mhurhangee/ep-ind-claims huggingface dataset:
A gangway comprising a distal end on which an end effector unit is attached, the end effector having an outer surface at least a certain portion of which is configured to be in contact with an installation; the end effector unit also comprising a sensor, wherein a movement of a rotatable element in the end effector unit corresponds to a movement of the distal end with respect to a reference point on the installation when the end effector unit is in contact with the installation, the sensor being configured to provide at least one output signal dependent upon the position of the distal end with respect to a desired location on the installation; and the gangway also being operatively linked to an actuator; characterised in that the end effector unit comprises a rotatable element actuator, the actuator being the rotatable element actuator, wherein when the end effector unit is in contact with the installation, the rotatable element actuator is configured to effect movement in the rotatable element for positioning the distal end at least substantially close to a desired location on the installation based on said sensor output signal. the end effector having an outer surface at least a certain portion of which is configured to be in contact with an installation; the end effector unit also comprising a sensor, wherein a movement of a rotatable element in the end effector unit corresponds to a movement of the distal end with respect to a reference point on the installation when the end effector unit is in contact with the installation, the sensor being configured to provide at least one output signal dependent upon the position of the distal end with respect to a desired location on the installation; and the gangway also being operatively linked to an actuator; characterised in that the end effector unit comprises a rotatable element actuator, the actuator being the rotatable element actuator, wherein when the end effector unit is in contact with the installation, the rotatable element actuator is configured to effect movement in the rotatable element for positioning the distal end at least substantially close to a desired location on the installation based on said sensor output signal. a movement of a rotatable element in the end effector unit corresponds to a movement of the distal end with respect to a reference point on the installation when the end effector unit is in contact with the installation, the sensor being configured to provide at least one output signal dependent upon the position of the distal end with respect to a desired location on the installation; and the gangway also being operatively linked to an actuator; characterised in that the end effector unit comprises a rotatable element actuator, the actuator being the rotatable element actuator, wherein when the end effector unit is in contact with the installation, the rotatable element actuator is configured to effect movement in the rotatable element for positioning the distal end at least substantially close to a desired location on the installation based on said sensor output signal.
A method for optimizing the radial position of a splitter in a low pressure turbine, in particular for a gas turbine engine, the turbine extending along an axis, having an annular conduit for guiding a gas flow and comprising a plurality of stator arrays of blades and a plurality of rotor arrays of blades; the last of said stator arrays, along the advancement direction of the gas flow, comprising a plurality of blades, which define a plurality of spaces between them in circumferential direction; said spaces being split by respective splitters in a radially outer conduit and in a radially inner conduit; the method being characterized by comprising the steps of: - expressing the acoustic pressure field in said annular conduit in terms of acoustic modes, each defined by a circumferential order and a radial order; - selecting one of said circumferential orders; - calculating a radial reference position corresponding to a condition in which at least one of the acoustic modes is of the cut-on type in the radially inner conduit for the selected circumferential order; - positioning said splitter in the neighborhood of said radial reference position. - expressing the acoustic pressure field in said annular conduit in terms of acoustic modes, each defined by a circumferential order and a radial order; - selecting one of said circumferential orders; - calculating a radial reference position corresponding to a condition in which at least one of the acoustic modes is of the cut-on type in the radially inner conduit for the selected circumferential order; - positioning said splitter in the neighborhood of said radial reference position.
A system including: a vessel mount; a pressure vessel supported on the vessel mount; a boss attached to the pressure vessel and having a first bore therein, characterized in that the system further comprises a bearing disposed at least partially within the first bore and having a second bore therethrough; and an attachment element configured to be affixed to the vessel mount, wherein a portion of the attachment element extends through the second bore and is slidable within the first and second bores substantially along a longitudinal axis of the pressure vessel. a vessel mount; a pressure vessel supported on the vessel mount; a boss attached to the pressure vessel and having a first bore therein, characterized in that the system further comprises a bearing disposed at least partially within the first bore and having a second bore therethrough; and an attachment element configured to be affixed to the vessel mount, wherein a portion of the attachment element extends through the second bore and is slidable within the first and second bores substantially along a longitudinal axis of the pressure vessel.
