mhurhangee/ep-ind-claims huggingface dataset:
A variable area fan nozzle having a nozzle area control system and comprising: a plurality of petals comprising supported petal ends and free petal ends, wherein the supported petal ends are pivotably coupled to a fan duct, wherein the free ends form at least a reference portion of a nozzle circumference, and wherein the nozzle circumference is associated with a nozzle area of the variable area fan nozzle; a cable comprising a first end and a second end, wherein the first end of the cable is connected to a first petal of the plurality of petals, and wherein a reference portion of the cable extends across the plurality of petals substantially parallel to the nozzle circumference; and a linear displacement measuring device connected to the second end of the cable and measuring a position of the second end of the cable relative to an attachment point of the linear displacement measuring device. a plurality of petals comprising supported petal ends and free petal ends, wherein the supported petal ends are pivotably coupled to a fan duct, wherein the free ends form at least a reference portion of a nozzle circumference, and wherein the supported petal ends are pivotably coupled to a fan duct, wherein the free ends form at least a reference portion of a nozzle circumference, and wherein the nozzle circumference is associated with a nozzle area of the variable area fan nozzle; a cable comprising a first end and a second end, wherein the first end of the cable is connected to a first petal of the plurality of petals, and wherein a reference portion of the cable extends across the plurality of petals substantially parallel to the nozzle circumference; and wherein the first end of the cable is connected to a first petal of the plurality of petals, and wherein a reference portion of the cable extends across the plurality of petals substantially parallel to the nozzle circumference; and a linear displacement measuring device connected to the second end of the cable and measuring a position of the second end of the cable relative to an attachment point of the linear displacement measuring device.
A redispersible polymer powder including: a polymer to be redispersed; and an ortho-cresol based condensation product or salt thereof including N-containing units derived from a N-based component incorporated into the ortho-cresol based condensation product or salt thereof during the condensation polymerisation reaction; wherein the ortho-cresol based condensation product or salt thereof is an ortho-cresol sulfonic acid, N-based aminoplast formaldehyde condensation product or an ortho-cresol sulfonic acid mixed condensation product; wherein less than 0.5 mole of the N-based component per mole of ortho-cresol is incorporated into the ortho-cresol based condensation product or salt thereof, and wherein high molecular weight species (>10,000) are significantly eliminated from the ortho-cresol based condensation product or salt thereof. a polymer to be redispersed; and an ortho-cresol based condensation product or salt thereof including N-containing units derived from a N-based component incorporated into the ortho-cresol based condensation product or salt thereof during the condensation polymerisation reaction; wherein the ortho-cresol based condensation product or salt thereof is an ortho-cresol sulfonic acid, N-based aminoplast formaldehyde condensation product or an ortho-cresol sulfonic acid mixed condensation product; wherein less than 0.5 mole of the N-based component per mole of ortho-cresol is incorporated into the ortho-cresol based condensation product or salt thereof, and wherein high molecular weight species (>10,000) are significantly eliminated from the ortho-cresol based condensation product or salt thereof.
Method for transmitting system information from a base station being part of a wireless cellular network to a user equipment, the user equipment being a limited-bandwidth device, camping on the base station, wherein the system information is divided in a plurality of system information blocks (M-SIBx), which are at least once transmitted during one broadcast channel modification period, characterized in that the minimum broadcast channel modification period for limited-bandwidth devices lasts at least 10,24 seconds, while for a user equipment that is not operating as limited-bandwidth device the minimum broadcast channel modification period is below 10,24 seconds, and wherein the first system information block (M-SIB1) further comprises: - a broadcast channel change notification tag indicating if a change on the system information has happened, and - an element indicating in which system information block a content change has happened. - a broadcast channel change notification tag indicating if a change on the system information has happened, and - an element indicating in which system information block a content change has happened.
A control method for a laundry treating apparatus comprising a washing machine provided with a tub in which water is stored and a washing drum provided inside the tub, storing laundry therein, and a dryer provided with a drying drum in which laundry is stored and a supply unit for removing water from laundry by supplying the air to the drying drum, the control method comprising: a first communication step of, if a washing course is input through a washing machine interface, notifying the washing course from the washing machine to the dryer; a course selection step of selecting any one of a plurality of drying courses set to the dryer by the dryer for estimating a time for drying; and a predicted time transmission step of transmitting a sum of a washing time set to the washing course and a drying time set to the drying course to a terminal provided to perform communication with at least any one of the washing machine and the dryer through wire or wireless communication. a first communication step of, if a washing course is input through a washing machine interface, notifying the washing course from the washing machine to the dryer; a course selection step of selecting any one of a plurality of drying courses set to the dryer by the dryer for estimating a time for drying; and a predicted time transmission step of transmitting a sum of a washing time set to the washing course and a drying time set to the drying course to a terminal provided to perform communication with at least any one of the washing machine and the dryer through wire or wireless communication.
