mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising: (a) a sample comprising fixed cells; (b) a plurality of capture agents that are each linked to a different oligonucleotide; (c) a corresponding plurality of labeled nucleic acid probes, wherein each of the labeled nucleic acid probes specifically hybridizes with only one of the oligonucleotides of (b); and (d) a chemical denaturant; wherein the sample is labeled with the plurality of capture agents. (a) a sample comprising fixed cells; (b) a plurality of capture agents that are each linked to a different oligonucleotide; (c) a corresponding plurality of labeled nucleic acid probes, wherein each of the labeled nucleic acid probes specifically hybridizes with only one of the oligonucleotides of (b); and (d) a chemical denaturant;
A biosensor comprising: a first plate-like member; a second plate-like member provided on the first plate-like member through a spacer, an opening on an outer circumferential surface of the first plate-like member or the second plate-like member in the spacer; a supply path of a sample liquid extending in an inner side of the first plate-like member or the second plate-like member from the opening; a detection electrode (A, B) and an introduction detection electrode provided on an inner side of the opening of the supply path; and a reagent part is provided so as to cover the detection electrode (A, B) and the introduction detection electrode, characterized in that the introduction detection electrode is provided on an inner side of the detection electrode (A, B); wherein a sample liquid inflow-restricting hole (14, 24) is provided in at least one of the first plate-like member and the second plate-like member on the inner side of the detection electrode (A, B) in the portions on both sides of the supply path, and a sample liquid inflow-promoting hole is provided in at least one of the first plate-like member and the second plate-like member in the portion corresponding to the supply path on an inner side direction of the sample liquid inflow-restricting hole (14, 24). a first plate-like member; a second plate-like member provided on the first plate-like member through a spacer, an opening on an outer circumferential surface of the first plate-like member or the second plate-like member in the spacer; a supply path of a sample liquid extending in an inner side of the first plate-like member or the second plate-like member from the opening; a detection electrode (A, B) and an introduction detection electrode provided on an inner side of the opening of the supply path; and a reagent part is provided so as to cover the detection electrode (A, B) and the introduction detection electrode,
A logic circuitry package (204, 400a, 400b, 400c, 400d, 806a-d, 900, 1302, 1401, 1501, 1601, 1701, 2201, 2501) for a replaceable print apparatus component (104, 200, 802a-d, 802, 1812, 2112, 2212) comprising an interface (202, 428a, 428b, 1423, 1523, 1623, 1723, 2123, 2223, 2523) to communicate with a print apparatus logic circuit, and at least one logic circuit (402a, 402b and 406a, 402c and 406b, 402d, 402e and 406c, 1403 and 1405, 1603, 1703, 2503), configured to identify, from a command stream, a read request; and output, via the interface (202, 428a, 428b, 1423, 1523, 1623, 1723, 2123, 2223, 2523), a count value in response to a read request, the count value based on identified received parameters; configured to identify, from a command stream received from the print apparatus (102, 300, 804), parameters including class parameters and sub-class parameters, identify more sub-class parameters than class-parameters, associate at least two classes (1755, 1757) with at least 40 sub-classes and other classes (1771, 1773) with not more than one sub-class, wherein communicated sub-classes may the same for different classes, and output in response to a read request, a count value based on the last-received class parameter and sub-class parameter. identify, from a command stream, a read request; and output, via the interface (202, 428a, 428b, 1423, 1523, 1623, 1723, 2123, 2223, 2523), a count value in response to a read request, the count value based on identified received parameters; configured to identify, from a command stream received from the print apparatus (102, 300, 804), parameters including class parameters and sub-class parameters, identify more sub-class parameters than class-parameters, associate at least two classes (1755, 1757) with at least 40 sub-classes and other classes (1771, 1773) with not more than one sub-class, wherein communicated sub-classes may the same for different classes, and output in response to a read request, a count value based on the last-received class parameter and sub-class parameter.
A method for forming a barrel structure, the method comprising: installing a vacuum bag over a dry three-dimensional preform inner barrel structure on a steel mold tool; placing the dry three-dimensional preform inner barrel structure inside an oven; infusing the dry three-dimensional preform inner barrel structure with resin to a form resin-infused inner barrel structure; curing the resin-infused inner barrel structure to form an inner barrel; removing the inner barrel from the oven; removing the vacuum bag; removing the release ply from the inner barrel and discarding the release ply and flow media; removing the inner barrel from the steel mold tool; drilling a number of holes in at least one of an inner skin and an outer skin of the inner barrel, placing the inner barrel with the number of holes in the oven; melting out a number of wax mandrels from the inner barrel through the number of holes drilled; removing the inner barrel from the oven; and removing residual wax film from the inner barrel. installing a vacuum bag over a dry three-dimensional preform inner barrel structure on a steel mold tool; placing the dry three-dimensional preform inner barrel structure inside an oven; infusing the dry three-dimensional preform inner barrel structure with resin to a form resin-infused inner barrel structure; curing the resin-infused inner barrel structure to form an inner barrel; removing the inner barrel from the oven; removing the vacuum bag; removing the release ply from the inner barrel and discarding the release ply and flow media; removing the inner barrel from the steel mold tool; drilling a number of holes in at least one of an inner skin and an outer skin of the inner barrel, placing the inner barrel with the number of holes in the oven; melting out a number of wax mandrels from the inner barrel through the number of holes drilled; removing the inner barrel from the oven; and removing residual wax film from the inner barrel.
