mhurhangee/ep-ind-claims huggingface dataset:
An optical fiber cable comprising: a core comprising a plurality of units which are assembled and are twisted so as to form a plurality of layers (11, 12), each of which comprises a plurality of optical fibers which are assembled, and which comprises a plurality of first-layer units and a plurality of second-layer units; a pair of tension members disposed so as to face each other with the core interposed therebetween; and a sheath covering the core and the pair of tension members collectively, wherein: the plurality of layers (11, 12) comprises a first layer comprising the first-layer units formed in an SZ-twisted shape and a second layer covering the first layer and comprising the second-layer units formed in an SZ-twisted shape; the first layer is arranged at a center portion of the core; and a twisting direction of the first-layer units is opposite to a twisting direction of the second-layer units in at least a portion in a cable length direction. a core comprising a plurality of units which are assembled and are twisted so as to form a plurality of layers (11, 12), each of which comprises a plurality of optical fibers which are assembled, and which comprises a plurality of first-layer units and a plurality of second-layer units; a pair of tension members disposed so as to face each other with the core interposed therebetween; and a sheath covering the core and the pair of tension members collectively, wherein: the plurality of layers (11, 12) comprises a first layer comprising the first-layer units formed in an SZ-twisted shape and a second layer covering the first layer and comprising the second-layer units formed in an SZ-twisted shape; the first layer is arranged at a center portion of the core; and a twisting direction of the first-layer units is opposite to a twisting direction of the second-layer units in at least a portion in a cable length direction. the plurality of layers (11, 12) comprises a first layer comprising the first-layer units formed in an SZ-twisted shape and a second layer covering the first layer and comprising the second-layer units formed in an SZ-twisted shape; the first layer is arranged at a center portion of the core; and a twisting direction of the first-layer units is opposite to a twisting direction of the second-layer units in at least a portion in a cable length direction.
A method of selecting a needle with an injection length for subcutaneous injection of a therapeutic agent at a body location, comprising, with a skinfold caliper: measuring the width SF of a skin fold at the body location; determining a depth of body fat at the body location as SF / 2 + f p + f SF ∗ SF, wherein, f(p) is an adjustment factor for tissue compression at the body location, and f ∗ SF is an adjustment factor for the size of the skin fold measurement, and wherein f(p) is selected from about 0.1 to 4 mm and f is from about 0.01 to about 0.5; correlating the determined depth of body fat to a needle injection length suited to position an anterior opening of the needle within the subcutis at the body location; and outputting the correlated needle injection length. measuring the width SF of a skin fold at the body location; determining a depth of body fat at the body location as SF / 2 + f p + f SF ∗ SF, wherein, f(p) is an adjustment factor for tissue compression at the body location, and f ∗ SF is an adjustment factor for the size of the skin fold measurement, and wherein f(p) is selected from about 0.1 to 4 mm and f is from about 0.01 to about 0.5; correlating the determined depth of body fat to a needle injection length suited to position an anterior opening of the needle within the subcutis at the body location; and outputting the correlated needle injection length.
A circuit comprises: a printed inductor; a printed antenna; a substrate that supports the printed inductor in a first region (44, 170) and the printed antenna in a second region (46, 172), wherein the first region (44, 170) has an adjustable high permeability and the second region (46, 172) has an adjustable high permittivity; a metamorphic layer including first variable impedance circuits associated with the first region and operable to tune the permeability of the first region, thereby tuning the properties of the inductor in the first region; and second variable impedance circuits associated with the second region and operable to tune the permittivity of the second region, thereby tuning the properties of the printed antenna, wherein the substrate comprises: non-magnetic metallodielectric inclusions embedded in the substrate material in the first region (44, 170); and high permittivity metallodielectric inclusions (48, 50) embedded in the substrate material in the second region (46, 172). a printed inductor; a printed antenna; a substrate that supports the printed inductor in a first region (44, 170) and the printed antenna in a second region (46, 172), wherein the first region (44, 170) has an adjustable high permeability and the second region (46, 172) has an adjustable high permittivity; a metamorphic layer including first variable impedance circuits associated with the first region and operable to tune the permeability of the first region, thereby tuning the properties of the inductor in the first region; and second variable impedance circuits associated with the second region and operable to tune the permittivity of the second region, thereby tuning the properties of the printed antenna, wherein the substrate comprises: non-magnetic metallodielectric inclusions embedded in the substrate material in the first region (44, 170); and high permittivity metallodielectric inclusions (48, 50) embedded in the substrate material in the second region (46, 172). non-magnetic metallodielectric inclusions embedded in the substrate material in the first region (44, 170); and high permittivity metallodielectric inclusions (48, 50) embedded in the substrate material in the second region (46, 172).