A sintering method for a dental zirconia calcined body containing 5.5 mol% to 7.0 mol% of a stabilizer, wherein the method satisfies the following (a) to (c). (a) an average rate of temperature increase in the section from room temperature to 1300 °C is 9 °C/min or more. (b) an average rate of temperature increase in the section from 1300 °C to 1400 °C is 0.6 °C/min or more and 3 °C/min or less. (c) an average rate of temperature increase in the section from 1400 °C to the maximum temperature of the sintering process is 0.5 °C/min or more and 2.5 °C/min or less. (a) an average rate of temperature increase in the section from room temperature to 1300 °C is 9 °C/min or more. (b) an average rate of temperature increase in the section from 1300 °C to 1400 °C is 0.6 °C/min or more and 3 °C/min or less. (c) an average rate of temperature increase in the section from 1400 °C to the maximum temperature of the sintering process is 0.5 °C/min or more and 2.5 °C/min or less.
Impregnating resin based on curable epoxy resins for impregnating repair and/or lining hoses for water-carrying supply and drainage channels, comprising a) an epoxy resin mixture comprising a first curable epoxy resin E1 and at least one other curable epoxy resin E2 that is different from the first epoxy resin E1, and b) a latent curing system comprising at least one curing agent H for curing the epoxy resins and at least one curing accelerator B, for accelerating the curing by means of the curing agent H, wherein the impregnating resin has an average Ø EEW mixture in the range of from 50 to < 200 g/val and a viscosity in the range of from 5 to 70 Pa*s at 25 °C before curing, measured on a HAAKE RheoStress 1 viscometer with a 1° rotary cone made of titanium with a diameter of 35 mm and a shear rate of 5.0 1/s. a) an epoxy resin mixture comprising a first curable epoxy resin E1 and at least one other curable epoxy resin E2 that is different from the first epoxy resin E1, and b) a latent curing system comprising at least one curing agent H for curing the epoxy resins and at least one curing accelerator B, for accelerating the curing by means of the curing agent H,
A computer-implemented sequence analysis method for analyzing nucleic acid sequence, the sequence analysis method comprising: obtaining a plurality of read sequences by sequencing a nucleic acid; and determining a nucleic acid sequence of the nucleic acid by aligning the plurality of read sequences with reference to a wild-type reference sequence and a single reference sequence which is separate from the wild-type reference sequence, wherein the single reference sequence is a linear reference sequence and comprises at least a first rearrangement sequence and a second rearrangement sequence that is different from the first rearrangement sequence, wherein the first rearrangement sequence comprises at least one of polymorphism, mutation, and methylation, and the second rearrangement sequence comprises at least one of polymorphism, mutation, and methylation and the determining comprises comparing the plurality of read sequences with each of the wild-type reference sequence and the single reference sequence while changing aligning position of the read sequence with respect to each of the wild-type reference sequence and the single reference sequence. obtaining a plurality of read sequences by sequencing a nucleic acid; and determining a nucleic acid sequence of the nucleic acid by aligning the plurality of read sequences with reference to a wild-type reference sequence and a single reference sequence which is separate from the wild-type reference sequence, wherein the single reference sequence is a linear reference sequence and comprises at least a first rearrangement sequence and a second rearrangement sequence that is different from the first rearrangement sequence, wherein the first rearrangement sequence comprises at least one of polymorphism, mutation, and methylation, and the second rearrangement sequence comprises at least one of polymorphism, mutation, and methylation and the determining comprises comparing the plurality of read sequences with each of the wild-type reference sequence and the single reference sequence while changing aligning position of the read sequence with respect to each of the wild-type reference sequence and the single reference sequence.
A device for determining a time base in a mobile transceiver in a mobile communication system, wherein the mobile communication system comprises at least one base station transceiver and wherein the mobile transceiver is configured to exchange information in repeating radio frames with the base station transceiver, comprising at least one interface configured to communicate with the at least one base station transceiver of the mobile communication system; and a control module configured to control the at least one interface, establish a synchronization with the repeating radio frames, incrementally increment a counter synchronized to the radio frames, receive a message from the at least one base station transceiver, the message comprising information on a local time reference at the base station transceiver, and adjust the counter based on the information on the local time reference and thus determine the time base, wherein the control module is configured to receive as information on the local time reference an absolute time stamp and identification information on a radio frame standing in temporal relation to the absolute time stamp, and wherein the control module is configured to adjust the counter based on the absolute time stamp and the radio frame standing in temporal relation to the absolute time stamp, wherein the control module is further configured to sample or reproduce signal values based on the time base. at least one interface configured to communicate with the at least one base station transceiver of the mobile communication system; and a control module configured to control the at least one interface, establish a synchronization with the repeating radio frames, incrementally increment a counter synchronized to the radio frames, receive a message from the at least one base station transceiver, the message comprising information on a local time reference at the base station transceiver, and adjust the counter based on the information on the local time reference and thus determine the time base, control the at least one interface, establish a synchronization with the repeating radio frames, incrementally increment a counter synchronized to the radio frames, receive a message from the at least one base station transceiver, the message comprising information on a local time reference at the base station transceiver, and adjust the counter based on the information on the local time reference and thus determine the time base, wherein the control module is configured to receive as information on the local time reference an absolute time stamp and identification information on a radio frame standing in temporal relation to the absolute time stamp, and wherein the control module is configured to adjust the counter based on the absolute time stamp and the radio frame standing in temporal relation to the absolute time stamp, wherein the control module is further configured to sample or reproduce signal values based on the time base.
