mhurhangee/ep-ind-claims huggingface dataset:
An extracorporeal guiding device for an intracorporeal magnetic object comprising a motor-driven positioning device having a maximum of three degrees of freedom to be activated namely for translational motion of a distal connecting interface of the positioning device in an extracorporeal space coordinate system to which an end effector of the extracorporeal guiding device is connected, the end effector having a maximum of two degrees of freedom to be activated namely for rotational motion of a magnetic field generator, preferably a permanent magnet of the end effector, characterized in that at least one of the two degrees of freedom of the magnetic field generator is encased in an effector housing.
Use of an ampholyte copolymer as a colloidal stabilizer in the preparation of a core-shell microcapsules, containing a fragrance, which microcapsules are made of the reaction product of at least one anionically modified polyisocyanate with at least one polyamine or at least one polyfunctional alcohol, wherein the ampholyte copolymer comprises: - 2 to 99 mol% of cationic monomer having at least one quaternary ammonium group, - 1 to 98 mol% of acrylic based monomer, - 0 to 97 mol% of non-ionic monomer, and wherein the ampholyte copolymer has more cationic charges than anionic charges, wherein the cationic charges of the ampholyte copolymer are exclusively due to the at least one quaternary ammonium group of the cationic monomer. - 2 to 99 mol% of cationic monomer having at least one quaternary ammonium group, - 1 to 98 mol% of acrylic based monomer, - 0 to 97 mol% of non-ionic monomer,
A printed circuit board assembly, comprising: a mother board, comprising at least one through-hole therein; a sub-board, comprising at least one contacting pad; and at least one board connector, comprising: - a shell having an upper surface, a lower surface opposite the upper surface, a chamber therein and a hole on the upper surface thereof; - a pin accommodated in the chamber, wherein at least one part of the pin protrudes out of the shell via the hole; and - an elastic member located in the chamber, wherein the pin is located between the upper surface and the elastic member, and wherein the at least one board connector is pressed into a corresponding one of the least one through-hole and the at least part of the pin is electrically connected with a corresponding one of the at least one contacting pad, characterised in that the elastic member comprises a plurality of shrapnels resting on the lower surface, so that contraction and expansion of the plurality of shrapnels enable the pin to move back and forth along the hole. a mother board, comprising at least one through-hole therein; a sub-board, comprising at least one contacting pad; and at least one board connector, comprising: - a shell having an upper surface, a lower surface opposite the upper surface, a chamber therein and a hole on the upper surface thereof; - a pin accommodated in the chamber, wherein at least one part of the pin protrudes out of the shell via the hole; and - an elastic member located in the chamber, - a shell having an upper surface, a lower surface opposite the upper surface, a chamber therein and a hole on the upper surface thereof; - a pin accommodated in the chamber, wherein at least one part of the pin protrudes out of the shell via the hole; and - an elastic member located in the chamber, wherein the pin is located between the upper surface and the elastic member, and wherein the at least one board connector is pressed into a corresponding one of the least one through-hole and the at least part of the pin is electrically connected with a corresponding one of the at least one contacting pad,
A polymer system comprising: poly(vinyl chloride); a filler that is a combination of talc and calcium carbonate; and a polyester additive that is a polyhydroxyalkanoate, wherein the amount of PHA in the polymer system is from 1 pph PVC to 10 pph PVC and wherein the filler is present in the amount from 25 pph to 60 pph PVC. poly(vinyl chloride); a filler that is a combination of talc and calcium carbonate; and a polyester additive that is a polyhydroxyalkanoate, wherein the amount of PHA in the polymer system is from 1 pph PVC to 10 pph PVC and wherein the filler is present in the amount from 25 pph to 60 pph PVC.
A radio frequency circuit, wherein the radio frequency circuit comprises an adjustable transformer, a first-stage amplifier, and a second-stage amplifier, the first-stage amplifier is coupled to the second-stage amplifier by using the adjustable transformer, and a bandwidth of the adjustable transformer is adjustable, characterized in that: the adjustable transformer comprises a primary coil (L 11), a secondary coil (L 12), and at least one first coil (L 21, L 22, L 23, L 24), the primary coil (L 11) and the secondary coil (L 12) are magnetically coupled, the at least one first coil (L 21, L 22, L 23, L 24) is magnetically coupled to both the primary coil (L 11) and the secondary coil (L 12), two ends of the first coil are respectively coupled to two nodes, and an impedance between the two nodes is adjustable.
