mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: launching, by a device, a core agent for a Java application; loading, by the core agent, a first tenant and a second tenant, wherein each tenant is a functional module having its own isolated class loader; instrumenting, via the core agent and by each tenant, the Java application to capture data regarding execution of the Java application, wherein the core agent inserts instrumentation into the Java application on behalf of the tenant modules; and providing the captured data to a user interface, wherein launching, by a device, the core agent for a Java application comprises: creating tenant modules for each of the tenants; setting, by the agent loader, the tenant modules to be able to export to at least one of: a boot module or a premain module of the Java application; and setting, by the agent loader, the tenant modules to be readable by at least one of: the boot module or the premain module of the Java application. launching, by a device, a core agent for a Java application; loading, by the core agent, a first tenant and a second tenant, wherein each tenant is a functional module having its own isolated class loader; instrumenting, via the core agent and by each tenant, the Java application to capture data regarding execution of the Java application, wherein the core agent inserts instrumentation into the Java application on behalf of the tenant modules; and providing the captured data to a user interface, wherein launching, by a device, the core agent for a Java application comprises: creating tenant modules for each of the tenants; setting, by the agent loader, the tenant modules to be able to export to at least one of: a boot module or a premain module of the Java application; and setting, by the agent loader, the tenant modules to be readable by at least one of: the boot module or the premain module of the Java application. creating tenant modules for each of the tenants; setting, by the agent loader, the tenant modules to be able to export to at least one of: a boot module or a premain module of the Java application; and setting, by the agent loader, the tenant modules to be readable by at least one of: the boot module or the premain module of the Java application.
A recombinant Listeria strain, said recombinant Listeria strain comprising an episomal plasmid comprising a recombinant nucleic acid, said nucleic acid comprising a first open reading frame encoding a recombinant polypeptide comprising an N-terminal fragment of an LLO protein fused to a heterologous antigen or fragment thereof, wherein said heterologous antigen is Human Papilloma Virus-E7 (HPV-E7) or HPV-E6, wherein said recombinant nucleic acid further comprises a second open reading frame encoding a mutant PrfA protein comprising an amino acid sequence of SEQ ID NO: 34, wherein said recombinant Listeria strain lacks a genomic prfA gene, or comprises an inactivating mutation in a genomic prfA gene, and wherein said mutant PrfA protein complements said lack of a genomic prfA gene or inactivating mutation in a genomic prfA gene or restores partial PrfA function in said Listeria strain.
A sealing system for sealing a gap (34;134;234;334) between a first body (10;110;210;310) of a gas turbine engine and a second body (12;112;212;312) of a gas turbine engine, the sealing system comprising: a first seal (14;114;214;314) having a first portion (136;236;340) adapted to be attached to said first body (10;...310) and a second portion (30;130;230;330) extending across said gap (34;...334); and a second seal (16;116;216;316) having a first portion adapted to be attached to said second body (12;...312) and a second portion (32;132;232;332) extending across said gap (34;...334) wherein said second portion (30;...330) of said first seal (14;...314) and said second portion (32;...332) of said second seal (16;...316) are adjacent and overlapping with each other to seal said gap (34;...334), characterised in that: the first seal (14;...314) and second seal (16;...316) are in physical communication and are held in a fixed position and pushed together by a gas pressure differential. a first seal (14;114;214;314) having a first portion (136;236;340) adapted to be attached to said first body (10;...310) and a second portion (30;130;230;330) extending across said gap (34;...334); and a second seal (16;116;216;316) having a first portion adapted to be attached to said second body (12;...312) and a second portion (32;132;232;332) extending across said gap (34;...334) wherein said second portion (30;...330) of said first seal (14;...314) and said second portion (32;...332) of said second seal (16;...316) are adjacent and overlapping with each other to seal said gap (34;...334), characterised in that: the first seal (14;...314) and second seal (16;...316) are in physical communication and are held in a fixed position and pushed together by a gas pressure differential. the first seal (14;...314) and second seal (16;...316) are in physical communication and are held in a fixed position and pushed together by a gas pressure differential.
