mhurhangee/ep-ind-claims huggingface dataset:
A positioning system of at least one underwater apparatus, said underwater apparatus comprising: - an acoustic receiver comprising a hydrophone, and - a computer, said system comprising said acoustic receiver, said computer and: - at least two base stations placed in the sea environment, each base station comprising at least two acoustic transmitters forming an antenna, the distances between the acoustic transmitters of each antenna being known, said transmitters of a same base station being synchronized with each other, - the two base stations being non-synchronised with each other, - each base station being configured to transmit through each of its transmitters an acoustic signal that is received by the acoustic receiver, the computer comprising means for calculating arrival time differences and phase differences of acoustic signals coming from the transmitters of a same base station, means for calculating the possible geometric loci of the relative position of the apparatus with respect to each of said base stations and to their respective orientation, and means for determining the position of the underwater apparatus based on these possible geometric loci. - an acoustic receiver comprising a hydrophone, and - a computer, - at least two base stations placed in the sea environment, each base station comprising at least two acoustic transmitters forming an antenna, the distances between the acoustic transmitters of each antenna being known, said transmitters of a same base station being synchronized with each other, - the two base stations being non-synchronised with each other, - each base station being configured to transmit through each of its transmitters an acoustic signal that is received by the acoustic receiver, the computer comprising means for calculating arrival time differences and phase differences of acoustic signals coming from the transmitters of a same base station, means for calculating the possible geometric loci of the relative position of the apparatus with respect to each of said base stations and to their respective orientation, and means for determining the position of the underwater apparatus based on these possible geometric loci.
A method for producing a polythiol compound, comprising reacting 2-mercaptoethanol with an epihalohydrin, wherein the reaction is carried out in the presence of a halide selected from the group consisting of a 2,3-dihalogeno-1-propanol and an allyl halide, and an amount of the halide in the reaction is more than 0.50% by mass and 10.00% by mass or less with respect to the total amount of the halide and the epihalohydrin.
Compressed tablet having a tablet weight of 60-1200 mg, said tablet being composed of: • 50-95 wt.% of a granulate; • 5-50 wt.% of lactose; and • 0-30 wt.% of other tablet excipients; wherein the granulate contains: a. 2-15 wt.% of cannabidiol; b. 2-30 wt.% of sucrose fatty acid mono-ester; c. 30-96 wt.% of lactose; and d. 0-25 wt.% of other granulate excipients; said granulate having a mass weighted average diameter of 50-1000 μm and being composed of granules comprising lactose particles that are held together by a solid dispersion comprising cannabidiol, sucrose fatty acid mono-ester and optionally other excipients; and wherein cannabidiol and sucrose fatty acid mono-ester are present in the granulate in a weight ratio of 1:4 to 1:1. • 50-95 wt.% of a granulate; • 5-50 wt.% of lactose; and • 0-30 wt.% of other tablet excipients; a. 2-15 wt.% of cannabidiol; b. 2-30 wt.% of sucrose fatty acid mono-ester; c. 30-96 wt.% of lactose; and d. 0-25 wt.% of other granulate excipients;
A ferroelectric thin film comprising lead niobate titanate zirconate, wherein a ratio "a" of lead to a sum of zirconium, titanium, and niobium is 100% or more by mol ratio, a ratio "b" of niobium to the sum of zirconium, titanium, and niobium is 10% or more but 20% or less by mol ratio, a ratio "c" of zirconium to a sum of zirconium and titanium is 52% or more but 59% or less by mol ratio, and a film stress is 100 MPa or more but 250 MPa or less, characterized in that the ratio "a" is 105% or less by mol ratio.
Gas inlet housing of an exhaust-gas turbine, comprising a tubular outer housing wall with a circular outlet opening and comprising a cowling-shaped inner housing wall which is arranged within the outer housing wall and which has a circular base surface outer contour, wherein the inner housing wall with the circular base surface outer contour is, in the region of the circular outlet opening of the outer housing wall, arranged concentrically with respect to said circular outlet opening of the outer housing wall; wherein a flow duct delimited by the outer housing wall transitions along the inner housing wall from the tubular form into the ring-shaped tubular form; wherein the outer housing wall is of curved form such that the flow duct delimited by the outer housing wall exhibits a diversion from a first direction, which deviates from the axial direction of the circle axis of the circular outlet opening, into the axial direction, wherein a cleaning nozzle is led through the outer housing wall and projects into the flow duct, characterized in that the flow duct has, in the region of the cleaning nozzle, an elliptical cross section with a short axis of symmetry (R 2) and a long axis of symmetry (R 1), and in that the cleaning nozzle extends along the short axis of symmetry (R 2) of the elliptical duct cross section.
