mhurhangee/ep-ind-claims huggingface dataset:
An aqueous polyester-polyurethane dispersion comprising: a) a polyester resin comprising carboxyl and hydroxyl groups and which comprises the reaction product of: aa) a polyester polyol comprising the reaction product of: aa1) at least one diol; aa2) at least one triol; aa3) at least one dicarboxylic acid and/or tricarboxylic acid and/or their anhydrides, the dicarboxylic acid not being succinic acid; aa4) succinic acid; bb) dimethylol butyric acid; cc) a polyisocyanate component comprising ≥ 50 mole-% hexamethylene diisocyanate; b) a basic neutralizing agent; and c) water. a) a polyester resin comprising carboxyl and hydroxyl groups and which comprises the reaction product of: aa) a polyester polyol comprising the reaction product of: aa1) at least one diol; aa2) at least one triol; aa3) at least one dicarboxylic acid and/or tricarboxylic acid and/or their anhydrides, the dicarboxylic acid not being succinic acid; aa4) succinic acid; bb) dimethylol butyric acid; cc) a polyisocyanate component comprising ≥ 50 mole-% hexamethylene diisocyanate; aa) a polyester polyol comprising the reaction product of: aa1) at least one diol; aa2) at least one triol; aa3) at least one dicarboxylic acid and/or tricarboxylic acid and/or their anhydrides, the dicarboxylic acid not being succinic acid; aa4) succinic acid; aa1) at least one diol; aa2) at least one triol; aa3) at least one dicarboxylic acid and/or tricarboxylic acid and/or their anhydrides, the dicarboxylic acid not being succinic acid; aa4) succinic acid; bb) dimethylol butyric acid; cc) a polyisocyanate component comprising ≥ 50 mole-% hexamethylene diisocyanate; b) a basic neutralizing agent; and c) water.
Cosmetic packaging comprising a base, a cover, a seal and a closing/opening means, the base and the cover being hinged to each other via a pivot connection, the packaging being suitable to occupy two distinct positions, a closed position in which the cover is held in position on the base by the closing/opening means and an open position in which the cover is free to pivot with respect to the base, said closing/opening means comprising: - an additional part which is in sliding or in pivot connection with the cover, - a plurality of locking means integral with the additional part - respectively with the base, said locking means being designed to cooperate, each, with a housing provided in/on the base - respectively in/on the additional part, the plurality of locking means forming, with said housings, a multi-point locking, the seal being provided on the surface of the base - respectively of the cover - so as to be crushed by the cover - respectively by the base - when the packaging is in the closed position, wherein the multi-point locking system applies sufficient pressure on the seal when the packaging is in the closed position so that the sealing against impurities and fluids between the internal and external environments of said packaging, in the closed position, is complete at normal temperature and pressure conditions (CNTP). - an additional part which is in sliding or in pivot connection with the cover, - a plurality of locking means integral with the additional part - respectively with the base, said locking means being designed to cooperate, each, with a housing provided in/on the base - respectively in/on the additional part, the plurality of locking means forming, with said housings, a multi-point locking,
A work vehicle in which a liquid crystal display device is provided in an instrumental panel in a cabin, wherein the instrumental panel has a discharge opening on an upper portion for temperature-controlled air by an air-conditioner unit, and wherein the liquid crystal display device is provided below the discharge opening, characterized in that a concave portion is provided in the instrumental panel, and the liquid crystal display device is provided on a bottom portion of the concave portion, in a manner as to form a slight angle with respect to the horizontal surface, such that the air, of which the temperature is adjusted by the air-conditioner unit, passes above the liquid crystal display device.
