mhurhangee/ep-ind-claims huggingface dataset:
A method of forming an inductor (10A;10B;10C), the method comprising: forming a substrate (26;26A;26B;26C) comprising a plurality of recesses in a pottant material (22;22A;22B;22C) having a thermal conductivity exceeding 17 W/mK; forming a plurality of core segments (18;18A;18B;18C); wrapping a plurality of windings (24;24A;24B;24C) around each of the plurality of core segments (18;18A;18B;18C); arranging the core segments (18;18A;18B;18C) along the substrate (26;26A;26B;26C) such that the windings (24;24A;24B;24C) are arranged within the recesses in the pottant material (22;22A;22B;22C); arranging segments (36A;36B) of pottant material along the core segments (18;18A;18B;18C) opposite of the substrate (26;26A;26B;26C), wherein the segments (36A;36B) of pottant material comprise a second plurality of recesses in the pottant material (22;22A;22B;22C); placing a gap filler (20;20A;20B;20C) between each of the plurality of core segments (18;18A;18B;186C); and rolling the plurality of core segments (18;18A;18B;18C) and the substrate (26;26A;26B;26C) into an inductor (10A;10B;10C). forming a substrate (26;26A;26B;26C) comprising a plurality of recesses in a pottant material (22;22A;22B;22C) having a thermal conductivity exceeding 17 W/mK; forming a plurality of core segments (18;18A;18B;18C); wrapping a plurality of windings (24;24A;24B;24C) around each of the plurality of core segments (18;18A;18B;18C); arranging the core segments (18;18A;18B;18C) along the substrate (26;26A;26B;26C) such that the windings (24;24A;24B;24C) are arranged within the recesses in the pottant material (22;22A;22B;22C); arranging segments (36A;36B) of pottant material along the core segments (18;18A;18B;18C) opposite of the substrate (26;26A;26B;26C), wherein the segments (36A;36B) of pottant material comprise a second plurality of recesses in the pottant material (22;22A;22B;22C); placing a gap filler (20;20A;20B;20C) between each of the plurality of core segments (18;18A;18B;186C); and rolling the plurality of core segments (18;18A;18B;18C) and the substrate (26;26A;26B;26C) into an inductor (10A;10B;10C).
A sample test automation system for subjecting samples to various processes, the sample test automation system comprising: a sample introducing unit for accommodating sample trays in respective tray storage units, each sample tray having a plurality of samples installed thereon, for taking out samples from the sample trays and for carrying in the samples into the sample test automation system; a conveying unit for conveying the carried-in samples to destinations of the various processes; and an operation control unit for carrying out operation and control of the whole sample test automation system, wherein the sample introducing unit includes a tag reading apparatus for reading a tag attached to each sample tray for distinguishing the individual sample tray from the plurality of sample trays, characterized in that the operation control unit is adapted to switch and control information about each sample installed on any one of the sample trays based on the information read by the tag reading apparatus from the tag attached to the sample tray, the information about the sample including a type of the sample and a processing method of the sample, and wherein the operation control unit is adapted to display a setting screen for an operator to input setting information linking the information to be read by the tag reading apparatus from the tags attached to the sample trays to the information about the samples. a sample introducing unit for accommodating sample trays in respective tray storage units, each sample tray having a plurality of samples installed thereon, for taking out samples from the sample trays and for carrying in the samples into the sample test automation system; a conveying unit for conveying the carried-in samples to destinations of the various processes; and an operation control unit for carrying out operation and control of the whole sample test automation system, wherein the sample introducing unit includes a tag reading apparatus for reading a tag attached to each sample tray for distinguishing the individual sample tray from the plurality of sample trays, characterized in that the operation control unit is adapted to switch and control information about each sample installed on any one of the sample trays based on the information read by the tag reading apparatus from the tag attached to the sample tray, the information about the sample including a type of the sample and a processing method of the sample, and wherein the operation control unit is adapted to display a setting screen for an operator to input setting information linking the information to be read by the tag reading apparatus from the tags attached to the sample trays to the information about the samples.
