mhurhangee/ep-ind-claims huggingface dataset:
Medical or dental treatment luminaire, comprising • a housing and • a plurality of LED light sources, wherein the LED light sources are connected in reversibly detachable fashion to energy supply means for the LED light sources, characterized in that the LED light sources are arranged on a common carrier, which has fastening areas for the LED light sources, is connected to the housing and is designed to dissipate heat from the LED light sources. • a housing and • a plurality of LED light sources,
A pharmaceutical preparation comprising flumazenil at a concentration of between 0.11 to 0.7 mg/ml prepared in saline at a pH between pH 6.5 to 7.0 for use in the treatment of drug withdrawal states or addictive substance withdrawal states wherein the preparation is administered at a continuous rate of 40 μg/h to 1000 μg/h over a sustained period of time of greater than four days.
A gas turbine engine comprising: an engine core and a fan driven by the engine core; a nacelle radially surrounding the engine core and the fan, the nacelle comprising: a ring shaped body defining a center axis and having a radially outward surface and a radially inward surface; an aft portion of the radially inward surface including an axially extending convergent-divergent exit nozzle; and an axially extending secondary circumferential ring duct (180;280;380;480;580) passing through said nacelle in said convergent-divergent exit nozzle radially outward of the radially inward surface, the axially extending secondary duct (180;280;380;480;580) including an inlet (281;381;481;581) at a convergent portion (136;236;336;436;536) of the convergent-divergent exit nozzle and an outlet (190;290;390;490;590) at a divergent portion (138;238;338;438;538) of the convergent-divergent exit nozzle; wherein the nacelle defines a bypass passage having the convergent-divergent exit nozzle, wherein the convergent-divergent exit nozzle further includes a primary passage. an engine core and a fan driven by the engine core; a nacelle radially surrounding the engine core and the fan, the nacelle comprising: a ring shaped body defining a center axis and having a radially outward surface and a radially inward surface; an aft portion of the radially inward surface including an axially extending convergent-divergent exit nozzle; and an axially extending secondary circumferential ring duct (180;280;380;480;580) passing through said nacelle in said convergent-divergent exit nozzle radially outward of the radially inward surface, the axially extending secondary duct (180;280;380;480;580) including an inlet (281;381;481;581) at a convergent portion (136;236;336;436;536) of the convergent-divergent exit nozzle and an outlet (190;290;390;490;590) at a divergent portion (138;238;338;438;538) of the convergent-divergent exit nozzle; wherein the nacelle defines a bypass passage having the convergent-divergent exit nozzle, wherein the convergent-divergent exit nozzle further includes a primary passage. a ring shaped body defining a center axis and having a radially outward surface and a radially inward surface; an aft portion of the radially inward surface including an axially extending convergent-divergent exit nozzle; and an axially extending secondary circumferential ring duct (180;280;380;480;580) passing through said nacelle in said convergent-divergent exit nozzle radially outward of the radially inward surface, the axially extending secondary duct (180;280;380;480;580) including an inlet (281;381;481;581) at a convergent portion (136;236;336;436;536) of the convergent-divergent exit nozzle and an outlet (190;290;390;490;590) at a divergent portion (138;238;338;438;538) of the convergent-divergent exit nozzle; wherein the nacelle defines a bypass passage having the convergent-divergent exit nozzle, wherein the convergent-divergent exit nozzle further includes a primary passage.
Use of a water-soluble polymer obtained by polymerizing a monomer unit that includes a monomer that forms a polymer that has a lower critical solution temperature (LCST) of 80°C or less in an aqueous solution under normal pressure, and a monomer that forms a polymer that does not have the LCST in an aqueous solution under normal pressure as a non-specific adsorption inhibitor which inhibits non-specific adsorption of a protein and is applied to a container or an instrument, wherein the monomer unit used to produce the water-soluble polymer contains 30 to 99 wt% of the monomer and 1 to 70 wt% of the monomer, wherein the monomer is at least one selected from N,N-diethylacrylamide and N-isopropylacrylamide.
