mhurhangee/ep-ind-claims huggingface dataset:
Method of measuring the electrical conductivity of a medium, wherein the medium is subjected to a magnetic alternating field (primary field) by a transmitting coil so that currents are induced in the medium and constitute a further magnetic alternating field (secondary field), wherein the secondary field is measured with a receiving coil and the conductivity of the medium is evaluated therefrom, wherein the primary field is measured directly or indirectly at the location of the transmitting coil and the contribution of the primary field to the field at the location of the receiving coil is evaluated therefrom, characterized in that the transmitting coil is subdivided into individual conductor pieces and it is determined separately for each of these conductor pieces, which contribution the primary field generated by this conductor piece provides to the field at the location of the receiving coil.
A silane compound represented by Formula 1: wherein R 1 is a C 6 to C 30 alkyl group, R 2 is a C 6 to C 30 hydrocarbon group, R 3 is a hydrogen atom or a C 1 to C 5 alkyl group, and n has an average value from ≥ 0.1 to ≤ 3.
A resin composition comprising: a cyanate compound; a maleimide compound and/or an epoxy resin; and primary hexagonal boron nitride particles having an average aspect ratio of 4 to 10, where the average aspect ratio is determined according the the method specified in the description. a cyanate compound; a maleimide compound and/or an epoxy resin; and primary hexagonal boron nitride particles having an average aspect ratio of 4 to 10, where the average aspect ratio is determined according the the method specified in the description.
A closure device for a container, in particular a glass container, having a container opening, wherein the closure device has a cap member for closing the container opening, a chamber arranged at the cap member and an inner housing, wherein chamber and inner housing have mutually corresponding closure means and opening means, which interact with one another in such a way that an outlet opening assigned to the chamber can be released by a movement of the cap member relative to the inner housing, so that a medium stored in the chamber can exit into the container, and the chamber and the inner housing each have corresponding first thread means formed with respect to a thread axis of rotation, wherein the closure means have a soft plastic radially on the outside and a hard plastic radially on the inside in a sealing plane, characterised in that an end face, facing a chamber interior, of the closure means which are produced in a two-component injection moulding method is formed entirely from the soft plastic, and in that the soft plastic has sealing properties when the closure means interact with wall portions of the chamber at the opening.
A rotating electric machine armature core comprising such a number of magnetic tooth sections that corresponds to the number of magnetic poles, each of the magnetic tooth sections being formed by laminating a specific number of sheet members (6, 10) each of which has a magnetic tooth portion formed at one end and a back yoke portion formed at the other end, the magnetic tooth sections being combined in a radial form centering on the other end side and fixedly joined to together form a single body, each of the magnetic tooth sections including: - a plurality of first sheet members each of which includes the magnetic tooth portion formed at one end and a root portion formed at the other end with an end face of the root portion having a prescribed external shape; and - at least one second sheet member inserted between the individual first sheet members in a laminating direction thereof at a location different from the locations of the other sheet members, the second sheet member including the magnetic tooth portion formed at one end and an overlapping portion formed at the other end, the overlapping portion forming the back yoke portion together with the root portion with a through hole formed at a specified position in the overlapping portion, the overlapping portion jutting out from the root portion in such a manner that the overlapping portion can fit on the end face of the root portion of the first sheet member; - wherein the rotating electric machine armature core is characterized in that the same is configured by combining the magnetic tooth sections with the through holes in the individual overlapping portions aligned at the same location, and - wherein the magnetic tooth sections are fixedly joined to together form a single body by forcibly fitting a rotary shaft into the individual through holes. - a plurality of first sheet members each of which includes the magnetic tooth portion formed at one end and a root portion formed at the other end with an end face of the root portion having a prescribed external shape; and - at least one second sheet member inserted between the individual first sheet members in a laminating direction thereof at a location different from the locations of the other sheet members, the second sheet member including the magnetic tooth portion formed at one end and an overlapping portion formed at the other end, the overlapping portion forming the back yoke portion together with the root portion with a through hole formed at a specified position in the overlapping portion, the overlapping portion jutting out from the root portion in such a manner that the overlapping portion can fit on the end face of the root portion of the first sheet member; - wherein the rotating electric machine armature core is characterized in that the same is configured by combining the magnetic tooth sections with the through holes in the individual overlapping portions aligned at the same location, and - wherein the magnetic tooth sections are fixedly joined to together form a single body by forcibly fitting a rotary shaft into the individual through holes.
