mhurhangee/patent-ind-claim-en huggingface dataset:
A propulsion system for an aircraft , the propulsion system comprising a gas turbine engine including an engine core and a fan coupled to the engine core , the fan configured to discharge pressurized bypass air that is passed around the engine core , and a nacelle surrounding a portion of the gas turbine engine , the nacelle including a strut that extends away from the gas turbine engine and a cooling unit housed in the strut , the cooling unit fluidly coupled to the gas turbine engine to cool fluid or gas from the gas turbine engine and return the cooled fluid or gas to the gas turbine engine , wherein the cooling unit includes a duct , a heat exchanger positioned within the duct , and a diverter valve , wherein the duct comprises an inlet , an outlet and a flow path , characterized in that the diverter valve is movable within the duct from a first position arranged to direct pressurized bypass air moving through the duct into contact with the heat exchanger to a second position arranged to divert pressurized bypass air conducted by the duct around the heat exchanger along the flow path such that the temperature of the pressurized bypass air remains substantially the same as the pressurized bypass air flows away from the inlet of the duct, around the heat exchanger , and to the outlet of the duct along the flow path .
A method of performing an assay, the method comprising: preparing a test solution by adding a biological fluid in the amount of 1-50μL that has been obtained through capillary microsampling (CMS) to a solution comprising water and a stabilizing solvent, wherein the stabilizing solvent comprises methanol, ethanol, isopropanol or a mixture thereof; and performing an assay on the test solution to detect the presence and/or concentration of an analyte in the biological fluid, wherein the assay comprises mass spectrometry, chromatography, electrophoresis, or enzyme-linked immunosorbent assay (ELISA). preparing a test solution by adding a biological fluid in the amount of 1-50μL that has been obtained through capillary microsampling (CMS) to a solution comprising water and a stabilizing solvent, wherein the stabilizing solvent comprises methanol, ethanol, isopropanol or a mixture thereof; and performing an assay on the test solution to detect the presence and/or concentration of an analyte in the biological fluid, wherein the assay comprises mass spectrometry, chromatography, electrophoresis, or enzyme-linked immunosorbent assay (ELISA).
An apparatus comprising: a first touch screen and a second touch screen ; and a controller configured to: display a first content on the first touch screen and display a second content on the second touch screen ; and detect whether an event for changing a display status of the second touch screen occurs in at least one from among the first touch screen and the second touch screen , and in response to the event for changing the display status, change a display orientation of the second content while maintaining a display orientation of the first content, wherein the event for changing the display status includes a first touch gesture and a second touch gesture applied to at least one from among the first and second touch screens , and wherein the first gesture corresponds to a gesture of touching a point of the first touch screen and then holding the touch on the point, and the second touch gesture corresponds to a gesture of touching a point on the second touch screen and then input a flicking gesture in one from among a rightward, downward, leftward, and upward direction. a first touch screen and a second touch screen ; and a controller configured to: display a first content on the first touch screen and display a second content on the second touch screen ; and detect whether an event for changing a display status of the second touch screen occurs in at least one from among the first touch screen and the second touch screen , and in response to the event for changing the display status, change a display orientation of the second content while maintaining a display orientation of the first content, wherein the event for changing the display status includes a first touch gesture and a second touch gesture applied to at least one from among the first and second touch screens , and wherein the first gesture corresponds to a gesture of touching a point of the first touch screen and then holding the touch on the point, and the second touch gesture corresponds to a gesture of touching a point on the second touch screen and then input a flicking gesture in one from among a rightward, downward, leftward, and upward direction. display a first content on the first touch screen and display a second content on the second touch screen ; and detect whether an event for changing a display status of the second touch screen occurs in at least one from among the first touch screen and the second touch screen , and in response to the event for changing the display status, change a display orientation of the second content while maintaining a display orientation of the first content, wherein the event for changing the display status includes a first touch gesture and a second touch gesture applied to at least one from among the first and second touch screens , and wherein the first gesture corresponds to a gesture of touching a point of the first touch screen and then holding the touch on the point, and the second touch gesture corresponds to a gesture of touching a point on the second touch screen and then input a flicking gesture in one from among a rightward, downward, leftward, and upward direction.
