mhurhangee/ep-ind-claims huggingface dataset:
A diffuser for a gas turbine engine comprising: an outer shroud; an inner shroud; a multiple of struts between said outer shroud and said inner shroud to define an annular flow path, wherein each of the multiple of struts is defined by an outer airfoil wall surface; and a mid-span pre-diffuser inlet in communication with said annular flow path, characterised in that: said mid-span pre-diffuser inlet is an annular inlet located circumferentially between the multiple of struts and radially between the outer and inner shrouds (104, 106), wherein the annular inlet extends between the outer airfoil wall surfaces of adjacent inlet struts in a circumferentially segmented arrangement. an outer shroud; an inner shroud; a multiple of struts between said outer shroud and said inner shroud to define an annular flow path, wherein each of the multiple of struts is defined by an outer airfoil wall surface; and a mid-span pre-diffuser inlet in communication with said annular flow path, characterised in that: said mid-span pre-diffuser inlet is an annular inlet located circumferentially between the multiple of struts and radially between the outer and inner shrouds (104, 106), wherein the annular inlet extends between the outer airfoil wall surfaces of adjacent inlet struts in a circumferentially segmented arrangement.
Hot-rolled steel strip having ultra-high strength, excellent ductility and flangeability comprising (in wt.%): • C: 0.10 - 0.30; • Si: 0.50 - 1.50; • Al: 0.010 - 1.00; • Mn: 1.00 - 3.00; • (Si + Al): 0.80 - 2.50; and optionally any one or more of the following alloying elements: • V: less than 0.10; • Nb: less than 0.10; • Ti: less than 0.10; • Mo: less than 0.50; • Cr: less than 1.50; • Cu: less than 1.00; • Ni: less than 0.50; • B: less than 0.0030 (30 ppm); unavoidably also comprising • N: less than 0.0100 (100 ppm). • S: less than 0.005; • P: less than 0.020; the remainder being Fe and other unavoidable impurities resulting from the ironmaking and steelmaking process. having a yield strength of at least 1100 MPa, an ultimate tensile strength of at least 1200 MPa, a yield ratio of at least 0.85, a total elongation of at least 6.0%, a hole expansion ratio of at least 30% and a bending angle at 1 mm thickness of at least 70°; having a microstructure consisting of 40 to 85 vol.% of tempered martensite, 60 to 15 vol.% of fresh martensite, less than 1 vol% of retained austenite and substantially no cementite or other carbides. • C: 0.10 - 0.30; • Si: 0.50 - 1.50; • Al: 0.010 - 1.00; • Mn: 1.00 - 3.00; • (Si + Al): 0.80 - 2.50; • V: less than 0.10; • Nb: less than 0.10; • Ti: less than 0.10; • Mo: less than 0.50; • Cr: less than 1.50; • Cu: less than 1.00; • Ni: less than 0.50; • B: less than 0.0030 (30 ppm); the remainder being Fe and other unavoidable impurities resulting from the ironmaking and steelmaking process. having a yield strength of at least 1100 MPa, an ultimate tensile strength of at least 1200 MPa, a yield ratio of at least 0.85, a total elongation of at least 6.0%, a hole expansion ratio of at least 30% and a bending angle at 1 mm thickness of at least 70°; having a microstructure consisting of 40 to 85 vol.% of tempered martensite, 60 to 15 vol.% of fresh martensite, less than 1 vol% of retained austenite and substantially no cementite or other carbides.
An incontinence treatment system for a male patient, the system comprising: a support having a body, a pair of lateral arms (222, 224) extending laterally from the body and a pair of longitudinal arms (226, 228) extending longitudinally from the body substantially orthogonal to the lateral arms (222, 224), a brace adapted to couple with the support, the brace including a base portion, a first post extending from the base portion and a second post extending from the base portion, with a first hanger attached to an end portion of the first post and a second hanger attached to an end portion of the second post, and a first slot formed between the end portion of the first post and the first hanger and a second slot formed between the end portion of the second post and the second hanger; an introducer provided to deliver an anchor through the support and into periosteum tissue over a pubic bone of the pelvis of the male patient, characterized by a pocket formed at an end portion of each of the longitudinal arms (226,228), wherein each of the first and second hangers is sized to be inserted into the pocket that is formed at the end portion of each of the longitudinal arms (226, 228). a support having a body, a pair of lateral arms (222, 224) extending laterally from the body and a pair of longitudinal arms (226, 228) extending longitudinally from the body substantially orthogonal to the lateral arms (222, 224), a brace adapted to couple with the support, the brace including a base portion, a first post extending from the base portion and a second post extending from the base portion, with a first hanger attached to an end portion of the first post and a second hanger attached to an end portion of the second post, and a first slot formed between the end portion of the first post and the first hanger and a second slot formed between the end portion of the second post and the second hanger; an introducer provided to deliver an anchor through the support and into periosteum tissue over a pubic bone of the pelvis of the male patient, characterized by a pocket formed at an end portion of each of the longitudinal arms (226,228), wherein each of the first and second hangers is sized to be inserted into the pocket that is formed at the end portion of each of the longitudinal arms (226, 228).