An absorbent article, comprising: a. a fluid permeable topsheet; b. a backsheet; and c. an absorbent core structure disposed between the topsheet and the backsheet, the absorbent core structure being a two layer core structure comprising: an upper layer which is a heterogeneous mass layer comprising an enrobeable element and open-cell foam pieces in the form of stripes separated by canals, wherein the enrobeable element is a nonwoven, and a lower layer that is an absorbent layer that comprise superabsorbent polymers placed on top of a substrate, wherein the substrate and superabsorbent polymer are coated by a thermoplastic. d. wherein the absorbent article has a caliper expansion, measured at five minutes according to the dynamic caliper expansion test described herein, of at least 275%. a. a fluid permeable topsheet; b. a backsheet; and c. an absorbent core structure disposed between the topsheet and the backsheet, the absorbent core structure being a two layer core structure comprising: an upper layer which is a heterogeneous mass layer comprising an enrobeable element and open-cell foam pieces in the form of stripes separated by canals, wherein the enrobeable element is a nonwoven, and a lower layer that is an absorbent layer that comprise superabsorbent polymers placed on top of a substrate, wherein the substrate and superabsorbent polymer are coated by a thermoplastic. an upper layer which is a heterogeneous mass layer comprising an enrobeable element and open-cell foam pieces in the form of stripes separated by canals, wherein the enrobeable element is a nonwoven, and a lower layer that is an absorbent layer that comprise superabsorbent polymers placed on top of a substrate, wherein the substrate and superabsorbent polymer are coated by a thermoplastic. d. wherein the absorbent article has a caliper expansion, measured at five minutes according to the dynamic caliper expansion test described herein, of at least 275%.
A targeting method for targeting an insertion of a needle in an object under examination, the method comprising the following steps: selecting, by a user, a first two-dimensional image (Fig. 3, Fig. 7) of a three-dimensional data volume representing the object under examination (Fig, 2); determining, by the user, a target point in the first two-dimensional image; displaying a three-dimensional image of the three-dimensional data volume with the determined target point; positioning the three-dimensional image of the three-dimensional data volume by the user scrolling and/or rotating such that a suitable path of approach crossing the target point has a first direction parallel to an actual viewing direction of the three-dimensional image of the three-dimensional data volume (Fig. 4, Fig. 8); wherein the path of approach is the path of an intended needle trajectory through the object under examination; generating a second two-dimensional image out of the three-dimensional data volume, wherein a normal of the plane of the second two-dimensional image is oriented parallel to the first direction and crosses the target point. selecting, by a user, a first two-dimensional image (Fig. 3, Fig. 7) of a three-dimensional data volume representing the object under examination (Fig, 2); determining, by the user, a target point in the first two-dimensional image; displaying a three-dimensional image of the three-dimensional data volume with the determined target point; positioning the three-dimensional image of the three-dimensional data volume by the user scrolling and/or rotating such that a suitable path of approach crossing the target point has a first direction parallel to an actual viewing direction of the three-dimensional image of the three-dimensional data volume (Fig. 4, Fig. 8); wherein the path of approach is the path of an intended needle trajectory through the object under examination; generating a second two-dimensional image out of the three-dimensional data volume, wherein a normal of the plane of the second two-dimensional image is oriented parallel to the first direction and crosses the target point.
A battery module comprising: a plurality of battery cells that is aligned in a first direction; a first chassis that includes a plurality of first compartments (11x1) and at least one second compartment (11x2) partitioned in the first direction, the first compartments (11x1) in which the battery cells are housed one by one; and a connection member that comprises a body housed in the second compartment (11x2), a pair of connection terminals mounted on a first face of the body, and electrically connectable to electrodes (22, 23) of the battery cells via a conductive member, the first face facing in a second direction intersecting with the first direction, and a conductor that extends across the pair of connection terminals, wherein the second compartment (11x2) is located nearer to a center than to an end of the first chassis in the first direction. a plurality of battery cells that is aligned in a first direction; a first chassis that includes a plurality of first compartments (11x1) and at least one second compartment (11x2) partitioned in the first direction, the first compartments (11x1) in which the battery cells are housed one by one; and a connection member that comprises a body housed in the second compartment (11x2), a pair of connection terminals mounted on a first face of the body, and electrically connectable to electrodes (22, 23) of the battery cells via a conductive member, the first face facing in a second direction intersecting with the first direction, and a conductor that extends across the pair of connection terminals, wherein the second compartment (11x2) is located nearer to a center than to an end of the first chassis in the first direction. a body housed in the second compartment (11x2), a pair of connection terminals mounted on a first face of the body, and electrically connectable to electrodes (22, 23) of the battery cells via a conductive member, the first face facing in a second direction intersecting with the first direction, and a conductor that extends across the pair of connection terminals, wherein the second compartment (11x2) is located nearer to a center than to an end of the first chassis in the first direction.