Regulating box for ventilation, which regulating box has at least one inlet aperture for air flow and at least one outlet aperture for air flow, the axes of which apertures are at an angle with respect to each other, and which regulating box is provided with a noise damping element, wherein the noise damping element is formed from two noise damping plates (4, 5), the first of which is arranged in the area between the inlet aperture and outlet aperture of the air flow, and the second on the rear wall of the regulating box after the outlet aperture, characterized in that at least one round hole, a so-called center hole, is made in the first noise damping plate, the hole being situated essentially concentrically with the inlet aperture.
A method, in a radio network node, for controlling downlink transmission timing, characterized in that the method comprises: detecting a signal transmission timing for each of two or more antennas associated with the radio network node, for at least a first transmission period; determining that transmit timing for at least one of the antennas is misaligned by at least a first threshold time interval, based on the detected signal transmission timings; adjusting transmit timing for at least one of the antennas for one or more subsequent transmission periods, responsive to said determining; and transmitting assistance information to one or more mobile terminals, the assistance information indicating that an adjustment of downlink timing is to occur or has occurred. detecting a signal transmission timing for each of two or more antennas associated with the radio network node, for at least a first transmission period; determining that transmit timing for at least one of the antennas is misaligned by at least a first threshold time interval, based on the detected signal transmission timings; adjusting transmit timing for at least one of the antennas for one or more subsequent transmission periods, responsive to said determining; and transmitting assistance information to one or more mobile terminals, the assistance information indicating that an adjustment of downlink timing is to occur or has occurred.
A motor control device comprising: a first storage unit configured to store characteristic data related to drive control of a motor (50, 51) of a plurality of vehicle types; a second storage unit configured to store a vehicle type parameter related to a predetermined vehicle type, wherein the vehicle type parameter is a reduction ratio of a differential gear connected to the motor; a processor configured to execute arithmetic processing related to the drive control corresponding to the predetermined vehicle type, based on the vehicle type parameter and the characteristic data; and a drive circuit configured to execute drive processing of a motor of a vehicle of the predetermined vehicle type, based on a result of the arithmetic processing, wherein the drive circuit is configured to read out the characteristic data from the first storage unit and the vehicle type parameter from the second storage unit when abnormality has occurred in the processor, and to execute the arithmetic processing related to the drive control corresponding to the predetermined vehicle type, based on the vehicle type parameter and the characteristic data. a first storage unit configured to store characteristic data related to drive control of a motor (50, 51) of a plurality of vehicle types; a second storage unit configured to store a vehicle type parameter related to a predetermined vehicle type, wherein the vehicle type parameter is a reduction ratio of a differential gear connected to the motor; a processor configured to execute arithmetic processing related to the drive control corresponding to the predetermined vehicle type, based on the vehicle type parameter and the characteristic data; and a drive circuit configured to execute drive processing of a motor of a vehicle of the predetermined vehicle type, based on a result of the arithmetic processing, wherein the drive circuit is configured to read out the characteristic data from the first storage unit and the vehicle type parameter from the second storage unit when abnormality has occurred in the processor, and to execute the arithmetic processing related to the drive control corresponding to the predetermined vehicle type, based on the vehicle type parameter and the characteristic data.
Material web cutting device for cutting a material web, in particular a plastic film, into a plurality of strips comprising a feed for transporting the material web in a web longitudinal direction (x) and comprising a plurality of cutting blades (4, 4') arranged at a distance from one another transversely to the web longitudinal direction (x) in a transverse direction (q) to form the strips, characterized by at least one position sensor connected to a controller, which is adapted to determine a position of an edge of the material web and a blade adjusting arrangement also connected to the controller, wherein at least a part of the cutting blades can be displaced in the transverse direction (q) by the blade adjusting arrangement.