Method for detecting a sensor malfunction of a load sensor of a wind power installation having a rotor and at least one rotor blade, wherein: - the load sensor (112, 114) is configured to detect a loading variable of one of the rotor blades, and - a sensor malfunction is such that a sensor signal (310, 610) of the load sensor (112, 114) is functionally frozen, such that it is temporally constant, wherein: - at least one loading variable (620, 630) of the rotor blade is estimated, - if the sensor signal (310, 610) is temporally constant, a comparability test is executed wherein, according to the at least one estimated loading variable (620, 630), a check is executed as to whether a non-constant sensor signal (310, 610) is to be anticipated, and - a sensor malfunction is identified by reference to the comparability test. - the load sensor (112, 114) is configured to detect a loading variable of one of the rotor blades, and - a sensor malfunction is such that a sensor signal (310, 610) of the load sensor (112, 114) is functionally frozen, such that it is temporally constant, wherein: - at least one loading variable (620, 630) of the rotor blade is estimated, - if the sensor signal (310, 610) is temporally constant, a comparability test is executed wherein, according to the at least one estimated loading variable (620, 630), a check is executed as to whether a non-constant sensor signal (310, 610) is to be anticipated, and - a sensor malfunction is identified by reference to the comparability test. - at least one loading variable (620, 630) of the rotor blade is estimated, - if the sensor signal (310, 610) is temporally constant, a comparability test is executed wherein, according to the at least one estimated loading variable (620, 630), a check is executed as to whether a non-constant sensor signal (310, 610) is to be anticipated, and - a sensor malfunction is identified by reference to the comparability test.
Portable locating device for locating an object provided with a transmitter for emitting a signal, the locating device comprising a first directional receiver configured to receive the emitted signal and to convert the received signal in a first electrical signal, the first directional receiver being directed with a first main axis in a first direction, characterized in that the locating device further comprises a second directional receiver with a second main axis configured to receive the emitted signal and to convert the received signal in a second electrical signal,, a third directional receiver with a third main axis configured to receive the emitted signal and to convert the received signal in a third electrical signal, and a processing unit configured to process the first, second and third signals received by the three directional receivers so as to obtain a location property of the object, wherein the second and third directional receivers are positioned in such a way that their respective main axes (72,73) lie transversely to the first direction, wherein the opening angles of the second and third directional receivers at least partially overlap with an opening angle of the first directional receiver and wherein the second and the third main axes (72,73) of the second and the third directional receivers respectively lie perpendicularly to the first main axis of the first directional receiver.
A modular prefabricated retaining wall for placing on a concrete foundation, including at least one vertically arrangeable, reinforced tabular wall element of concrete for earth support and at least one wall element of reinforced concrete for dissipating horizontal forces, which is arrangeable vertically perpendicular to the wall element, affords a central cavity, is fillable with in situ concrete and is connectable to a connecting reinforcement of the wall element, wherein a plurality of such wall elements may be arranged side by side against one another with their wall retaining elements in the longitudinal direction, wherein the wall element has connecting reinforcing elements on the two vertical edges projecting at an angle from the flat side, characterised in that the cavity has a breadth which is larger with respect to the spacing of adjacent connecting reinforcing elements of two successive wall elements and that the wall retaining element is arrangeable on the wall element such that the wall retaining element on two abutting vertical edges of two wall elements, whose end faces abut, engages over both the two edges and the two connecting reinforcing elements projecting out of the wall elements at the edges, whereby the connecting reinforcing elements of the successive wall elements extend together into the cavity on an end face of the wall retaining element, which has an opening.