A data compression apparatus for compressing input audio data or image data to generate compressed data, the data compression apparatus comprising: conversion means (13, S104) for converting the audio data or image data into a plurality of pieces of frequency domain data; block generation means (13, S109) for generating a plurality of blocks by, on the basis of the plurality of pieces of frequency domain data, dividing a data sequence in which the plurality of pieces of frequency domain data are arranged into a plurality of blocks such that separation positions of the blocks are variable; and compressed data generation means for generating the compressed data by compressing, on a block basis, the pieces of frequency domain data included in the blocks generated by the block generation means, wherein the block generation means generates the plurality of blocks on the basis of a number of bits for representing each of the pieces of frequency domain data, the block generation means assembles, in one of the blocks, any of the pieces of frequency domain data having the same number of bits for representing each of the pieces of frequency domain data, the compressed data generation means compresses the pieces of frequency domain data included in each block by removing unnecessary bits so as to leave bits for representing each piece of data included in the block, and even when one of the pieces of frequency domain data and one of the blocks have different numbers of bits for representing each of the pieces of frequency domain data, if the piece of data and the block satisfy a predetermined condition, the block generation means includes the piece of data in the block. conversion means (13, S104) for converting the audio data or image data into a plurality of pieces of frequency domain data; block generation means (13, S109) for generating a plurality of blocks by, on the basis of the plurality of pieces of frequency domain data, dividing a data sequence in which the plurality of pieces of frequency domain data are arranged into a plurality of blocks such that separation positions of the blocks are variable; and compressed data generation means for generating the compressed data by compressing, on a block basis, the pieces of frequency domain data included in the blocks generated by the block generation means, wherein the block generation means generates the plurality of blocks on the basis of a number of bits for representing each of the pieces of frequency domain data, the block generation means assembles, in one of the blocks, any of the pieces of frequency domain data having the same number of bits for representing each of the pieces of frequency domain data, the compressed data generation means compresses the pieces of frequency domain data included in each block by removing unnecessary bits so as to leave bits for representing each piece of data included in the block, and
An isolated antibody that specifically binds to membrane bound IgM of a B-cell Receptor Complex, wherein the isolated antibody is a monoclonal antibody designated mAb4-2b produced by a hybridoma cell line from fusion 119 (ATCC deposit number PTA-121716) and clones thereof, a monoclonal antibody designated mAb1-1 produced by a hybridoma cell line from fusion 117 (ATCC deposit number PTA-121719) and clones thereof, a monoclonal antibody designated mAb2-2b produced by a hybridoma cell line from fusion 118 (ATCC deposit number PTA-121717) and clones thereof, or a monoclonal antibody designated mAb3-2b produced by a hybridoma cell line from fusion 118 (ATCC deposit number PTA-121718) and clones thereof.
A caliper brake, comprising: a carrier in which a pair of pad plates (151, 152) are installed to move forward and backward toward a disk; a caliper housing slidably installed on the carrier and provided with a cylinder; a piston installed in the cylinder and configured to move forward and backward toward the pair of pad plates (151, 152) by a braking hydraulic pressure; a seal groove formed to be recessed in an annular shape on an inner surface of the cylinder; and a seal member accommodated in the seal groove, the seal member including a front surface located in a forward direction of the piston, a rear surface located in a backward direction of the piston, an inner circumferential surface in close contact with an outer circumferential surface of the piston, and an outer circumferential surface in close contact with a seating surface of the seal groove; characterized in that the front surface is provided with an integral protrusion from which at least a part thereof protrudes. a carrier in which a pair of pad plates (151, 152) are installed to move forward and backward toward a disk; a caliper housing slidably installed on the carrier and provided with a cylinder; a piston installed in the cylinder and configured to move forward and backward toward the pair of pad plates (151, 152) by a braking hydraulic pressure; a seal groove formed to be recessed in an annular shape on an inner surface of the cylinder; and a seal member accommodated in the seal groove, the seal member including a front surface located in a forward direction of the piston, a rear surface located in a backward direction of the piston, an inner circumferential surface in close contact with an outer circumferential surface of the piston, and an outer circumferential surface in close contact with a seating surface of the seal groove; characterized in that the front surface is provided with an integral protrusion from which at least a part thereof protrudes.
