mhurhangee/ep-ind-claims huggingface dataset:
A rotary assembly comprising a transmission member and an oil distribution system, wherein: the oil distribution system comprises at least one oil transfer chamber provided with at least one feed orifice configured to receive oil from outside the rotary assembly; the transmission member includes at least one rotary portion provided with at least one oil reception chamber; at least one link duct provides fluid flow connection between the oil transfer chamber and the oil reception chamber; wherein the oil distribution system is driven to rotate together with said rotary portion of the transmission member; and wherein the rotary assembly is configured in such a manner as to accommodate a given amount of axial and/or radial relative movement between said rotary portion of the transmission member and the oil distribution system. the oil distribution system comprises at least one oil transfer chamber provided with at least one feed orifice configured to receive oil from outside the rotary assembly; the transmission member includes at least one rotary portion provided with at least one oil reception chamber; at least one link duct provides fluid flow connection between the oil transfer chamber and the oil reception chamber; wherein the oil distribution system is driven to rotate together with said rotary portion of the transmission member; and wherein the rotary assembly is configured in such a manner as to accommodate a given amount of axial and/or radial relative movement between said rotary portion of the transmission member and the oil distribution system.
Blade cascade segment (1, 1') for a blade cascade of a turbomachine, the blade cascade segment comprising a platform having a platform surface and an upstream platform edge, and least two airfoils (20, 30) which, by means of leading and trailing edges (23, 33, 24, 34) thereof, determine an intermediate blade strip having an axial cascade width (g) on the platform surface, the upstream platform edge having a contour which has a recess (13, 13') in the shape of a depression, the recess (13, 13') extending in the axial direction into the intermediate blade strip by at most 10% of the cascade width (g), characterized in that the recess (13, 13') extends continuously along the upstream platform edge, over at least 50% of the pitch distance (t).
A protection device for an optical device (6, 8) wherein the optical device is adapted to emit or receive a light beam that defines a checking direction, the protection device including a support element (21, 22) with an internal seat, communication conduits (18, 26, 34) aligned along the checking direction, and a shutter which is arranged in said internal seat of the support element, can be displaced from a rest position to a working position, and has a transversal through hole adapted to be arranged substantially along the checking direction at said working position so as to allow the light beam to pass through, wherein the shutter further includes a transversal hollow, having an open end, adapted to be arranged substantially along the checking direction at said rest position characterized in that the shutter further includes a movable closing element arranged in said transversal hollow, and a thrust device adapted to thrust the movable closing element to come out from the transversal hollow through the open end, in the rest position the movable closing element being pressed against the inlet of one of said communication conduits (18, 26, 34).
A method of forming a component from an alloy sheet of aluminium alloy or magnesium alloy material having at least a Solvus temperature and a Solidus temperature of a precipitation hardening phase, the method comprising the steps of: a. heating the sheet to above its Solvus temperature; b. initiating forming the heated sheet between matched tools of a die press and forming by means of plastic deformation towards a final shape whilst allowing the average temperature of the sheet to reduce at a first predetermined rate A; wherein said sheet is formed to at least 50% of its final shape; c. interrupting the forming of the sheet for a pre-determined first interruption period P1 prior to achieving said final shape; and, during the interrupt holding the sheet of material with reduced or no deformation and allowing the average temperature of the sheet to reduce at a second pre-determined rate B lower than or equal to the first predetermined rate in order to allow for a reduction in dislocations; d. maintaining the interrupt step for a time such as to ensure the Dislocation Density is reduced whilst avoiding the precipitation of unwanted phases; e. completing the forming of the heated sheet into the final shape whilst allowing the sheet to cool at a third rate C greater than said second rate B. a. heating the sheet to above its Solvus temperature; b. initiating forming the heated sheet between matched tools of a die press and forming by means of plastic deformation towards a final shape whilst allowing the average temperature of the sheet to reduce at a first predetermined rate A; wherein said sheet is formed to at least 50% of its final shape; c. interrupting the forming of the sheet for a pre-determined first interruption period P1 prior to achieving said final shape; and, during the interrupt holding the sheet of material with reduced or no deformation and allowing the average temperature of the sheet to reduce at a second pre-determined rate B lower than or equal to the first predetermined rate in order to allow for a reduction in dislocations; d. maintaining the interrupt step for a time such as to ensure the Dislocation Density is reduced whilst avoiding the precipitation of unwanted phases; e. completing the forming of the heated sheet into the final shape whilst allowing the sheet to cool at a third rate C greater than said second rate B.