A configurable air inlet system, comprising: a rotorcraft fuselage having an engine disposed within the fuselage; a ram air intake disposed in the fuselage and adapted to allow a ram airflow into the fuselage; a side air intake disposed in a side of the fuselage and adapted to allow side airflow into the fuselage from the side of the rotorcraft fuselage; an air inlet plenum coupled to the ram air intake and the side air intake, wherein the air inlet plenum directs the ram airflow and the side airflow to the engine; a door operably coupled to the fuselage, wherein the door is in an open position clearing the side air intake when the airspeed is below a first threshold and is in a closed position closing the side air intake when the airspeed exceeds a second threshold, wherein the second threshold is above the first threshold; and control logic, having a memory, wherein the control logic is adapted to determine whether the airspeed is at or below the first threshold or at or above the second threshold to control the door position. a rotorcraft fuselage having an engine disposed within the fuselage; a ram air intake disposed in the fuselage and adapted to allow a ram airflow into the fuselage; a side air intake disposed in a side of the fuselage and adapted to allow side airflow into the fuselage from the side of the rotorcraft fuselage; an air inlet plenum coupled to the ram air intake and the side air intake, wherein the air inlet plenum directs the ram airflow and the side airflow to the engine; a door operably coupled to the fuselage, wherein the door is in an open position clearing the side air intake when the airspeed is below a first threshold and is in a closed position closing the side air intake when the airspeed exceeds a second threshold, wherein the second threshold is above the first threshold; and control logic, having a memory, wherein the control logic is adapted to determine whether the airspeed is at or below the first threshold or at or above the second threshold to control the door position.
Method for displaying content of a display device on a second display device, having the steps of: = capturing a selection means in a predefined spatial region in front of the first display device, and, as a reaction thereto, - displaying a content displayed on the first display device on the second display device, characterized by - fixing the content displayed on the second display device until the selection means has undergone a predefined minimum position change. - displaying a content displayed on the first display device on the second display device, characterized by - fixing the content displayed on the second display device until the selection means has undergone a predefined minimum position change.
Composition comprising a first component and a second component, comprising - at least one silane group-containing polymer, liquid at room temperature, - at least one liquid epoxy resin, - at least one polyetheramine, and - at least one amino- or mercaptosilane the polyetheramine and the amino- or mercaptosilane not being present in the same component as the liquid epoxy resin. - at least one silane group-containing polymer, liquid at room temperature, - at least one liquid epoxy resin, - at least one polyetheramine, and - at least one amino- or mercaptosilane
An unmanned aerial vehicle system comprising a first multi-rotor carrier aircraft (101; 701a; 901) and a second carried aircraft, wherein the carrier aircraft comprises: an airframe; a plurality of rotors (103; 703) carried by the airframe, the plurality of rotors being positioned to support the carrier aircraft in hover; a power receiver (713; 913) carried by the airframe and operatively coupled to the rotors to power the rotors, the power receiver being positioned to receive power from off-board the carrier aircraft while the carrier aircraft is in flight; a launch fixture positioned to releasably attach to the carried aircraft, the carried aircraft having a capture device; and a capture line deployable to hang from the carrier aircraft, the capture line being sized to releasably engage with the capture device of the carried aircraft. an airframe; a plurality of rotors (103; 703) carried by the airframe, the plurality of rotors being positioned to support the carrier aircraft in hover; a power receiver (713; 913) carried by the airframe and operatively coupled to the rotors to power the rotors, the power receiver being positioned to receive power from off-board the carrier aircraft while the carrier aircraft is in flight; a launch fixture positioned to releasably attach to the carried aircraft, the carried aircraft having a capture device; and a capture line deployable to hang from the carrier aircraft, the capture line being sized to releasably engage with the capture device of the carried aircraft.
