mhurhangee/ep-ind-claims huggingface dataset:
An antibody that binds human PD-L1 (SEQ ID NO: 1), comprising a light chain and a heavy chain, wherein the light chain comprises a light chain variable region (LCVR) and the heavy chain comprises a heavy chain variable region (HCVR), and wherein the LCVR comprises light chain complementarity determining regions LCDR1, LCDR2, and LCDR3 consisting of the amino acid sequences SGSSSNIGSNTVN (SEQ ID NO: 5), YGNSNRPS (SEQ ID NO: 6), and QSYDSSLSGSV (SEQ ID NO: 7), respectively, and wherein the HCVR comprises heavy chain complementarity determining regions HCDR1, HCDR2, and HCDR3 consisting of the amino acid sequences KASGGTFSSYAIS (SEQ ID NO: 2), GIIPIFGTANYAQKFQG (SEQ ID NO: 3), and ARSPDYSPYYYYGMDV (SEQ ID NO: 4), respectively.
A polymer comprising residues of 5 -amino-2-(p-aminophenyl)benzimidazole) (DAPBI), paraphenylene diamine, and terephthaloyl dichloride, having a polydispersity index of 1 to 1.8, wherein the molecular weights used to calculate the polydispersity index are determined by Size Exclusion Chromatography, wherein the polymer is obtainable by a process comprising the steps of: (a) forming a slurry of b mole percent DAPBI and y mole percent PPD in a solvent system comprising organic solvent and c weight percent of an inorganic salt, wherein the inorganic salt is present in an amount of at least 5 weight percent of the organic solvent, DAPBI and PPD being present in an amount sufficient for providing a polymer solution having a weight percent solids of 12 percent or greater on a polymer basis; and (b) contacting the slurry of step a) with a stoichiometric amount of terephthaloyl dichloride, wherein the addition occurs in at least 3 steps, to form a product comprising the polymer wherein the sum of y and b is 100 and the product of b x c is 225 or greater. (a) forming a slurry of b mole percent DAPBI and y mole percent PPD in a solvent system comprising organic solvent and c weight percent of an inorganic salt, wherein the inorganic salt is present in an amount of at least 5 weight percent of the organic solvent, DAPBI and PPD being present in an amount sufficient for providing a polymer solution having a weight percent solids of 12 percent or greater on a polymer basis; and (b) contacting the slurry of step a) with a stoichiometric amount of terephthaloyl dichloride, wherein the addition occurs in at least 3 steps, to form a product comprising the polymer
A gastric stimulation device comprising: a housing; electronic circuitry (25, 63) contained within the housing; at least one stimulating electrode coupled to the housing, electrically coupled to the electronic circuitry (25, 63) and configured to be coupled to stomach tissue of a patient so that it is in electrical contact with the stomach tissue; and an attachment device coupled to the housing and operative to attach the housing within a stomach cavity to a stomach wall; wherein the electronic circuitry is configured to deliver electrically stimulating signals to the stomach tissue through the at least one stimulating electrode; and wherein the attachment device comprises an anchor (123, 223, 263, 323, 340, 383) having a first portion arranged to extend into the stomach wall when the anchor is attached to the stomach wall; and a deployable second portion (125, 240, 265) distal to the first portion, said second portion being arranged to extend through the stomach wall when the anchor is attached to the stomach wall and to engage the outer surface of the stomach wall to prevent proximal movement of the anchor characterised in that the second portion of the attachment device is an expandable portion configured to expand to attach the attachment device to the stomach wall. a housing; electronic circuitry (25, 63) contained within the housing; at least one stimulating electrode coupled to the housing, electrically coupled to the electronic circuitry (25, 63) and configured to be coupled to stomach tissue of a patient so that it is in electrical contact with the stomach tissue; and an attachment device coupled to the housing and operative to attach the housing within a stomach cavity to a stomach wall; wherein the electronic circuitry is configured to deliver electrically stimulating signals to the stomach tissue through the at least one stimulating electrode; and wherein the attachment device comprises an anchor (123, 223, 263, 323, 340, 383) having a first portion arranged to extend into the stomach wall when the anchor is attached to the stomach wall; and a deployable second portion (125, 240, 265) distal to the first portion, said second portion being arranged to extend through the stomach wall when the anchor is attached to the stomach wall and to engage the outer surface of the stomach wall to prevent proximal movement of the anchor characterised in that the second portion of the attachment device is an expandable portion configured to expand to attach the attachment device to the stomach wall.
