mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a fluid line with a connecting element formed on an end portion of the fluid line, wherein the connecting element comprises a coupling part and a connector which connects to the coupling part towards the end of the fluid line, comprising the following steps: - injecting plastic into the cavity, with formation of the coupling part on the fluid line; - opening the cavity and removing the fluid line, characterized by the following steps: - placing that portion of the fluid line which is assigned to the coupling part into an open cavity of an injection-moulding tool which forms the coupling part, wherein a length portion of the fluid line that is assigned to the connector projects beyond the cavity; - closing the cavity and opening out the length portion projecting beyond the cavity; - receiving the opened-out length portion in a bell structure, wherein the outer diameter is calibrated in a manner sealing off with respect to the cavity, with formation of the connector. comprising the following steps: - injecting plastic into the cavity, with formation of the coupling part on the fluid line; - opening the cavity and removing the fluid line, - injecting plastic into the cavity, with formation of the coupling part on the fluid line; - opening the cavity and removing the fluid line, characterized by the following steps: - placing that portion of the fluid line which is assigned to the coupling part into an open cavity of an injection-moulding tool which forms the coupling part, wherein a length portion of the fluid line that is assigned to the connector projects beyond the cavity; - closing the cavity and opening out the length portion projecting beyond the cavity; - receiving the opened-out length portion in a bell structure, wherein the outer diameter is calibrated in a manner sealing off with respect to the cavity, with formation of the connector. - placing that portion of the fluid line which is assigned to the coupling part into an open cavity of an injection-moulding tool which forms the coupling part, wherein a length portion of the fluid line that is assigned to the connector projects beyond the cavity; - closing the cavity and opening out the length portion projecting beyond the cavity; - receiving the opened-out length portion in a bell structure, wherein the outer diameter is calibrated in a manner sealing off with respect to the cavity, with formation of the connector.
A method of operating a three-dimensional printing system comprising: forming a fused 3D object in a tray of a 3D printer, the tray coupled to a reaction mass; vibrating the tray to separate unfused material from the fused 3D object by applying a horizontal force to the tray; minimizing a force reaction moment against a support platform on which the 3D printer rests by: determining first, second, and third spring constants, respectively, for first flexible support members that couple the tray to the reaction mass, second flexible support members that couple the reaction mass to a chassis, and flexible mounts that couple the chassis to the support platform, and calculating the spring constants to create a resonant condition that maximizes vibration of the tray while minimizing a rotary imbalance that causes vibration of the support platform. forming a fused 3D object in a tray of a 3D printer, the tray coupled to a reaction mass; vibrating the tray to separate unfused material from the fused 3D object by applying a horizontal force to the tray; minimizing a force reaction moment against a support platform on which the 3D printer rests by: determining first, second, and third spring constants, respectively, for first flexible support members that couple the tray to the reaction mass, second flexible support members that couple the reaction mass to a chassis, and flexible mounts that couple the chassis to the support platform, and calculating the spring constants to create a resonant condition that maximizes vibration of the tray while minimizing a rotary imbalance that causes vibration of the support platform.
An antibody, wherein the variable part of the light chain of said antibody comprises or consists of an amino acid sequence of: wherein the variable part of heavy chain of said antibody comprises or consists of an amino acid sequence of: and wherein said antibody specifically binds to an epitope at the N-terminus of pyroglutamated amyloid beta (Aβ N3pE) peptide. wherein the variable part of heavy chain of said antibody comprises or consists of an amino acid sequence of: and wherein said antibody specifically binds to an epitope at the N-terminus of pyroglutamated amyloid beta (Aβ N3pE) peptide.
A method of secure text-to-speech conversion for portable electronic devices, the method comprising, at a server: receiving, from an originator, a voiceprint and a list of trusted recipients; receiving, from a recipient, text-based content, provided to the recipient by the originator, and a digital signature of the recipient; in accordance with the digital signature of the recipient, verifying that the recipient is listed in the list of trusted recipients; and when the recipient is listed in the list of trusted recipients, converting, in accordance with the voiceprint, at least a portion of the text-based content to an audio format to obtain converted text-based content, for output to the recipient. receiving, from an originator, a voiceprint and a list of trusted recipients; receiving, from a recipient, text-based content, provided to the recipient by the originator, and a digital signature of the recipient; in accordance with the digital signature of the recipient, verifying that the recipient is listed in the list of trusted recipients; and when the recipient is listed in the list of trusted recipients, converting, in accordance with the voiceprint, at least a portion of the text-based content to an audio format to obtain converted text-based content, for output to the recipient.
A method for separating cesium and technetium isotopes from mixtures of radioactive substances, characterized in that the method comprises the sublimation of cesium pertechnetate (CsTcO 4).