A method of drilling a borehole in an earth formation, the method comprising: (a) conveying a logging tool on a bottom hole assembly into said borehole in a selected layer in said formation, said borehole having a first axial direction substantially parallel to a boundary of said selected layer, said BHA including a device for drilling of the borehole; (b) using said logging tool to obtain a plurality of multi-component resistivity measurements indicative of resistivities of said earth formation in a vicinity of said borehole, the multi-component measurements including at least one measurement made with a receiver (111,113,115) having an axis inclined to an axis of a transmitter (101,103,105); (c) comparing said plurality of multi-component resistivity measurements with expected values of said measurements obtained from a model; and (d) controlling a direction of drilling of said drilling device on said BHA in response to said comparison. (a) conveying a logging tool on a bottom hole assembly into said borehole in a selected layer in said formation, said borehole having a first axial direction substantially parallel to a boundary of said selected layer, said BHA including a device for drilling of the borehole; (b) using said logging tool to obtain a plurality of multi-component resistivity measurements indicative of resistivities of said earth formation in a vicinity of said borehole, the multi-component measurements including at least one measurement made with a receiver (111,113,115) having an axis inclined to an axis of a transmitter (101,103,105); (c) comparing said plurality of multi-component resistivity measurements with expected values of said measurements obtained from a model; and (d) controlling a direction of drilling of said drilling device on said BHA in response to said comparison.
A process for producing a man-made cellulosic moulded body using a reclaimed man-made cellulosic raw material and a virgin cellulosic raw material, including the steps of a) optionally mechanically shredding of the reclaimed man-made cellulosic raw material, b) optionally pre-treating the reclaimed man-made cellulosic raw material in a metal removing stage, a decolouring stage and/or cross linker removing stage prior to the alkalization step, c) in an alkalization stage steeping the reclaimed man-made cellulosic raw material in caustic soda and subsequently squeezing, d) pre-ageing the thus obtained alkali cellulose, e) xanthation of the alkali cellulose in a xanthation step and subsequently dissolution of the cellulose xanthate, f) extruding the cellulose xanthate solution thus obtained to form a moulded body, g) coagulating and regenerating the cellulose to obtain the man-made cellulosic moulded body, wherein before step e) in an additional combination step the alkali cellulose made of the reclaimed man-made cellulosic raw material is combined with alkali cellulose made of the virgin cellulosic raw material in a second alkalization line and wherein the combined alkali celluloses are further processed jointly in the xanthation step e). a) optionally mechanically shredding of the reclaimed man-made cellulosic raw material, b) optionally pre-treating the reclaimed man-made cellulosic raw material in a metal removing stage, a decolouring stage and/or cross linker removing stage prior to the alkalization step, c) in an alkalization stage steeping the reclaimed man-made cellulosic raw material in caustic soda and subsequently squeezing, d) pre-ageing the thus obtained alkali cellulose, e) xanthation of the alkali cellulose in a xanthation step and subsequently dissolution of the cellulose xanthate, f) extruding the cellulose xanthate solution thus obtained to form a moulded body, g) coagulating and regenerating the cellulose to obtain the man-made cellulosic moulded body,
Pressure-sensitive adhesive comprising a) at least 50 wt%, based on the total weight of the pressure-sensitive adhesive, of at least one polymer A whose monomer basis comprises the following monomers: a1) 2-propylheptyl acrylate and/or isodecyl acrylate; a2) at least one (meth)acrylic ester having an alcohol component based on a linear C 1 -C 18 alcohol; a3) acrylic acid; b) at least 5 wt%, based on the total weight of the pressure-sensitive adhesive, of at least one synthetic rubber; and c) at least 10 wt%, based on the total weight of the pressure-sensitive adhesive, of at least one peel adhesion-reinforcing resin. a) at least 50 wt%, based on the total weight of the pressure-sensitive adhesive, of at least one polymer A whose monomer basis comprises the following monomers: a1) 2-propylheptyl acrylate and/or isodecyl acrylate; a2) at least one (meth)acrylic ester having an alcohol component based on a linear C 1 -C 18 alcohol; a3) acrylic acid; a1) 2-propylheptyl acrylate and/or isodecyl acrylate; a2) at least one (meth)acrylic ester having an alcohol component based on a linear C 1 -C 18 alcohol; a3) acrylic acid; b) at least 5 wt%, based on the total weight of the pressure-sensitive adhesive, of at least one synthetic rubber; and c) at least 10 wt%, based on the total weight of the pressure-sensitive adhesive, of at least one peel adhesion-reinforcing resin.