Battery bushing for a battery having a hollow body, which has an outer wall and an inner wall, further providing a mounting section, a contacting section and a torque ring at the outer wall between the mounting section and the contacting section, the outer wall preferably having at least one circumferential protrusion (231, 232) at the mounting section, forming a labyrinth, the inner wall having at least an upper section which is surrounded by the contacting section, and a lower section being surrounded by the mounting section and having an expanding diameter to an bottom side of the battery bushing characterized in that the torque ring having a first section oriented towards the contacting section with a first circular planar supporting surface, a third section oriented towards the mounting section with a second circular planar surface, and a second section between the first section and the third sec-tion with an outer contour having indentations (218, 219, 220), the first section, the second section and the third section having the same diameter
Aerial vehicle with a hybrid drive unit and with a rotor unit (1, 1') wherein the hybrid drive unit comprises a combustion engine, a generator and a first electric motor, and the rotor unit (1, 1') comprises a first rotor comprising a rotor shaft, wherein the combustion engine is configured to drive the generator to produce electricity, the generator is coupled to the first electric motor in such a way that the first electric motor is feedable with electricity from the generator, wherein the rotor unit (1, 1') comprises a second rotor comprising a rotor shaft and the hybrid drive unit comprises a second electric motor, wherein the generator is coupled to the second electric motor such that the second electric motor is feedable with electricity from the generator, the first electric motor is coupled to the first rotor via the rotor shaft of the first rotor, to drive the first rotor, and the second electric motor is coupled to the second rotor via the rotor shaft of the second rotor, to drive the second rotor, wherein the shaft of the first rotor and the shaft of the second rotor are coupled to one another by means of a coupling unit, characterized in that, the coupling unit is a gear unit comprising a first synchro gear wheel being coupled to the shaft of the first rotor and a second synchro gear wheel being coupled to the shaft of the second rotor and wherein the first synchro gear wheel and the second synchro gear wheel engage. the combustion engine is configured to drive the generator to produce electricity, the generator is coupled to the first electric motor in such a way that the first electric motor is feedable with electricity from the generator, wherein the rotor unit (1, 1') comprises a second rotor comprising a rotor shaft and the hybrid drive unit comprises a second electric motor, wherein the generator is coupled to the second electric motor such that the second electric motor is feedable with electricity from the generator, the first electric motor is coupled to the first rotor via the rotor shaft of the first rotor, to drive the first rotor, and the second electric motor is coupled to the second rotor via the rotor shaft of the second rotor, to drive the second rotor, wherein the shaft of the first rotor and the shaft of the second rotor are coupled to one another by means of a coupling unit, characterized in that, the coupling unit is a gear unit comprising a first synchro gear wheel being coupled to the shaft of the first rotor and a second synchro gear wheel being coupled to the shaft of the second rotor and wherein the first synchro gear wheel and the second synchro gear wheel engage.
A component for a gas turbine engine comprising: a first end; a second end generally opposite the first end; a flow chamber disposed along a stacking axis between the first end and the second end and defined by an internal surface of the component, characterized in that the flow chamber comprises: a first chamber located at the first end and having a substantially toroidal cross section; a second chamber located between the first chamber and the second end and having a toroidal cross section; a first pedestal extending through a central portion of the first chamber in a first direction that is orthogonal to and passes through said stacking axis; and a second pedestal extending through a central portion of the second chamber in a second direction, wherein the first direction and the second direction are oriented along the stacking axis at a non-zero degree angle with respect to each other. a first end; a second end generally opposite the first end; a flow chamber disposed along a stacking axis between the first end and the second end and defined by an internal surface of the component, characterized in that the flow chamber comprises: a first chamber located at the first end and having a substantially toroidal cross section; a second chamber located between the first chamber and the second end and having a toroidal cross section; a first pedestal extending through a central portion of the first chamber in a first direction that is orthogonal to and passes through said stacking axis; and a second pedestal extending through a central portion of the second chamber in a second direction, wherein the first direction and the second direction are oriented along the stacking axis at a non-zero degree angle with respect to each other. a first chamber located at the first end and having a substantially toroidal cross section; a second chamber located between the first chamber and the second end and having a toroidal cross section; a first pedestal extending through a central portion of the first chamber in a first direction that is orthogonal to and passes through said stacking axis; and a second pedestal extending through a central portion of the second chamber in a second direction, wherein the first direction and the second direction are oriented along the stacking axis at a non-zero degree angle with respect to each other.
Agricultural ground working machine, comprising at least one ground working tool, which is suspended movably, in particular pivotably, in an upright plane pointing in the direction of travel, wherein the ground working tool can be pivoted away from a ready-to-work starting position, which the ground working tool assumes at least without ground engagement forces, in the direction of travel forwards and upwards into a parking position about a horizontal pivot axis transverse to the direction of travel, characterised in that said ground working tool can be deflected about said pivot axis elastically rearwards from the ready-to-work starting position, overcoming elastic pre-tensioning forces of a pre-tensioning device, into an evasive position.