A patterned substrate for an electronic device, comprising: a first elongate body having a pair of long edges and a pair of short edges; a repulsion layer disposed on the first elongate body; a second elongate body formed by a plurality of printed droplets and having a pair of long edges and a pair of short edges wherein a first short edge of the pair of short edges of the second elongate body is adjacent to and aligned to one of said long edges of said first body; and a separation formed between said repulsion layer as disposed on said long edge of said first body, and said first short edge of said second body, by said repulsion layer repelling the liquid of said plurality of printed droplets, wherein said second elongate body is at an angle of 5 degrees to 90 degrees to said first body; and wherein a ratio of a width of said elongate second body to a length of said separation is greater than or equal to 100, wherein the length of said separation refers to the distance between the repulsion layer as disposed on said long edge of the first body and said first short edge of the second body. a first elongate body having a pair of long edges and a pair of short edges; a repulsion layer disposed on the first elongate body; a second elongate body formed by a plurality of printed droplets and having a pair of long edges and a pair of short edges wherein a first short edge of the pair of short edges of the second elongate body is adjacent to and aligned to one of said long edges of said first body; and a separation formed between said repulsion layer as disposed on said long edge of said first body, and said first short edge of said second body, by said repulsion layer repelling the liquid of said plurality of printed droplets, wherein said second elongate body is at an angle of 5 degrees to 90 degrees to said first body; and wherein a ratio of a width of said elongate second body to a length of said separation is greater than or equal to 100, wherein the length of said separation refers to the distance between the repulsion layer as disposed on said long edge of the first body and said first short edge of the second body.
A determination apparatus for determining the pose and shape of an introduction element within a living being, wherein the introduction element is adapted to be used by a brachytherapy apparatus for introducing a radiation source close to a target object to be treated within the living being, the determination apparatus comprising: - a position determination unit (6, 27) comprising a position determination element for being introduced into the introduction element such that the position determination element may be arranged at different locations within the introduction element, wherein the position determination unit (6, 27) is adapted to determine positions of the position determination element at the different locations within the introduction element, the determination apparatus being characterised by: - an acquisition unit adapted to acquire a fraction of the determined positions of the position determination element being useful for determining the pose and shape of the introduction element within the living being, and - a control unit adapted to control the acquisition of the fraction of the determined positions depending on the determined positions. - a position determination unit (6, 27) comprising a position determination element for being introduced into the introduction element such that the position determination element may be arranged at different locations within the introduction element, wherein the position determination unit (6, 27) is adapted to determine positions of the position determination element at the different locations within the introduction element, the determination apparatus being characterised by: - an acquisition unit adapted to acquire a fraction of the determined positions of the position determination element being useful for determining the pose and shape of the introduction element within the living being, and - a control unit adapted to control the acquisition of the fraction of the determined positions depending on the determined positions.
A hydraulic apparatus for aircraft actuators that supplies pressure oil to a hydraulically-operated actuator for driving a control surface of an aircraft, the apparatus comprising: a pump unit adapted to be installed inside a wing of the aircraft; and a wing structure portion configured to form a surface of the wing, a panel body constituting part of a wing structure portion, wherein the pump unit is fixed to the wing structure portion and a includes a backup hydraulic pump that can supply pressure oil to the actuator when a loss or reduction occurs in a function of an aircraft central hydraulic power source and an electric motor that drives the backup hydraulic pump, except for at least the panel body, the wing structure portion is formed from fiber reinforced plastics, and the panel body is formed of a metallic material. a pump unit adapted to be installed inside a wing of the aircraft; and a wing structure portion configured to form a surface of the wing, a panel body constituting part of a wing structure portion, wherein the pump unit is fixed to the wing structure portion and a includes a backup hydraulic pump that can supply pressure oil to the actuator when a loss or reduction occurs in a function of an aircraft central hydraulic power source and an electric motor that drives the backup hydraulic pump, except for at least the panel body, the wing structure portion is formed from fiber reinforced plastics, and the panel body is formed of a metallic material.
A powder for oral suspension comprising Valaciclovir or a pharmaceutical acceptable salt thereof in complex with an ion exchange resin, a suspending agent and a pH adjusting agent, wherein the ratio of Valaciclovir to the ion exchange resin is 1:0.8 by weight and wherein Valaciclovir is the only active pharmaceutical ingredient.
A method of testing a printhead, comprising: positioning an optical sensor on one side of a nozzle in the printhead such that a leading edge of a light beam from the optical sensor is spaced apart from the nozzle location; moving the optical sensor towards the nozzle in a direction perpendicular with the light beam while the optical sensor is taking measurements; ejecting ink drops from the nozzle into the moving light beam; moving the optical sensor past the nozzle location while the optical sensor is taking measurements such that a trailing edge of the light beam is on the other side of the nozzle location and is spaced apart from the nozzle location; analyzing the optical sensor measurements to determine the ejected ink trajectory. positioning an optical sensor on one side of a nozzle in the printhead such that a leading edge of a light beam from the optical sensor is spaced apart from the nozzle location; moving the optical sensor towards the nozzle in a direction perpendicular with the light beam while the optical sensor is taking measurements; ejecting ink drops from the nozzle into the moving light beam; moving the optical sensor past the nozzle location while the optical sensor is taking measurements such that a trailing edge of the light beam is on the other side of the nozzle location and is spaced apart from the nozzle location; analyzing the optical sensor measurements to determine the ejected ink trajectory.