A hand support element for a hand orthosis, wherein the hand support element can be fixed to the carrier element, characterized by the fact that the hand support element features a contour that is designed to be symmetrical to a longitudinal axis and comprises a thumb support area on both sides of the longitudinal axis.
Bellows insert mountable inside a bellows for a vacuum powered tool and, in the mounted position, effective to locally limit the capacity of the bellows of compression in its longitudinal direction caused by a negative pressure introduced into the bellows, which bellows insert comprises an engagement part that has a shape complementary to the inside of the bellows and that, in the mounted position of the bellows insert, fills up some or all of the pleats of the bellows, within a limited area of the circumference of the bellows, wherein the engagement part extends between a first and a second end, characterized in that the engagement part, in said first end, has a fixing member for rotational fixation of the bellows insert in relation to the bellows, said fixing member comprising a pin that is formed with a through channel and, in the mounted position of the bellows insert, formed to be rotationally fixedly received in a vacuum connection implement engaging the bellows.
A compound of the following formula: wherein each of X and Y, independently, is H, alkyl, or halo, or X and Y together are -CH 2 -, -(CH 2) 2 -, -(CH 2)CR a R b (CH 2)-, -(CH 2)NR a (CH 2)-, or -(CH 2)O(CH 2)-, each of R a and R b, independently, being H, alkyl, -C -alkyl, -C -cycloalkyl, -C -NH-alkyl, or -C -NH-cycloalkyl; and each of R 1, R 2, R 3, R 4, R 5, R 1, R 2, R 3, R 4, and R 5', independently, is H, alkyl, halo, OH, R c -O-, R d S 2 -O-, or (R d) 2 P -O-, R c being alkyl substituted with halo, OH, amino, C 3 -C 20 cycloalkyl, C 1 -C 20 heterocycloalkyl, aryl, or C 1 -C 20 heteroaryl, and R d being H, OH, C 2 -C 10 alkyl, C 1 -C 10 alkoxy or amino; in which R 1 is different from R 1' or R 5', R 2 is different from R 2' or R 4', R 3 is different from R 3', R 4 is different from R 2' or R 4', or R 5 is different from R 1' or R 5'; and a salt, or solvate thereof. each of X and Y, independently, is H, alkyl, or halo, or X and Y together are -CH 2 -, -(CH 2) 2 -, -(CH 2)CR a R b (CH 2)-, -(CH 2)NR a (CH 2)-, or -(CH 2)O(CH 2)-, each of R a and R b, independently, being H, alkyl, -C -alkyl, -C -cycloalkyl, -C -NH-alkyl, or -C -NH-cycloalkyl; and each of R 1, R 2, R 3, R 4, R 5, R 1, R 2, R 3, R 4, and R 5', independently, is H, alkyl, halo, OH, R c -O-, R d S 2 -O-, or (R d) 2 P -O-, R c being alkyl substituted with halo, OH, amino, C 3 -C 20 cycloalkyl, C 1 -C 20 heterocycloalkyl, aryl, or C 1 -C 20 heteroaryl, and R d being H, OH, C 2 -C 10 alkyl, C 1 -C 10 alkoxy or amino; in which R 1 is different from R 1' or R 5', R 2 is different from R 2' or R 4', R 3 is different from R 3', R 4 is different from R 2' or R 4', or R 5 is different from R 1' or R 5'; and a salt, or solvate thereof.