A method for receiving a signal from a radio unit in a base station having at least two reception antennas, the method comprising the steps of: receiving a reception signal via the reception antennas, and calculating a first despread signal from the reception signal; generating an output signal using the first despread signal and a reception beam weight of a previous time; calculating a cost function; calculating a trace vector by differentiating the calculated cost function; calculating a reception beam weight by using the calculated trace vector; characterized in updating a reception beam weight for a next time by using the calculated reception beam weight and generating a reception beam for the next time by applying the updated reception beam weight to a second despread signal of the next time; wherein the cost function is calculated only dependent on the generated output signal, a constant and an approximate desired signal of the first despread signal; and wherein the approximate desired signal of the first despread signal results from a multiplication of an impinging signal vector and a steering vector, and the cost function is expressed as J = z / y 1 − N 2 where 'z' denotes the output signal, 'y' denotes the approximate desired signal, and 'N' denotes a constant. receiving a reception signal via the reception antennas, and calculating a first despread signal from the reception signal; generating an output signal using the first despread signal and a reception beam weight of a previous time; calculating a cost function; calculating a trace vector by differentiating the calculated cost function; calculating a reception beam weight by using the calculated trace vector; updating a reception beam weight for a next time by using the calculated reception beam weight and generating a reception beam for the next time by applying the updated reception beam weight to a second despread signal of the next time; wherein the cost function is calculated only dependent on the generated output signal, a constant and an approximate desired signal of the first despread signal; and wherein the approximate desired signal of the first despread signal results from a multiplication of an impinging signal vector and a steering vector, and the cost function is expressed as J = z / y 1 − N 2 where 'z' denotes the output signal, 'y' denotes the approximate desired signal, and 'N' denotes a constant.
Pertuzumab, Trastuzumab and chemotherapy for use in neoadjuvant treatment of early-stage HER2-positive breast cancer in a patient, wherein the patient's early-stage HER2-positive breast cancer has not spread beyond the breast or the axillary lymph nodes, wherein the chemotherapy comprises anthracycline-based chemotherapy comprising 5-fluorouracil, epirubicin and cyclophosphamide, wherein the Pertuzumab is administered as an 840 mg loading dose and 420 mg maintenance doses; wherein the Trastuzumab is administered as an intravenous 8 mg/kg loading dose and 6 mg/kg subsequent doses, and wherein the Pertuzumab, Trastuzumab and chemotherapy are administered to the patient in 3-week cycles with the Pertuzumab, Trastuzumab and anthracycline-based chemotherapy being administered on day 1 of each cycle. wherein the patient's early-stage HER2-positive breast cancer has not spread beyond the breast or the axillary lymph nodes, wherein the chemotherapy comprises anthracycline-based chemotherapy comprising 5-fluorouracil, epirubicin and cyclophosphamide, wherein the Pertuzumab is administered as an 840 mg loading dose and 420 mg maintenance doses; wherein the Trastuzumab is administered as an intravenous 8 mg/kg loading dose and 6 mg/kg subsequent doses, and wherein the Pertuzumab, Trastuzumab and chemotherapy are administered to the patient in 3-week cycles with the Pertuzumab, Trastuzumab and anthracycline-based chemotherapy being administered on day 1 of each cycle.