A method for wireless communications, comprising: identifying a set of resources reserved for feedback information within a transmission time interval, TTI; mapping a number of feedback bits for transmission to a base station to the set of resources reserved for feedback information, wherein the feedback bits indicate hybrid automatic repeat request, HARQ, acknowledgement, ACK, or negative acknowledgement. NACK, information; determining a set of unused resources of the set of resources reserved for feedback information based at least in part on the number of feedback bits; mapping a predetermined pattern of bits to the set of unused resources, wherein the predetermined pattern of bits comprises a sequence of bits that is different from an acknowledgement, ACK, sequence, a negative ACK, NACK, sequence, or any combination thereof; and transmitting, to the base station, the mapped number of feedback bits and the mapped predetermined pattern of bits via the set of resources reserved for feedback information. identifying a set of resources reserved for feedback information within a transmission time interval, TTI; mapping a number of feedback bits for transmission to a base station to the set of resources reserved for feedback information, wherein the feedback bits indicate hybrid automatic repeat request, HARQ, acknowledgement, ACK, or negative acknowledgement. NACK, information; determining a set of unused resources of the set of resources reserved for feedback information based at least in part on the number of feedback bits; mapping a predetermined pattern of bits to the set of unused resources, wherein the predetermined pattern of bits comprises a sequence of bits that is different from an acknowledgement, ACK, sequence, a negative ACK, NACK, sequence, or any combination thereof; and transmitting, to the base station, the mapped number of feedback bits and the mapped predetermined pattern of bits via the set of resources reserved for feedback information.
An antibody or antigen-binding fragment thereof that selectively neutralizes at least 40% of a bioactivity of at least ten interferon alpha ("IFNα") protein subtypes selected from the group consisting of protein subtypes A, 2, B2, C, F, G, H2, I, J1, K, 4a, 4b and WA, but does not significantly neutralize at least one bioactivity of IFNα protein subtype D, wherein the bioactivity is activation of the MxA promoter and is measured using RGmax IFN amounts and 2 micrograms per mL antibody or antiviral activity measured using a cytopathic effect inhibition assay.
A method for testing a lighting driving assistance system of a vehicle with at least one lamp and at least one picture acquisition unit, comprising the following steps: a) positioning the vehicle in front of a body in a manner such that at least one beaming direction of the lamp is aimed onto the body; b) setting the at least one lamp in several angular positions by way of pivoting the lamp about at least one defined angle in the horizontal and/or vertical direction and acquiring the brightness distribution obtained on the body, for each of the angular positions of the lamp, by way of the picture acquisition unit; characterized in that the method comprises the following steps: c) determining a distance and an angular offset between the vehicle and the body from the obtained brightness distributions (6, 6', 6") as well as computing a position of the body in the coordinate system of the vehicle; d) computing at least one actual value of a pivot angle of the lamp for at least one of the angular positions, from the obtained brightness distributions (6, 6', 6"); e) issuing at least one corrective value for minimising a difference between the preset desired value and the computed actual value of the pivot angle of the lamp. a) positioning the vehicle in front of a body in a manner such that at least one beaming direction of the lamp is aimed onto the body; b) setting the at least one lamp in several angular positions by way of pivoting the lamp about at least one defined angle in the horizontal and/or vertical direction and acquiring the brightness distribution obtained on the body, for each of the angular positions of the lamp, by way of the picture acquisition unit; c) determining a distance and an angular offset between the vehicle and the body from the obtained brightness distributions (6, 6', 6") as well as computing a position of the body in the coordinate system of the vehicle; d) computing at least one actual value of a pivot angle of the lamp for at least one of the angular positions, from the obtained brightness distributions (6, 6', 6"); e) issuing at least one corrective value for minimising a difference between the preset desired value and the computed actual value of the pivot angle of the lamp.