A three-phase current inverter comprising two three-phase switching units, each unit being formed of three identical switching cells (3h-1, 3h-2, 3h-3; 3l-1, 3l-2, 3l-3), each comprising at least one first electrically-controlled switch (M) in series with at least one second spontaneous conduction switch (D), wherein the cells of a same unit are arranged, with a symmetry of revolution of order 3, around a conductive central area (53h; 53l; 53; 53'; 53") of a substrate , defining an input terminal of the three-phase current inverter to which are interconnected the three cells of a same unit; and wherein the cells (3h-1, 3h-2, 3h-3l-3) of the first unit and the cells (3l-2, 3l-3) of the second unit are electrically connected two by two, the interconnecting nodes defining three phase terminal .
A system for coupling a shroud to a case associated with a gas turbine engine , comprising: the case defining a bore ; the shroud retained within the case, the shroud defining a pocket ; a pin received through the bore and at least partially positioned within the pocket, the pin having a perimeter; characterized in having: a load spreader including a first receptacle side and a second receptacle side opposite the first receptacle side, with the first receptacle side interconnected to the second receptacle side by a flexible portion , the first receptacle side, the second receptacle side and the flexible portion received about a portion of the perimeter of the pin, and the load spreader is configured to transmit at least one of an axial point load and a circumferential point load from the pin over a surface of the shroud, wherein the first receptacle side, the second receptacle side and the flexible portion cooperate with a fourth receptacle side of the load spreader to define an opening to receive the pin . the case defining a bore ; the shroud retained within the case, the shroud defining a pocket ; a pin received through the bore and at least partially positioned within the pocket, the pin having a perimeter; characterized in having: a load spreader including a first receptacle side and a second receptacle side opposite the first receptacle side, with the first receptacle side interconnected to the second receptacle side by a flexible portion , the first receptacle side, the second receptacle side and the flexible portion received about a portion of the perimeter of the pin, and the load spreader is configured to transmit at least one of an axial point load and a circumferential point load from the pin over a surface of the shroud, wherein the first receptacle side, the second receptacle side and the flexible portion cooperate with a fourth receptacle side of the load spreader to define an opening to receive the pin .
A mild-hybrid energy storage system architecture for supplying electric power to an engine starter, comprising: a battery ; an ultracapacitor connected in parallel with the battery; a passive battery pre-charge circuit connected between a terminal of the battery and a DC bus and configured to pre-charge the DC bus; a battery main contactor connected in parallel with the battery pre-charge circuit between the terminal of the battery and the DC bus; a passive ultracapacitor pre-charge circuit connected between a terminal of the ultracapacitor and the DC bus and configured to charge the ultracapacitor; an ultracapacitor main contactor connected in parallel with the ultracapacitor pre-charge circuit between the terminal of the ultracapacitor and the DC bus; and a control module configured to independently control operation of the battery pre-charge circuit , the battery main contactor , the ultracapacitor pre-charge circuit and the ultracapacitor main contactor such that the ultracapacitor is isolable by opening both an ultracapacitor pre-charge switch of the passive ultracapacitor pre-charge circuit and the ultracapacitor main contactor at engine shutdown. a battery ; an ultracapacitor connected in parallel with the battery; a passive battery pre-charge circuit connected between a terminal of the battery and a DC bus and configured to pre-charge the DC bus; a battery main contactor connected in parallel with the battery pre-charge circuit between the terminal of the battery and the DC bus; a passive ultracapacitor pre-charge circuit connected between a terminal of the ultracapacitor and the DC bus and configured to charge the ultracapacitor; an ultracapacitor main contactor connected in parallel with the ultracapacitor pre-charge circuit between the terminal of the ultracapacitor and the DC bus; and a control module configured to independently control operation of the battery pre-charge circuit , the battery main contactor , the ultracapacitor pre-charge circuit and the ultracapacitor main contactor such that the ultracapacitor is isolable by opening both an ultracapacitor pre-charge switch of the passive ultracapacitor pre-charge circuit and the ultracapacitor main contactor at engine shutdown.