Procedure for separating the husk from seeds or fruit, of the type comprising: - a first stage wherein the seeds or fruit are fed into a splitting machine, that hits said husk of the seeds or fruit breaking it, characterised in that it comprises: - a second stage wherein said split seed or fruit husk is transported into at least one first rotary screen, being tubular with walls having perforations with basic V-shape or modifications thereto for passing the husk-less seed or fruit and retaining the seeds and fruits with husks and the non-split seeds and fruit inside the rotary screen, - a third stage wherein the said first rotary screen, rotates, moving the products inside it, with some of said products passing through said perforations with basic V-shape or modifications thereto, falling in some collection means, and - a fourth stage wherein the husks, the fruit and the seeds that have separated from the husk and the fruit and seeds with husks from the collection means are transported to at least one device comprising a slope along which said products fall, with said slope ending in a curve with a corrugated area and a point of inflection that guides it upwards to a ramp where said products take off, with said husk-less seeds or fruit falling in respective classifying elements (37, 38, 39) on one side, the seeds or fruits with husks on the other and the loose husks on another based on the friction coefficient of said products with the corrugated area. - a first stage wherein the seeds or fruit are fed into a splitting machine, that hits said husk of the seeds or fruit breaking it, - a second stage wherein said split seed or fruit husk is transported into at least one first rotary screen, being tubular with walls having perforations with basic V-shape or modifications thereto for passing the husk-less seed or fruit and retaining the seeds and fruits with husks and the non-split seeds and fruit inside the rotary screen, - a third stage wherein the said first rotary screen, rotates, moving the products inside it, with some of said products passing through said perforations with basic V-shape or modifications thereto, falling in some collection means, and - a fourth stage wherein the husks, the fruit and the seeds that have separated from the husk and the fruit and seeds with husks from the collection means are transported to at least one device comprising a slope along which said products fall, with said slope ending in a curve with a corrugated area and a point of inflection that guides it upwards to a ramp where said products take off, with said husk-less seeds or fruit falling in respective classifying elements (37, 38, 39) on one side, the seeds or fruits with husks on the other and the loose husks on another based on the friction coefficient of said products with the corrugated area.
Half-cage for ball bearings, comprising - semi-spherical recesses (12, 22) arranged at predefined intervals along a circumference, said semi-spherical recesses being spaced out from each other by means of respective planar portions (14, 24); characterised in that said recesses (12, 22) arranged along the circumference comprise - at least one central rib (31, 41) having a certain width, which rib extends along the circumference over at least the whole surface of said recesses and along each of said planar portions (14, 24) and merges into the surface of each of said planar portions (14, 24) next to clear areas (38, 48) provided in said planar portions. - semi-spherical recesses (12, 22) arranged at predefined intervals along a circumference, said semi-spherical recesses being spaced out from each other by means of respective planar portions (14, 24); - at least one central rib (31, 41) having a certain width, which rib extends along the circumference over at least the whole surface of said recesses and along each of said planar portions (14, 24) and merges into the surface of each of said planar portions (14, 24) next to clear areas (38, 48) provided in said planar portions.
A method for controlling a dozer blade mounted on a dozer body, the method comprising the steps of: receiving first measurements from at least one global navigation satellite system (GNSS) sensor mounted on the dozer blade, the first measurements comprising measurements of an elevation of the dozer blade and a vertical velocity of the dozer blade; receiving second measurements from a plurality of inertial sensors mounted on the dozer blade, wherein the plurality of inertial sensors comprises: three orthogonally mounted accelerometers; and three orthogonally mounted rate gyros; and controlling the elevation of the dozer blade and a slope angle of the dozer blade based at least in part on the first measurements and the second measurements. receiving first measurements from at least one global navigation satellite system (GNSS) sensor mounted on the dozer blade, the first measurements comprising measurements of an elevation of the dozer blade and a vertical velocity of the dozer blade; receiving second measurements from a plurality of inertial sensors mounted on the dozer blade, wherein the plurality of inertial sensors comprises: three orthogonally mounted accelerometers; and three orthogonally mounted rate gyros; and three orthogonally mounted accelerometers; and three orthogonally mounted rate gyros; and controlling the elevation of the dozer blade and a slope angle of the dozer blade based at least in part on the first measurements and the second measurements.
A cutting insert, comprising: a base body; and a coating layer located on a surface of the base body, wherein the cutting insert comprises a rake surface, a flank surface, and a cutting edge located along an intersecting ridge between the rake surface and the flank surface, the rake surface comprises a constraining surface formed by causing a middle part of the rake surface to be protruded relative to an outer peripheral part of the rake surface, and a breaker adjacent to the cutting edge, the breaker comprises a first breaker part close to the cutting edge, an intermediate second breaker part, and a third breaker part adjacent to the constraining surface, and the constraining surface is configured to expose the base body under absence of the coating layer, characterised in that a skewness Rsk of a roughness curve on a surface of the constraining surface is -1.50 to -0.50, a skewness Rsk of a roughness curve at the third breaker part is -0.20 or less, and the skewness Rsk on the surface of the constraining surface is smaller than the skewness Rsk at the third breaker part. a base body; and a coating layer located on a surface of the base body, wherein the cutting insert comprises a rake surface, a flank surface, and a cutting edge located along an intersecting ridge between the rake surface and the flank surface, the rake surface comprises a constraining surface formed by causing a middle part of the rake surface to be protruded relative to an outer peripheral part of the rake surface, and a breaker adjacent to the cutting edge, the breaker comprises a first breaker part close to the cutting edge, an intermediate second breaker part, and a third breaker part adjacent to the constraining surface, and the constraining surface is configured to expose the base body under absence of the coating layer, characterised in that a skewness Rsk of a roughness curve on a surface of the constraining surface is -1.50 to -0.50, a skewness Rsk of a roughness curve at the third breaker part is -0.20 or less, and the skewness Rsk on the surface of the constraining surface is smaller than the skewness Rsk at the third breaker part.