A method of producing a cell binding device, comprising the steps: a) passivating the surface of a solid carrier by covalently attaching a polymeric coating; b) covalently binding an adaptor molecule by directed photo-immobilization to a predetermined area of the coating, and c) covalently binding a cell binding molecule to the adaptor molecule by a cycloaddition reaction. a) passivating the surface of a solid carrier by covalently attaching a polymeric coating; b) covalently binding an adaptor molecule by directed photo-immobilization to a predetermined area of the coating, and c) covalently binding a cell binding molecule to the adaptor molecule by a cycloaddition reaction.
A higher-order vibration control device (i) comprising: a housing secured to a large-scale construction; an impactor housed movably in the housing; and a locking mechanism capable of selectively switching between release and restraint of movement of the impactor in the housing, wherein the locking mechanism is configured to release movement of the impactor in an event that a flying object may possibly impact the large-scale construction, characterized in that the locking mechanism includes a hydraulic pump; a pair of pipes (1hr, 1hl) through which hydraulic oil supplied from the hydraulic pump flows; a cylinder connected to the pipes (1hr, 1hl); a piston configured to slide in the cylinder; a cylinder rod attached to the piston (If); and a reaction plate which is attached to the cylinder rod and configured to move back and forth against the impactor; or the locking mechanism (2; 2A) includes a shaft; a reaction plate which is attached to the shaft and configured to move back and forth against the impactor; a ball screw provided on an outer circumferential surface of the shaft; a ball screw nut screwed to the ball screw; a rotor secured to an outer circumference of the ball screw nut; and a stator which is installed in a gap defined between the stator and an outer circumference of the rotor and configured to generate electromagnetic force to thereby rotating the rotor. a housing secured to a large-scale construction; an impactor housed movably in the housing; and a locking mechanism capable of selectively switching between release and restraint of movement of the impactor in the housing, wherein the locking mechanism is configured to release movement of the impactor in an event that a flying object may possibly impact the large-scale construction, characterized in that the locking mechanism includes a hydraulic pump; a pair of pipes (1hr, 1hl) through which hydraulic oil supplied from the hydraulic pump flows; a cylinder connected to the pipes (1hr, 1hl); a piston configured to slide in the cylinder; a cylinder rod attached to the piston (If); and a reaction plate which is attached to the cylinder rod and configured to move back and forth against the impactor; or the locking mechanism (2; 2A) includes a shaft; a reaction plate which is attached to the shaft and configured to move back and forth against the impactor; a ball screw provided on an outer circumferential surface of the shaft; a ball screw nut screwed to the ball screw; a rotor secured to an outer circumference of the ball screw nut; and a stator which is installed in a gap defined between the stator and an outer circumference of the rotor and configured to generate electromagnetic force to thereby rotating the rotor.
A surfactant composition comprising an alkyl alkoxylate sulfate of formula I: R 1 O-(CH 2 CH(R 2)-O) x -(CH 2 CH 2 O) y -SO 3 M wherein R 1 is linear or branched C 4 -C 10 alkyl; R 2 is CH 3 or CH 3 CH 2; x is a real number from 1 to 11; y is a real number from 1 to 20; and M is an alkali metal or NH 4, and a nonionic alkyl alkoxylate of formula II: R 1 O-(CH 2 CH(R 2)-O) x -(CH 2 CH 2 O) y -H wherein R 1 is linear or branched C 4 -C 10 alkyl; R 2 is CH 3 or CH 3 CH 2; x is a real number from 1 to 11; and y is a real number from 1 to 20, wherein the weight ratio of the alkyl alkoxylate sulfate of formula I to the nonionic alkyl alkoxylate of formula II is from 90:10 to 70:30.