A method, comprising: receiving, by an ingress engine running on processing circuitry of a computing system , a plurality of messages from a network device in a data center comprising a plurality of network devices and the computing system, wherein the plurality of messages comprise data configured according to a particular protocol type; defining, by a server communicatively coupled to the computing system, a policy including: a first attribute indicating a high tolerance for reordering of messages comprising data configured according to a first protocol type, and a second attribute indicating a low tolerance for reordering of messages comprising data configured according to a second protocol type; and in response to receiving the plurality of messages from the network device in the data center, communicating, by the ingress engine, the plurality of messages to: a plurality of appropriate collector applications when the particular protocol type is the first protocol type, or a particular appropriate collector application when the particular protocol type is the second protocol type. receiving, by an ingress engine running on processing circuitry of a computing system , a plurality of messages from a network device in a data center comprising a plurality of network devices and the computing system, wherein the plurality of messages comprise data configured according to a particular protocol type; defining, by a server communicatively coupled to the computing system, a policy including: a first attribute indicating a high tolerance for reordering of messages comprising data configured according to a first protocol type, and a second attribute indicating a low tolerance for reordering of messages comprising data configured according to a second protocol type; and a first attribute indicating a high tolerance for reordering of messages comprising data configured according to a first protocol type, and a second attribute indicating a low tolerance for reordering of messages comprising data configured according to a second protocol type; and in response to receiving the plurality of messages from the network device in the data center, communicating, by the ingress engine, the plurality of messages to: a plurality of appropriate collector applications when the particular protocol type is the first protocol type, or a particular appropriate collector application when the particular protocol type is the second protocol type. a plurality of appropriate collector applications when the particular protocol type is the first protocol type, or a particular appropriate collector application when the particular protocol type is the second protocol type.
Bracing system for the reinforcement of excavation pits with minimal hindrance in the excavation area of the excavation pit due to the reinforcement, whereby a large contiguous opening of the excavation pit can be produced for the vertical transport of loads, wherein the bracing system comprises at least one bracing in the form of a convex polygon or polygon segment with sides and corners , at least one polygon side element made of steel and at least one other steel element, characterized in that the bracing system also comprises at least one concrete pressure element in the form of a connecting element made of concrete with an assembly table , wherein the assembly table is a planar surface, onto which elements of the bracing system can be placed and which serves as a base and thus as a lower formwork element for the concrete pressure elements , and the other steel element can be used as part of the formwork.
An apparatus for perforating continuous sheet materials comprising: an anvil ; and a perforation blade (40; 140) that strikes the anvil for perforating sheet materials, the perforation blade (40; 140) comprising a blade member that has a length along a longitudinal axis (L) and terminates along an edge (44; 144), the edge (44; 144) defining a plurality of teeth (42; 142) configured to contact a sheet material and form perforations, each tooth including a sheet contacting surface having a width for creating more than a point contact with a sheet material thereby forming a perforation line into a sheet material , the teeth (42; 142) being spaced apart along the edge (44; 144) and being separated by recesses (50; 150), each recess being bordered by two side walls (46; 146) of two adjacent teeth, each recess having a width along the edge (44; 144) of the blade member and a depth that extends along the bordering side walls (46; 146); wherein the anvil moves in order to strike the perforation blade (40; 140) and the perforation blade (40; 140) remains stationary; and the apparatus is characterised in that at least one side wall within each recess is at a non-zero angle in relation to the longitudinal axis (L), wherein the at least one side wall has a constant and continuous non-zero angle with the longitudinal axis (L) to the edge of the perforation blade (40; 140), and wherein the non-zero angle is from 2° to about 40°. an anvil ; and a perforation blade (40; 140) that strikes the anvil for perforating sheet materials, the perforation blade (40; 140) comprising a blade member that has a length along a longitudinal axis (L) and terminates along an edge (44; 144), the edge (44; 144) defining a plurality of teeth (42; 142) configured to contact a sheet material and form perforations, each tooth including a sheet contacting surface having a width for creating more than a point contact with a sheet material thereby forming a perforation line into a sheet material , the teeth (42; 142) being spaced apart along the edge (44; 144) and being separated by recesses (50; 150), each recess being bordered by two side walls (46; 146) of two adjacent teeth, each recess having a width along the edge (44; 144) of the blade member and a depth that extends along the bordering side walls (46; 146); wherein the anvil moves in order to strike the perforation blade (40; 140) and the perforation blade (40; 140) remains stationary; and the apparatus is characterised in that at least one side wall within each recess is at a non-zero angle in relation to the longitudinal axis (L), wherein the at least one side wall has a constant and continuous non-zero angle with the longitudinal axis (L) to the edge of the perforation blade (40; 140), and wherein the non-zero angle is from 2° to about 40°.