A lighter comprising: a housing having a supply of fuel; an igniting assembly for igniting released fuel; an actuating assembly that includes an actuating member connected to the housing; a latch member moveable by a user between a first latch member position and a second latch member position, wherein the user applies a first actuating force to the actuating member to ignite the fuel when the latch member is positioned in the first latch member position, and a second actuating force to the actuating member to ignite the fuel when the latch member is positioned in the second latch member position, the first actuating force being greater than the second actuating force; and a plunger member operatively associated with the latch member; characterized in that the actuating member is pivotably connected to the housing for performing at least one step in igniting the fuel when the actuating member is in an actuation position, the actuating assembly being able to be pivoted within the housing, the lighter further comprising at least two biasing members (680, 690), a first biasing member always operatively associated with the actuating assembly and a second biasing member selectively operatively associated with the plunger member, wherein when the latch member is in the first latch member position and the first actuating force is applied to the actuating member, the plunger member compresses the first biasing member and the actuating assembly compresses the second biasing member and the lighter is actuated, and wherein when the latch member is in the second latch member position and the second actuating force is applied to the actuating member, the actuating assembly compresses the first biasing member, the plunger member does not compress the second biasing member when the actuating assembly is pivoted within the housing. a housing having a supply of fuel; an igniting assembly for igniting released fuel; an actuating assembly that includes an actuating member connected to the housing; a latch member moveable by a user between a first latch member position and a second latch member position, wherein the user applies a first actuating force to the actuating member to ignite the fuel when the latch member is positioned in the first latch member position, and a second actuating force to the actuating member to ignite the fuel when the latch member is positioned in the second latch member position, the first actuating force being greater than the second actuating force; and a plunger member operatively associated with the latch member; characterized in that the actuating member is pivotably connected to the housing for performing at least one step in igniting the fuel when the actuating member is in an actuation position, the actuating assembly being able to be pivoted within the housing, the lighter further comprising at least two biasing members (680, 690), a first biasing member always operatively associated with the actuating assembly and a second biasing member selectively operatively associated with the plunger member,
Method for operating a driver assistance system for a motor vehicle, in which a driver-specific blind spot in the surroundings of the motor vehicle is determined, wherein at least one boundary edge (8, 9) of a driver-specific field of vision of a motor vehicle driver is determined as a function of a movement behaviour of the motor vehicle driver's head in the form of a turning movement of the motor vehicle driver's head, and the dimension and/or a local position of the driver-specific blind spot in the surroundings of the motor vehicle is determined as a function of the determined boundary edge (8, 9) of the driver-specific field of vision, wherein the turning movement of the motor vehicle driver's head is sensed by means of a vehicle-mounted camera, wherein the movement behaviour of the motor vehicle driver's head in the form of the turning movement of the motor vehicle driver's head is sensed at a plurality of times, and the driver-specific field of vision is determined from a movement behaviour of the head that is averaged from the movement behaviours sensed at a plurality of times.
A method of providing a service-aware distributed hash table, DHT, network comprising a plurality of nodes, wherein an identifier of a node of said plurality is hashed to be associated with a particular hashed ring value and objects placed in the network are hashed to be associated with a key of a key space the method comprising: joining, by a node in a computer network, a global ring associated with the DHT network, wherein each node of the DHT network participates in the global ring, the joining step comprising sending, by the node, a join message to a bootstrap node of the global ring; maintaining, at the node, a DHT routing table and DHT database for the global ring; characterized by determining a particular service class for which the node is configured; joining a particular service-based sub-ring of the global ring according to the particular service class, wherein the service-based sub-ring is dedicated to handle the service class and all nodes of the particular service-based sub-ring are within the global ring, the joining step comprising sending, by the node, a join message to a bootstrap node of the service-based sub-ring which routes the join message to the corresponding service class's root node of the hashed ring value of the joining node; and maintaining, at the node, a service-based DHT routing table and service-based DHT database for the particular service-based sub-ring, wherein DHT operations identified by the particular service class are routed to the particular service-based sub-ring, wherein said service based DHT routing table divides a key space associated with objects of that service class among the nodes that have joined the corresponding service based sub-ring. joining, by a node in a computer network, a global ring associated with the DHT network, wherein each node of the DHT network participates in the global ring, the joining step comprising sending, by the node, a join message to a bootstrap node of the global ring; maintaining, at the node, a DHT routing table and DHT database for the global ring; characterized by determining a particular service class for which the node is configured; joining a particular service-based sub-ring of the global ring according to the particular service class, wherein the service-based sub-ring is dedicated to handle the service class and all nodes of the particular service-based sub-ring are within the global ring, the joining step comprising sending, by the node, a join message to a bootstrap node of the service-based sub-ring which routes the join message to the corresponding service class's root node of the hashed ring value of the joining node; and maintaining, at the node, a service-based DHT routing table and service-based DHT database for the particular service-based sub-ring, wherein DHT operations identified by the particular service class are routed to the particular service-based sub-ring, wherein said service based DHT routing table divides a key space associated with objects of that service class among the nodes that have joined the corresponding service based sub-ring.
A plasma generating device comprising a plurality of cathodes (10, 20, 30) arranged as a cluster, the cathodes (10, 20, 30) in the cluster being longitudinally aligned, characterized in that each of the cathodes (10, 20, 30) in the cluster is in physical contact with at least one other cathode (10, 20, 30) in the cluster, wherein at least one of the cathodes (10, 20, 30) has a length that differs from the length of at least one other cathode (10, 20, 30).