A medical apparatus comprising: an acquirer configured to acquire a fluoroscopic image of an object from an imager which performs imaging by irradiating the object with an electromagnetic wave to generate the fluoroscopic image; an identifier configured to identify a target position of the object in the fluoroscopic image; and a controller (110, 150) configured to output an irradiation permission signal to a therapeutic device which irradiates the object with a therapeutic beam in a case where the target position identified by the identifier is settled within an irradiation permission range, wherein the controller (110, 150) is configured to cause the therapeutic device to end a state of being capable of performing irradiation of the therapeutic beam, in a case where a first switch is operated, and the controller (110, 150) is configured to cause the therapeutic device to maintain the state of being capable of performing irradiation of the therapeutic beam and to stop outputting the irradiation permission signal, in a case where a second switch is operated, in a state in which the therapeutic device is capable of performing irradiation of the therapeutic beam. an acquirer configured to acquire a fluoroscopic image of an object from an imager which performs imaging by irradiating the object with an electromagnetic wave to generate the fluoroscopic image; an identifier configured to identify a target position of the object in the fluoroscopic image; and a controller (110, 150) configured to output an irradiation permission signal to a therapeutic device which irradiates the object with a therapeutic beam in a case where the target position identified by the identifier is settled within an irradiation permission range, wherein the controller (110, 150) is configured to cause the therapeutic device to end a state of being capable of performing irradiation of the therapeutic beam, in a case where a first switch is operated, and the controller (110, 150) is configured to cause the therapeutic device to maintain the state of being capable of performing irradiation of the therapeutic beam and to stop outputting the irradiation permission signal, in a case where a second switch is operated, in a state in which the therapeutic device is capable of performing irradiation of the therapeutic beam.
A case for secondary batteries comprising a laminate sheet composed of multiple layers, wherein the laminate sheet comprises an insulating layer having an elongation percentage of 10% or more, wherein the insulating layer is composed of polyurethane fiber and/or aramid fiber, or wherein the insulating layer is composed of a blended composition of at least one fiber selected from the group consisting of polyurethane fiber and aramid fiber, and a plasticizer, wherein the insulating layer is suitable to prevent direct contact between an object having conductivity and electrodes or direct contact between a positive electrode and a negative electrode, the insulating layer has a melting point of 100°C or more; and wherein the laminate sheet has a three-layer or more structure comprising the insulating layer; wherein the laminate sheet is composed of an insulating layer, a first layer, and a second layer, and the insulating layer is disposed between the first layer and the second layer.
Buffer device for piece goods, in particular, containers, bottles or packages, with a buffer area, a feed device for supplying piece goods to the buffer area, the feed device extending into an inlet region which adjoins a rear end of the buffer area, a discharge device, for discharging piece goods from the buffer area, the discharge device being arranged at the opposite end of the buffer area, several circulating, independently drivable row pushers which can transport the piece goods in the direction of transport through the buffer area, where the orbit of the row pushers is arranged above the buffer area, characterised in that the feed device and the discharge device extend in a direction perpendicular to the direction of transport and the buffer device comprises a switch upstream of the inlet region of the feed device onto the buffer area, which is adapted such that it deflects the lane of piece goods supplied by the feed device such that a certain number of successive piece goods can be made to assume a sawtooth shape, where the sawtooth shape has a tip and two sections (9a, 9b) that converge at a flat angle (α). a buffer area, a feed device for supplying piece goods to the buffer area, the feed device extending into an inlet region which adjoins a rear end of the buffer area, a discharge device, for discharging piece goods from the buffer area, the discharge device being arranged at the opposite end of the buffer area, several circulating, independently drivable row pushers which can transport the piece goods in the direction of transport through the buffer area, where the orbit of the row pushers is arranged above the buffer area, characterised in that the feed device and the discharge device extend in a direction perpendicular to the direction of transport and the buffer device comprises a switch upstream of the inlet region of the feed device onto the buffer area, which is adapted such that it deflects the lane of piece goods supplied by the feed device such that a certain number of successive piece goods can be made to assume a sawtooth shape, where the sawtooth shape has a tip and two sections (9a, 9b) that converge at a flat angle (α).
A rights control method for a Digital Living Network Alliance, DLNA, network, characterized in that, the method comprises: expanding an address/rights recording unit at a DLNA apparatus side to record corresponding relations between Medium Access Control, MAC, addresses and rights; expanding a service control program at the DLNA apparatus side, and comparing, when another DLNA apparatus requires the present DLNA apparatus to provide a service, the MAC address of said another DLNA apparatus and the addresses in the address/rights recording unit to find out rights of said another DLNA apparatus.