mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a gear tooth on a workpiece (20; 34), said manufacturing being carried out by a cutting tool (22; 36) having a plurality of cutting blades, said method comprising: rotating said cutting tool (22; 36), bringing the rotating cutting tool (22; 36) and said workpiece (20; 34) into contact with one another, rotating said workpiece (20; 34), moving said cutting tool (22; 36) relative to said workpiece (20; 34) to define a generating roll for generating said gear tooth, characterized in that each of said cutting blades has a cutting edge and a clearance edge, in that in a first cutting step, a tooth slot roughing by rolling is done and a finish cut on a first tooth flank of the workpiece (20; 34) is performed by a cutting side cutting action of the tool, while a clearance side (26; 42) cutting action is reduced or eliminated, by said rotating of said workpiece (20; 34) comprising rotating the workpiece (20; 34) in a first direction from a start roll position to an end roll position and said workpiece (20; 34) being rotated at a first rate of rotation less than a theoretical rate of rotation beginning at said start roll position and ending prior to said end roll position, or by said moving of said cutting tool (22; 36) comprising moving the cutting tool (22; 36) in a first direction from a start roll position to an end roll position and said cutting tool (22; 36) being moved at a first rate of rotation greater than a theoretical rate of movement beginning at said start roll position and ending prior to said end roll position, and in that the second flank of the workpiece (20; 34) is formed in a second cutting step. rotating said cutting tool (22; 36), bringing the rotating cutting tool (22; 36) and said workpiece (20; 34) into contact with one another, rotating said workpiece (20; 34), moving said cutting tool (22; 36) relative to said workpiece (20; 34) to define a generating roll for generating said gear tooth, characterized in that each of said cutting blades has a cutting edge and a clearance edge, in that in a first cutting step, a tooth slot roughing by rolling is done and a finish cut on a first tooth flank of the workpiece (20; 34) is performed by a cutting side cutting action of the tool, while a clearance side (26; 42) cutting action is reduced or eliminated, by said rotating of said workpiece (20; 34) comprising rotating the workpiece (20; 34) in a first direction from a start roll position to an end roll position and said workpiece (20; 34) being rotated at a first rate of rotation less than a theoretical rate of rotation beginning at said start roll position and ending prior to said end roll position, or by said moving of said cutting tool (22; 36) comprising moving the cutting tool (22; 36) in a first direction from a start roll position to an end roll position and said cutting tool (22; 36) being moved at a first rate of rotation greater than a theoretical rate of movement beginning at said start roll position and ending prior to said end roll position, and in that the second flank of the workpiece (20; 34) is formed in a second cutting step.
A bicycle assembly comprising: a bicycle frame comprising: a main frame comprising a seat tube, a head tube and a top tube connecting the seat tube and the head tube; a sub-frame configured to rotate with respect to the main frame; a shock absorber configured to regulate the relationship between the main frame and the sub-frame, the shock absorber comprising a first eyelet to connect to the main frame and a second eyelet; and an extension body having a first portion configured to connect to the second eyelet of the shock absorber and form a rigid non-rotating connection, and a second portion, the second portion comprising a pair of extension arms, wherein a front pivot being at the first eyelet of the shock absorber; characterized in that the extension arms are configured to straddle a rear wheel such that a rear pivot of the shock absorber is at the sides of the rear wheel. a bicycle frame comprising: a main frame comprising a seat tube, a head tube and a top tube connecting the seat tube and the head tube; a sub-frame configured to rotate with respect to the main frame; a shock absorber configured to regulate the relationship between the main frame and the sub-frame, the shock absorber comprising a first eyelet to connect to the main frame and a second eyelet; and an extension body having a first portion configured to connect to the second eyelet of the shock absorber and form a rigid non-rotating connection, and a second portion, the second portion comprising a pair of extension arms, wherein a front pivot being at the first eyelet of the shock absorber; characterized in that the extension arms are configured to straddle a rear wheel such that a rear pivot of the shock absorber is at the sides of the rear wheel. a main frame comprising a seat tube, a head tube and a top tube connecting the seat tube and the head tube; a sub-frame configured to rotate with respect to the main frame; a shock absorber configured to regulate the relationship between the main frame and the sub-frame, the shock absorber comprising a first eyelet to connect to the main frame and a second eyelet; and an extension body having a first portion configured to connect to the second eyelet of the shock absorber and form a rigid non-rotating connection, and a second portion, the second portion comprising a pair of extension arms, wherein a front pivot being at the first eyelet of the shock absorber; characterized in that the extension arms are configured to straddle a rear wheel such that a rear pivot of the shock absorber is at the sides of the rear wheel.