A bonding wire for a semiconductor device comprising: a core material having Cu as a main component and a metallic element of the group consisting of Ni, Pd and Pt in a total amount of 0.1 % by mass or more and 3.0% by mass or less; wherein it optionally further contains Au, and the total amount of Ni, Pd, Pt and Au in the core material is more than 0.1% by mass and 3.0% by mass or less; a coating layer having Pd as a main component, elements other than Pd contained therein are inevitable impurities of Pd, a component constituting the core material inside the coating layer and an element constituting a skin alloy layer on a surface side of the coating layer, having a thickness of 20 to 90 nm and Pd maximum concentration with at least 90 at% provided on a surface of the core material; and a skin alloy layer containing Au and Pd having a thickness of 0.5 to 40 nm and having a maximum concentration of Au of 15 to 75 at% provided on a surface of the coating layer, wherein a concentration of Cu at an outermost surface of the wire is 1 at% or more and 10 at% or less, wherein the bonding wire optionally further contains one or more of P, B, Be, Fe, Mg, Ti, Zn, Ag and Si, and the total concentration of these elements in the entire wire is in a range of 0.0001 to 0.01% by mass, the balance being Cu and inevitable impurities; wherein the coating layers are measured as defined in the description. a core material having Cu as a main component and a metallic element of the group consisting of Ni, Pd and Pt in a total amount of 0.1 % by mass or more and 3.0% by mass or less; wherein it optionally further contains Au, and the total amount of Ni, Pd, Pt and Au in the core material is more than 0.1% by mass and 3.0% by mass or less; a coating layer having Pd as a main component, elements other than Pd contained therein are inevitable impurities of Pd, a component constituting the core material inside the coating layer and an element constituting a skin alloy layer on a surface side of the coating layer, having a thickness of 20 to 90 nm and Pd maximum concentration with at least 90 at% provided on a surface of the core material; and a skin alloy layer containing Au and Pd having a thickness of 0.5 to 40 nm and having a maximum concentration of Au of 15 to 75 at% provided on a surface of the coating layer, wherein a concentration of Cu at an outermost surface of the wire is 1 at% or more and 10 at% or less, wherein the bonding wire optionally further contains one or more of P, B, Be, Fe, Mg, Ti, Zn, Ag and Si, and the total concentration of these elements in the entire wire is in a range of 0.0001 to 0.01% by mass, the balance being Cu and inevitable impurities; wherein the coating layers are measured as defined in the description.
Storage box for storing plastic pipette tips, which comprises: - an electrically non-conductive frame part which is formed from two longitudinal walls and two transverse walls, wherein the longitudinal walls and the transverse walls laterally enclose an interior space and leave open a first opening on an upper side of the frame part and a second opening on an underside of the frame part, - an electrically non-conductive support plate for plastic pipette tips, which is connected to the upper side of the frame part and substantially covers the first opening, wherein the support plate comprises a plurality of storage openings for inserting plastic pipette tips; characterized in that the storage box comprises an electrically conductive pipette tip contact piece which is arranged on the underside of the frame part, which extends parallel to the support plate and which, for contacting at least one plastic pipette tip inserted into one of the storage openings, in addition extends by a height H K in the direction of the upper support plate. - an electrically non-conductive frame part which is formed from two longitudinal walls and two transverse walls, wherein the longitudinal walls and the transverse walls laterally enclose an interior space and leave open a first opening on an upper side of the frame part and a second opening on an underside of the frame part, - an electrically non-conductive support plate for plastic pipette tips, which is connected to the upper side of the frame part and substantially covers the first opening, wherein the support plate comprises a plurality of storage openings for inserting plastic pipette tips;
Method for producing a trim and sound protection panel for a motor vehicle, said method comprising the following steps: - providing a hot-compression mould, said mould comprising a die and a punch defining a moulding cavity sealed by closing said mould, said punch or said die having a face provided with graining, - disposing, between said die and said punch, in successive stacking, a permeable covering layer, a permeable structural and sound-absorption layer able to be moulded by hot compression, said structural layer being based on fibres bonded together by a binder, and an impermeable thermoplastic film, said covering layer being turned towards said face, said layers being at a temperature allowing moulding thereof, - closing said mould so as to seal said cavity, - applying on the same side as said film a pressurised gas so as to press said film against said structural layer in order to compress it and so as to press said covering layer against said face in order to confer graining on it, - after peripheral cutting, removing the panel obtained from the mould. - providing a hot-compression mould, said mould comprising a die and a punch defining a moulding cavity sealed by closing said mould, said punch or said die having a face provided with graining, - disposing, between said die and said punch, in successive stacking, a permeable covering layer, a permeable structural and sound-absorption layer able to be moulded by hot compression, said structural layer being based on fibres bonded together by a binder, and an impermeable thermoplastic film, - closing said mould so as to seal said cavity, - applying on the same side as said film a pressurised gas so as to press said film against said structural layer in order to compress it and so as to press said covering layer against said face in order to confer graining on it, - after peripheral cutting, removing the panel obtained from the mould.