A cubic boron nitride sintered body which comprises a cubic boron nitride, a binder phase and inevitable impurities, an amount of the cubic boron nitride is 50% by volume or more and 80% by volume or less, a total amount of the binder phase and the inevitable impurities is 20% by volume or more and 50% by volume or less, the binder phase contains an Al compound and a Ti compound, the Al compound contains an Al element and at least one element selected from the group consisting of N, O and B, the Ti compound contains a Ti element and at least one element selected from the group consisting of C, N and B, the Al compound contains AlN and Al 2 O 3, when an X-ray diffraction intensity at a plane of the AlN is made I 1, and an X-ray diffraction intensity at a plane of the Al 2 O 3 is made I 2, then I 1 /I 2 is 6 or more and 40 or less, and when a total area of the cubic boron nitride and the A1 compound is made S1, and an area of a region at which the cubic boron nitride and the Al compound are continuously contacted is made S2, then S2/S1 is 0.98 or more and 1.00 or less. a cubic boron nitride, a binder phase and inevitable impurities, an amount of the cubic boron nitride is 50% by volume or more and 80% by volume or less, a total amount of the binder phase and the inevitable impurities is 20% by volume or more and 50% by volume or less, the binder phase contains an Al compound and a Ti compound, the Al compound contains an Al element and at least one element selected from the group consisting of N, O and B, the Ti compound contains a Ti element and at least one element selected from the group consisting of C, N and B, the Al compound contains AlN and Al 2 O 3, when an X-ray diffraction intensity at a plane of the AlN is made I 1, and an X-ray diffraction intensity at a plane of the Al 2 O 3 is made I 2, then I 1 /I 2 is 6 or more and 40 or less, and when a total area of the cubic boron nitride and the A1 compound is made S1, and an area of a region at which the cubic boron nitride and the Al compound are continuously contacted is made S2, then S2/S1 is 0.98 or more and 1.00 or less.
An interlock corner with pretensioner having first and second sides (A and B), a formed cavity on the surface of the second side and openings at the sides of the cavity, characterised by the fact that said interlock corner is provided with triangular notches on the surface of both sides (A and B) and that on said first side of the corner - there is formed a recess which ends in a through-hole with an internal thread, - a pre-tensioning screw is screwed and exits through the through-hole - the pre-tensioning screw cooperates with a pre-tensioning base member with a blind cylindrical recess, on said second side of the corner - there is at the side of the cavity a last opening leading to a groove which runs along the angle at its sides externally along the remainder of said second side and which continues and runs externally along the entire first side of the angle, by the fact that the cavity of said second side does not communicate with the formed recess of the first side, and by the fact that the rotational movement of the pre-tensioning screw is converted into a linear movement of the pre-tensioning base along its length, and the pre-tensioning base presses a metallic blade bearing at its middle a spacer. - there is formed a recess which ends in a through-hole with an internal thread, - a pre-tensioning screw is screwed and exits through the through-hole - the pre-tensioning screw cooperates with a pre-tensioning base member with a blind cylindrical recess, - there is at the side of the cavity a last opening leading to a groove which runs along the angle at its sides externally along the remainder of said second side and which continues and runs externally along the entire first side of the angle,
Apparatus for processing data comprising: processing circuitry to perform vector processing operations; and decoder circuitry to decode program instructions to generate control signals to control said processing circuitry to perform said vector processing operations; wherein said decoder circuitry is responsive to a scaled vector length querying instruction specifying a vector element size and a scaling value to control said processing circuitry to return a result value dependent upon a number of vector elements of said specified vector element size in a predetermined vector length, multiplied by said specified scaling value, the predetermined vector length representing a length of a vector register used by the apparatus,. processing circuitry to perform vector processing operations; and decoder circuitry to decode program instructions to generate control signals to control said processing circuitry to perform said vector processing operations; wherein said decoder circuitry is responsive to a scaled vector length querying instruction specifying a vector element size and a scaling value to control said processing circuitry to return a result value dependent upon a number of vector elements of said specified vector element size in a predetermined vector length, multiplied by said specified scaling value, the predetermined vector length representing a length of a vector register used by the apparatus,.
A method of treating an aircraft transparency, comprising: applying a water repellant coating composition over a surface of an aircraft transparency substrate, the water repellant coating composition comprising a non-chlorinated perfluoroalkylalkylsilane and an organic solvent comprising a hydrofluoroether.