A frame for spectacles comprising a front frame with respective lateral projections for the articulation of respective temple arms and articulation means between each projection and the corresponding temple arm for an articulated connection between the temple arm and the front frame, each of said temple arms having a part of the extremity of the temple arm facing the projection, characterised in that the articulation means comprise a resiliently yielding strip-shaped_element which is structurally independent of the projection and the temple arm, this element having a first extremity attached to the temple arm and a second opposing extremity engaged with predetermined coupling play in an opening passing through the projection, the strip element being folded in an arcuate way through approximately 90° with respect to the plane of the strip in order to engage the opening passing through the projection transversely to the longitudinal direction of extension of the temple arm until it abuts against the part at the extremity of the temple arm, the opening being at a distance from the free edge of the projection facing the temple arm, in such a way that the portion of the projection extending between the edge and the opening remains held between the resilient element and the temple arm in order to perform a hinge movement between the projection and the temple arm through relative movement of the second extremity of the resilient element in the opening in the projection, and in that said part of the extremity of the temple arm has a cavity capable of receiving the extremity of the element passing through the opening in the projection, said cavity being selected to have a shape and dimensions such that said second extremity of the element remains within the cavity throughout the relative movement between the temple arm and the projection in order to ensure stability and mutual guidance between the coupled parts.
Reinforced product, which can be used especially for reinforcing a finished rubber article, comprising one or more textile or metallic reinforcing thread(s), said thread(s) being covered with a sheath comprising a thermoplastic polymer composition, the sheathed thread(s) being themselves embedded in a rubber composition referred to as coating rubber, characterized in that this coating rubber is a composition based on at least one diene elastomer, silica as predominant reinforcing filler, and a sulphur-based vulcanization system, in which the ratio of the amounts, in phr (parts by weight per hundred parts by weight of elastomer), of sulphur and of reinforcing filler, is less than 0.08 and in which the coating rubber composition comprises a metal oxide and a stearic acid derivative in amounts such that the ratio of the content of metal oxide and of stearic acid derivative, in phr, is less than 7.
An oral pharmaceutical composition comprising a spherical core comprising an inorganic acid or a salt or a hydrate thereof and at least one pharmaceutically acceptable excipient, a first layer comprising or consisting of at least one water-soluble polymer and at least one anti-tacking agent, a second layer comprising dabigatran etexilate or a pharmaceutically acceptable salt thereof, wherein the spherical core and the second layer are separated by the first layer.
Method for CO 2 capture and utilization, comprising: - introduction of a CO 2 -containing mixed gas into a liquid which contains an organic superbase or a salt of an organic superbase so as to form a CO 2 -superbase adduct in which the CO 2 is chemically bound, wherein - the organic superbase is an amidine or a guanidine derivative or a mixture thereof and - the liquid contains a cyclic amide or a cyclic urea compound as solvent, - reaction of the CO 2 -superbase adduct with a chemical reaction partner to form a reaction product, wherein the reaction partner with which the CO 2 -superbase adduct is reacted is an amine, an aminobenzonitrile, an alkynol, an epoxide, an aziridine or a reducing agent or a combination of at least two of these reaction partners, wherein the reducing agent is a silane or hydrogen. - introduction of a CO 2 -containing mixed gas into a liquid which contains an organic superbase or a salt of an organic superbase so as to form a CO 2 -superbase adduct in which the CO 2 is chemically bound, wherein - the organic superbase is an amidine or a guanidine derivative or a mixture thereof and - the liquid contains a cyclic amide or a cyclic urea compound as solvent, - the organic superbase is an amidine or a guanidine derivative or a mixture thereof and - the liquid contains a cyclic amide or a cyclic urea compound as solvent, - reaction of the CO 2 -superbase adduct with a chemical reaction partner to form a reaction product, wherein the reaction partner with which the CO 2 -superbase adduct is reacted is an amine, an aminobenzonitrile, an alkynol, an epoxide, an aziridine or a reducing agent or a combination of at least two of these reaction partners, wherein the reducing agent is a silane or hydrogen.