A catch assembly for a nacelle of an aircraft propulsion system, the catch assembly comprising: a keeper; a guide; and a catch including a catch mount, a catch arm and a catch hook; the catch arm cantilevered from the catch mount, and extending longitudinally away from the catch mount to a distal end of the catch; and the catch hook connected to the catch arm at the distal end; wherein the catch is configured to bias the catch hook against the guide, and the catch hook is configured to slide longitudinally along the guide from a first position to a second position where the catch hook engages the keeper; characterised in that: the catch is configured as a monolithic body. a keeper; a guide; and a catch including a catch mount, a catch arm and a catch hook; the catch arm cantilevered from the catch mount, and extending longitudinally away from the catch mount to a distal end of the catch; and the catch hook connected to the catch arm at the distal end; wherein the catch is configured to bias the catch hook against the guide, and the catch hook is configured to slide longitudinally along the guide from a first position to a second position where the catch hook engages the keeper; characterised in that: the catch is configured as a monolithic body.
Non-therapeutic use for topical application to at least part of the skin of the body or face of a composition comprising a physiologically acceptable medium and an extract of Artemia salina obtained by a method comprising the following steps: a) rehydrating Artemia salina cysts for 30 minutes to 6 hours in distilled water at a temperature between 30°C and 75°C and at a pH between 4 and 7; b) then crushing the cysts; and c) centrifuging and filtering the extract thus obtained, so as to protect the skin from drying out in association with aggressions caused by cold thermal stresses, making it possible to maintain a physiological level of CIRP (Cold-inducible RNA Binding Protein).
A railway, tramway or the like turnout of so-called English type, which turnout comprises four points and wherein two tracks cross each other and have one pair of rails (B1, B1', B2, B2'), which cooperate with first and second pairs of points (A1, A1'; A2, A2') respectively, one point (A2, A1') of each of said first and second pairs of points being located in the middle of the turnout and the other two points (A1, A2') of the two pairs of points being located at the opposed outer areas of the turnout; said turnout further comprising motorized means for combined displacement of the points, whereby each time that the turnout is actuated, one of the two points of each of said two pairs is alternately moved to the closed position, i.e. the thrown position of said point (A1, A2; A1', A2') against an associated rail (B1, B1', B2, B2'), said closed position being simultaneously reached by the two points (A1, A2; A1', A2'), one of which is a point of the first pair of points (A1, A1') and the other is a point of the second pair of points (A2, A2') and one of said points in said closed position is always a point (A1, A2') located in the outer area of the turnout and the other point (A2; A1') is a point located in the inner area of the turnout; the turnout also comprising outer locking means (141, 143) for locking/unlocking at least the outer points of said two pairs of points in the closed position thereof, which means are located in the area of the rail that is associated with the corresponding outer point and lock said outer points (A1, A2') in their respective closed positions, each of said outer locking means (141, 143) being moved to the active locking position when the corresponding point (A1, A2') reaches the closed position against the corresponding rail, whereas said outer locking means (141, 143) are automatically moved to an unlocking position when the turnout is actuated to move the points into the closed position of the other two points (A2, A2'), i.e. when said motorized point displacing means are actuated, at least said motorized point displacing means and/or at least said outer locking means (141, 143) for locking/unlocking the points in the closed position, being housed in a switch stand that essentially has the size and shape of a tie and is designed to be mounted in the track instead and with the function of a tie, characterized in that it further has inner locking means for locking/unlocking the inner points of said two pairs of points, which means are shared by both inner points (A2, A1') and are moved into the active locking state for locking both of said inner points (A2, A1') when one of these two inner points reaches its closed position against the corresponding rail at the same time as the outer point of the other pair of points, whereas said inner locking means are automatically moved into the unlocking state when the turnout is actuated to move the points into the closed position of the other two points of said two pairs, i.e. when said motorized point displacing means are actuated.
A composition comprising OCT-4 - tissue culture surface-adherent amnion-derived adherent cells (AMDACs) for use in a method of treating pain in an individual, wherein said pain is unresponsive to steroid therapy, or nonsteroidal anti-inflammatory therapy, wherein the method comprises administering a therapeutically effective amount of AMDACs to the individual, and wherein the therapeutically effective amount is an amount sufficient to cause a detectable improvement in said pain.
Steering shaft for a motor vehicle, which steering shaft comprises an outer shaft which is configured as a hollow shaft and in which an inner shaft is arranged coaxially which can be telescoped relative to the outer shaft in the direction of the longitudinal axis of the steering shaft and is connected in a torque-transmitting manner to the outer shaft via at least one rolling body, it being possible for the rolling body to roll in the direction of the longitudinal axis, and said rolling body bearing in a positively locking manner in the circumferential direction with regard to a rotation about the longitudinal axis between rolling body raceways (22, 32) on the inner shaft and on the outer shaft, the steering shaft comprising, furthermore, a securing element (9, 90, 900) which has at least one supporting body (92, 920, 921) which is arranged between supporting faces (220, 28) which are configured on the inner shaft and on the outer shaft, which at least one supporting body (92, 920, 921) can be supported in a positively locking manner in the circumferential direction, characterized in that the supporting body (92, 920, 921) is at a spacing (a) in the circumferential direction from the supporting faces (220, 27).