A multi-spool gas turbine engine having a power takeoff and gearbox system, the power takeoff and gearbox system comprising: a high rotor towershaft operably connected to and driven by a first spool of the gas turbine engine; a first gearbox operably connected to the high rotor towershaft to provide power to one or more high rotor driven accessory components; a low rotor towershaft operably connected to and driven by a second spool of the gas turbine engine; and a second gearbox operably connected to the low rotor towershaft to provide power to one or more low rotor driven accessory components; wherein the high rotor towershaft extends through a first case of the gas turbine engine and the low rotor towershaft extends through a second case of the gas turbine engine axially forward of the first case; and characterized in that the low rotor towershaft is disposed at a fan inlet case of a gas turbine engine; the first case is an intermediate case; the high rotor towershaft is disposed axially between a low rotor radial bearing and a high rotor thrust bearing; and the low rotor towershaft extends through a strut of the fan inlet case. a high rotor towershaft operably connected to and driven by a first spool of the gas turbine engine; a first gearbox operably connected to the high rotor towershaft to provide power to one or more high rotor driven accessory components; a low rotor towershaft operably connected to and driven by a second spool of the gas turbine engine; and a second gearbox operably connected to the low rotor towershaft to provide power to one or more low rotor driven accessory components; wherein the high rotor towershaft extends through a first case of the gas turbine engine and the low rotor towershaft extends through a second case of the gas turbine engine axially forward of the first case; and characterized in that the low rotor towershaft is disposed at a fan inlet case of a gas turbine engine; the first case is an intermediate case; the high rotor towershaft is disposed axially between a low rotor radial bearing and a high rotor thrust bearing; and the low rotor towershaft extends through a strut of the fan inlet case.
An extraction device for obtaining a sample of a medium to be extracted from a process stream, comprising: an extraction line, which can be connected or is detachably connected to a main line of a hose system, for conducting medium to be extracted from the main line to a container; and a pump arranged in the extraction line for pumping medium to be extracted from the main line to the container, wherein the pump forms a media tight closure of the extraction line in the resting state, wherein the extraction line consists of a first and a second section (114, 115), wherein the first section connects the main line in a media conducting manner to a pump inlet and the second section connects a pump outlet in a media conducting manner to the container, so that a flow path runs through the pump from the main line to the container. an extraction line, which can be connected or is detachably connected to a main line of a hose system, for conducting medium to be extracted from the main line to a container; and a pump arranged in the extraction line for pumping medium to be extracted from the main line to the container, wherein the pump forms a media tight closure of the extraction line in the resting state, wherein the extraction line consists of a first and a second section (114, 115), wherein the first section connects the main line in a media conducting manner to a pump inlet and the second section connects a pump outlet in a media conducting manner to the container, so that a flow path runs through the pump from the main line to the container.
Non-therapeutic use of CD36-expressing dermal sheath cells (DSc), optionally in combination with dermal papilla cells (DPc), for regenerating hair follicles in a human or a recipient animal by transplantation.
A method of making a dry powder pharmaceutical composition comprising: providing inactive ingredient particles; providing a micronized active ingredient; mixing the inactive ingredient particles with surface-modified nanoparticles to provide an inactive ingredient comprised of particles having surfaces with the surface-modified nanoparticles deposited on the surfaces; and/or mixing the micronized active ingredient with surface-modified nanoparticles to provide a micronized active ingredient comprised of particles having surfaces with the surface-modified nanoparticles deposited on the surfaces; and then mixing the micronized active ingredient with the inactive ingredient. providing inactive ingredient particles; providing a micronized active ingredient; mixing the inactive ingredient particles with surface-modified nanoparticles to provide an inactive ingredient comprised of particles having surfaces with the surface-modified nanoparticles deposited on the surfaces; and/or mixing the micronized active ingredient with surface-modified nanoparticles to provide a micronized active ingredient comprised of particles having surfaces with the surface-modified nanoparticles deposited on the surfaces; and then mixing the micronized active ingredient with the inactive ingredient.