A sample-dispensing device for dispensing samples being arranged on a continuous strip of a coil, the sample-dispensing device comprising a body containing an inlet area for the continuous strip and an outlet area for the sample and a passage channel for the sample formed inside the body; whereby the passage channel for the sample comprises at least one separator positioned on a first surface inside the body, and acting with a connecting contour of the sample in order to detach it, one by one, from the continuous strip, characterized in that the said at least one separator being formed by a front face that protrudes from the first surface towards the passage channel of the sample and a rear face that also protrudes from the first surface towards the passage channel of the sample, the front face and the rear face converging with each other and forming a separation edge.
A method for secure wireless communication at an apparatus associated with a network, the method comprising: receiving, from a wireless wide area network, WWAN, node, a wireless termination point, WTP, addition request message comprising a user equipment identifier and a cryptographic key; using the cryptographic key as a pairwise master key, PMK; generating a PMK identifier, PMKID, based on the PMK; storing the PMK and the PMKID; initializing a PMK security association, PMKSA, by associating the PMK with at least the PMKID and an access point identifier identifying an access point of the apparatus; receiving an association request that includes a PMKID from the user equipment; determining that the PMKID received from the user equipment matches the PMKID stored; and initiating a key exchange with the user equipment based on the PMK to establish a wireless local area network, WLAN, security association with the user equipment. receiving, from a wireless wide area network, WWAN, node, a wireless termination point, WTP, addition request message comprising a user equipment identifier and a cryptographic key; using the cryptographic key as a pairwise master key, PMK; generating a PMK identifier, PMKID, based on the PMK; storing the PMK and the PMKID; initializing a PMK security association, PMKSA, by associating the PMK with at least the PMKID and an access point identifier identifying an access point of the apparatus; receiving an association request that includes a PMKID from the user equipment; determining that the PMKID received from the user equipment matches the PMKID stored; and initiating a key exchange with the user equipment based on the PMK to establish a wireless local area network, WLAN, security association with the user equipment.
A method of lubricating an internal combustion engine equipped with a centrifugal oil mist separator, wherein the lubricant contains 0.1 wt % to 8 wt % soot resulting from operation of the engine, and wherein the lubricant composition comprises an oil of lubricating viscosity, and 0.2 wt % to 3 wt % of a soot dispersing additive having a shear stability index of 0 to 25 as measured in the Orbahn shear test according to ASTM D6278, wherein the soot dispersing additive is a block copolymer comprising (i) a vinyl aromatic monomer block and (ii), a conjugated diene olefin monomer block.
A process for producing a treated promoted ion exchange resin catalyst, which is a sulfonic acid-type cation-exchange resin catalyst, comprising providing a promoted ion exchange resin catalyst, which is defined as a sulfonic acid-type cation-exchange resin comprising a thiol, wherein the promoted sulfonic acid-type cation-exchange resin has been produced by providing a thiol promoter that contains an amine group and attaching the thiol promoter to the sulfonic acid-type cation-exchange resin, and contacting the promoted ion exchange resin catalyst with an antioxidant to produce a treated promoted ion exchange resin catalyst, wherein the antioxidant is a monocyclic or polycyclic phenol, an amine, a diamine, a thioester, a phosphate, a quinoline, or a mixture thereof. providing a promoted ion exchange resin catalyst, which is defined as a sulfonic acid-type cation-exchange resin comprising a thiol, wherein the promoted sulfonic acid-type cation-exchange resin has been produced by providing a thiol promoter that contains an amine group and attaching the thiol promoter to the sulfonic acid-type cation-exchange resin, and contacting the promoted ion exchange resin catalyst with an antioxidant to produce a treated promoted ion exchange resin catalyst, wherein the antioxidant is a monocyclic or polycyclic phenol, an amine, a diamine, a thioester, a phosphate, a quinoline, or a mixture thereof.
Self-sealing pneumatic vehicle tire comprising a sealant ply arranged on the inner surface of a radially inner ply of the pneumatic vehicle tire opposite the tread, characterized in that the sealant of the sealant ply is chemically bonded to the radially inner ply of the pneumatic vehicle tire at the inner surface, wherein the chemical bond is produced by the following alternatives: a) wherein the inner ply and the sealant ply each contain at least one crosslinkable polymer and the chemical compound is based on a crosslinking of these polymers with one another or b) wherein a crosslinking system is applied to the radially inner surface of the radially inner ply in the form of a solution or suspension before the sealant is applied or c) wherein the inner ply and the sealant ply each contain at least one crosslinkable hydrocarbon resin constituent and the chemical bond is based on a crosslinking of these hydrocarbon resin constituents with one another to form a chemical network of hydrocarbon resin between the radially inner ply and the sealant or d) wherein the inner ply contains at least one filler and the sealant ply contains at least one coupling agent for this filler and/or the sealant ply contains at least one filler and the inner ply contains at least one coupling agent for this filler and the chemical bond is based on the reaction of the filler with the coupling agent or e) wherein the inner ply contains at least one filler and the sealant contains at least one polymer and at least one coupling agent, which can bond with this filler and with at least one polymer, is applied to the inner surface and the chemical bond is based on a reaction of the filler with the coupling agent and of the coupling agent with the polymer or f) wherein the sealant ply contains at least one modified polymer and the inner ply contains at least one filler and/or the inner ply contains at least one modified polymer and the sealant ply contains at least one filler and the chemical compound is based on a reaction of the filler with the modified polymer.