A flange connection for plastics components, in particular for tubular plastics components, comprising at least a first component with a first tubular portion and a first flange and also at least a second component with a second tubular portion and a second flange, wherein the first flange and the second flange can be tensioned in respect of one another in an axial direction by means of at least one mechanical connection, wherein in addition to the mechanical connection in the region of adjacent end faces of the two components (10, 13), means for connecting the components (10, 13) by electric welding are provided, wherein at least one heating coil as a means for electric welding is arranged in at least a partial region of one of the end faces of at least one of the two components (10, 13) and the two end faces (12 a, 15 a) of the two components (10, 13) facing one another are welded to one another directly without inserting additional structural elements, characterized in that the components (10, 13) in partial regions which are not welded to one another are made of different materials which are not compatible with one another in welding terms.
A method of detecting multiple analytes in a sample, the method comprising the steps of: obtaining a sample comprising at least one target nucleic acid and at least one target protein; introducing an aptamer that binds to the target protein in the sample; and conducting a single assay, wherein the assay detects both the target nucleic acid and the target protein the assay comprises the steps of: removing unbound aptamer from bound aptamer-protein complex; performing PCR on the target nucleic acid; performing PCR on the aptamer; introducing a first detectably labeled probe that binds to the amplified target nucleic acid; introducing a second detectably labeled probe that binds to the amplified aptamer; detecting the first probe thereby detecting the nucleic acid in the sample; and detecting the second probe that is bound to the amplified aptamer, wherein detecting the second probe detects the target protein. obtaining a sample comprising at least one target nucleic acid and at least one target protein; introducing an aptamer that binds to the target protein in the sample; and conducting a single assay, wherein the assay detects both the target nucleic acid and the target protein the assay comprises the steps of: removing unbound aptamer from bound aptamer-protein complex; performing PCR on the target nucleic acid; performing PCR on the aptamer; introducing a first detectably labeled probe that binds to the amplified target nucleic acid; introducing a second detectably labeled probe that binds to the amplified aptamer; detecting the first probe thereby detecting the nucleic acid in the sample; and detecting the second probe that is bound to the amplified aptamer, wherein detecting the second probe detects the target protein. removing unbound aptamer from bound aptamer-protein complex; performing PCR on the target nucleic acid; performing PCR on the aptamer; introducing a first detectably labeled probe that binds to the amplified target nucleic acid; introducing a second detectably labeled probe that binds to the amplified aptamer; detecting the first probe thereby detecting the nucleic acid in the sample; and detecting the second probe that is bound to the amplified aptamer, wherein detecting the second probe detects the target protein.
A method performed by a child integrated access backhaul, IAB, node, the method comprising: receiving a first signalling indicating one or multiple power values for a downlink reception from a parent IAB node, each power value being associated with a spatial domain filter, wherein the power values associated with one or multiple spatial domain filters are configured by radio resource control, RRC, signalling or medium access control, MAC, control element, CE, signalling, or any combination thereof; and determining a power value for the downlink reception from the parent IAB node, wherein the power value is a power offset that indicates a power level to be reduced, or an absolute transmitting power level, or an absolute receiving power level, and wherein the power value for physical downlink shared channel, PDSCH, scheduled by a downlink control information, DCI, is determined by a transmission configuration information, TCI, state in the DCI or a default TCI state or a default TCI state set, and the TCI state is used to determine the spatial domain filter. receiving a first signalling indicating one or multiple power values for a downlink reception from a parent IAB node, each power value being associated with a spatial domain filter, wherein the power values associated with one or multiple spatial domain filters are configured by radio resource control, RRC, signalling or medium access control, MAC, control element, CE, signalling, or any combination thereof; and determining a power value for the downlink reception from the parent IAB node, wherein the power value is a power offset that indicates a power level to be reduced, or an absolute transmitting power level, or an absolute receiving power level, and wherein the power value for physical downlink shared channel, PDSCH, scheduled by a downlink control information, DCI, is determined by a transmission configuration information, TCI, state in the DCI or a default TCI state or a default TCI state set, and the TCI state is used to determine the spatial domain filter.