A high-clearance tractor with adjustable track including a cabin and a motor mounted on a chassis, including mobile equipment for supporting the wheels including oscillating arms produced in the form of longitudinal deformable parallelograms (4a, 4b, 4c, 4d) disposed in a vertical plane and which support struts carrying the wheels of the tractor; characterised in that it includes lateral frames carrying a front wheel rear wheel lateral assembly of the tractor and including tubular beams which laterally traverse the chassis to secure it to the lateral frames receiving the mobile equipment of the tractor, the mobile equipment connecting the wheel-carrier struts to the lateral frames, and in that the parallelograms consist of a first branch at a socket for receiving the shaft of the wheel carrier strut, a second branch part of a lateral frame and two longitudinal connecting branches (4c, 4d) between the branch part of the frame and the wheel shaft carrier branch, and for which the connecting branches (4c, 4d) are hinged on the strut shaft carrier branch and on the branch part of the frame, the upper longitudinal connecting branches being hinged on shafts formed by sleeves receiving the tubular beams, the tubular beams received in the sleeves secured to the lateral frames forming telescopic transverse shafts for adjusting the track width of the tractor, cylinders (62, 63) for bringing the side frames closer or further away from the chassis of the tractor being disposed between the chassis and the lateral frames.
A method for extending a physical downlink control channel, PDCCH, region performed by a user equipment, UE, for monitoring the PDCCH in order to enable communication over a plurality of cells in a communication system, wherein the UE receives downlink control information, DCI, from a base station through a DCI format received on the PDCCH, and wherein the PDCCH is transmitted through control channel elements, CCEs, in a UE-common search space, UE-CSS, and in a UE-dedicated search space, UE-DSS, the method comprising: monitoring the PDCCH in the UE-CSS, wherein the UE-CSS is common to the plurality of cells; acquiring a cell identity, ID, for a cell informed by a radio resource control, RRC, signaling, wherein the cell ID is UE-specific; monitoring the PDCCH in the UE-DSS for the cell, wherein the UE-DSS is one among a plurality of UE-DSSs, and each of the plurality of UE-DSSs corresponds to each of the plurality of cells; and receiving a physical downlink physical shared channel, PDSCH, on the cell corresponding to the received DCI, the cell being one among the plurality of cells, wherein each of the plurality of UE-DSSs depends on each cell ID of the plurality of cells. monitoring the PDCCH in the UE-CSS, wherein the UE-CSS is common to the plurality of cells; acquiring a cell identity, ID, for a cell informed by a radio resource control, RRC, signaling, wherein the cell ID is UE-specific; monitoring the PDCCH in the UE-DSS for the cell, wherein the UE-DSS is one among a plurality of UE-DSSs, and each of the plurality of UE-DSSs corresponds to each of the plurality of cells; and receiving a physical downlink physical shared channel, PDSCH, on the cell corresponding to the received DCI, the cell being one among the plurality of cells, wherein each of the plurality of UE-DSSs depends on each cell ID of the plurality of cells.
An image processing apparatus comprising: an acquisition unit configured to acquire a hologram obtained by imaging a plurality of granules flowing in a flow passage; a generation unit configured to generate, from the hologram, phase difference images at different positions in an optical axis direction in which the hologram is captured; a specifying unit configured to specify a plurality of image regions in a plane intersecting the optical axis direction, each image region including a respective granule, in an averaged image obtained by averaging at least some of the phase difference images; and an extraction unit configured to extract a phase difference image based on a center position, in the optical axis direction, of a corresponding granule for each of the plurality of image regions. an acquisition unit configured to acquire a hologram obtained by imaging a plurality of granules flowing in a flow passage; a generation unit configured to generate, from the hologram, phase difference images at different positions in an optical axis direction in which the hologram is captured; a specifying unit configured to specify a plurality of image regions in a plane intersecting the optical axis direction, each image region including a respective granule, in an averaged image obtained by averaging at least some of the phase difference images; and an extraction unit configured to extract a phase difference image based on a center position, in the optical axis direction, of a corresponding granule for each of the plurality of image regions.