A thermosetting resin composition comprising: an epoxy resin; an epoxy resin curing agent; an imidazole compound; and an epoxy resin curing accelerator, wherein the epoxy resin curing agent is dicyandiamide or a derivative thereof, the epoxy resin curing accelerator comprises a urea derivative having two or more dimethylureido groups in a molecule, and the imidazole compound comprises an addition product comprising imidazole, and the addition product comprising imidazole is an isocyanuric acid addition product of imidazole or an isocyanuric acid addition product of an imidazole derivative. an epoxy resin; an epoxy resin curing agent; an imidazole compound; and an epoxy resin curing accelerator, wherein the epoxy resin curing agent is dicyandiamide or a derivative thereof, the epoxy resin curing accelerator comprises a urea derivative having two or more dimethylureido groups in a molecule, and the imidazole compound comprises an addition product comprising imidazole, and the addition product comprising imidazole is an isocyanuric acid addition product of imidazole or an isocyanuric acid addition product of an imidazole derivative.
An apparatus for wireless communication, the apparatus comprising: means for transmitting first data in a data portion (504, 604) of a time division duplex, TDD, subframe (500, 600) and at least one opportunity to receive second data in a feedback portion (508, 608) of the TDD subframe (500, 600) during a transmission time interval, TTI; and means for utilizing a frequency division duplex, FDD, carrier to communicate acknowledgment information corresponding to the first data. means for transmitting first data in a data portion (504, 604) of a time division duplex, TDD, subframe (500, 600) and at least one opportunity to receive second data in a feedback portion (508, 608) of the TDD subframe (500, 600) during a transmission time interval, TTI; and means for utilizing a frequency division duplex, FDD, carrier to communicate acknowledgment information corresponding to the first data.
A method activating p-type dopants in a GaN-base semiconductor comprising the following steps: • providing a substrate comprising: ∘ a semiconductor material layer made from GaN-base material provided with p-type electric dopant impurities, ∘ a cap block comprising a Mg or MgO layer and devoid of any silicon-base compound, in contact with the semiconductor material layer, ∘ a silicon-base covering layer covering the protective cap block, • performing heat treatment at a temperature of more than 850°C so as to activate the electric dopant impurities in the semiconductor material layer. • providing a substrate comprising: ∘ a semiconductor material layer made from GaN-base material provided with p-type electric dopant impurities, ∘ a cap block comprising a Mg or MgO layer and devoid of any silicon-base compound, in contact with the semiconductor material layer, ∘ a silicon-base covering layer covering the protective cap block, ∘ a semiconductor material layer made from GaN-base material provided with p-type electric dopant impurities, ∘ a cap block comprising a Mg or MgO layer and devoid of any silicon-base compound, in contact with the semiconductor material layer, ∘ a silicon-base covering layer covering the protective cap block, • performing heat treatment at a temperature of more than 850°C so as to activate the electric dopant impurities in the semiconductor material layer.
A gas turbine comprising: a cooled wall for lining a combustor of the gas turbine, the cooled wall comprising: an annular outer wall extending axially along a centerline intersecting the geometric center of the gas turbine, wherein the annular outer wall defines a radial passage extending therethrough; a first inner wall spaced radially inward from the outer wall with respect to the centerline; and a first connecting wall joining the first inner wall to the outer wall, wherein the outer wall, the first inner wall, and the first connecting wall define an axial channel therebetween that is in fluid communication with the radial passage; a second inner wall spaced radially inward from the annular outer wall; and a second connecting wall joining the second inner wall to the annular outer wall, wherein the second inner wall is axially spaced from the first inner wall to define an opening between a first end of the first inner wall and a second end of the second inner wall; wherein the annular outer wall, the first and second inner walls (16a, b), and the first and second connecting walls (18a, b) form a monolithic body; and wherein the cooled wall has a radially outermost portion consisting of a metallic material and a radially innermost portion consisting of a ceramic material. an annular outer wall extending axially along a centerline intersecting the geometric center of the gas turbine, wherein the annular outer wall defines a radial passage extending therethrough; a first inner wall spaced radially inward from the outer wall with respect to the centerline; and a first connecting wall joining the first inner wall to the outer wall, wherein the outer wall, the first inner wall, and the first connecting wall define an axial channel therebetween that is in fluid communication with the radial passage; a second inner wall spaced radially inward from the annular outer wall; and a second connecting wall joining the second inner wall to the annular outer wall, wherein the second inner wall is axially spaced from the first inner wall to define an opening between a first end of the first inner wall and a second end of the second inner wall; wherein the annular outer wall, the first and second inner walls (16a, b), and the first and second connecting walls (18a, b) form a monolithic body; and wherein the cooled wall has a radially outermost portion consisting of a metallic material and a radially innermost portion consisting of a ceramic material.