Method for renovating a foundation element made of concrete material, wherein - during the formation of the foundation element at least one line is provided in the foundation element, - the at least one line is opened in the region of a defect to be renovated in the foundation element, wherein a high-pressure lance is introduced into the line and via the high-pressure lance a cutting medium is fed in under high pressure which cuts through a wall of the line and an access to the defect is created, and - a hardening filling medium is led into the defect. - during the formation of the foundation element at least one line is provided in the foundation element, - the at least one line is opened in the region of a defect to be renovated in the foundation element, wherein a high-pressure lance is introduced into the line and via the high-pressure lance a cutting medium is fed in under high pressure which cuts through a wall of the line and an access to the defect is created, and - a hardening filling medium is led into the defect.
An epoxy resin system comprising an epoxy resin and a mono-alkylated diamine of formula wherein Z is selected from the group consisting of cyclohexyl, C 1 -C 10 alkyl substituted cyclohexyl, phenyl, C 1 -C 10 alkyl substituted phenyl, methylenebis(cyclohexyl) and C 1 -C 10 alkyl substituted methylenebis(cyclohexyl), a and b individually are 0 or 1, and Y is C 1 -C 10 alkyl, wherein the mono-alkylated diamine is mono-alkylated isophoronediamine represented by the structure: wherein A is a C 1 -C 10 alkyl.
An implant for separating bones of a joint, the implant comprising: - a body forming base; - at least two endplates (504, 506), two of said at least two endplates (504, 506) each configured to engage a separate articulating bone of the joint, wherein the at least two endplates (504, 506) are connected to each other at the base and extend from the same side of the base so as to face each other; - at least one threaded member configured to increase a space between said two endplates (504, 506) when said at least one threaded member is rotated; - a rotatable gear engageable with a rotating gear of an implantation tool when the implantation tool is connected to an engagement bore, said rotatable gear configured to rotate said at least one threaded member; and - the engagement bore configured to be releaseably and securely connectable to a rotating connector portion of an implantation tool. - a body forming base; - at least two endplates (504, 506), two of said at least two endplates (504, 506) each configured to engage a separate articulating bone of the joint, wherein the at least two endplates (504, 506) are connected to each other at the base and extend from the same side of the base so as to face each other; - at least one threaded member configured to increase a space between said two endplates (504, 506) when said at least one threaded member is rotated; - a rotatable gear engageable with a rotating gear of an implantation tool when the implantation tool is connected to an engagement bore, said rotatable gear configured to rotate said at least one threaded member; and - the engagement bore configured to be releaseably and securely connectable to a rotating connector portion of an implantation tool.
An intra-ruminal device an elongate body or body assembly substantially impervious to rumen fluids, the body defining a barrel having a first end and a second end, and an opening at the first end, at least one variable geometry device connected to and extending from the body at the second end to assist rumen retention, a dose of an active agent within the body to be accessible to rumen fluid via the first end, a biasing arrangement within the body adapted to bias a plunger against the active agent in the barrel towards the first end, and characterised in that the intra-ruminal device comprises a cap having a sidewall and top, the cap located over the opening at the first end and comprising an outlet in the top, the sidewall of the cap overlaps a portion of the barrel to define an attachment zone, and located within the attachment zone is at least one protrusion (5, 6) providing a localised point of contact between a wall of the barrel and an internal portion of the sidewall of the cap to provide for an ultrasonic weld between the barrel and the cap at the attachment zone. an elongate body or body assembly substantially impervious to rumen fluids, the body defining a barrel having a first end and a second end, and an opening at the first end, at least one variable geometry device connected to and extending from the body at the second end to assist rumen retention, a dose of an active agent within the body to be accessible to rumen fluid via the first end, a biasing arrangement within the body adapted to bias a plunger against the active agent in the barrel towards the first end, and characterised in that the intra-ruminal device comprises a cap having a sidewall and top, the cap located over the opening at the first end and comprising an outlet in the top, the sidewall of the cap overlaps a portion of the barrel to define an attachment zone, and located within the attachment zone is at least one protrusion (5, 6) providing a localised point of contact between a wall of the barrel and an internal portion of the sidewall of the cap to provide for an ultrasonic weld between the barrel and the cap at the attachment zone.