Method for overmoulding an abutment or an abutment portion of an implant with a dental prosthetic arrangement, in which method the following steps are carried out: - making available an abutment or an implant with a holding element; - making available a wax model such that the abutment or implant is provided with the wax model in the region of the holding element; - inserting the abutment or the implant into a muffle mould; - embedding the wax model in the muffle mould; - dewaxing the muffle mould; - filling the muffle mould with granules of a thermoplastic polymer; and - hot-pressing the granules in order to create the dental prosthetic arrangement with the abutment or the implant. - making available an abutment or an implant with a holding element; - making available a wax model such that the abutment or implant is provided with the wax model in the region of the holding element; - inserting the abutment or the implant into a muffle mould; - embedding the wax model in the muffle mould; - dewaxing the muffle mould; - filling the muffle mould with granules of a thermoplastic polymer; and - hot-pressing the granules in order to create the dental prosthetic arrangement with the abutment or the implant.
A nuclear reactor, comprising: - a vessel having a central axis, containing a primary liquid, - a core comprising nuclear fuel, the core being arranged in the internal volume of the vessel, - at least one primary pump generating a main primary flow of primary liquid in the vessel, the main primary flow passing through the core, rising in a direction parallel to the central axis in a rising part of the main primary flow and descending through at least one vapor generator located on the periphery in the vessel in a descending part of the main primary flow, - at least one control member for controlling the reactivity of the core, the control member extending in a respective direction parallel to the central axis and being aligned with the core in said respective direction, - at least one movement mechanism for moving the control member, arranged in the internal volume of the vessel and linked to the control member, - a pressurizer situated in a top portion of the vessel along the central axis, the pressurizer being in communication with the primary fluid, the movement mechanism comprising an electric actuator and a transmission mechanism, characterized in that the electric actuator is completely immersed in the primary fluid, and in that the electric actuator is situated outside the main primary flow. - a vessel having a central axis, containing a primary liquid, - a core comprising nuclear fuel, the core being arranged in the internal volume of the vessel, - at least one primary pump generating a main primary flow of primary liquid in the vessel, the main primary flow passing through the core, rising in a direction parallel to the central axis in a rising part of the main primary flow and descending through at least one vapor generator located on the periphery in the vessel in a descending part of the main primary flow, - at least one control member for controlling the reactivity of the core, the control member extending in a respective direction parallel to the central axis and being aligned with the core in said respective direction, - at least one movement mechanism for moving the control member, arranged in the internal volume of the vessel and linked to the control member, - a pressurizer situated in a top portion of the vessel along the central axis, the pressurizer being in communication with the primary fluid, the movement mechanism comprising an electric actuator and a transmission mechanism, characterized in that the electric actuator is completely immersed in the primary fluid, and in that the electric actuator is situated outside the main primary flow. the movement mechanism comprising an electric actuator and a transmission mechanism, characterized in that the electric actuator is completely immersed in the primary fluid, and in that the electric actuator is situated outside the main primary flow.