A method of producing a secretome secreted by a mesenchymal stem cell comprising at least one biological property of a mesenchymal stem cell wherein the method comprises at least one period of treating the cells with Ringer's lactate solution and/or Vitamin D.
A speech signal encoding method for encoding an inputted first speech signal ( s ( k')) into a second speech signal s LB mod k having a narrower available bandwidth than the first speech signal ( s ( k ')), wherein the method comprises: - generating a pitch-scaled version of higher frequencies of the first speech signal ( s ( k ')), and - including in the second speech signal s LB mod k lower frequencies of the first speech signal ( s ( k ')) and the pitch-scaled version of the higher frequencies of the first speech signal ( s ( k')), wherein at least a part of the higher frequencies of the first speech signal ( s ( k ')) are frequencies that are outside the available bandwidth of the second speech signal s LB mod k, and wherein the pitch-scaled version of the higher frequencies of the first speech signal ( s ( k')) is preferably included in the second speech signal s LB mod k with a gain factor ( g e) having a value of 1 or a value higher than 1. - generating a pitch-scaled version of higher frequencies of the first speech signal ( s ( k ')), and - including in the second speech signal s LB mod k lower frequencies of the first speech signal ( s ( k ')) and the pitch-scaled version of the higher frequencies of the first speech signal ( s ( k')),
An apparatus comprising means for: receiving, at a first node of a network, time window information from a second node of the network, the time window information defining a time window for transmitting data from the first node to the second node; and enabling, at least partly based on the time window information, a first clock circuit of the first node to provide a first clock signal for data transmission from the first node to the second node, wherein the means are configured to: recover a reference clock signal from data transmitted from the second node to the first node; generate the first clock signal based on the recovered reference clock signal; and generate, based on the reference clock signal, a second clock signal using a second clock circuit, the second clock signal being used for data transmission from the second node to the first node, the second clock circuit being different from the first clock circuit. receiving, at a first node of a network, time window information from a second node of the network, the time window information defining a time window for transmitting data from the first node to the second node; and enabling, at least partly based on the time window information, a first clock circuit of the first node to provide a first clock signal for data transmission from the first node to the second node, wherein the means are configured to: recover a reference clock signal from data transmitted from the second node to the first node; generate the first clock signal based on the recovered reference clock signal; and generate, based on the reference clock signal, a second clock signal using a second clock circuit, the second clock signal being used for data transmission from the second node to the first node, the second clock circuit being different from the first clock circuit. recover a reference clock signal from data transmitted from the second node to the first node; generate the first clock signal based on the recovered reference clock signal; and generate, based on the reference clock signal, a second clock signal using a second clock circuit, the second clock signal being used for data transmission from the second node to the first node, the second clock circuit being different from the first clock circuit.
A method for a wireless communication device adapted to communicate using a radio access transceiver alternatingly in accordance with a first radio access technology and in accordance with a second radio access technology, the method characterized by: allocating (320, 420, 440), by the wireless communication device, a number of time periods during communication in accordance with the first radio access technology to reception of a paging signal of the second radio access technology, wherein the number of time periods is dynamically variable (350, 430, 470) based on a result of a decoding (340, 420, 450) of at least one previous paging signal of the second radio access technology.
A method for the keeping constant of a pH of a medical liquid when draining from a container in which CO 2 and at least one further gas or gas mixture flow into the container during the draining of the medical liquid, characterized in that a change in the filling level of the liquid is measured and the amount of CO 2 which is added into the container is determined on the basis of the measurement.
Filter device having, arranged one after another in flow direction, a ring filter element, a coalescer and a final separator, wherein the coalescer is arranged radially within the ring filter element and the final separator is arranged radially within the coalescer, wherein the final separator is designed to be angular in cross-section and has a final separator material which is tensioned flat between in each case two adjacent final separator ribs, characterised in - that coalescer ribs are arranged on an outer diameter of the coalescer, - that the coalescer and the ring filter element are round in design, wherein, when the filter device is mounted, at least one final separator rib lies in the circumferential direction between two coalescer ribs and thus facilitates a support for a coalescer material. - that coalescer ribs are arranged on an outer diameter of the coalescer, - that the coalescer and the ring filter element are round in design, wherein, when the filter device is mounted, at least one final separator rib lies in the circumferential direction between two coalescer ribs and thus facilitates a support for a coalescer material.