A columnar member having at least a top plate and two vertical walls (14, 16) connected to the top plate at ridge parts at both side edges of the top plate and extending along the ridge parts, which columnar member having a bend inducing part at least at a part of the top plate and the bend inducing part being a part with a strength lower than a part adjoining the bend inducing part at the top plate, and characterised in that each of the two vertical walls (14, 16) having a soft part (14b, 16b) at a position adjoining the ridge part and corresponding to the bend inducing part in a direction of extension of the columnar member, and in that each of the soft parts (14b, 16b) having yield strength lower than a part adjoining each of the soft parts (14b, 16b) at the vertical wall (14, 16), each of maximum lengths of each of the soft parts (14b, 16b) in the direction of extension of the columnar member being 0.01 times to 0.15 times a height of each of the two vertical walls (14, 16). a top plate and two vertical walls (14, 16) connected to the top plate at ridge parts at both side edges of the top plate and extending along the ridge parts, which columnar member having a bend inducing part at least at a part of the top plate and the bend inducing part being a part with a strength lower than a part adjoining the bend inducing part at the top plate, and characterised in that each of the two vertical walls (14, 16) having a soft part (14b, 16b) at a position adjoining the ridge part and corresponding to the bend inducing part in a direction of extension of the columnar member, and in that each of the soft parts (14b, 16b) having yield strength lower than a part adjoining each of the soft parts (14b, 16b) at the vertical wall (14, 16), each of maximum lengths of each of the soft parts (14b, 16b) in the direction of extension of the columnar member being 0.01 times to 0.15 times a height of each of the two vertical walls (14, 16).
Apparatus for decoding an encoded audio signal comprising an encoded core signal, comprising: a core decoder configured to decode the encoded core signal to obtain a decoded core signal; a tile generator configured to generate one or more spectral tiles having frequencies not included in the decoded core signal using a spectral portion of the decoded core signal; and a cross-over filter configured to spectrally cross-over filter the decoded core signal and a first frequency tile having frequencies extending from a gap filling frequency to an upper border frequency or for spectrally cross-over filtering a first frequency tile and a second frequency tile, wherein the cross-over filter is configured to perform a frequency-wise weighted addition of the decoded core signal filtered by a fade-out subfilter and at least a portion of the first frequency tile filtered by a fade-in subfilter within a cross-over range extending over at least three frequency values or to perform a frequency-wise weighted addition of at least a part of a first frequency tile filtered by the fade-out subfilter and at least a part of a second frequency tile filtered by the fade-in subfilter within a cross-over range extending over at least three frequency values. a core decoder configured to decode the encoded core signal to obtain a decoded core signal; a tile generator configured to generate one or more spectral tiles having frequencies not included in the decoded core signal using a spectral portion of the decoded core signal; and a cross-over filter configured to spectrally cross-over filter the decoded core signal and a first frequency tile having frequencies extending from a gap filling frequency to an upper border frequency or for spectrally cross-over filtering a first frequency tile and a second frequency tile, wherein the cross-over filter is configured to perform a frequency-wise weighted addition of the decoded core signal filtered by a fade-out subfilter and at least a portion of the first frequency tile filtered by a fade-in subfilter within a cross-over range extending over at least three frequency values or to perform a frequency-wise weighted addition of at least a part of a first frequency tile filtered by the fade-out subfilter and at least a part of a second frequency tile filtered by the fade-in subfilter within a cross-over range extending over at least three frequency values.
An in vitro method of detecting acute traumatic brain injury in a human patient comprising the steps of: contacting a biological test sample previously derived from a patient with an miR-specific oligodeoxynucleotide probe having at least 70 % complementarity to SEQ ID NO. 37; determining the expression level of a microRNA represented by SEQ ID NO. 37 by quantifying said at least one miR-specific oligodeoxynucleotide probe; and comparing said expression level in the test sample with a control expression level in a control biological sample previously derived from a healthy subject; wherein said biological test sample is a selected from blood, blood plasma or blood serum derived from the patient within 72 hours of sustaining a suspected brain injury, and wherein a 1.2 fold or greater increase in the expression level of said microRNA in said patient test sample compared to control microRNA expression levels indicates that said patient has suffered acute traumatic brain injury. contacting a biological test sample previously derived from a patient with an miR-specific oligodeoxynucleotide probe having at least 70 % complementarity to SEQ ID NO. 37; determining the expression level of a microRNA represented by SEQ ID NO. 37 by quantifying said at least one miR-specific oligodeoxynucleotide probe; and comparing said expression level in the test sample with a control expression level in a control biological sample previously derived from a healthy subject; wherein said biological test sample is a selected from blood, blood plasma or blood serum derived from the patient within 72 hours of sustaining a suspected brain injury, and wherein a 1.2 fold or greater increase in the expression level of said microRNA in said patient test sample compared to control microRNA expression levels indicates that said patient has suffered acute traumatic brain injury.