System for exhaust gas treatment for an internal combustion engine, comprising at least one pump for a metered supply of a freezable substance, especially in the form of an aqueous urea solution, to a supply device introducing said solution into the exhaust gas flow of the internal combustion engine, wherein parts of the pump interact with at least one fluid chamber for at least partially receiving the freezable substance, wherein, to protect the system against damage due to volume expansion when the substance freezes, a compensation device acts on the respective fluid chamber in such a way that a volume expansion of the substance associated with an increase in the fluid pressure on freezing is compensated inside the associated fluid chamber, wherein the compensation device comprises at least one component connected to the fluid chamber of the system, said component having pre-defined flexibility to permit a pressure-dependent expansion of the fluid chamber, wherein the pump of the displacement type is provided with at least one displacement element as a component that can be moved by means of an actuator (39, 41), wherein this component, as part of the compensation device, interacts with the actuator (39, 41) by means of a flexible coupling device (35, 37) which permits a pressure-dependent relative movement, wherein a piston pump with at least one pump piston is provided and wherein the coupling device (35, 37) comprises a compression spring clamped between the respective pump piston and the actuator (39, 41), said compression spring allowing the pump piston to move against the compressive force in relation to the actuator (39, 41), said movement enlarging the fluid chamber, characterised in that the actuator is formed by an actuating part of a magnetic piston, which can be moved axially in the pole tube of a solenoid device.
Underwater device for position determination of cables that are laid out at sea, comprising - a housing having a tank therein, - a guide means (2a, 2b, 2c) for guiding said underwater device positioned outside said housing, - a first means (5a, 5b)) for movement of said device comprising at least one roll, also positioned outside said housing, - a second means for movement of said device, positioned outside said housing wherein said guide means (2a, 2b, 2c) is arranged such that it can guide the device by means of physical interaction with a cable to be laid out at sea, preferably by at least partly enclosing said cable wherein the device is arranged such that it can send out a signal such that the position of the device can be determined, wherein the guide means (2a, 2b, 2c) comprises two elements (22a, 22aa;22b, 22bb; 22c, 22cc) that are pivotally attached indirectly or directly to said housing, such that the two elements ((22a, 22aa;22b, 22bb; 22c, 22cc) can essentially form a through hole, through which a cable can extend, wherein the device is arranged such that it can regulate the buoyancy of the device, by injecting water into said tank within the housing, and remove water from said tank by injecting compressed fluid to it such as air or nitrogen. - a housing having a tank therein, - a guide means (2a, 2b, 2c) for guiding said underwater device positioned outside said housing, - a first means (5a, 5b)) for movement of said device comprising at least one roll, also positioned outside said housing, - a second means for movement of said device, positioned outside said housing
A neutron scintillator, characterized by comprising a resin composition including inorganic fluorescent substance particles including at least one type of neutron capture isotope selected from lithium-6 and boron-10, and a fluorescent substance that does not include the neutron capture isotope and has a different fluorescence property from the inorganic fluorescent substance particles. inorganic fluorescent substance particles including at least one type of neutron capture isotope selected from lithium-6 and boron-10, and a fluorescent substance that does not include the neutron capture isotope and has a different fluorescence property from the inorganic fluorescent substance particles.
Process for the production of anionic water-soluble polymer obtained by the polymerization of acrylic acid and bioacrylamide, said process comprising the steps of: - Preparing a diluted solution of acrylic acid by mixing acrylic acid and water wherein the mass ratio between acrylic acid and water is comprised between 95:5 and 70:30; - Preparing a diluted solution of acrylamide obtained by biocatalysed reaction, called bioacrylamide, and water, wherein the mass ratio between bioacrylamide and water is comprised between 60:40 and 10:90: - Mixing said diluted solution of acrylic acid with said diluted solution of bioacrylamide; - Neutralizing partially or totally the acid function of acrylic acid; - Polymerizing the resulting mixture. - Preparing a diluted solution of acrylic acid by mixing acrylic acid and water wherein the mass ratio between acrylic acid and water is comprised between 95:5 and 70:30; - Preparing a diluted solution of acrylamide obtained by biocatalysed reaction, called bioacrylamide, and water, wherein the mass ratio between bioacrylamide and water is comprised between 60:40 and 10:90: - Mixing said diluted solution of acrylic acid with said diluted solution of bioacrylamide; - Neutralizing partially or totally the acid function of acrylic acid; - Polymerizing the resulting mixture.