A method, performed in a client terminal, for enabling an establishment of a second secure session over a communication network, the second secure session being additional to a first secure session, the first secure session being established using a session establishment protocol and a transport security protocol, the method comprising: - obtaining a session identifier of the first secure session; - obtaining a credential identifier, the credential identifier identifying a server terminal of the first secure session; - associating the credential identifier to the session identifier of the first secure session; - storing the session identifier and the credential identifier associated with the session identifier of the first secure session. - receiving from the server terminal a message requesting or accepting the establishment of the second secure session; - obtaining a credential identifier from the received message; - determining whether the obtained credential identifier matches the credential identifier associated with the session identifier of the first secure session; - retrieving the session identifier of the first secure session, when it is determined that the obtained credential identifier matches the credential identifier associated with the session identifier of the first secure session. - obtaining a session identifier of the first secure session; - obtaining a credential identifier, the credential identifier identifying a server terminal of the first secure session; - associating the credential identifier to the session identifier of the first secure session; - storing the session identifier and the credential identifier associated with the session identifier of the first secure session. - receiving from the server terminal a message requesting or accepting the establishment of the second secure session; - obtaining a credential identifier from the received message; - determining whether the obtained credential identifier matches the credential identifier associated with the session identifier of the first secure session; - retrieving the session identifier of the first secure session, when it is determined that the obtained credential identifier matches the credential identifier associated with the session identifier of the first secure session.
A system for surveying a track, comprising - with regard to the longitudinal direction of the track - two outer measuring devices (9, 10) and a central measuring device arranged there between, wherein each measuring device (9, 10, 13) has a specific position relative to the track in order to detect geometric track parameters, characterized in that the one outer measuring device comprises a camera with a recording area which is defined by track parameters such as lens focal length and image sensor size, wherein a selected lens aperture of the camera determines the depth of field within the recording area 19, that a measuring object of the other outer measuring device and a measuring object of the central measuring device are arranged in the recording area, and that the camera is connected to an evaluation device for pattern recognition, and that the evaluation device is a computer in which a pattern recognition and image evaluation software are implemented to recognize by means of pattern recognition, the measuring objects (11, 14) and to determine the position thereof relative to one another and with respect to an image section of the camera.
Use of a mammalian cell for the in vitro production of a drug protein or a therapeutic antibody, wherein the mammalian cell comprises (a) a vector expressing a pH sensing receptor comprising a promoter and a polynucleotide coding for a G protein-coupled receptor, wherein the promoter is the constitutive simian virus 40 promoter (P SV40), the minimal human cytomegalovirus immediate early promoter (P hCMVmin), the constitutive human cytomegalovirus promoter (P hCMV), the human elongation factor 1α promoter (P hEF1α), the phosphoglycerate kinase promoter (P PGK), the human ubiquitin promoter (P hUBC), or the beta-actin promoter and wherein the G protein-coupled receptor is TDAG8; (b) a vector comprising a synthetic promoter specifically activated by said pH sensing receptor and response elements fused to a polynucleotide coding for an endogenous or exogenous protein, wherein the encoded endogenous or exogenous protein is a drug protein or a therapeutic antibody, wherein the response element is the cAMP-response element. (a) a vector expressing a pH sensing receptor comprising a promoter and a polynucleotide coding for a G protein-coupled receptor, wherein the promoter is the constitutive simian virus 40 promoter (P SV40), the minimal human cytomegalovirus immediate early promoter (P hCMVmin), the constitutive human cytomegalovirus promoter (P hCMV), the human elongation factor 1α promoter (P hEF1α), the phosphoglycerate kinase promoter (P PGK), the human ubiquitin promoter (P hUBC), or the beta-actin promoter and wherein the G protein-coupled receptor is TDAG8; (b) a vector comprising a synthetic promoter specifically activated by said pH sensing receptor and response elements fused to a polynucleotide coding for an endogenous or exogenous protein, wherein the encoded endogenous or exogenous protein is a drug protein or a therapeutic antibody, wherein the response element is the cAMP-response element.