A method for implementing a pseudo-random function using a white-box implementation of a cryptographic function in N rounds, comprising: - receiving an input to the PRF; - receiving a cryptographic key in a first round; - encrypting, using the white-box implementation of the cryptographic function and the cryptographic key, an input message that is one of M possible input messages (325, 330) based upon a portion of the input to produce a first output; for each succeeding round: encrypting, using the white-box implementation of the cryptographic function and an i th cryptographic key, further input messages that are one of M possible input messages (325, 330) based upon a further portion of the input to produce an i th output, wherein the i th cryptographic key is the output from the preceding round, characterized in that, in the first round and in each succeeding round, the white-box implementation of the cryptographic function only produces a correct output for the M possible input messages (325, 330) and produces an incorrect output for input messages that are not one of the M possible input messages (325, 330). - receiving an input to the PRF; - receiving a cryptographic key in a first round; - encrypting, using the white-box implementation of the cryptographic function and the cryptographic key, an input message that is one of M possible input messages (325, 330) based upon a portion of the input to produce a first output; for each succeeding round: encrypting, using the white-box implementation of the cryptographic function and an i th cryptographic key, further input messages that are one of M possible input messages (325, 330) based upon a further portion of the input to produce an i th output, wherein the i th cryptographic key is the output from the preceding round, characterized in that, in the first round and in each succeeding round, the white-box implementation of the cryptographic function only produces a correct output for the M possible input messages (325, 330) and produces an incorrect output for input messages that are not one of the M possible input messages (325, 330).
A method of utilizing a list of predictive paths by a map-server, comprising: receiving the list of predictive paths, wherein the list of predictive paths comprises a list of Route Locator Addresses, RLOCs, of a user device which has an End Point Identifier Address, EID; storing the list of predictive paths in a memory of the map-server; receiving, from a first network element, a request for a location of the user device, the request related to transmitting a packet to the user device; and transmitting, to the first network element, a plurality of user locations of the user device based on the list of predictive paths, the plurality of user locations of the user device identifying where a second network element will transmit the packet when the packet is received by the second network element. receiving the list of predictive paths, wherein the list of predictive paths comprises a list of Route Locator Addresses, RLOCs, of a user device which has an End Point Identifier Address, EID; storing the list of predictive paths in a memory of the map-server; receiving, from a first network element, a request for a location of the user device, the request related to transmitting a packet to the user device; and transmitting, to the first network element, a plurality of user locations of the user device based on the list of predictive paths, the plurality of user locations of the user device identifying where a second network element will transmit the packet when the packet is received by the second network element.
A multicast service receiving method, comprising: receiving, by a terminal device from a first cell, configuration information corresponding to a multimedia broadcast multicast service, MBMS, wherein the configuration information corresponding to the MBMS comprises: a cell identity of at least one second cell, and the second cell is used to transmit the MBMS in coordination with the first cell at a same scheduling moment or different scheduling moments; obtaining, by the terminal device, configuration information of the second cell based on the cell identity of the second cell; and receiving, by the terminal device from the second cell, an MBMS traffic channel, MTCH, based on the configuration information of the second cell. receiving, by a terminal device from a first cell, configuration information corresponding to a multimedia broadcast multicast service, MBMS, wherein the configuration information corresponding to the MBMS comprises: a cell identity of at least one second cell, and the second cell is used to transmit the MBMS in coordination with the first cell at a same scheduling moment or different scheduling moments; obtaining, by the terminal device, configuration information of the second cell based on the cell identity of the second cell; and receiving, by the terminal device from the second cell, an MBMS traffic channel, MTCH, based on the configuration information of the second cell.
A snap assembly comprising: a cantilever snap including an orifice defined in a surface of a first component, the orifice being defined between side-walls, the cantilever snap further comprising a cantilevered-slant protrusion extending between the sidewalls and out of the orifice at an angle relative to the surface; and a retention body attached to a second component and configured to be inserted into the orifice from a side of the first component that is opposite of a side of the first component away from which the cantilevered-slant protrusion extends to secure the retention body to the cantilever snap, the retention body including a retaining extension comprising a holding assembly that lies in a plane that lies at an angle to a plane in which the retention body lies, characterized in that the cantilevered-slant protrusion includes an engagement face disposed at a distal end thereof and disposed to substantially face toward an alignment rib that is disposed opposite the portion of the orifice from which the cantilevered-slant protrusion extends and wherein the alignment rib extends from the same surface of the first component from which the cantilevered-slant protrusion extends. a cantilever snap including an orifice defined in a surface of a first component, the orifice being defined between side-walls, the cantilever snap further comprising a cantilevered-slant protrusion extending between the sidewalls and out of the orifice at an angle relative to the surface; and a retention body attached to a second component and configured to be inserted into the orifice from a side of the first component that is opposite of a side of the first component away from which the cantilevered-slant protrusion extends to secure the retention body to the cantilever snap, the retention body including a retaining extension comprising a holding assembly that lies in a plane that lies at an angle to a plane in which the retention body lies,