A method of identifying one or more patient specific driver mutations in a biological sample of a cancer patient, comprising the steps of: a) obtaining a plurality of mRNAs from the biological sample; b) generating a cDNA library from the plurality of mRNAs; c) amplifying specific cDNAs of the cDNA library using a set of primers complementary to polynucleotides encoding for known signal transduction proteins; d) forming individual expression constructs of the amplified cDNAs wherein the cDNAs are operably linked to a promoter; e) forming an addressable array of a first set of expression constructs harboring the amplified cDNAs from the tumor, and a second set of expression constructs of the corresponding wild type cDNAs; f) adding an expression vector encoding for a Fluorescence Translocation Reporter gene comprising a target gene portion linked to a specific reporter gene portion for each locus in the array; g) adding viable assay cells to each locus under conditions enabling transfection of the DNA constructs and vectors into the assay cells; and h) comparing at least one attribute of the expressed FTR in the assay cells expressing the cDNAs from the tumor with its corresponding wild type expressed cDNAs; thereby providing an addressable array of expression constructs harboring candidate mutations in polynucleotides encoding for the signal transduction proteins, suitable for identifying patient specific driver mutations in a biological sample of the cancer patient, wherein a disparate result between the assay cells expressing the cDNA derived from the biological sample of the cancer patient and the corresponding wild type cDNA, is used for identifying the cDNA from the biological sample as a candidate patient specific driver mutation. a) obtaining a plurality of mRNAs from the biological sample; b) generating a cDNA library from the plurality of mRNAs; c) amplifying specific cDNAs of the cDNA library using a set of primers complementary to polynucleotides encoding for known signal transduction proteins; d) forming individual expression constructs of the amplified cDNAs wherein the cDNAs are operably linked to a promoter; e) forming an addressable array of a first set of expression constructs harboring the amplified cDNAs from the tumor, and a second set of expression constructs of the corresponding wild type cDNAs; f) adding an expression vector encoding for a Fluorescence Translocation Reporter gene comprising a target gene portion linked to a specific reporter gene portion for each locus in the array; g) adding viable assay cells to each locus under conditions enabling transfection of the DNA constructs and vectors into the assay cells; and h) comparing at least one attribute of the expressed FTR in the assay cells expressing the cDNAs from the tumor with its corresponding wild type expressed cDNAs;
Propulsion assembly comprising a pylon having a lower face and an engine surrounded by a nacelle having a longitudinal axis, a vertical plane parallel to the longitudinal axis separating the propulsion assembly into two symmetrical parts, left and right, the engine being suspended from the pylon by a front engine attachment, at the front of the engine, a rear engine attachment at the rear of the engine, and a device for reacting thrust forces disposed between the rear engine attachment and the front engine attachment and comprising two rods (11, 12) that are disposed on either side of the vertical plane and each have a front end (11b, 12b) articulated to the engine and a rear end (11a, 12a) articulated to a main fitting via a spreader mounted so as to be able to pivot on the main fitting about an axis of rotation orthogonal to a mean plane for transmission of the thrust forces and disposed in the vertical plane and the rear end (11a, 12a) of each rod (11, 12) comprising a ball joint ring (11e, 12e) into which is inserted a main connection pin that is disposed in the mean plane for transmission of the thrust forces and orthogonal to the axis of rotation, said main connection pin mechanically connecting both, without mechanical clearance, the rods to the spreader and, with mechanical clearance, the rods to the main fitting via two arms (25, 26) distributed symmetrically on either side of the vertical plane.
A separator apparatus (100, 400), comprising: a rotatable drum including an inner wall and an outer wall disposed around the inner wall and radially offset therefrom to define an annular passageway therebetween, the annular passageway extending axially from an inlet at a front surface of the rotatable drum to an outlet at a rear surface of the rotatable drum, the rotatable drum being configured to separate a higher-density component of a fluid flow from a lower-density component of the fluid flow; a plurality of blades (116, 402) coupled to the rotatable drum, located in the annular passageway, and being configured to rotate with the rotatable drum, each of the plurality of blades including a leading section (120, 410), a trailing section (122, 412), a concave surface (126, 401), and a convex surface (128, 405), the concave and convex surfaces extending from the leading section to the trailing section, each of the plurality of blades extending from the inner wall to the outer wall and being disposed circumferentially adjacent to at least another one of the plurality of blades so as to define blade flowpaths (130, 407) therebetween; and a housing at least partially surrounding the rotatable drum and defining a fluid collection chamber fluidly communicating with the annular passageway. a rotatable drum including an inner wall and an outer wall disposed around the inner wall and radially offset therefrom to define an annular passageway therebetween, the annular passageway extending axially from an inlet at a front surface of the rotatable drum to an outlet at a rear surface of the rotatable drum, the rotatable drum being configured to separate a higher-density component of a fluid flow from a lower-density component of the fluid flow; a plurality of blades (116, 402) coupled to the rotatable drum, located in the annular passageway, and being configured to rotate with the rotatable drum, each of the plurality of blades including a leading section (120, 410), a trailing section (122, 412), a concave surface (126, 401), and a convex surface (128, 405), the concave and convex surfaces extending from the leading section to the trailing section, each of the plurality of blades extending from the inner wall to the outer wall and being disposed circumferentially adjacent to at least another one of the plurality of blades so as to define blade flowpaths (130, 407) therebetween; and a housing at least partially surrounding the rotatable drum and defining a fluid collection chamber fluidly communicating with the annular passageway.
