mhurhangee/ep-ind-claims huggingface dataset:
An immunochromatographic test strip comprising the following configuration, a membrane consisting of a porous body equipped with at least a sample-supply portion, a spreading portion, and a detecting portion, wherein a conjugate of an anti-analyte antibody labeled with colloidal gold is retained in a dissoluble manner in a part of the spreading portion, and an antibody is immobilized in the detecting portion which is a part of the spreading portion on the downstream side relative to the conjugate-retaining part, a Tris buffer solution component for suppressing aggregation of the conjugate due to hexadimethrine bromide, wherein the component is contained at least in a part of from the sample-supply portion to an upstream side of the conjugate-retaining part of the spreading portion so as to be able to contact with hexadimethrine bromide that is a blood-agglutinating agent provided through the sample-supply portion, wherein the sample-supply portion is a sample pad, and wherein the Tris buffer solution component is attached to the pad in a dry state. a membrane consisting of a porous body equipped with at least a sample-supply portion, a spreading portion, and a detecting portion, wherein a conjugate of an anti-analyte antibody labeled with colloidal gold is retained in a dissoluble manner in a part of the spreading portion, and an antibody is immobilized in the detecting portion which is a part of the spreading portion on the downstream side relative to the conjugate-retaining part, a Tris buffer solution component for suppressing aggregation of the conjugate due to hexadimethrine bromide, wherein the component is contained at least in a part of from the sample-supply portion to an upstream side of the conjugate-retaining part of the spreading portion so as to be able to contact with hexadimethrine bromide that is a blood-agglutinating agent provided through the sample-supply portion,
An analyzer comprising a monochromator made of a monocrystalline lithium fluoride doped by at least 0.018 moles per kg of a bivalent positive ion selected from Mg2+, Co2+ or Zn2+, present in the fluorinated state, or by at least 0.018 moles per kg of a mixture of at least two ions selected from Mg2+, Co2+ or Zn2+ present in the fluorinated state.
Absolute position code for a position measuring device, having code tracks (11, 12) arranged parallel to each other and extending in the measuring direction, wherein the one code track has a first code sequence many times in succession, which comprises a plurality of code elements, the other code track has a second code sequence many times in succession, which comprises a plurality of code elements, the length (L A) of the one code sequence differs from the length (L B) of the other code sequence, wherein the length (L A, L B) respectively signifies the integer number of the code elements of the code sequence (A, B), the code elements of the one code sequence and the code elements of the other code sequence have the same dimension in the measuring direction.
A method for calibrating an accelerometer for use in a geophysical survey, comprising: towing a streamer behind a survey vessel in a body of water, wherein the streamer comprises the accelerometer, the method characterized by: causing at least a portion of the streamer to twist along a selected length such that the portion of the streamer has a twist of about 1° to about 15° per meter; receiving data from the accelerometer at a selected plurality of times during the twist; and based, at least in part on the data, determining at least one calibration parameter of the accelerometer. causing at least a portion of the streamer to twist along a selected length such that the portion of the streamer has a twist of about 1° to about 15° per meter; receiving data from the accelerometer at a selected plurality of times during the twist; and based, at least in part on the data, determining at least one calibration parameter of the accelerometer.
DC/DC converter including a control unit arranged to control a voltage variation means, said voltage variation means including a plurality of variable voltage regulator circuits each controlled by a switching signal, characterized in that said variable voltage regulator circuits are grouped together in several modules (101, 102, 103, 104) each controlled by a control signal (CMD1, CMD2, CMD3, CMD4) sent by the control unit and in that the switching signals of the variable voltage regulator circuits of the same module are phase shifted in relation to each other and in that the control signals (CMD1, CMD2, CMD3, CMD4) of the modules (101, 102, 103, 104) are also phase shifted in relation to each other.