A vacuum pumping arrangement comprising: a first primary pump having an inlet and an outlet , and a first common pumping line fluidly connected to the inlet of the first primary pump, the first common pumping line including a plurality of first common pumping line inlets each of which is fluidly connectable to at least one vacuum process chamber within the group of process chambers forming a semiconductor fabrication tool , the first primary pump and the first common pumping line, in use, handling deposition process flows; and a second primary pump having an inlet and an outlet , and a second common pumping line fluidly connected to the inlet of the second primary pump, the second common pumping line including a plurality of second common pumping line inlets each of which is fluidly connectable to at least one process chamber within a group of process chambers forming the semiconductor fabrication tool, the second primary pump and the second common pumping line, in use, handling cleaning process flows, characterised in that respective pairs of first and second common pumping line inlets are each fluidly interconnected by a valve module which in turn is fluidly connectable to a said at least one process chamber such that an exhaust of said at least one process chamber is directed to either said first or second common pumping line. a first primary pump having an inlet and an outlet , and a first common pumping line fluidly connected to the inlet of the first primary pump, the first common pumping line including a plurality of first common pumping line inlets each of which is fluidly connectable to at least one vacuum process chamber within the group of process chambers forming a semiconductor fabrication tool , the first primary pump and the first common pumping line, in use, handling deposition process flows; and a second primary pump having an inlet and an outlet , and a second common pumping line fluidly connected to the inlet of the second primary pump, the second common pumping line including a plurality of second common pumping line inlets each of which is fluidly connectable to at least one process chamber within a group of process chambers forming the semiconductor fabrication tool, the second primary pump and the second common pumping line, in use, handling cleaning process flows, characterised in that respective pairs of first and second common pumping line inlets are each fluidly interconnected by a valve module which in turn is fluidly connectable to a said at least one process chamber such that an exhaust of said at least one process chamber is directed to either said first or second common pumping line.
A damping stopper which is attachable to a space portion between an end surface portion provided on a housing side and an end surface portion provided on a shaft side which is displaced axially relative to the housing and is rotated relative to the housing , the damping stopper comprising: a metal fitting configured to be held on one of the end surface portions ; an elastic body connected to the metal fitting ; and a sliding member connected to the elastic body , wherein the sliding member is able to contact and separate from the another end surface portion and the sliding member is slidable and rotatable relative to the another end surface portion when the shaft is rotated in a state where the sliding member contacts the another end surface portion , characterized in that the sliding member is containing a resin component having low friction as compared with the metal fitting . a metal fitting configured to be held on one of the end surface portions ; an elastic body connected to the metal fitting ; and a sliding member connected to the elastic body , wherein the sliding member is able to contact and separate from the another end surface portion and the sliding member is slidable and rotatable relative to the another end surface portion when the shaft is rotated in a state where the sliding member contacts the another end surface portion , characterized in that the sliding member is containing a resin component having low friction as compared with the metal fitting .
A method performed by a user equipment, the method comprising: receiving a system information, SI, list by said user equipment, UE, from a base station in a mobile communication network, wherein the SI list refers to a plurality of SI information elements and indicates how each SI information element is distributed; determining how to acquire an SI information element based on an indication from the SI list on how the SI information element can be acquired; acquiring the SI information element by broadcast reception when the indication indicates scheduled SI broadcasting; acquiring the SI information element by sending a request to the base station via a random-access procedure when the indication indicates on-demand requesting; receiving an immediate response indicating SI broadcasting from the base station in response to the random-access procedure; and receiving content of the SI information element over a broadcast signaling from the base station, wherein the SI list refers to a plurality of SI information elements that is applicable to a current SI ID, and wherein an SI ID is introduced to associated areas where a set of SI information elements is the same within areas associated with the same SI ID. receiving a system information, SI, list by said user equipment, UE, from a base station in a mobile communication network, wherein the SI list refers to a plurality of SI information elements and indicates how each SI information element is distributed; determining how to acquire an SI information element based on an indication from the SI list on how the SI information element can be acquired; acquiring the SI information element by broadcast reception when the indication indicates scheduled SI broadcasting; acquiring the SI information element by sending a request to the base station via a random-access procedure when the indication indicates on-demand requesting; receiving an immediate response indicating SI broadcasting from the base station in response to the random-access procedure; and receiving content of the SI information element over a broadcast signaling from the base station, wherein the SI list refers to a plurality of SI information elements that is applicable to a current SI ID, and wherein an SI ID is introduced to associated areas where a set of SI information elements is the same within areas associated with the same SI ID.