mhurhangee/ep-ind-claims huggingface dataset:
A hemostatic composition for use in a method of promoting blood clotting in a subject, wherein said hemostatic composition is administered to the subject for a period of time sufficient to at least initiate blood clotting, wherein the hemostatic composition comprises: a hemostatically effective amount of a hemostatic agent comprising: a nanoparticle; and a polyphosphate polymer attached to the nanoparticle. wherein said hemostatic composition is administered to the subject for a period of time sufficient to at least initiate blood clotting, wherein the hemostatic composition comprises: a hemostatically effective amount of a hemostatic agent comprising: a nanoparticle; and a polyphosphate polymer attached to the nanoparticle. a nanoparticle; and a polyphosphate polymer attached to the nanoparticle.
A method for determining a wiring configuration to assist a user in wiring between a pumping station controller and pumping station hardware (8, 10), the method including the steps of: receiving in a processor at least one parameter relating to the pumping station hardware (8, 10); and determining, with the processor, a wiring configuration between the pumping station controller and the pumping station hardware (8, 10) using the at least one parameter characterized in that the step of determining the wiring configuration includes the step of displaying an identifier of a wiring diagram that corresponds to the at least one parameter. receiving in a processor at least one parameter relating to the pumping station hardware (8, 10); and determining, with the processor, a wiring configuration between the pumping station controller and the pumping station hardware (8, 10) using the at least one parameter characterized in that the step of determining the wiring configuration includes the step of displaying an identifier of a wiring diagram that corresponds to the at least one parameter.
A state determination device for a door lock device, comprising: a calculation section for calculating an elapsed time from a time when lock operation or unlock operation of a door lock device is started by a drive signal output for driving the door lock device to a time when lock operation or unlock operation of the door lock device is completed; and a determination section for determining whether or not a malfunction is present in the door lock device based on the elapsed time, wherein when the elapsed time is longer than a prescribed time, the determination section determines that a malfunction is present in the door lock device characterized in that the determination section of the state determination device, when used for a railway vehicle which has a plurality of door lock devices installed thereon, calculates the prescribed time based on values of the elapsed time related to the plurality of door lock devices installed on the same railway vehicle. a calculation section for calculating an elapsed time from a time when lock operation or unlock operation of a door lock device is started by a drive signal output for driving the door lock device to a time when lock operation or unlock operation of the door lock device is completed; and a determination section for determining whether or not a malfunction is present in the door lock device based on the elapsed time, wherein when the elapsed time is longer than a prescribed time, the determination section determines that a malfunction is present in the door lock device characterized in that the determination section of the state determination device, when used for a railway vehicle which has a plurality of door lock devices installed thereon, calculates the prescribed time based on values of the elapsed time related to the plurality of door lock devices installed on the same railway vehicle.
A polypeptide which: a) has hydrolytic activity towards an ester bond in a polar lipid, and b) has an amino acid sequence which has at least 95% identity to SEQ ID NO: 1 and the amino acid at the position corresponding to A29 of SEQ ID NO: 1 is P, and wherein the polypeptide results in a reduced dough stickiness, compared to the polypeptide consisting in the sequence of SEQ ID NO: 1, when they are added to the dough. a) has hydrolytic activity towards an ester bond in a polar lipid, and b) has an amino acid sequence which has at least 95% identity to SEQ ID NO: 1 and the amino acid at the position corresponding to A29 of SEQ ID NO: 1 is P, and
A steam mop having a mop housing (11,311) with a steam generator (17,323), the steam mop comprising a steam frame (14,314,414); and a universal connector (16, 316) having an upper connection piece with a proximal end for connection to a mop housing including a fluid source and a distal end with a pair of inner pivot plates 23a and 23b with pivot buttons 24 for pivotal connection to a lower connection piece 25; a lower connection piece with a pair of pivot plates (27a, 27b) for pivotal connection to the pivot buttons of the upper connection piece for side to side pivot and a pair of opposed arms at right angles to the pivot plates (27a, 27b) for coupling to the steam frame; the ends of the arms adapted to be engaged by the steam frame (14,314,414) and providing an axis to pivot the universal connector in an up and down direction relative to the steam frame (14,314,414); and a fluid conduit passing through the upper and lower connection pieces (22,25) from the fluid source and connected to a portion of the steam frame (14,314,414) for distribution of fluid to the steam frame (14,314,414), characterised in that the lower connection piece comprises a steam distributor having a hollow nipple portion for connecting to the fluid source; and the opposed arms of the lower connection piece are hollow, the fluid conduit being connected to the nipple portion of the steam distributor for distribution of steam to the steam frame (14,314,414) through said hollow arms.