A method for storing pixel data in memory words comprising: storing in a data structure (30, 40, 50) a first memory word that includes data representing the first pixel of a first image and data representing the first pixel of a second image; and storing in the data structure (30, 40, 50) a second memory word that includes data representing the second pixel of the first image and data representing the second pixel of the second image, wherein: the data structure is stored in memory; the data structure has a plurality of rows (51, 52, 53, 54); and the first and second memory words are stored in contiguous rows of the data structure. storing in a data structure (30, 40, 50) a first memory word that includes data representing the first pixel of a first image and data representing the first pixel of a second image; and storing in the data structure (30, 40, 50) a second memory word that includes data representing the second pixel of the first image and data representing the second pixel of the second image, wherein: the data structure is stored in memory; the data structure has a plurality of rows (51, 52, 53, 54); and the first and second memory words are stored in contiguous rows of the data structure. the data structure is stored in memory; the data structure has a plurality of rows (51, 52, 53, 54); and the first and second memory words are stored in contiguous rows of the data structure.
A long-term controlled release formulation form of nalbuphine that significantly reduces the injection dosage, wherein the formulation is comprising of: (a) sebacoyl dinalbuphine ester, and (b) at least one pharmaceutical acceptable and biodegradable excipient PLGA polymer, wherein the PLGA excipient includes at least one of the following: PLA, PGA, or derivatives or combinations of PLA and PGA, the ratios of PLA/PGA are 50-100 %/0-50% and the range of molecular weight of PLGA is 5 k-20 K. (a) sebacoyl dinalbuphine ester, and (b) at least one pharmaceutical acceptable and biodegradable excipient PLGA polymer, wherein the PLGA excipient includes at least one of the following: PLA, PGA, or derivatives or combinations of PLA and PGA, the ratios of PLA/PGA are 50-100 %/0-50% and the range of molecular weight of PLGA is 5 k-20 K.
A computer program comprising instructions which, when the program is executed by a computer, cause the computer to implement: a function for generating a game image; a function for determining, based on a play status in a game scene, a user to be included in a combined image; a function for acquiring a user image obtained by imaging the determined user; and a function for generating the combined image by combining the acquired user image with the game image, characterised by the function for determining the user determines a user having manipulated a game object associated with an event in the game scene as the user to be included in the combined image by reference to game object information retained by an event information retention function for retaining information on users which have manipulated the game object; and the function for determining the user determines the user to be included in the combined image by reference to priority information retained by the event information retention function, the priority information defining a priority order for the game object associated with the event in the game scene. a function for generating a game image; a function for determining, based on a play status in a game scene, a user to be included in a combined image; a function for acquiring a user image obtained by imaging the determined user; and a function for generating the combined image by combining the acquired user image with the game image, characterised by the function for determining the user determines a user having manipulated a game object associated with an event in the game scene as the user to be included in the combined image by reference to game object information retained by an event information retention function for retaining information on users which have manipulated the game object; and the function for determining the user determines the user to be included in the combined image by reference to priority information retained by the event information retention function, the priority information defining a priority order for the game object associated with the event in the game scene.
A constructional panel comprising a central section and two opposed end sections [14, 15], the central section being of generally rectangular form with two parallel external side edges [21, 22] and two parallel end edges [23, 24], each end section having an isosceles trapezium part [16, 17] conjoined to a rectangular part [18, 19], the trapezium part having parallel long and short edges [27, 28] and a pair of external oblique edges [29, 30], and the rectangular part having a pair of parallel first edges [33, 34] and a pair of external second edges [35, 36], the short edge of the trapezium part conjoining an end edge [23, 24] of the central section and the long edge conjoining a first edge of the rectangular part [18, 19], the other first edge of the rectangular part being external, and the length of the external side edges [21, 22] of the central part being substantially twice the length of either second edge of the rectangular parts [35, 36], whereby said panel may be fitted together with other like panels in an array by engaging the oblique edge (29,30) of an end section of said panel with an oblique edge of an end section of a second panel, the external second edge (35,36) of the rectangular part of the engaged end sections of each of the two panels engaging the respective external side edge of the central section (21,22) of the other panel, and a third panel is engaged with said two panels in a similar manner so that an end section thereof engages an end section of said panel whereby the external first edge of said end section of the third panel engages the corresponding external first edge of the second panel; CHARACTERISED IN THAT the external second edges (35,36) are configured for interconnection with the external side edges (21,22) of a second and third like panel by releasable locking interconnection [25,47] which lock the said panel to the second and third panels thereafter to restrain relative separating movement therebetween AND IN THAT at least some of the external edges (21,22,29,30,34,35,36) of the panel are configured for interengaging connection to corresponding edges of second and third like panels to restrain relative movement therebetween in the direction perpendicular to the plane of the panels.