A process for producing an oxide catalyst, the process comprising the steps of: feeding a catalyst precursor containing Mo, V, Nb, and Te and/or Sb from a first end of a calcination tube of a calcination apparatus, said calcination apparatus comprising: a calcination tube having open ends at both terminals; a pair of hoods, each hood covering each open end of the calcination tube; and a pair of rings, each ring sealing a gap between the calcination tube and the hood, wherein the rings are directly or indirectly fixed on an outer surface of the calcination tube; a groove is provided along a circumferential direction of the ring at a contact surface side between the ring and the hood; a sealed chamber surrounded by the hood and the groove is formed; and a pair of flanges, each flange protruding from an inner surface of the hood toward an inside in a circumferential direction of the calcination tube, wherein each of the both sides of the groove is in contact with each of the pair of flanges; and both the calcination tube and the rings rotate in a circumferential direction of the calcination tube while keeping the hood in contact with both sides of the groove, calcining the catalyst precursor in the calcination tube to yield a calcination product; causing the catalyst precursor and/or the calcination product to pass through a space surrounded by the calcination tube, a hood, and a ring; and discharging the calcination product from the space. feeding a catalyst precursor containing Mo, V, Nb, and Te and/or Sb from a first end of a calcination tube of a calcination apparatus, said calcination apparatus comprising: a calcination tube having open ends at both terminals; a pair of hoods, each hood covering each open end of the calcination tube; and a pair of rings, each ring sealing a gap between the calcination tube and the hood, a calcination tube having open ends at both terminals; a pair of hoods, each hood covering each open end of the calcination tube; and a pair of rings, each ring sealing a gap between the calcination tube and the hood, wherein the rings are directly or indirectly fixed on an outer surface of the calcination tube; a groove is provided along a circumferential direction of the ring at a contact surface side between the ring and the hood; a sealed chamber surrounded by the hood and the groove is formed; and a pair of flanges, each flange protruding from an inner surface of the hood toward an inside in a circumferential direction of the calcination tube, wherein each of the both sides of the groove is in contact with each of the pair of flanges; and both the calcination tube and the rings rotate in a circumferential direction of the calcination tube while keeping the hood in contact with both sides of the groove, calcining the catalyst precursor in the calcination tube to yield a calcination product; causing the catalyst precursor and/or the calcination product to pass through a space surrounded by the calcination tube, a hood, and a ring; and discharging the calcination product from the space.
A method for making medical solutions for a dialyzer performed by a data processing apparatus, the method comprising: introducing liquid into a container that contains a dissolvable solid concentrate in a manner so that a layer of solution above the solid concentrate is maintained at a depth that allows the liquid introduced into the container to agitate the solution adjacent to the solid concentrate to cause mixing of the solid concentrate with the solution, wherein the depth is kept within a particular depth range over time; and pumping the medical solution to the dialyzer. introducing liquid into a container that contains a dissolvable solid concentrate in a manner so that a layer of solution above the solid concentrate is maintained at a depth that allows the liquid introduced into the container to agitate the solution adjacent to the solid concentrate to cause mixing of the solid concentrate with the solution, wherein the depth is kept within a particular depth range over time; and pumping the medical solution to the dialyzer.
A semiconductor apparatus, comprising a circuit device and a heat sink fin that are disposed in a laminated manner, and a thermal interface material layer located between the circuit device and the heat sink fin, wherein a packaging layer is disposed around a side wall of the circuit device, the circuit device comprises an integrated circuit die, the integrated circuit die is provided with a pin, one surface that is of the integrated circuit die and on which the pin is disposed is a mounting surface, and the side wall of the circuit device is a wall that is of the integrated circuit die and that is adjacent to the mounting surface; and the thermal interface material layer has a first surface facing the circuit device and the packaging layer and a second surface facing the heat sink fin, the first surface is thermally coupled to the circuit device and the packaging layer, and the second surface is thermally coupled to the heat sink fin, the semiconductor apparatus further comprises a substrate, the heat sink fin is fastened on the substrate by using an adhesive, characterized in that the integrated circuit die is coupled to the substrate by using a metal bump, the metal bump is protected by a bottom filler, the packaging layer envelops the side wall of the integrated circuit die and a side wall of the bottom filler.
A combine harvester comprising: a thresher for threshing grain culms reaped from a field; a conveyance mechanism for conveying grains obtained by the thresher to a grain tank; a measurer for measuring an amount of grain conveyed to the grain tank as a conveyed yield; a yield assignment calculator for calculating a minimal section yield, which is a yield per minimal section, by assigning the conveyed yield to a minimal section of the field; a grain conveyance state detector for detecting a drop in a conveyance speed of the conveyance mechanism and restoration from the drop in the conveyance speed; a yield corrector for correcting a decrease in the minimal section yield due to the drop in the conveyance speed and an increase in the minimal section yield due to the restoration from the drop in the conveyance speed; and a yield distribution data generator for generating yield distribution data representing a yield distribution in the field, based on the minimal section yield. a thresher for threshing grain culms reaped from a field; a conveyance mechanism for conveying grains obtained by the thresher to a grain tank; a measurer for measuring an amount of grain conveyed to the grain tank as a conveyed yield; a yield assignment calculator for calculating a minimal section yield, which is a yield per minimal section, by assigning the conveyed yield to a minimal section of the field; a grain conveyance state detector for detecting a drop in a conveyance speed of the conveyance mechanism and restoration from the drop in the conveyance speed; a yield corrector for correcting a decrease in the minimal section yield due to the drop in the conveyance speed and an increase in the minimal section yield due to the restoration from the drop in the conveyance speed; and a yield distribution data generator for generating yield distribution data representing a yield distribution in the field, based on the minimal section yield.