A data network in a passenger cabin for the high bit-rate connection of electronic devices, comprising a server, a plurality of seat terminals, to which an electronic device can be connected, wherein the seat terminals are connected by a data connection to the server, wherein the seat terminals each comprises an interface, to which the device can be connected by cable or wireless, wherein the data connection between the server and the seat terminal comprises a wireless data connection, characterised in that the wireless data connection uses a carrier wave in the tetraherz range between 300 GHz and 10 THz.
Instrument panel indicator comprising a needle mounted rotatably on a shaft of a drive motor, the needle including an arm extended by a bent finger with an indicating end folded back towards the needle shaft so as to be driven in circular translation in front of a dial positioned on a light duct, the dial and the light duct extending between the indicating end and the arm of the needle, which is hidden by the light duct and the dial, characterized in that it comprises first illumination means (24, 25) being provided for directly illuminating the backfolded needle end and second illumination means for indirectly illuminating, through the needle arm, the light duct and hence the dial, the first illumination means being embedded means arranged so as to be supplied with electrical power by means of a flexible circuit, a portion of which is rolled around the needle shaft, the flexible circuit extending along the needle arm.
A zinc oxide (ZnO) nanomaterial comprising a ZnO nanoparticle and a surface ligand bonded to the ZnO nanoparticle, the surface ligand having a structure as shown in Formula 1 wherein R 1, R 2, R 3, R 4, and R 5 each includes at least one of hydrogen, alkoxy group with a carbon number of one to three, or amino group, and R 1, R 2, R 3, R 4, and R 5 include one to three alkoxy groups with a carbon number of one to three and zero to one amino group.
Telescopic steering shaft for a motor vehicle, having an inner shaft which is coaxially received in an outer shaft so as to be displaceable in the axial direction of the steering shaft, wherein the inner shaft and the outer shaft in the cross section have corresponding profiles in order for a torque to be transmitted, wherein a profiled sleeve is disposed between the inner shaft and the outer shaft, wherein the profiled sleeve is fixed to the outer shaft or the inner shaft, and the profiled sleeve is deformed while absorbing kinetic energy when the outer shaft in the event of a crash is pushed over the inner shaft beyond an axial adjustment region, characterized in that the respective other shaft is provided with at least one projection which protrudes into the radial region of the profiled sleeve and deforms the profiled sleeve while absorbing kinetic energy.
Air vent with at least one friction element and at least one slat, which is mounted in an air channel in a housing by way of bearing pins (32, 34) to be pivotable and wherein - at least one bearing pin has a friction body and - the friction element is so arranged in a housing of the air vent that a friction surface of the friction body bears against a surface of the friction element, characterised in that the friction body extends at a spacing from a side wall, by way of which the bearing pin is pivotably mounted in the housing, of the housing. - at least one bearing pin has a friction body and - the friction element is so arranged in a housing of the air vent that a friction surface of the friction body bears against a surface of the friction element,
A base paper for paper tubes characterized in that: the base paper has two or more but no more than five paper layers; the paper layers are bonded by a water-soluble or water-dispersible adhesive; and the base paper has an elution rate of 2.0 percent or lower, wherein the elution rate is measured as described in the specification; wherein the base paper has an overall basis weight of 150 g/m 2 or more but no more than 400 g/m 2; wherein the water-soluble or water-dispersible adhesive is selected from the group comprising water-soluble adhesives based on polyvinyl alcohol, polyethylene oxide, polyacrylic amide, starch, gelatin, casein, ether cellulose, phenol resin, water glass; and water-dispersible adhesives based on acrylic, vinyl acetate, ethylene-vinyl acetate copolymer, styrene-butadiene copolymer, urethane, and α-olefin; wherein an outermost layer of the paper layers has a surface smoothness of 150 seconds or higher based on JIS P 8155: 2010 (Oken Method); wherein an outermost layer of the paper layers has a thickness of 25 μm or more but no more than 100 μm. the base paper has two or more but no more than five paper layers; the paper layers are bonded by a water-soluble or water-dispersible adhesive; and the base paper has an elution rate of 2.0 percent or lower, wherein the elution rate is measured as described in the specification; wherein the base paper has an overall basis weight of 150 g/m 2 or more but no more than 400 g/m 2; wherein the water-soluble or water-dispersible adhesive is selected from the group comprising water-soluble adhesives based on polyvinyl alcohol, polyethylene oxide, polyacrylic amide, starch, gelatin, casein, ether cellulose, phenol resin, water glass; and water-dispersible adhesives based on acrylic, vinyl acetate, ethylene-vinyl acetate copolymer, styrene-butadiene copolymer, urethane, and α-olefin; wherein an outermost layer of the paper layers has a surface smoothness of 150 seconds or higher based on JIS P 8155: 2010 (Oken Method); wherein an outermost layer of the paper layers has a thickness of 25 μm or more but no more than 100 μm.