A method of controlling timers associated with an idle mode signaling reduction, ISR, function in a wireless communication system including a first type network communicating based on a number of orthogonal frequency-division multiplexing, OFDM, symbols, a second type network which is different from the first type network, and a user equipment, UE (210; 1000), which is communicating with at least one of the first type network and the second type network, the method performed by the UE (210; 1000) which moves between a coverage of the first type network and a coverage of the second type network and comprising: receiving a UE location registration accept message indicating that the ISR function is enabled; starting a periodic tracking area update, P-TAU, timer, which is used to periodically notify availability of the UE, when the UE location registration accept message for the first type of network is received; characterized by: receiving a control message including a mobility management backoff, MM-BO, time value; starting an MM-BO timer based on the MM-BO time value; and starting a deactivate ISR timer corresponding to the first type of network when the P-TAU timer expires and the MM-BO timer is running while the UE is in the coverage of the first type network. receiving a UE location registration accept message indicating that the ISR function is enabled; starting a periodic tracking area update, P-TAU, timer, which is used to periodically notify availability of the UE, when the UE location registration accept message for the first type of network is received; characterized by: receiving a control message including a mobility management backoff, MM-BO, time value; starting an MM-BO timer based on the MM-BO time value; and starting a deactivate ISR timer corresponding to the first type of network when the P-TAU timer expires and the MM-BO timer is running while the UE is in the coverage of the first type network. receiving a control message including a mobility management backoff, MM-BO, time value; starting an MM-BO timer based on the MM-BO time value; and starting a deactivate ISR timer corresponding to the first type of network when the P-TAU timer expires and the MM-BO timer is running while the UE is in the coverage of the first type network.
Method for adjusting the transmission power of the signals transferred by at least one home base station through a wireless interface, the at least one home base station being located in the cell of a base station, characterised in that the method comprises the steps of: - determining at least one high interference reference zone (HIRZ1) around the at least one home base station, the high interference reference zone being a zone in which signals transferred by the base station and the at least one home base station interfere and on which interferences are controlled and being smaller than the cell of the base station, - determining the signal transmission power for the at least one home base station, the signal transmission power P tHBS, transmitted by the at least one home base station, being set in order to ensure a given outage probability P out that a given function g representing the mobile terminal performance degradation is lower than or equal to a threshold RT in the high interference reference zone. - determining at least one high interference reference zone (HIRZ1) around the at least one home base station, the high interference reference zone being a zone in which signals transferred by the base station and the at least one home base station interfere and on which interferences are controlled and being smaller than the cell of the base station, - determining the signal transmission power for the at least one home base station, the signal transmission power P tHBS, transmitted by the at least one home base station, being set in order to ensure a given outage probability P out that a given function g representing the mobile terminal performance degradation is lower than or equal to a threshold RT in the high interference reference zone.
A viewport transformation module for use in a three-dimensional rendering system, the viewport transformation module comprising: a processing module configured to perform a viewport transformation on untransformed coordinate data for a vertex in a strip for each of a plurality of viewports to generate transformed coordinate data for each of the plurality of viewports, the plurality of viewports comprising a viewport associated with the vertex and a viewport associated with at least one other vertex in the strip, the at least one other vertex selected based on a provoking vertex of a primitive to be formed by vertices in the strip and a number of vertices in the primitive, wherein the viewport transformations are performed prior to one or more primitives being built from vertices in the strip; and a write module configured to write the transformed coordinate data for each of the plurality of viewports to a vertex buffer such that multiple sets of transformed coordinate data for the vertex are stored in the vertex buffer at the same time. a processing module configured to perform a viewport transformation on untransformed coordinate data for a vertex in a strip for each of a plurality of viewports to generate transformed coordinate data for each of the plurality of viewports, the plurality of viewports comprising a viewport associated with the vertex and a viewport associated with at least one other vertex in the strip, the at least one other vertex selected based on a provoking vertex of a primitive to be formed by vertices in the strip and a number of vertices in the primitive, wherein the viewport transformations are performed prior to one or more primitives being built from vertices in the strip; and a write module configured to write the transformed coordinate data for each of the plurality of viewports to a vertex buffer such that multiple sets of transformed coordinate data for the vertex are stored in the vertex buffer at the same time.