A tool for the induction of the pneumoperitoneum, adapted to be used in combination with a laparoscopy needle, such as a Veress needle or the like, having a substantially tubular elongated body with a predetermined maximum outer diameter (d e), which tool (10, 110) comprises: - a bowl-shaped element (11, 111) having an open end edge (12, 112) adapted to adhere with the skin of the patient at the abdominal wall, said bowl-shaped element (11, 111) having an outer surface (13, 113), an inner surface (15, 115) and at least one hole (14, 114) with an inner diameter (φ) at least equal to the outer diameter (d c) of the needle used in combination, for the passage thereof; - a substantially cylindrical guide rod (17, 117) having a free proximal end (18, 118) and the opposite distal end (20, 120) fastened to said bowl-shaped element (11, 111) at said hole (14, 114), said rod (17, 117) having a passage (21, 121) substantially co-axial with said hole (14, 114) for the guided insertion of the needle; wherein said bowl-shaped element (11, 111) is made of an elastically yieldable material to elastically deform and move, in response to a pressure exerted by an operator on said outer surface (13, 113), from an undeformed condition wherein said inner surface (15, 115) is spaced apart from the skin to a deformed condition wherein said inner surface (15, 115) is close to the abdominal wall or in at least partial contact therewith to produce an at least partial vacuum upon its elastic return in said undeformed condition, for lifting the abdominal wall; characterized in that said guide rod comprises a female tubular element and a male tubular element adapted to be removably coupled with each other by their insertion into said central hole of said bowl-shaped element from opposite sides with respect thereof, said female element and said male element of said guide rod have corresponding nut and screw means (25, 26) complementary shaped with each other for the mutual coupling by screwing, each of said female and male elements (22, 23) having a radial flange (27, 28) adapted to abut against axially opposite faces of a same circular portion of said bowl-shaped element (11, 111) arranged peripherally with respect of said central hole, for tightening said rod thereon. - a bowl-shaped element (11, 111) having an open end edge (12, 112) adapted to adhere with the skin of the patient at the abdominal wall, said bowl-shaped element (11, 111) having an outer surface (13, 113), an inner surface (15, 115) and at least one hole (14, 114) with an inner diameter (φ) at least equal to the outer diameter (d c) of the needle used in combination, for the passage thereof; - a substantially cylindrical guide rod (17, 117) having a free proximal end (18, 118) and the opposite distal end (20, 120) fastened to said bowl-shaped element (11, 111) at said hole (14, 114), said rod (17, 117) having a passage (21, 121) substantially co-axial with said hole (14, 114) for the guided insertion of the needle;
A method comprising: measuring a plurality of latchup release parameter values of a monitored circuit to generate data, wherein each latchup release parameter value of the plurality of latchup release parameter values is the value of the respective parameter at which the monitored circuit exits a latchup state; and predicting, based on the data and based on one or more characteristic values (120, 542), such as resistance values of resistors or capacitance values of capacitors or combinations thereof of a protection circuit coupled to the monitored circuit, whether the protection circuit is likely to prevent an occurrence of a latent failure within the monitored circuit in particular latchup conditions. measuring a plurality of latchup release parameter values of a monitored circuit to generate data, wherein each latchup release parameter value of the plurality of latchup release parameter values is the value of the respective parameter at which the monitored circuit exits a latchup state; and predicting, based on the data and based on one or more characteristic values (120, 542), such as resistance values of resistors or capacitance values of capacitors or combinations thereof of a protection circuit coupled to the monitored circuit, whether the protection circuit is likely to prevent an occurrence of a latent failure within the monitored circuit in particular latchup conditions.
Espresso coffee machine comprising: - a water feeding hydraulic circuit; - at least one boiler for heating the water, located downstream of said water feeding hydraulic circuit; - a coffee dispenser unit, located downstream of said boiler and provided with at least one coffee panel configured for mixing hot water with coffee; and - a first pumping hydraulic circuit, provided with at least one pump for water, interposed between said water feeding hydraulic circuit and said boiler, the espresso coffee machine being characterized in that a second pumping hydraulic circuit is interposed between the water feeding hydraulic circuit and the boiler, said second pumping hydraulic circuit being connected in parallel with the first pumping hydraulic circuit and being provided with a lever pumping unit, wherein said lever pumping unit works at room temperature, being physically separated from both the boiler and from the coffee dispenser unit. - a water feeding hydraulic circuit; - at least one boiler for heating the water, located downstream of said water feeding hydraulic circuit; - a coffee dispenser unit, located downstream of said boiler and provided with at least one coffee panel configured for mixing hot water with coffee; and - a first pumping hydraulic circuit, provided with at least one pump for water, interposed between said water feeding hydraulic circuit and said boiler,