A system for taking a snapshot of a storage device at a point in time, the system comprising the storage device having: a first mapping table for translating addresses of data segments in the storage device, the first mapping table comprising a plurality of data segment addresses and a plurality of respective pointers, the first mapping table providing a current view of the data, whereby each pointer indicates the current location of the corresponding data segment in the storage device; wherein the system is configured to receive a snapshot command to establish a point in time copy of the data in the storage device, and in response to receiving a write command while the snapshot command is in progress, the system is configured to: establish a second mapping table for translating addresses of data segments in the storage device, the second mapping table comprising a plurality of data segment addresses and a plurality of respective pointers, each pointer indicating the location of the corresponding data segment in the storage device, wherein the second mapping table represents a point in time copy of the data in the storage device prior to performing the write action of the write command; and update the first mapping table to reflect the current view of the data following the write action of the write command. a first mapping table for translating addresses of data segments in the storage device, the first mapping table comprising a plurality of data segment addresses and a plurality of respective pointers, the first mapping table providing a current view of the data, whereby each pointer indicates the current location of the corresponding data segment in the storage device; wherein the system is configured to receive a snapshot command to establish a point in time copy of the data in the storage device, and in response to receiving a write command while the snapshot command is in progress, the system is configured to: establish a second mapping table for translating addresses of data segments in the storage device, the second mapping table comprising a plurality of data segment addresses and a plurality of respective pointers, each pointer indicating the location of the corresponding data segment in the storage device, wherein the second mapping table represents a point in time copy of the data in the storage device prior to performing the write action of the write command; and update the first mapping table to reflect the current view of the data following the write action of the write command. establish a second mapping table for translating addresses of data segments in the storage device, the second mapping table comprising a plurality of data segment addresses and a plurality of respective pointers, each pointer indicating the location of the corresponding data segment in the storage device, wherein the second mapping table represents a point in time copy of the data in the storage device prior to performing the write action of the write command; and update the first mapping table to reflect the current view of the data following the write action of the write command.
Method for producing a phosphating layer comprising stabilized solid lubricant particles, at least comprising the steps of: a) providing a metallic workpiece; b) immersing the metallic workpiece in an aqueous electrolyte solution comprising at least zinc, phosphate ions, solid lubricant particles and hydrocolloids, wherein the hydrocolloids being selected from the group consisting of polyamines, polyimines and their quaternary salts, polyvinylpyrrolidones, polyvinylpyridines, collagen, gelatin, chitosan hydrolyzate, keratin hydrolyzate, casein hydrolyzate, amidopectins and their copolymers and/or mixtures thereof, and wherein the solid lubricant particles consist of or include substances which are selected from the group consisting of metal and ammonium salts of saturated fatty acids, MoS 2, h-BN, WS 2, graphite, oxidized and fluorinated graphite, PTFE, nylon, PE, PP, PVC, PS, PET, PUR, clay, talc, TiO 2, mullite, CuS, PbS, Bi 2 S 3, CdS or mixtures thereof; c) passing an electrical current through the metallic workpiece for depositing a phosphating layer on the workpiece; and d) optionally aftertreating the electrolytically deposited phosphating layer. a) providing a metallic workpiece; b) immersing the metallic workpiece in an aqueous electrolyte solution comprising at least zinc, phosphate ions, solid lubricant particles and hydrocolloids, wherein the hydrocolloids being selected from the group consisting of polyamines, polyimines and their quaternary salts, polyvinylpyrrolidones, polyvinylpyridines, collagen, gelatin, chitosan hydrolyzate, keratin hydrolyzate, casein hydrolyzate, amidopectins and their copolymers and/or mixtures thereof, and wherein the solid lubricant particles consist of or include substances which are selected from the group consisting of metal and ammonium salts of saturated fatty acids, MoS 2, h-BN, WS 2, graphite, oxidized and fluorinated graphite, PTFE, nylon, PE, PP, PVC, PS, PET, PUR, clay, talc, TiO 2, mullite, CuS, PbS, Bi 2 S 3, CdS or mixtures thereof; c) passing an electrical current through the metallic workpiece for depositing a phosphating layer on the workpiece; and d) optionally aftertreating the electrolytically deposited phosphating layer.