on which holed tray a stack of sheet masks that have been moistened with a chemical solution and then Z-folded is placed, wherein the package box contacting the hole provided in the holed tray has a window formed in it that can be opened for dispensing, wherein the package box contacting the hole provided in the holed tray has an outline of a window pre-formed using a thin area part so that a window can be formed in such a way that the outline of the window is torn by applying an external force along the thin area.
A brush seal, comprising: a backing plate; a retention structure; and a bristle pack disposed between the backing plate and the retention structure, characterized by the bristle pack comprising a bristle including a shape memory alloy. a backing plate; a retention structure; and a bristle pack disposed between the backing plate and the retention structure, characterized by the bristle pack comprising a bristle including a shape memory alloy.
Surgical instrument comprising a longitudinal shaft with a tip portion, a rear portion and a longitudinal axis and rotatable in the clock-wise and in the counter-clockwise direction around the longitudinal axis, said surgical instrument further comprising: A) first means for drilling a hole in a bone by rotation of the shaft in one of the two directions; B) second means for crushing bone tissue when the shaft rotates in the other of the two directions; and C) a torque sensor coupled to the shaft, wherein D) said tip portion comprises one or more flutes penetrating into the shaft and extending in a direction along the longitudinal axis and each flute forming a cutting edge extending at least on a front surface of said tip portion; and E) the second means comprise one or more crusher jaws each have a crushing surface located in one flute oppositely to a cutting edge, characterized in that F) said tip portion comprises a peripheral surface and each crushing surface encloses an angle equal to or greater than 90° with said peripheral surface. A) first means for drilling a hole in a bone by rotation of the shaft in one of the two directions; B) second means for crushing bone tissue when the shaft rotates in the other of the two directions; and C) a torque sensor coupled to the shaft, wherein D) said tip portion comprises one or more flutes penetrating into the shaft and extending in a direction along the longitudinal axis and each flute forming a cutting edge extending at least on a front surface of said tip portion; and E) the second means comprise one or more crusher jaws each have a crushing surface located in one flute oppositely to a cutting edge, characterized in that F) said tip portion comprises a peripheral surface and each crushing surface encloses an angle equal to or greater than 90° with said peripheral surface.
A buoyant submersible mounting for an underwater turbine, said mounting having a first depending leg for connection to an underwater anchorage, and a second depending leg trailing said first leg in use, wherein the second depending leg is adapted for variable buoyancy whereby the pitch of the mounting may be adjusted in use, wherein the mounting further includes a principal underwater anchorage to which the first depending leg is directly attached, said principal anchorage being adapted to permit movement of said mounting in pitch and roll, said mounting further including a second underwater anchorage transversely spaced from said principal anchorage, characterised in that said mounting further comprises a yaw restraint comprising a rigid arm extending from said second anchorage to said first depending leg to provide a yaw restraint for the mounting.
Indicator system comprising a composition which comprises at least one NCO-reactive compound and at least one polyisocyanate, and comprising at least one indicator dye, the at least one indicator dye having at least one xanthene skeleton, for indicating the curing of the composition by change in color of the at least one indicator dye, characterized in that the at least one indicator dye has a first color after contacting with the uncured composition and in the cured composition is colorless.
Drive circuit for a lighting assembly, wherein a reference voltage is present at a connection of the lighting assembly with higher voltage potential, with a transducer, to which the lighting assembly is connected and which has a transducer switch controlled by a transducer control signal, wherein the transducer controls or regulates an illumination current flowing through the lighting assembly and adjusts the brightness of the lighting assembly, with at least one measurement circuit, which is connected in series to the lighting assembly and serves to determine the current flowing through the lighting assembly and/or the transducer switch and/or to determine the illumination voltage present at the lighting assembly, characterised in that an actuatable isolation switch is provided, which is arranged in the at least one measurement circuit and the switching status of which can be switched over by means of an isolation switch signal, which when the transducer control switch is switched off, assumes a switching status, in which it interrupts the current flow through the at least one measurement circuit.