A method to generate a coherent electromagnetic radiation containing at most a few optical cycles in the extreme ultraviolet/vacuum ultraviolet (EUV-VUV) domain, comprising the steps of - providing an electron package of relativistic velocity; - modulating said electron package with extremely high intensity, preferably 3 to 12 TW laser light in a first undulator having an undulator period smaller than the undulator period ( λ u) satisfying resonance condition such that the energy modulation in the inverse free electron laser (IFEL) interaction of the electron package in the undulator is maximal, producing thereby an electron package formed of electron microbunches; - passing the electron package of electron microbunches leaving said undulator through a static magnetic field generated by a second undulator, and generating thereby a coherent electromagnetic radiation containing a few optical cycles, the number of optical cycles being correlated to the number of periods of said second undulator, wherein said static magnetic field is generated in conformity with the coherent electromagnetic radiation to be achieved. - providing an electron package of relativistic velocity; - modulating said electron package with extremely high intensity, preferably 3 to 12 TW laser light in a first undulator having an undulator period smaller than the undulator period ( λ u) satisfying resonance condition such that the energy modulation in the inverse free electron laser (IFEL) interaction of the electron package in the undulator is maximal, producing thereby an electron package formed of electron microbunches; - passing the electron package of electron microbunches leaving said undulator through a static magnetic field generated by a second undulator, and generating thereby a coherent electromagnetic radiation containing a few optical cycles, the number of optical cycles being correlated to the number of periods of said second undulator, wherein said static magnetic field is generated in conformity with the coherent electromagnetic radiation to be achieved.
An apparatus comprising: a substrate including a display information optical path to receive display information and a non-display information optical path to receive non-display information, the display information optical path including a display information path optical power, and the non-display information optical path including one or more filters or one or more controllable optical materials and a non-display information path optical power, the display information optical path when coupled to a human visual system to substantially focus the display information to a retina in the human visual system and the non-display information optical path when coupled to the human visual system to substantially focus the non-display information to the retina in the human visual system and to substantially block the display information from entering the human visual system from the non-display information optical path. a substrate including a display information optical path to receive display information and a non-display information optical path to receive non-display information, the display information optical path including a display information path optical power, and the non-display information optical path including one or more filters or one or more controllable optical materials and a non-display information path optical power, the display information optical path when coupled to a human visual system to substantially focus the display information to a retina in the human visual system and the non-display information optical path when coupled to the human visual system to substantially focus the non-display information to the retina in the human visual system and to substantially block the display information from entering the human visual system from the non-display information optical path.
A method of operation of a base station in a wireless communications system, the method comprising: configuring first resources for data access from one or more devices to said base station, said first resources allowing a cyclic prefix having a first length; configuring second resources for data access from the one or more devices to said base station, said second resources allowing a cyclic prefix having a second length longer than the first length, wherein the first resources are synchronized with the second resources and the length of the time slot allocated to the second resource is equal to an integer multiple of the length of the time slot allocated to the first resources and each time slot of the second resources starts at the same time as a start of a time slot of the first resources allowing a device to send data using one of the first or second resources based on synchronization criteria and/or a channel dispersion; and transmitting configuration information regarding the configured resources to at least one of the one or more devices. configuring first resources for data access from one or more devices to said base station, said first resources allowing a cyclic prefix having a first length; configuring second resources for data access from the one or more devices to said base station, said second resources allowing a cyclic prefix having a second length longer than the first length, wherein the first resources are synchronized with the second resources and the length of the time slot allocated to the second resource is equal to an integer multiple of the length of the time slot allocated to the first resources and each time slot of the second resources starts at the same time as a start of a time slot of the first resources allowing a device to send data using one of the first or second resources based on synchronization criteria and/or a channel dispersion; and transmitting configuration information regarding the configured resources to at least one of the one or more devices.