Jet pump unit for controlling a gaseous medium, in particular hydrogen, with a nozzle and with a mixing tube unit, wherein the mixing tube unit has a longitudinal axis and the nozzle has a longitudinal axis, wherein the longitudinal axis of the mixing tube unit and the longitudinal axis of the nozzle are at an angle (α) to one another, characterized in that the mixing tube unit has an outflow channel, which outflow channel is in the form of a transverse bore in a pump housing of the mixing tube unit and is in this way arranged radially with respect to the longitudinal axis of the mixing tube unit, wherein the longitudinal axis of the nozzle is inclined away from the direction of the outflow channel in the mixing tube unit.
A constant pressure vehicle tire inflation system (70;170;230), comprising: an air supply source; a first wheel valve being in fluid communication with a first tire of said vehicle; a second wheel valve being in fluid communication with a second tire of said vehicle; a pneumatic conduit extending between and being in fluid communication with said air supply source and said wheel valves (148A,B), at least a portion of said pneumatic conduit remaining charged with air from at least one of said supply source and said tires; and means (152;204;256) for distributing air flow between said pneumatic conduit and said first and second wheel valves (148A,B), whereby the wheel valves (148A,148B) and said means (152;204;256) for distributing air flow selectively maintain fluid communication and flow between said first and second tires and the pneumatic conduit under normal operating conditions to provide pneumatic balancing between the first and second tires, characterised in that each said wheel valve (148A,148B) is integrated with or directly attached to a hub cap (72;176;238) of the vehicle. an air supply source; a first wheel valve being in fluid communication with a first tire of said vehicle; a second wheel valve being in fluid communication with a second tire of said vehicle; a pneumatic conduit extending between and being in fluid communication with said air supply source and said wheel valves (148A,B), at least a portion of said pneumatic conduit remaining charged with air from at least one of said supply source and said tires; and means (152;204;256) for distributing air flow between said pneumatic conduit and said first and second wheel valves (148A,B), whereby the wheel valves (148A,148B) and said means (152;204;256) for distributing air flow selectively maintain fluid communication and flow between said first and second tires and the pneumatic conduit under normal operating conditions to provide pneumatic balancing between the first and second tires, characterised in that each said wheel valve (148A,148B) is integrated with or directly attached to a hub cap (72;176;238) of the vehicle.
A coupling assembly, particularly for dental implants, comprising at least one pin, which can be coupled rigidly to a bone portion, and a supporting element, which can be associated with a prosthesis, said pin having, at its end portion that lies opposite the one designed for connection to the bone portion, a protruding tab that can be accommodated by elastic forcing in a respective cavity formed in said supporting element so as to produce a stable coupling configuration between said pin and said supporting element, wherein said tab is shaped like an equatorial portion of a sphere, its outer lateral surface being adapted to abut, with at least one of its parts, against the internal side walls of said cavity, so as to determine said stable coupling configuration, said supporting element being provided with a step, to allow coupling to a matrix provided in the prosthesis, and being constituted by a cap that has a substantially cylindrical shape and is open at one end face, so as to form said cavity, the internal walls of said cavity having a flared portion that is substantially complementary to the curvature of said outer lateral surface of said tab.
A gas turbine engine with an inlet frame, the gas turbine engine defining an axial direction, a radial direction, and a circumferential direction, the gas turbine engine comprising a compressor defining a compressor inlet and being rotatable about the axial direction for pressurizing an airflow, the inlet frame comprising: a forward annular body; a rear annular body spaced apart from the forward annular body to define a radial inlet and an inlet passageway in fluid communication with the compressor inlet; an annular inlet heating plenum defined at a radially outer portion of the forward annular body; and a fluid supply conduit defining a hot fluid passageway, the hot fluid passageway providing fluid communication between the inlet heating plenum, and a hot air source for providing a flow of heated fluid to the inlet heating plenum, wherein the inlet heating plenum is defined proximate an inlet screen of the gas turbine engine, wherein the inlet screen comprises: a forward inlet screen that extends from the inlet heating plenum outward along the radial direction, the forward inlet screen comprising a plurality of tubes in fluid communication with the inlet heating plenum for receiving the flow of heated fluid. a forward annular body; a rear annular body spaced apart from the forward annular body to define a radial inlet and an inlet passageway in fluid communication with the compressor inlet; an annular inlet heating plenum defined at a radially outer portion of the forward annular body; and a fluid supply conduit defining a hot fluid passageway, the hot fluid passageway providing fluid communication between the inlet heating plenum, and a hot air source for providing a flow of heated fluid to the inlet heating plenum, wherein the inlet heating plenum is defined proximate an inlet screen of the gas turbine engine, wherein the inlet screen comprises: a forward inlet screen that extends from the inlet heating plenum outward along the radial direction, the forward inlet screen comprising a plurality of tubes in fluid communication with the inlet heating plenum for receiving the flow of heated fluid.