A coupling system for coupling/decoupling an accessory box of an aircraft engine to an accessory box of the aircraft, comprising a first shaft intended to be connected to the engine accessory box and inside which is slidably mounted a slide carrying first coupling means capable of cooperating with second coupling means carried by a second shaft intended to be connected to the aircraft accessory box in order to couple the first and the second rotating shaft, wherein it further comprises electrical means for moving the slide along the axis of the first shaft between a first position in which the first coupling means are not coupled to the second coupling means and a second position in which the first coupling means are coupled to the second coupling means, the first shaft comprising a cylindrical bearing centred in an inner cylindrical surface of the second shaft and the slide comprising a first cylindrical portion mounted in the first shaft, rotatably coupled thereto and connected to a second cylindrical portion centered in a cylindrical surface of the second shaft.
A compound comprising a first peptide or peptide analogue linked to a second peptide or peptide analogue by a linker, wherein the first and the second peptide or peptide analogue comprise at least four amide-bonded residues having a sequence YTXV or YSXV, wherein a. Y is selected from among E, Q, and A, and b. X is selected from among A, Q, D, N, N -Me-A, N -Me-Q, N -Me-D, and N -Me-N. a. Y is selected from among E, Q, and A, and b. X is selected from among A, Q, D, N, N -Me-A, N -Me-Q, N -Me-D, and N -Me-N.
A method of preparing nucleic acids for analysis, the method comprising: (a) contacting a nucleic acid molecule comprising a target nucleotide sequence with a capture moiety modified primer that specifically anneals to the target nucleotide sequence under hybridization conditions; (b) conducting a first strand synthesis reaction that is primed by a hybridized capture moiety modified primer and that uses the nucleic acid molecule as a template; (c) conducting a second strand synthesis reaction that uses a product of the first strand synthesis reaction as a template to generate a double-stranded nucleic acid comprising a capture moiety; (d) ligating an adapter nucleic acid to the double-stranded nucleic acid to produce a ligation product comprising the capture moiety; (e) capturing the ligation product by contacting the ligation product with an immobilized binding partner of the capture moiety; and (f) amplifying the captured ligation product by polymerase chain reaction using a target-specific primer that comprises a 3' portion that specifically anneals to the target nucleotide sequence and a first adapter primer that specifically anneals to a complementary sequence of the adapter nucleic acid, wherein the target-specific primer comprises a 5' tail portion that does not specifically anneal to the target nucleotide sequence. (a) contacting a nucleic acid molecule comprising a target nucleotide sequence with a capture moiety modified primer that specifically anneals to the target nucleotide sequence under hybridization conditions; (b) conducting a first strand synthesis reaction that is primed by a hybridized capture moiety modified primer and that uses the nucleic acid molecule as a template; (c) conducting a second strand synthesis reaction that uses a product of the first strand synthesis reaction as a template to generate a double-stranded nucleic acid comprising a capture moiety; (d) ligating an adapter nucleic acid to the double-stranded nucleic acid to produce a ligation product comprising the capture moiety; (e) capturing the ligation product by contacting the ligation product with an immobilized binding partner of the capture moiety; and (f) amplifying the captured ligation product by polymerase chain reaction using a target-specific primer that comprises a 3' portion that specifically anneals to the target nucleotide sequence and a first adapter primer that specifically anneals to a complementary sequence of the adapter nucleic acid, wherein the target-specific primer comprises a 5' tail portion that does not specifically anneal to the target nucleotide sequence.