A method of identifying a condition of assembly of an aircraft in a manufacturing facility, the method being implemented by an object manager configured to manage the assembly of the aircraft, the method comprising: identifying a current state of assembly of the aircraft, wherein the current state of assembly is based on a build cycle for the aircraft, wherein the build cycle is a particular position of the aircraft within the manufacturing facility during its assembly; identifying parts present in the aircraft for the current state of assembly of the aircraft by identifying a group of shop order instances that have been completed for assembly of the aircraft, wherein the shop order instances comprise instructions and an identification of parts for the current state of assembly of the aircraft; identifying an incorrect part from the parts identified as present in the aircraft; and displaying the parts present in the aircraft for the current state of assembly of the aircraft in a graphical user interface of the object manager on a display device, comprising: displaying a volume in the aircraft with the parts present in which the volume includes a location of the incorrect part in the aircraft in the current state in the graphical user interface on the display device; and displaying a graphical indicator to indicate a presence of the incorrect part in the volume displayed. identifying a current state of assembly of the aircraft, wherein the current state of assembly is based on a build cycle for the aircraft, wherein the build cycle is a particular position of the aircraft within the manufacturing facility during its assembly; identifying parts present in the aircraft for the current state of assembly of the aircraft by identifying a group of shop order instances that have been completed for assembly of the aircraft, wherein the shop order instances comprise instructions and an identification of parts for the current state of assembly of the aircraft; identifying an incorrect part from the parts identified as present in the aircraft; and displaying the parts present in the aircraft for the current state of assembly of the aircraft in a graphical user interface of the object manager on a display device, comprising: displaying a volume in the aircraft with the parts present in which the volume includes a location of the incorrect part in the aircraft in the current state in the graphical user interface on the display device; and displaying a graphical indicator to indicate a presence of the incorrect part in the volume displayed. displaying a volume in the aircraft with the parts present in which the volume includes a location of the incorrect part in the aircraft in the current state in the graphical user interface on the display device; and displaying a graphical indicator to indicate a presence of the incorrect part in the volume displayed.
Double clutch transmission for motor vehicles having two coaxial input shafts (14, 16), specifically a first input shaft which is a hollow shaft and a second input shaft, wherein the two input shafts (14, 16) can be activated via two separating clutches (K1, K2) and act via a sub transmission A with forward gears and a sub transmission B with reverse gears on at least one axially parallel output shaft, wherein via a first of the two separating clutches (K1, K2) the first input shaft can be activated and via a second of the two separating clutches (K1, K2) the second input shaft can be activated and wherein on the shafts (14, 16, 18) are disposed gearwheel sets having fixed gear wheels and idler gears which can be switched via synchronised clutches for the formation of the forward gears, characterised in that a planetary gear mechanism which can be switched to two translation levels is connected upstream of the gearwheel sets of the forward gears of the sub transmission A, which planetary gear mechanism has a driven input element, an output element which outputs to the input shaft of the sub transmission A and a transmission element, which can be braked or coupled in order to switch over the transmission stages, wherein the transmission element is coupled to an electric machine by means of which the transmission element is able to be fixed or is able to be driven in both rotational directions.
A drill head which, during the operation, can be rotated about a rotational axis and which can be expanded with respect to its active drill diameter (D 0, D 1, D 2), with a base body which comprises an end side equipped with at least one cutting tool, and with at least one expansion arm which is coupled to the base body in a pivotal manner about a pivot axis and can be pivoted between a retracted position and a first deployed position which expands the active drill diameter by a first amount (B 1), wherein the at least one expansion arm comprises an active side equipped with at least one cutting tool, the active side in the retracted position of the at least one expansion arm lies at least almost on a level with the end side of the base body, and the active side extends in the first deployed position of the at least one expansion arm in the direction of the rotational axis at least almost in a step offset-free manner from the end side of the base body, characterized in that a closing element is provided which at least substantially closes a free space occurring between the end side and the active side in the first or in the second deployed position of the at least one expansion arm. with a base body which comprises an end side equipped with at least one cutting tool, and with at least one expansion arm which is coupled to the base body in a pivotal manner about a pivot axis and can be pivoted between a retracted position and a first deployed position which expands the active drill diameter by a first amount (B 1), wherein the at least one expansion arm comprises an active side equipped with at least one cutting tool, the active side in the retracted position of the at least one expansion arm lies at least almost on a level with the end side of the base body, and the active side extends in the first deployed position of the at least one expansion arm in the direction of the rotational axis at least almost in a step offset-free manner from the end side of the base body, characterized in that a closing element is provided which at least substantially closes a free space occurring between the end side and the active side in the first or in the second deployed position of the at least one expansion arm.