A system comprising: an aircraft having an aircraft wing, the aircraft wing having an engine support structure; an engine; and a mounting system configured to mount the engine to the engine support structure, wherein the engine is a turbomachine having an inlet diameter at an inlet thereof; the mounting system comprises a rigid structure structurally coupled to the engine, and a four-bar type linkage mechanism having an upper link, a lower link, and a thrust link; the upper link is pivotally coupled at one end to a bar member that extends aftward from and is rigidly attached to the rigid structure and is pivotally coupled at an opposite end to the engine support structure; the lower link is pivotally coupled at one end to a further bar member that is rigidly attached to the rigid structure and is pivotally coupled at an opposite end to the engine support structure; the upper link is coupled between the rigid structure and the engine support structure above the lower link; the thrust link is pivotally connected at its forward end to a core engine of the engine and is pivotally connect at its aft end to the rigid structure; and the upper and lower links (62, 64) are configured such that vectors of forces transmitted along the links (62, 64) intersect to define a focal point (Pf) thereof at a location that is a distance of not more than 15% of the inlet diameter from a thrust centerline of the engine and aft of a vector of an inlet load (Fi) to which the engine is subjected when the aircraft is in a climb maneuver, the location of the focal point causing a moment of a thrust load (Ft) of the engine and a moment of the inlet load (Fi) to oppose each other and thereby reduce backbone bending of the engine during the climb maneuver, wherein the focal point (Pf) is located below the thrust centerline of the engine and within a fan inlet assembly of the engine that defines the inlet of the engine and the inlet diameter thereof. an aircraft having an aircraft wing, the aircraft wing having an engine support structure; an engine; and a mounting system configured to mount the engine to the engine support structure, wherein
A dialysis acid precursor composition for use during preparation of a dialysis acid concentrate solution and for mixing with water and a bicarbonate containing concentrate into a ready-for-use dialysis solution, wherein said dialysis acid precursor composition consists of powder components comprising sodium chloride, at least one dry acid selected from the group of citric acid and glucono-δ-lactone and at least one calcium salt selected from the group of anhydrous calcium chloride and calcium gluconate, and magnesium chloride hexahydrate, and optionally potassium salt, and glucose, wherein said optional glucose is present as anhydrous component in said dialysis acid precursor composition, and wherein said dialysis acid precursor composition is sealed in a moisture-resistant container with a water vapour transmission rate less than 0.3 g/m 2 /d at 38°C/90%RH.
Fitting device for a movable furniture part, in particular for driving a flap, a door or the like, with a fitting with at least two fitting components (19, 20) which are able to pivot towards one another, and a hinge with at least two hinge components (26, 27) which are able to pivot towards one another, wherein fitting and hinge are or may be combined into an assembly, wherein one of the fitting components is designed as a mounting element, on which the fitting-side mounting interface for the hinge is located, wherein at least one of the fitting components is designed as control lever, wherein the control lever is designed as a single lever, characterised in that the control lever is connected pivotably via a lever linkage to the mounting element, and that the mounting element has a mounting section with mounting means for mounting on a piece of furniture, and an interface section with the fitting-side mounting interface, which protrudes at an angle from the mounting section and is free of mounting means.
A recombinant poxvirus comprising a tetanus toxin fragment C coding sequence, said TTC coding sequence being operably linked to a bacterial antigenic determinant coding sequence.
A vehicle auxiliary instrument panel mounting assembly, comprising a floor, which is provided with a chute extending in a front-rear direction of a vehicle body, wherein a wall of the chute is provided with at least two groups of locking holes spaced in an extension direction of the chute, and the floor is provided with limiting parts in one-to-one corresponding to the at least two groups of locking holes; and an auxiliary instrument panel, wherein a bottom of the auxiliary instrument panel is located in the chute and can move along the chute, a front side plate or a rear side plate of the auxiliary instrument panel is provided with a first clasp, a locking part connected with the first clasp is arranged inside the auxiliary instrument panel and is inserted into one group of the locking holes, the locking part has an unlocking state in which the locking part moves to be separated from one group of the locking holes due to pulling of the first clasp, and the locking part also has a locking state in which the locking part is locked in one group of the locking holes due to contact with the limiting parts. a floor, which is provided with a chute extending in a front-rear direction of a vehicle body, wherein a wall of the chute is provided with at least two groups of locking holes spaced in an extension direction of the chute, and the floor is provided with limiting parts in one-to-one corresponding to the at least two groups of locking holes; and an auxiliary instrument panel, wherein a bottom of the auxiliary instrument panel is located in the chute and can move along the chute, a front side plate or a rear side plate of the auxiliary instrument panel is provided with a first clasp, a locking part connected with the first clasp is arranged inside the auxiliary instrument panel and is inserted into one group of the locking holes, the locking part has an unlocking state in which the locking part moves to be separated from one group of the locking holes due to pulling of the first clasp, and the locking part also has a locking state in which the locking part is locked in one group of the locking holes due to contact with the limiting parts.