An exterior frame for a truck bed, the exterior frame comprising a main profile that has an approximately C-shaped cross section, with two free arms (3a, 3b) and a center arm that is outward oriented and connects the two free arms, wherein - two opposite elbows are arranged in a free end of the upper free arm (3a, b) for applying a loading deck, - the center arm has a recess at a transition to the upper free arm which recess is open towards the outside wherein an upper free end of the recess is moved inward relative to a lower free end of the recess by a distance, characterized in that, - pairs of pass through openings are provided in the upper free arm in an upper recess arm and also in a lower recess arm, wherein the pairs of pass through openings are offset in a longitudinal direction of the main profile and aligned with each other. - two opposite elbows are arranged in a free end of the upper free arm (3a, b) for applying a loading deck, - the center arm has a recess at a transition to the upper free arm which recess is open towards the outside wherein an upper free end of the recess is moved inward relative to a lower free end of the recess by a distance, - pairs of pass through openings are provided in the upper free arm in an upper recess arm and also in a lower recess arm, wherein the pairs of pass through openings are offset in a longitudinal direction of the main profile and aligned with each other.
A method performed by a gateway, GW, in a wireless communication system, the method comprising: receiving, from a mobility management entity, MME, a create session request message including information related to restricted local operator services, RLOS; determining whether an allowed service time for the RLOS is expired; and transmitting, to the MME, a request message for deleting a default evolved packet system, EPS, bearer of a packet data network, PDN, connection for the RLOS, in case that the allowed service time for the RLOS is expired. receiving, from a mobility management entity, MME, a create session request message including information related to restricted local operator services, RLOS; determining whether an allowed service time for the RLOS is expired; and transmitting, to the MME, a request message for deleting a default evolved packet system, EPS, bearer of a packet data network, PDN, connection for the RLOS, in case that the allowed service time for the RLOS is expired.
A countermeasure method against attacks of the DPA type, wherein said method comprises the following steps: - using an arithmetic masking and a Boolean masking consisting in preventing statistical analysis of recordings of the current consumption caused by processing of operations during software running, - splitting the data to be converted into nibbles of size k, - performing a conversion, from said arithmetic masking into said Boolean masking for integers having a size greater than k-bits, said method being characterized in that - the conversion step is performed with one pre-computed table T having the two following functions at the same time: • converting the nibble, and • managing carries, - said table T being configured so that to convert from arithmetic to Boolean masking k-bit nibble by k-bit nibble for integers having a size greater than k bits while adding a masked carry from the modular addition to the nibble. - using an arithmetic masking and a Boolean masking consisting in preventing statistical analysis of recordings of the current consumption caused by processing of operations during software running, - splitting the data to be converted into nibbles of size k, - performing a conversion, from said arithmetic masking into said Boolean masking for integers having a size greater than k-bits, said method being - the conversion step is performed with one pre-computed table T having the two following functions at the same time: • converting the nibble, and • managing carries, • converting the nibble, and • managing carries, - said table T being configured so that to convert from arithmetic to Boolean masking k-bit nibble by k-bit nibble for integers having a size greater than k bits while adding a masked carry from the modular addition to the nibble.
Use of a malodor control polymer comprising a polyvinyl amine polymer, wherein the polyvinyl amine polymer comprises a copolymer comprising 95% mol vinyl monomer and 5% mol vinylformamide monomer, in a cosmetic composition for reducing the odor caused by the growth of bacteria on skin, wherein the bacteria is C. mucifaciens.
A light extracting electrode, comprising: a metallic layer, wherein the metallic layer comprises light scattering features on and/or in the metallic layer, and an underlayer comprising a zinc oxide layer over a zinc stannate layer, wherein the light extracting electrode has a visible light transmittance at a wavelength of 550 nm of at least 50%. a metallic layer, wherein the metallic layer comprises light scattering features on and/or in the metallic layer, and an underlayer comprising a zinc oxide layer over a zinc stannate layer, wherein the light extracting electrode has a visible light transmittance at a wavelength of 550 nm of at least 50%.