A computer-implemented method comprising: initiating a deployment of a first virtual machine in parallel with deployment of a second virtual machine; and after the deployment of the first virtual machine has begun, determining that the deployment of a first virtual machine has halted; characterized in that determining, using a dependency controller, that the deployment of the first virtual machine has halted is based on a wait request sent from the first virtual machine to the dependency controller because the deployment of the first virtual machine has reached a point at which the deployment of the first virtual machine is dependent on the second virtual machine that has not been fully deployed; wherein the first virtual machine is instrumented with an instruction to await availability of the second virtual machine by sending the wait request; and wherein the second virtual machine is instrumented with an instruction to send a notify request to the dependency controller when deployment of the second virtual machine 114B is completed; the method further comprising detecting, using the dependency controller, that the second virtual machine has been deployed; and in response to the detecting that the second virtual machine has been deployed, notifying, via the dependency controller, the first virtual machine that deployment of the first virtual machine may continue. initiating a deployment of a first virtual machine in parallel with deployment of a second virtual machine; and after the deployment of the first virtual machine has begun, determining that the deployment of a first virtual machine has halted; characterized in that determining, using a dependency controller, that the deployment of the first virtual machine has halted is based on a wait request sent from the first virtual machine to the dependency controller because the deployment of the first virtual machine has reached a point at which the deployment of the first virtual machine is dependent on the second virtual machine that has not been fully deployed; wherein the first virtual machine is instrumented with an instruction to await availability of the second virtual machine by sending the wait request; and wherein the second virtual machine is instrumented with an instruction to send a notify request to the dependency controller when deployment of the second virtual machine 114B is completed; the method further comprising detecting, using the dependency controller, that the second virtual machine has been deployed; and in response to the detecting that the second virtual machine has been deployed, notifying, via the dependency controller, the first virtual machine that deployment of the first virtual machine may continue.
A method of making a hermetic and electrically isolating feedthrough for the passage of an electrical connection through a metal wall of an electrical device, characterized by comprising the following steps: a) obtaining a metallic substrate whose thickness corresponds to the transverse size of the wall comprising the feedthrough to be made; b) thinning down the substrate, at least in a zone of isolation of the area of the feedthrough to be made; c) shaping an islet into the substrate material, by hollowing out from the substrate material a through-trench extending transversally through the substrate thickness, right through the thinned region, said through-trench extending transversally over the whole periphery of the islet with the exception of radial bridges of material holding the islet mechanically secured to the remainder of the substrate; d) performing a controlled oxidation of the substrate material, including an oxidation (58, 60) of the lateral walls of the trench up to i) complete filling of the free inner volume of the trench by growth of the oxide in this free inner volume, and ii) complete oxidation of the material of the radial bridges; and e) making at least one contact arrangement for said electrical connection directly on the islet. a) obtaining a metallic substrate whose thickness corresponds to the transverse size of the wall comprising the feedthrough to be made; b) thinning down the substrate, at least in a zone of isolation of the area of the feedthrough to be made; c) shaping an islet into the substrate material, by hollowing out from the substrate material a through-trench extending transversally through the substrate thickness, right through the thinned region, said through-trench extending transversally over the whole periphery of the islet with the exception of radial bridges of material holding the islet mechanically secured to the remainder of the substrate; d) performing a controlled oxidation of the substrate material, including an oxidation (58, 60) of the lateral walls of the trench up to i) complete filling of the free inner volume of the trench by growth of the oxide in this free inner volume, and ii) complete oxidation of the material of the radial bridges; and e) making at least one contact arrangement for said electrical connection directly on the islet.