A mobile station comprising a mobile terminal, a transferable subscriber identity module, and an application interface, i.e., a SIM Application Toolkit, between the mobile terminal and the subscriber identity module, the subscriber identity module comprising means for storing data, characterized in that the subscriber identity module comprises means for inquiring selected property data, i.e., properties of the mobile terminal on the basis of the functionalities of the interface between the mobile terminal and the subscriber identity module and, the IMEI code of the mobile terminal, from the mobile terminal over the application interface, the means being arranged to be activated in response to the connecting of the subscriber identity module and the mobile terminal, i.e., automatically each time the mobile terminal is switched on; means for comparing the inquired property data, i.e., properties of the mobile terminal on the basis of the functionalities of the interface between the mobile terminal and the subscriber identity module and, the IMEI code of the mobile terminal with the data stored in the subscriber identity module; means for transmitting a message concerning the selected property data to a predetermined server and for updating the data stored in the subscriber identity module in response to the inquired property data, i.e. either the properties of the mobile terminal on the basis of the functionalities of the interface between the mobile terminal and the subscriber identity module or the IMEI code of the mobile terminal, being different from the stored property data.
An outer space deployable antenna comprising: a waveguide antenna feed section comprising a first plurality of wires and a first plurality of biased hinges coupling the first plurality of wires together to be self-biased to move between a collapsed stored configuration and an extended deployed configuration; a horn antenna section coupled to the waveguide antenna feed section and comprising a second plurality of wires and a second plurality of biased hinges coupling the second plurality of wires together to be self-biased to move between the collapsed stored configuration and the extended deployed configuration; and a flexible electrically conductive layer covering the waveguide antenna feed section and the horn antenna section in at least the extended deployed configuration. a waveguide antenna feed section comprising a first plurality of wires and a first plurality of biased hinges coupling the first plurality of wires together to be self-biased to move between a collapsed stored configuration and an extended deployed configuration; a horn antenna section coupled to the waveguide antenna feed section and comprising a second plurality of wires and a second plurality of biased hinges coupling the second plurality of wires together to be self-biased to move between the collapsed stored configuration and the extended deployed configuration; and a flexible electrically conductive layer covering the waveguide antenna feed section and the horn antenna section in at least the extended deployed configuration.
Device for monitoring the lubrication condition of the bearing of a track roller of a running gear of a tracked vehicle by means of temperature monitoring, wherein the track roller has at least one bearing journal, wherein the track roller is mounted in a frame of the tracked vehicle via the bearing journal, wherein a sensor arrangement is arranged in the region of the bearing journal, wherein the sensor arrangement is set up to transmit temperature data measured by the sensor arrangement wirelessly to a further processing device, characterized in that the sensor arrangement is arranged on a fastening screw, wherein the fastening screw is screwed into a threaded bore provided in the bearing journal, wherein the track roller is fastened to an element of the frame by means of the fastening screw, wherein the sensor arrangement comprises a temperature sensor, with which instantaneous temperature data can be measured, wherein the sensor arrangement comprises an RFID transponder with which the temperature data can be acquired, wherein a reader is provided at a distance from the RFID transponder suitable for reading out the acquired temperature data, and wherein the reader is configured for transmitting the temperature data to the further processing device for further processing. the sensor arrangement is arranged on a fastening screw, wherein the fastening screw is screwed into a threaded bore provided in the bearing journal, wherein the track roller is fastened to an element of the frame by means of the fastening screw, wherein the sensor arrangement comprises a temperature sensor, with which instantaneous temperature data can be measured, wherein the sensor arrangement comprises an RFID transponder with which the temperature data can be acquired, wherein a reader is provided at a distance from the RFID transponder suitable for reading out the acquired temperature data, and wherein the reader is configured for transmitting the temperature data to the further processing device for further processing.