A binding component holding sheet configured to detachably hold a binding component obtained by spirally winding a wire rod, the binding component holding sheet comprising: a holder configured to hold the binding component by insertion of a circumferential portion of the spirally wound binding component, characterized in that the holder is configured to hold the binding component so that an area greater than a half of the binding component in a circumferential direction protrudes to one side of the binding component holding sheet and an area less than the half of the binding component in the circumferential direction protrudes to the other side of the binding component holding sheet. a holder configured to hold the binding component by insertion of a circumferential portion of the spirally wound binding component, characterized in that the holder is configured to hold the binding component so that an area greater than a half of the binding component in a circumferential direction protrudes to one side of the binding component holding sheet and an area less than the half of the binding component in the circumferential direction protrudes to the other side of the binding component holding sheet.
A plug connector for mounting on a circuit board with an insulating body for receiving contact elements that can be contacted with the circuit board, a base body, and a shielding plate, wherein the base body has a receptacle into which the insulating body can be inserted in different rotational positions rotated about the longitudinal axis thereof, wherein the base body and the insulating body form a mutually corresponding toothing by means of which the rotational positions are determined and the insulating body inserted into the receptacle is secured in its rotational position against rotation about the longitudinal axis thereof, wherein the shielding plate engages around the base body and has contact portions for connection to the circuit board. wherein the base body has a receptacle into which the insulating body can be inserted in different rotational positions rotated about the longitudinal axis thereof, wherein the base body and the insulating body form a mutually corresponding toothing by means of which the rotational positions are determined and the insulating body inserted into the receptacle is secured in its rotational position against rotation about the longitudinal axis thereof, wherein the shielding plate engages around the base body and has contact portions for connection to the circuit board.
Method for sealing a reduction apparatus, where the reduction apparatus comprises a product discharge device, where the product discharge device is supplied with barrier gas and where at least one compressor is provided for supplying treated barrier gas to the product discharge device, characterized in that at least one nitrogen generator is provided for producing pure barrier gas, where the barrier gas for supply to the product discharge device is composed of pure barrier gas from the at least one nitrogen generator or of pure barrier gas from the at least one nitrogen generator and of treated barrier gas from the at least one compressor, and in that, when the amount of pure barrier gas supplied rises above a previously prescribed maximum capacity of the at least one nitrogen generator, treated barrier gas from the at least one compressor is added to pure barrier gas and the barrier gas for supplying the product discharge device is thereby formed. where the reduction apparatus comprises a product discharge device, where the product discharge device is supplied with barrier gas and where at least one compressor is provided for supplying treated barrier gas to the product discharge device, characterized in that at least one nitrogen generator is provided for producing pure barrier gas, where the barrier gas for supply to the product discharge device is composed of pure barrier gas from the at least one nitrogen generator or of pure barrier gas from the at least one nitrogen generator and of treated barrier gas from the at least one compressor, and in that, when the amount of pure barrier gas supplied rises above a previously prescribed maximum capacity of the at least one nitrogen generator, treated barrier gas from the at least one compressor is added to pure barrier gas and the barrier gas for supplying the product discharge device is thereby formed.
A method for detecting a substance, preferably human tissue, in the vicinity of a movable tool, wherein the substance to be detected differs in its electrical properties from a material which can be processed by means of the movable tool, and wherein in the method a change in a capacitance formed by the tool and a counterpart electrode that is electrically insulated from the tool is detected, characterized in that a periodic change in the capacitance is detected, wherein said change is caused by the substance being arranged in a region relative to the tool and by a geometrical property of the tool in said region changing periodically upon a movement of the tool.