A pharmaceutical composition comprising a modified Xa factor (GDXa) - said GDXa being an FXa devoid of non-thrombogenic Gla field and which may bind to the Tissue Factor Pathway Inhibitor (TFPI) but does not have a binding site to phospholipids - for the use in preventing and treating a hemorrhagic stroke in a patient suffering from hemophilia A or B with or without antibodies directed against factor VIII or factor IX.
A thermostat device for a cooling system, which comprises at least one component (2, 6) to be cooled by a circulating coolant and a radiator in which the coolant is cooled, wherein the thermostat device comprises a pilot chamber configured to receive coolant from a first position of the cooling system and a thermostat chamber configured to receive coolant from a second position of the cooling system, a first outlet configured to direct coolant from the thermostat chamber, via a bypass line, past the radiator, and a second outlet configured to direct coolant from the thermostat chamber to the radiator, and a movably arranged valve body (16, 20, 34, 44) configured to distribute the coolant in said thermostat chamber to said two outlets (9', 10') in dependence on its position, that the pilot chamber comprises an outlet passage configured to direct coolant from the pilot chamber to said thermostat chamber and that the thermostat device comprises a first thermal expansion element configured to be in thermal contact with the coolant in the pilot chamber and to provide a first stroke of the valve body (16, 20, 34, 44) in response to the temperature of the coolant in the chamber, characterized in that the thermostat device comprises a second thermal expansion element configured to be in thermal contact with the coolant in the thermostat chamber and to provide a second stroke of the valve body (16, 20, 34, 44) in response to the temperature of the coolant in the thermostat chamber such that the valve body (16, 20, 34, 44) is moved to a position defined by the strokes from the thermal expansion elements (31, 32).
A motion estimation processor comprising a controller and a plurality of resolution processors, connected to said controller, said plurality of resolution processors analyzing the development of a video signal in time, thereby producing motion analysis, and said controller controlling said plurality of resolution processors, wherein said plurality of resolution processors include at least one full resolution processor for producing full resolution motion analysis and at least one hyper resolution processor for producing hyper resolution motion analysis, said at least one hyper resolution processor enhancing a resolution of a full resolution frame.
An arrangement with a rail part and a vehicle movable on the rail part, wherein the rail part has a rail profile part, wherein the rail profile part has a plurality of drilling aids (9, 20) spaced apart from each other, wherein the drilling aids (9, 20) on the rail profile part are embodied as drilling notches (9, 20) extending in the rail direction and running parallel to each other, wherein the rail profile part together with the drilling notches (9,20) is manufactured as a continuously-cast part, characterised in that first drilling notches are arranged in a groove, in particular on the groove bottom thereof, with a bore being formed on one of the first drilling notches, on which bore a first reactive part is screw-connected to the rail profile part, with a further first drilling notch spaced apart from this first drilling notch being unused, in particular for use in a screw connection with a reactive part which is different from the first reactive part.
A measuring apparatus for fitting to an animal body for measuring changes in concentration of a chromophore in the animal body, the measuring apparatus comprising: a carrier for fitting over the animal body; a plurality of devices, each device having a light source for emitting light towards an animal body to which the carrier is fitted in use, a light detector for detecting light returning from a said animal body, and a device controller for receiving signals from and sending signals to a main controller; wherein said carrier comprises a plurality of docks each for removably receiving a respective device to mount the devices to the carrier; characterised by an electrical connection arrangement provided at least in part by a shared bus (150, 910), atleast some of the docks comprising an electrical connector for making respective connections between the shared bus and the device controller of a device received in the dock to allow signals to be passed between the device controllers of the plural devices and a said main controller via the bus. a carrier for fitting over the animal body; a plurality of devices, each device having a light source for emitting light towards an animal body to which the carrier is fitted in use, a light detector for detecting light returning from a said animal body, and a device controller for receiving signals from and sending signals to a main controller; wherein said carrier comprises a plurality of docks each for removably receiving a respective device to mount the devices to the carrier; characterised by an electrical connection arrangement provided at least in part by a shared bus (150, 910), atleast some of the docks comprising an electrical connector for making respective connections between the shared bus and the device controller of a device received in the dock to allow signals to be passed between the device controllers of the plural devices and a said main controller via the bus.