An apparatus (100, 200) adapted to collect waste anesthetic gases from an exhaust gas flow from an exhaust of an anesthesia delivery system, said apparatus (100, 200) comprising a gas collection chamber (50, 60) having a first port, a second port, and a third port, wherein: said first port is an input port (51, 61) to said gas collection chamber (50, 60), which input port (51, 61) is adapted to be fluidly connected to an exhaust of said anesthesia delivery system and arranged to receive a first gas flow discharged therefrom in said exhaust gas flow which includes a waste anesthetic gas component; said second port is an output port (52, 62) from said gas collection chamber (50, 60), which output port (52, 62) is adapted to be fluidly connected to a vacuum system for evacuation of an evacuation gas flow from said gas collection chamber (50, 60); and said third port is a bidirectional port (53, 63) to and from said gas collection chamber (50, 60), characterised in that said bidirectional port (53, 63) has arranged therein a regenerative adsorbing unit (7, 21) that is adapted to adsorb or desorb said anesthetic gas component in dependence of a gas flow therethrough, and fluidly connects said gas collection chamber (50, 60) with an ambient environment surrounding said gas collection chamber (50, 60) for an output gas flow to leave from said gas collection chamber through said adsorbing unit (7, 21), whereby said anesthetic gas component is adsorbed therein, and for a regenerative ambient air input gas flow to enter said gas collection chamber through said adsorbing unit (7, 21), whereby said anesthetic gas component is desorbed therefrom and leaves through said output port with said evacuation gas flow. said first port is an input port (51, 61) to said gas collection chamber (50, 60), which input port (51, 61) is adapted to be fluidly connected to an exhaust of said anesthesia delivery system and arranged to receive a first gas flow discharged therefrom in said exhaust gas flow which includes a waste anesthetic gas component; said second port is an output port (52, 62) from said gas collection chamber (50, 60), which output port (52, 62) is adapted to be fluidly connected to a vacuum system for evacuation of an evacuation gas flow from said gas collection chamber (50, 60); and said third port is a bidirectional port (53, 63) to and from said gas collection chamber (50, 60), characterised in that said bidirectional port (53, 63) has arranged therein a regenerative adsorbing unit (7, 21) that is adapted to adsorb or desorb said anesthetic gas component in dependence of a gas flow therethrough, and fluidly connects said gas collection chamber (50, 60) with an ambient environment surrounding said gas collection chamber (50, 60) for an output gas flow to leave from said gas collection chamber through said adsorbing unit (7, 21), whereby said anesthetic gas component is adsorbed therein, and for a regenerative ambient air input gas flow to enter said gas collection chamber through said adsorbing unit (7, 21), whereby said anesthetic gas component is desorbed therefrom and leaves through said output port with said evacuation gas flow.
