mhurhangee/ep-ind-claims huggingface dataset:
Method for synthesizing a nanoparticulate system of complexes of polyelectrolytes with opposite charges in the organic phase, by mixing: - a first calibrated emulsion of water-in-oil type comprising an organic continuous phase, a liposoluble surfactant and a dispersed aqueous phase containing a mixture of two polyelectrolytes with opposite charges: an anionic polymer and a cationic polymer, at a high or low pH chosen such that at least one of the two polyelectrolytes is not charged or is very weakly charged, at least one of the polyelectrolytes having a pH-dependent degree of ionization, said pH being less than the pKA for an anionic polymer, greater than the pKB for a cationic polymer; - a second emulsion of water-in-oil type comprising an acidic or basic aqueous phase dispersed in an organic continuous phase and a liposoluble surfactant, said aqueous phase being acidic when said polyelectrolyte having a pH-dependent degree of ionization is the cationic polymer and basic when said polyelectrolyte having a pH-dependent degree of ionization is the anionic polymer. - a first calibrated emulsion of water-in-oil type comprising an organic continuous phase, a liposoluble surfactant and a dispersed aqueous phase containing a mixture of two polyelectrolytes with opposite charges: an anionic polymer and a cationic polymer, at a high or low pH chosen such that at least one of the two polyelectrolytes is not charged or is very weakly charged, at least one of the polyelectrolytes having a pH-dependent degree of ionization, said pH being less than the pKA for an anionic polymer, greater than the pKB for a cationic polymer; - a second emulsion of water-in-oil type comprising an acidic or basic aqueous phase dispersed in an organic continuous phase and a liposoluble surfactant, said aqueous phase being acidic when said polyelectrolyte having a pH-dependent degree of ionization is the cationic polymer and basic when said polyelectrolyte having a pH-dependent degree of ionization is the anionic polymer.
An air conditioner base, comprising: an upper base, a first limit block and at least one first hook, disposed on the upper base; a lower base, a slidable buckle disposed on the lower base, and at least one second hook disposed on the buckle; wherein the first hook is configured to be engaged with or separated from the second hook, and the first limit block is adapted, when in use, to limit a pressing distance of the buckle; wherein a sliding direction of the buckle is a front-back direction of the lower base, and the first limit block is disposed at a rear position of the upper base; characterized in that: a second limit block is disposed on the lower base, the second limit block is opened with a through hole, and a rear end of the buckle is configured to be inserted into the through hole. an upper base, a first limit block and at least one first hook, disposed on the upper base; a lower base, a slidable buckle disposed on the lower base, and at least one second hook disposed on the buckle; wherein the first hook is configured to be engaged with or separated from the second hook, and the first limit block is adapted, when in use, to limit a pressing distance of the buckle; wherein a sliding direction of the buckle is a front-back direction of the lower base, and the first limit block is disposed at a rear position of the upper base; characterized in that: a second limit block is disposed on the lower base, the second limit block is opened with a through hole, and a rear end of the buckle is configured to be inserted into the through hole.
A method of preparing superabsorbent polymers comprising the steps of a) dissolving at least one acrylic acid monomer and/or its sodium salt and a cross-linking agent in an aqueous solution to form a monomer solution; b) adding to the monomer solution an encapsulated carbonate blowing agent in sufficient amount to form, when polymerized to a hydrogel, a microcellular expanded polymer gel, the method for encapsulation comprises coating the blowing agent with a resin; and c) initiating polymerization by adding to the monomer solution either immediately before or immediately after, or simultaneously with the addition of the encapsulated blowing agent, an effective amount of at least one free radical initiator and polymerizing at temperatures ranging from 0°C to 130°C to form a microcellular hydrogel. a) dissolving at least one acrylic acid monomer and/or its sodium salt and a cross-linking agent in an aqueous solution to form a monomer solution; b) adding to the monomer solution an encapsulated carbonate blowing agent in sufficient amount to form, when polymerized to a hydrogel, a microcellular expanded polymer gel, the method for encapsulation comprises coating the blowing agent with a resin; and c) initiating polymerization by adding to the monomer solution either immediately before or immediately after, or simultaneously with the addition of the encapsulated blowing agent, an effective amount of at least one free radical initiator and polymerizing at temperatures ranging from 0°C to 130°C to form a microcellular hydrogel.