A device for storing of fluid containers, comprising: at least one storage, provided with one or more storing levels including a pipetting storing level, adapted for pipetting of fluids, each storing level having a plurality of storing positions, each of which having a container holder, adapted to detachably hold at least one fluid container, a handler, movable with respect to the storage, adapted for automatically transferring fluid containers at least with respect to the storing positions, wherein the storing position of the pipetting storing level includes a flat spring, arranged to bias a fluid container against the container holder, characterized in that the flat spring comprises at least one through-hole positioned to provide a pipette access to a container lid of the fluid container and in that the handler comprises a lug, configured to be engaged with the flat spring of the storing position so as to act against the resilient force of the flat spring when the handler is in a transfer position for transferring a fluid container to or away from the storing position. at least one storage, provided with one or more storing levels including a pipetting storing level, adapted for pipetting of fluids, each storing level having a plurality of storing positions, each of which having a container holder, adapted to detachably hold at least one fluid container, a handler, movable with respect to the storage, adapted for automatically transferring fluid containers at least with respect to the storing positions, wherein the storing position of the pipetting storing level includes a flat spring, arranged to bias a fluid container against the container holder, characterized in that the flat spring comprises at least one through-hole positioned to provide a pipette access to a container lid of the fluid container and in that the handler comprises a lug, configured to be engaged with the flat spring of the storing position so as to act against the resilient force of the flat spring when the handler is in a transfer position for transferring a fluid container to or away from the storing position.
A self-fastening surgical staple having a longitudinal axis ("A") and comprising a central section with a distal surface and a proximal surface that are perpendicular to the longitudinal axis, said surgical staple further comprising an elongate distal part with screw thread that is able to penetrate into biological tissues and extends distally from said distal surface along the longitudinal axis, wherein a plurality of self-fastening stubs forming a harpoon for removable fixation to a textile are distributed on a periphery of said proximal surface of the central section extending proximally from said proximal surface and parallel the longitudinal axis, the proximal surface having a central zone free of said stubs and wherein the self-fastening stubs have a length that is less than or equal to the length of said elongate distal part, characterized in that the stubs define a cavity in the central zone of a length and diameter sufficient to receive at least part of an elongate distal part of another staple, the elongate distal part of said another staple having substantially the same shapes and the same dimensions as the elongate distal part of said self-fastening surgical staple.
A multi-chamber furnace for vacuum carburizing and quench hardening of individual workpieces such as the gears, shafts and rings, comprising a set of horizontal and pass-through process chambers with parallel longitudinal axes, located in a common vacuum housing and equipped with a combined transport system and a quenching equipment, wherein each one of said chambers incorporates a thermal insulation and it is equipped with a heating system, characterized in that the said set comprise three process chambers, namely: a heating chamber, a carburizing chamber and a diffusion chamber, which are arranged vertically one over another, in the same order as listed above, wherein: - the set of process chambers (2a, 2b, 2c) are placed between two vertical transport chambers (5, 6) with incorporated loading and unloading mechanisms (7a and 7b) for individual workpieces to and from each one of the respective process chambers (2a, 2b, 2c) through thermal/gas-tight doors arranged at both ends of each of the said process chambers, and loading and unloading locks (8 and 14) configured to allow external access to the transport chambers (5, 6); - a bottom wall of each said chambers (2a, 2b, 2c) is equipped with a stepping feeding mechanism (13a, 13b, 13c), which is configured for step-by-step displacing of individual workpieces, with positioning possibility of them between 2 and 100 steps, and with a time frame from 0.1 to 60 minutes, in order to continuous moving these workpieces in the chosen mode; - the unloading lock incorporates equipment for quenching of individual workpieces within a furnace operating cycle. - the set of process chambers (2a, 2b, 2c) are placed between two vertical transport chambers (5, 6) with incorporated loading and unloading mechanisms (7a and 7b) for individual workpieces to and from each one of the respective process chambers (2a, 2b, 2c) through thermal/gas-tight doors arranged at both ends of each of the said process chambers, and loading and unloading locks (8 and 14) configured to allow external access to the transport chambers (5, 6); - a bottom wall of each said chambers (2a, 2b, 2c) is equipped with a stepping feeding mechanism (13a, 13b, 13c), which is configured for step-by-step displacing of individual workpieces, with positioning possibility of them between 2 and 100 steps, and with a time frame from 0.1 to 60 minutes, in order to continuous moving these workpieces in the chosen mode; - the unloading lock incorporates equipment for quenching of individual workpieces within a furnace operating cycle.