A method for three-dimensional culturing of cells in a liquid nutrient medium, wherein the cells are located in the pores of a carrier having magnetic properties, characterized in that the carrier is moved by an external magnetic field within the liquid nutrient medium, and the carrier comprises a macroporous polymer network and magnetic nanoparticles which are bonded to the polymer network covalently or non-covalently, wherein the pore volumes of the carrier are in open contact with one another so that material exchange takes place with the liquid nutrient medium.
A pharmaceutical composition comprising an active substance selected from nicotinic acid; nicotinamide; a compound that converts in the body of an animal or human into nicotinic acid or nicotinamide, selected from the group consisting of nicotinic acid esters, nicotinamide adenine dinucleotide, and nicotinamide adenine dinucleotide phosphate (NADP); an intermediate in the biosynthesis of NAD or NADP, selected from the group consisting of N-formylkynurenine, L-kynurenine, 3-hydroxy-L-kynurenine, 3-hydroxyanthranilate, 2-amino-3-carboxymuconate semialdehyde, quinolinate, and beta-nicotinate D-ribonucleotide; or a combination thereof; wherein the pharmaceutical composition releases the active substance for topical efficacy in the lower small intestine, the terminal ileum, and/or the colon, where the intestinal microbiota to be modified are located, for use in the therapy and/or prophylaxis of a disease and/or syndrome associated with and/or accompanied by unfavourable or abnormal or imbalanced blood and/or plasma and/or serum lipid levels, and/or such disease being selected from the group consisting of lipid metabolism disorders; dyslipidemia; non-alcoholic fatty liver disease (NAFLD), non-alcoholic steatohepatitis (NASH), the NAFLD and/or NASH by decreasing liver fat content and/or beneficially influencing blood and/or plasma and/or serum lipid levels; cardiovascular diseases; arteriosclerosis; atherosclerosis; metabolic syndrome; obesity; and/or for the therapy and/or prophylaxis of other diseases and/or medical conditions featuring unfavourable or abnormal blood and/or plasma and/or serum lipid levels which partly or entirely result from unfavourable or abnormal changes or imbalances in the intestinal microbiota and/or an impaired interaction between intestinal microbiota and intestines.
A metallic material comprising: a base metal made of a metal; a metal compound layer stacked on a surface of the base metal, the metal compound layer containing a compound of at least one transition metal in the fourth period and oxygen, wherein the at least one transition metal in the fourth period is selcted from Ti, V, Cr, Mn, Fe, Co, Ni, and Cu, and wherein the proportion of the compound of at least one transition metal in the fourth period and oxygen to the metal compound layer is more than 50 vol%; a platinum group portion dispersed on a surface of the metal compound layer, the platinum group portion containing at least one platinum group element, wherein the proportion of the at least one platinum group element to the platinum group portion is more than 50 vol%.; and a platinum group compound coating film which covers the platinum group portion, the platinum group compound coating film containing a compound of at least one platinum group element and oxygen, wherein the proportion of the compound of at least one platinum group element and oxygen to the platinum group compound coating film is more than 50 vol%; wherein the metal compound layer has a thickness of 2 nm to 30 nm; an area proportion of the platinum group portion dispersed on the surface of the metal compound layer is 0.2% to 50%; and the platinum group compound coating film has a thickness of 0.3 nm to 15 nm. a base metal made of a metal; a metal compound layer stacked on a surface of the base metal, the metal compound layer containing a compound of at least one transition metal in the fourth period and oxygen, wherein the at least one transition metal in the fourth period is selcted from Ti, V, Cr, Mn, Fe, Co, Ni, and Cu, and wherein the proportion of the compound of at least one transition metal in the fourth period and oxygen to the metal compound layer is more than 50 vol%; a platinum group portion dispersed on a surface of the metal compound layer, the platinum group portion containing at least one platinum group element, wherein the proportion of the at least one platinum group element to the platinum group portion is more than 50 vol%.; and a platinum group compound coating film which covers the platinum group portion, the platinum group compound coating film containing a compound of at least one platinum group element and oxygen, wherein the proportion of the compound of at least one platinum group element and oxygen to the platinum group compound coating film is more than 50 vol%; wherein the metal compound layer has a thickness of 2 nm to 30 nm; an area proportion of the platinum group portion dispersed on the surface of the metal compound layer is 0.2% to 50%; and the platinum group compound coating film has a thickness of 0.3 nm to 15 nm.
A liquid delivery carrier consisting of: a glyceryl caprylate containing 3% or less w/w of free glycerol, in an amount between 70% and 90% by weight of the weight of the carrier, and PEG-40 hydrogenated castor oil in an amount between 10% and 30% by weight of the weight of the carrier, a glyceryl caprylate containing 3% or less w/w of free glycerol, in an amount between 70% and 90% by weight of the weight of the carrier, and PEG-40 hydrogenated castor oil in an amount between 10% and 30% by weight of the weight of the carrier,