A luminophore composition comprising amorphous aluminoborate powders, the composition being obtainable by: - preparing an aluminoborate resin by a wet chemical route based on precursors solutions comprising less than 5000 ppm of monovalent and divalent cations; - drying the resin to obtain a solid; - grinding the solid to obtain a powder; - pyrolyzing, in the absence of oxygen, the powder at a pyrolysis temperature lower than the crystallization temperature of the composition; and - calcinating, in the presence of oxygen, the powder so pyrolyzed at a calcination temperature lower than the crystallization temperature of the composition. wherein the aluminoborate has the following composition: xM 2 O 3 + yAl 2 O 3 + zB 2 O 3 wherein M is at least one trivalent metal, 0 ≤ x ≤ 0.25, 0.1 ≤ y ≤ 0.7, 0.3 ≤ z ≤ 0.9, and x + y + z = 1 - preparing an aluminoborate resin by a wet chemical route based on precursors solutions comprising less than 5000 ppm of monovalent and divalent cations; - drying the resin to obtain a solid; - grinding the solid to obtain a powder; - pyrolyzing, in the absence of oxygen, the powder at a pyrolysis temperature lower than the crystallization temperature of the composition; and - calcinating, in the presence of oxygen, the powder so pyrolyzed at a calcination temperature lower than the crystallization temperature of the composition.
A fuel injector device for an annular combustion chamber of a turbine engine, the device comprising a pilot circuit continuously feeding an injector leading into a first venturi and a multipoint circuit intermittently feeding injection orifices formed in a front face of an upstream annular chamber of a second venturi coaxial about the first venturi, an annular ring being mounted in the annular chamber to define therein a fuel feed circuit for feeding the injection orifices and a cooling circuit operating by passing the fuel that feeds the injector of the pilot circuit, the injector device being characterized in that the cooling circuit extends over the front face of the chamber in the immediate vicinity of the injection orifices.
An apparatus for wireless communication by a user equipment, UE, comprising: means for receiving signaling that configures the UE with at least one bandwidth part and an active bandwidth part from the at least one bandwidth part; means for receiving an indication of a positioning reference signal, PRS, configuration for a transmission reception point, the PRS configuration indicating a reference point within a carrier bandwidth of a component carrier and a bandwidth or a number of resource blocks of a frequency domain allocation, wherein the frequency domain allocation intersects with and exceeds a bandwidth of the active bandwidth part; means for determining, based at least in part on the PRS configuration, a start of the frequency domain allocation that is offset by a gap in frequency relative to the reference point; means for receiving a measurement indicator that configures the UE to measure a PRS over the bandwidth or the number of resource blocks of the frequency domain allocation that exceeds the bandwidth of the active bandwidth part; and means for measuring the PRS based at least in part on the frequency domain allocation and the measurement indicator. means for receiving signaling that configures the UE with at least one bandwidth part and an active bandwidth part from the at least one bandwidth part; means for receiving an indication of a positioning reference signal, PRS, configuration for a transmission reception point, the PRS configuration indicating a reference point within a carrier bandwidth of a component carrier and a bandwidth or a number of resource blocks of a frequency domain allocation, wherein the frequency domain allocation intersects with and exceeds a bandwidth of the active bandwidth part; means for determining, based at least in part on the PRS configuration, a start of the frequency domain allocation that is offset by a gap in frequency relative to the reference point; means for receiving a measurement indicator that configures the UE to measure a PRS over the bandwidth or the number of resource blocks of the frequency domain allocation that exceeds the bandwidth of the active bandwidth part; and means for measuring the PRS based at least in part on the frequency domain allocation and the measurement indicator.
Method of editing multimedia pages on a terminal, in which a server supplies one or more terminals with at least some of said multimedia pages in the form of object arrangement instructions for objects identified by associated parameters, characterized in that the method comprises: a) at least a preliminary step during which the server transmits at least some of the parameters associated with an object, and an instruction to store said parameters in a terminal memory, b) and at least a main step during which the server transmits a simple instruction to restore said parameters previously stored in terminal memory, to edit at least one multimedia page in which said object occurs. a) at least a preliminary step during which the server transmits at least some of the parameters associated with an object, and an instruction to store said parameters in a terminal memory, b) and at least a main step during which the server transmits a simple instruction to restore said parameters previously stored in terminal memory, to edit at least one multimedia page in which said object occurs.