Device for arranging a pile in the earth, comprising a tube to be arranged in the earth, having a supply channel for supplying a curable mass to an outer end of said tube, and comprising pump means for pumping the curable mass into the supply channel of said tube, characterized in that dosing means are provided for the purpose of dosing a total quantity of mass fed to the supply channel, in that the dosing means are provided with a control which limits the total quantity of curable mass to an intended pile volume, in that the pumping means are provided with: at least one cylinder which can be filled with said curable mass for pumping; at least one piston which is movable through the at least one cylinder over at least one pumping stroke distance in order to pump the curable mass out of the cylinder; and measuring means which are adapted to determine the piston pumping stroke distance for the purpose of determining a quantity of curable mass pumped under the influence of the piston, and in that the control is adapted to determine, on the basis of piston pumping stroke distances measured by the measuring means, how much curable mass the at least one piston pumps cumulatively.
A system to provide an airflow to a wing anti-ice system, comprising: an electric compressor to compress the airflow from an outside air supply, wherein the outside air supply does not comprise bleed air from an aircraft engine; and a heat exchanger in fluid communication with the electric compressor, the heat exchanger being configured to remove heat from the airflow from the electric compressor, and provide a cooled airflow that is sent to the wing anti-ice system. an electric compressor to compress the airflow from an outside air supply, wherein the outside air supply does not comprise bleed air from an aircraft engine; and a heat exchanger in fluid communication with the electric compressor, the heat exchanger being configured to remove heat from the airflow from the electric compressor, and provide a cooled airflow that is sent to the wing anti-ice system.
Sunflower seed oil with high heat stability with a saturated fatty acid, in particular palmitic acid and stearic acid, content between 15% and 45% of the total fatty acids present in the oil, an oleic acid content between 45% and 75% of the total fatty acids present in the oil, and a gamma-tocopherol and delta-tocopherol sum content greater than 85% of the total tocopherols present in the oil, wherein the total tocopherol content is at least 500 mg per kg of oil, and wherein the high heat stability is greater than that of sunflower oil which only has the fatty acid or the tocopherol profile modified.
Finger protection device, comprising - a hand brace element for accommodating at least a carpal region of a hand, and - at least one finger brace structure comprising a finger top cap to accommodate a finger top, and a flexible connecting element extending between the hand brace element and the finger top cap, the connecting element being sufficiently rigid to transmit an axial first force applied to the finger top cap to the hand brace element, characterised in that, the hand brace element has an entry opening for inserting the hand into the hand brace element and wherein a web space part is provided to cover in use at least part of a web space between at least the thumb and the index finger, the web space part forming at least two exit openings (22, 23) for extension of the fingers of the hand in use, and the finger top cap extends from the top of the distal phalanx to the web space part to provide a closure of the connecting element at the palmar side of the finger. - a hand brace element for accommodating at least a carpal region of a hand, and - at least one finger brace structure comprising a finger top cap to accommodate a finger top, and a flexible connecting element extending between the hand brace element and the finger top cap, the connecting element being sufficiently rigid to transmit an axial first force applied to the finger top cap to the hand brace element, characterised in that, the hand brace element has an entry opening for inserting the hand into the hand brace element and wherein a web space part is provided to cover in use at least part of a web space between at least the thumb and the index finger, the web space part forming at least two exit openings (22, 23) for extension of the fingers of the hand in use,
An inhibitor of the ErbB2 receptor for use in the treatment of damaged nerves and/or nerve tissues, wherein the inhibitor is Trastuzumab, and wherein the damage is the result of physical injury or a result of acquired or congenital causes. 2.