A method for providing temperature-countering compensation to a sensing signal produced by a sensing means where the sensing means exhibits at least one of a temperature-dependent offset and a temperature-dependent sensitivity, the method comprising: (a) using a temperature sensor to obtain a signal (711, 741) indicative of effective temperature to which the sensing means is subjected to; (b) from the obtained, temperature-indicating signal, generating one or more compensating signals (719, 750) representing, respectively, a first Pade Approximation that models a nonlinear temperature-dependent offset (ΔV off) in a offset voltage compensation means of the sensing means; and a second Pade Approximation that models a nonlinear temperature-dependent sensitivity (ΔS) of the sensing means in a sensitivity compensation means; and (c) compensating the sensing signal (V S) by the nonlinear temperature-dependent offset in an offset compensation means and the nonlinear temperature-dependent sensitivity (ΔS) in a sensitivity compensation means. (a) using a temperature sensor to obtain a signal (711, 741) indicative of effective temperature to which the sensing means is subjected to; (b) from the obtained, temperature-indicating signal, generating one or more compensating signals (719, 750) representing, respectively, a first Pade Approximation that models a nonlinear temperature-dependent offset (ΔV off) in a offset voltage compensation means of the sensing means; and a second Pade Approximation that models a nonlinear temperature-dependent sensitivity (ΔS) of the sensing means in a sensitivity compensation means; and (c) compensating the sensing signal (V S) by the nonlinear temperature-dependent offset in an offset compensation means and the nonlinear temperature-dependent sensitivity (ΔS) in a sensitivity compensation means.
A filtration device for vacuum membrane filtration applications, having a filtration base, a pour funnel detachably mounted on the filtration base and a membrane filter clamped between the filtration base and the pour funnel, wherein the filtration base can be connected to a suction device and comprises a membrane rest region on the top side of the filtration base, which has a rest structure and a support contour surrounding the rest structure for the membrane filter placed in the membrane rest region, wherein the support contour adjoins on its outside a sealing surface, onto which the rim of the membrane filter is pressed through the pour funnel placed upon the filtration base, wherein the rest structure and the sealing surface are arranged offset to each other and a height difference between the rest structure and the sealing surface is bridged by the support contour, wherein the support contour has at least one notch, which is in flow connection to the underside of the membrane rest region and is arranged such that it can be selectively covered by the membrane filter placed in the membrane rest region, wherein the notch is covered by the clamped membrane filter when the pour funnel is mounted on the filtration base, and the notch is not covered by the membrane filter when the pour funnel is removed from the filtration base and the aspirated moistened membrane filter curves upward due to a negative pressure exerted by the suction device.
A surgical access system having sagittal, frontal, and transverse planes and comprising: a cannula comprising: a distal tip configured to enable secure attachment of sutures (184, 186) or suture tubes (188, 190) to the cannula; an obturator; and an articulation interface; wherein the distal tip of the cannula comprises: one or more longitudinal channels distributed around a circumference of the distal tip, wherein the one or more longitudinal channels are configured to releasably hold sutures (184, 186) or suture tubes (188, 190); one or more circumferential channels (82, 86) including a cinch suture channel around the distal tip, wherein the one or more circumferential channels are configured to provide an indentation to guide a suture or tissue within that circumferential channel; and one or more bridges defining a bridge orifice distributed circumferentially along the cinch suture channel; wherein the obturator is coaxially insertable within the cannula and comprises: a distal tip (94; 200); and a retractable cutting element having an actuator. a distal tip configured to enable secure attachment of sutures (184, 186) or suture tubes (188, 190) to the cannula; an obturator; and an articulation interface; wherein the distal tip of the cannula comprises: one or more longitudinal channels distributed around a circumference of the distal tip, wherein the one or more longitudinal channels are configured to releasably hold sutures (184, 186) or suture tubes (188, 190); one or more circumferential channels (82, 86) including a cinch suture channel around the distal tip, wherein the one or more circumferential channels are configured to provide an indentation to guide a suture or tissue within that circumferential channel; and one or more bridges defining a bridge orifice distributed circumferentially along the cinch suture channel; one or more longitudinal channels distributed around a circumference of the distal tip, wherein the one or more longitudinal channels are configured to releasably hold sutures (184, 186) or suture tubes (188, 190); one or more circumferential channels (82, 86) including a cinch suture channel around the distal tip, wherein the one or more circumferential channels are configured to provide an indentation to guide a suture or tissue within that circumferential channel; and one or more bridges defining a bridge orifice distributed circumferentially along the cinch suture channel; wherein the obturator is coaxially insertable within the cannula and comprises: a distal tip (94; 200); and a retractable cutting element having an actuator. a distal tip (94; 200); and a retractable cutting element having an actuator.
Device for suspending an upper suspension part in at least one spatial direction (X, Y, Z) with respect to a lower suspension part that is movable relative thereto, a spring device that acts between the upper suspension part and the lower suspension part being provided for the suspending, characterised in that an actuator is provided, by means of which a force can be introduced into the device bidirectionally in the operating direction of the spring device, the actuator being controllable by means of a control device, the actuator comprising a drive in the form of a rotary field magnet and a coupling rod which is in the form of a shaft and can be driven by the drive, and therefore a distance between the lower suspension part and the upper suspension part can be varied by rotating the coupling rod.