A piezoelectric material comprising, as a main phase, a metal oxide represented by General formula below, and further comprising 0.04 percent by mole or more and 2.00 percent by mole or less of Cu relative to 1 mol of the metal oxide represented by General formula below, General formula ((Na 1-z Li z) x Ba 1-y)(Nb y Ti 1-y)O 3, wherein 0.70 ≤ x ≤ 0.99, 0.75 ≤ y ≤ 0.99, 0 < z < 0.15, and x < y.
A joining apparatus for a cord ply for a tire having a first pressurizing means in which a first pressing member, provided in the upper side, faces a first pressure receiving member, provided in the lower side, and a second pressurizing means in which a second pressing member, provided in the upper side, faces a second pressure receiving member, provided in the lower side, wherein the first pressurizing means and the second pressurizing means are arranged to face each other and providing engagement claws, that can engage with each other and are provided so as to face each other, on the first pressing member and the first pressure receiving member and on the second pressing member and the second pressure receiving member; in which the first pressing member is characterised by being provided with a cord end pressing member capable of vertically moving in a direction perpendicular to the placement surface of the cord plies; a first cord ply positioning mechanism for positioning the first cord ply by bringing the tail end of the first cord ply into contact with a side surface of the second pressure receiving member raised to a position higher than the conveying position of the first cord ply, a first cord ply fixing mechanism for lowering the cord end pressing member so that the bottom surface of the cord end pressing member presses and fixes the positioned first cord ply against the upper surface of the first pressure receiving member, and a second cord ply positioning mechanism for positioning the second cord ply by bringing the tip of the second cord ply into contact with a side surface of the cord end pressing member pressing the first cord ply are provided; the first pressurizing means is configured so that the first pressing member lowers to apply a pressing force to the tail end portion of the first cord ply placed on the upper surface of the first pressure receiving member while the bottom surface of the cord end pressing member presses the first cord ply; the second pressurizing means is configured so that the second pressing member lowers to apply a pressing force to the tip portion of the second cord ply placed on the upper surface of the second pressure receiving member; the apparatus being configured such that the first pressurizing means and the second pressurizing means are brought close to each other in a state where a pressing force is applied by the first pressurizing means and the second pressurizing means, whereby a shearing force is applied to the overlapped portion of the tail end portion of the first cord ply and the tip portion of the second cord ply.
An extraction program that causes a computer to execute processing comprising: from captured images obtained by capturing a sports game having a match style of attack toward one of two goals provided in territory of one of two teams, identifying a portion of captured images which indicates a direction of movement of a camera toward one of the goals; acquiring data of a goal direction in which each team attacks characterized by extracting a scene in which one of the teams is attacking one of the goals based on the portion of the captured images and identifying the team attacking in the attack scene based on detected movement of the camera toward the direction of one of the goals and the acquired goal direction in which each team attacks. from captured images obtained by capturing a sports game having a match style of attack toward one of two goals provided in territory of one of two teams, identifying a portion of captured images which indicates a direction of movement of a camera toward one of the goals; acquiring data of a goal direction in which each team attacks characterized by extracting a scene in which one of the teams is attacking one of the goals based on the portion of the captured images and identifying the team attacking in the attack scene based on detected movement of the camera toward the direction of one of the goals and the acquired goal direction in which each team attacks.
A medical observation apparatus comprising: a microscope unit that outputs a signal of a captured image of an observation target; a support unit that movably supports the microscope unit and that includes a plurality of arm portions (21,22,23,24,25) and a plurality of joint portions (11,12,13,14,15,16), each of which holds the arm portions rotatably about a predetermined axis; a rotation-target arm portion; and one or a plurality of cables (101,102) connected to the microscope unit and inserted through an interior of the support unit, wherein at least one of the joint portions includes a twisting joint portion that rotates the rotation-target arm portion about an axis (O 3) parallel to a central axis of the rotation-target arm portion, and the twisting joint portion includes a rotational-shaft portion that extends in parallel to a central axis (O 3) and rotates about said axis parallel to the central axis of the rotation-target arm portion, a rotational portion that holds the rotation-target arm portion, fixes the cable at a position offset from a central axis (O 3) of the rotational-shaft portion, and is rotatable about said central axis (O 3) of the rotational shaft portion, and an extending portion that extends along the longitudinal direction of the central axis (O 3) from the rotational-shaft portion and fixes the cable at a position where the central axis (O 3) of the rotational-shaft portion passes through the cable. a microscope unit that outputs a signal of a captured image of an observation target; a support unit that movably supports the microscope unit and that includes a plurality of arm portions (21,22,23,24,25) and a plurality of joint portions (11,12,13,14,15,16), each of which holds the arm portions rotatably about a predetermined axis; a rotation-target arm portion; and one or a plurality of cables (101,102) connected to the microscope unit and inserted through an interior of the support unit, wherein at least one of the joint portions includes a twisting joint portion that rotates the rotation-target arm portion about an axis (O 3) parallel to a central axis of the rotation-target arm portion, and the twisting joint portion includes a rotational-shaft portion that extends in parallel to a central axis (O 3) and rotates about said axis parallel to the central axis of the rotation-target arm portion, a rotational portion that holds the rotation-target arm portion, fixes the cable at a position offset from a central axis (O 3) of the rotational-shaft portion, and is rotatable about said central axis (O 3) of the rotational shaft portion, and an extending portion that extends along the longitudinal direction of the central axis (O 3) from the rotational-shaft portion and fixes the cable at a position where the central axis (O 3) of the rotational-shaft portion passes through the cable.