A pharmaceutical composition comprising plant cells expressing a TNFα polypeptide inhibitor comprising a soluble TNFR fragment which specifically binds TNFα for use in treating a TNFα-associated medical condition in a subject, wherein said soluble TNFR fragment is part of a chimeric polypeptide comprising: (i) a first domain which comprises a TNFα binding domain of a TNF receptor as set forth in SEQ ID NO: 2; and (ii) a second domain which comprises an Fc domain of an immunoglobulin as set forth in SEQ ID NO: 9; (iii) a third domain which comprises an endoplasmic reticulum retention signal as set forth in SEQ ID NO: 16; wherein said first domain, said second domain and said third domain are N-terminally to C-terminally respectively sequentially translationally fused, wherein a) the chimeric polypeptide specifically binds TNFα and inhibits TNFα activity, b) wherein said pharmaceutical composition is formulated for oral delivery, c) wherein said plant cells are N. tabacum Bright Yellow cells, and d) wherein said TNFα-associated medical condition is an inflammatory bowel disease. (i) a first domain which comprises a TNFα binding domain of a TNF receptor as set forth in SEQ ID NO: 2; and (ii) a second domain which comprises an Fc domain of an immunoglobulin as set forth in SEQ ID NO: 9; (iii) a third domain which comprises an endoplasmic reticulum retention signal as set forth in SEQ ID NO: 16; wherein said first domain, said second domain and said third domain are N-terminally to C-terminally respectively sequentially translationally fused, wherein a) the chimeric polypeptide specifically binds TNFα and inhibits TNFα activity, b) wherein said pharmaceutical composition is formulated for oral delivery, c) wherein said plant cells are N. tabacum Bright Yellow cells, and d) wherein said TNFα-associated medical condition is an inflammatory bowel disease. a) the chimeric polypeptide specifically binds TNFα and inhibits TNFα activity, b) wherein said pharmaceutical composition is formulated for oral delivery, c) wherein said plant cells are N. tabacum Bright Yellow cells, and d) wherein said TNFα-associated medical condition is an inflammatory bowel disease.
An x-ray imaging apparatus comprising: an x-ray source; a plurality of x-ray detectors each including a detector storage to store detector identification data; a storage unit configured to previously store detector pairing data, the detector pairing data being information on the detectors which are usable for the x-ray imaging apparatus, before receiving the detector identification data from the x-ray detectors, the detector pairing data comprising detector identification data and feature information on the corresponding x-ray detector; and a control unit configured to receive the detector identification data from the x-ray detectors and to search for detector pairing data matching with the received detector identification data among the previously-stored detector pairing data when the detector identification data is received from the plurality of x-ray detectors. an x-ray source; a plurality of x-ray detectors each including a detector storage to store detector identification data; a storage unit configured to previously store detector pairing data, the detector pairing data being information on the detectors which are usable for the x-ray imaging apparatus, before receiving the detector identification data from the x-ray detectors, the detector pairing data comprising detector identification data and feature information on the corresponding x-ray detector; and a control unit configured to receive the detector identification data from the x-ray detectors and to search for detector pairing data matching with the received detector identification data among the previously-stored detector pairing data when the detector identification data is received from the plurality of x-ray detectors.
Use of a per se known conventional filament or halogen lamp as an electrical temperature sensor with resistance measurement for temperature measurement purposes, in particular in a radiant heater device.
Fuel cell system comprising a turbine and a device for the provision of hot exhaust gases for driving the turbine, the device comprising a burner with a combustion zone directly integrated with or into the gas inlet of the turbine, wherein at least one combustible gas or gas mixture is fed to the burner, wherein the combustion zone has a porous material with a large specific surface area, and further comprising a fuel cell, wherein the burner is at least supplied with exhaust gases from the fuel cell, wherein the burner is at least temporarily supplied with fresh air, and wherein the burner comprises an ignition device, whereby a combustion of at least the fresh air and a fuel of the fuel cell can be ignited, characterised in that the fresh air and the fuel of the fuel cell are merged with the exhaust gases from the fuel cell downstream of the ignition device and upstream of the combustion zone as viewed in the direction of flow.
An ultrasonic flowmeter comprising a flow passage, and an ultrasonic transducer (7, 8) disposed for measuring the flow rate of the fluid in this flow passage, wherein said ultrasonic transducer comprises a piezoelectric material having electrodes on the opposed surfaces thereof, one of which is used as a transmitting/receiving surface, with this transmitting/receiving surface facing said flow passage, and said piezoelectric material is divided at at least one of the transmitting/receiving surface and the surface confronting said transmitting/receiving surface by a groove, and all sides of the electrodes disposed on the divided side are electrically connected through conductors, characterized in that the conductors comprise a cylindrical case (76, 76a) with a top incorporating the piezoelectric material and having the ceiling electrically connected with all of electrodes disposed on the divided section of the piezoelectric material.