A stable oral dosage form comprising a core having a production process-resulting form of rasagiline base and at least one pharmaceutically acceptable excipient; and an acid resistant pharmaceutically acceptable coating, the production process comprising a) preparing the core by admixing rasagiline base, citric acid, and a pharmaceutically acceptable excipient; and b) coating the core with the acid resistant pharmaceutically acceptable coating. a) preparing the core by admixing rasagiline base, citric acid, and a pharmaceutically acceptable excipient; and b) coating the core with the acid resistant pharmaceutically acceptable coating.
A base station module configured to be part of a group of base station modules comprising the base station module and other base station modules, the group of base station modules together forming a base station, said base station module comprising: at least one antenna for receiving radio signals from mobile stations in a base station communication band comprising a number of channels, a first communication interface for transferring data obtained via said received radio signals to the other base station modules (50B, 50C) and for receiving corresponding data obtained via radio signals received by the other base station modules (50B, 50C), a data handling unit (38A; 110A, 40A; 40A; 46A) configured to select data for transfer to the other base station modules, and an uplink data processing unit (32A; 48A) configured to process channels used by a subset of mobile stations (MSI, MS2) of a set of mobile stations communicating with the base station, said subset being assigned to the base station module, where said uplink data processing unit is configured to use said data received from the other base station modules to influence processing of said channels used by the subset of mobile stations, and wherein the data handling unit is configured to select for transfer to the other base station modules the data corresponding to the radio signals received from mobile stations not relating to the assigned subset. at least one antenna for receiving radio signals from mobile stations in a base station communication band comprising a number of channels, a first communication interface for transferring data obtained via said received radio signals to the other base station modules (50B, 50C) and for receiving corresponding data obtained via radio signals received by the other base station modules (50B, 50C), a data handling unit (38A; 110A, 40A; 40A; 46A) configured to select data for transfer to the other base station modules, and an uplink data processing unit (32A; 48A) configured to process channels used by a subset of mobile stations (MSI, MS2) of a set of mobile stations communicating with the base station, said subset being assigned to the base station module, where said uplink data processing unit is configured to use said data received from the other base station modules to influence processing of said channels used by the subset of mobile stations, and wherein the data handling unit is configured to select for transfer to the other base station modules the data corresponding to the radio signals received from mobile stations not relating to the assigned subset.
A method of providing multi spectral Doppler images, the method comprising: displaying an ultrasound image of an object in a first region of a screen; setting a plurality of sample volumes in the displayed ultrasound image; obtaining a plurality of Doppler signals corresponding to the set plurality of sample volumes; characterized by tridimensionally displaying in a second region of the screen the multi spectral Doppler images that are generated by using the obtained plurality of Doppler signals, wherein the displaying comprises displaying the multi spectral Doppler images in a single graph that has a limited area without having to reduce the size of the ultrasound image. displaying an ultrasound image of an object in a first region of a screen; setting a plurality of sample volumes in the displayed ultrasound image; obtaining a plurality of Doppler signals corresponding to the set plurality of sample volumes; characterized by tridimensionally displaying in a second region of the screen the multi spectral Doppler images that are generated by using the obtained plurality of Doppler signals, wherein the displaying comprises displaying the multi spectral Doppler images in a single graph that has a limited area without having to reduce the size of the ultrasound image.