A drug for use in treating and/or preventing a respiratory disease comprising a compound represented by following formula or a pharmacologically acceptable salt thereof as an active ingredient: wherein Ar 1 and Ar 2, each independently represent a heteroaryl group or an aryl group, R 1, R 2 and R 3, each independently represent a hydrogen atom, a halogen atom, a C1-C6 alkyl group, a halogenated C1-C6 alkyl group, a hydroxy C1-C6 alkyl group, a C1-C6 alkoxy C1-C6 alkyl group, a C3-C7 cycloalkyl group or a cyano group, R 4 and R 5, each independently represent a hydrogen atom, a halogen atom, a C1-C6 alkyl group, a halogenated C1-C6 alkyl group, a hydroxyl group, a hydroxy C1-C6 alkyl group, a C1-C6 alkoxy C1-C6 alkyl group, a C3-C7 cycloalkyl group or a C1-C6 alkoxy group, and n represents an integer of 1 to 3, and wherein the heteroaryl or aryl group optionally has one or two substituents independently selected from a halogen atom, a C1-C6 alkyl group, a halogenated C1-C6 alkyl group, a hydroxyl group, a hydroxy C1-C6 alkyl group, a C1-C6 alkoxy C1-C6 alkyl group, a C3-C7 cycloalkyl group, a carboxy group, a cyano group, an amino group, a C1-C3 alkylamino group and a di-C1-C3 alkylamino group, and when the heteroaryl or aryl group has two such groups, the two groups are the same as or different from each other. Ar 1 and Ar 2, each independently represent a heteroaryl group or an aryl group, R 1, R 2 and R 3, each independently represent a hydrogen atom, a halogen atom, a C1-C6 alkyl group, a halogenated C1-C6 alkyl group, a hydroxy C1-C6 alkyl group, a C1-C6 alkoxy C1-C6 alkyl group, a C3-C7 cycloalkyl group or a cyano group, R 4 and R 5, each independently represent a hydrogen atom, a halogen atom, a C1-C6 alkyl group, a halogenated C1-C6 alkyl group, a hydroxyl group, a hydroxy C1-C6 alkyl group, a C1-C6 alkoxy C1-C6 alkyl group, a C3-C7 cycloalkyl group or a C1-C6 alkoxy group, and n represents an integer of 1 to 3, and
Passenger transport installation, in particular escalator or moving walkway, comprising a plurality of step units which can travel along a target travel path by means of guide rollers on a guide rail system, the installation comprising a detection apparatus for detecting signs of wear, characterized in that the detection apparatus has: • at least one detector roller mounted in place of one of the guide rollers, the detector roller having a discontinuous circumferential surface in the rolling direction of the detector roller; and • a monitoring device for recording audio data and/or image data along the target travel path; the audio data and/or image data containing feedback effects on the guide rail system caused by the detector roller. • at least one detector roller mounted in place of one of the guide rollers, the detector roller having a discontinuous circumferential surface in the rolling direction of the detector roller; and • a monitoring device for recording audio data and/or image data along the target travel path;
A catheter for removing a non-liquid mass from a body, comprising: a shaft adapted to extend through an access site into a patient's body to a distal opening within said patient's body, said shaft comprising a lumen extending therethrough in communication with said distal opening; an openable cap disposed along a proximal portion of the catheter, said cap preventing fluid flow therethrough in a closed state and allowing said non-liquid mass to pass therethrough in an open state; a first seal in communication with said lumen and being disposed distal from said cap, said first seal being actuable between a closed state and an open state, said closed state preventing fluid flow therethrough and said open state allowing said non-liquid mass to pass therethrough; a collection chamber disposed between said cap and said first seal, said collection chamber being adapted to receive said non-liquid mass; and a suction port in communication with said collection chamber, said suction port being adapted such that, when a source of suction is connected thereto, said non-liquid mass is drawn through said lumen and said first seal into said collection chamber; wherein when said first seal actuated to said closed state and said cap is then opened to said open state, said non-liquid mass is thereby removable from said collection chamber while fluid is prevented from escaping said lumen by said first seal. a shaft adapted to extend through an access site into a patient's body to a distal opening within said patient's body, said shaft comprising a lumen extending therethrough in communication with said distal opening; an openable cap disposed along a proximal portion of the catheter, said cap preventing fluid flow therethrough in a closed state and allowing said non-liquid mass to pass therethrough in an open state; a first seal in communication with said lumen and being disposed distal from said cap, said first seal being actuable between a closed state and an open state, said closed state preventing fluid flow therethrough and said open state allowing said non-liquid mass to pass therethrough; a collection chamber disposed between said cap and said first seal, said collection chamber being adapted to receive said non-liquid mass; and a suction port in communication with said collection chamber, said suction port being adapted such that, when a source of suction is connected thereto, said non-liquid mass is drawn through said lumen and said first seal into said collection chamber; wherein when said first seal actuated to said closed state and said cap is then opened to said open state, said non-liquid mass is thereby removable from said collection chamber while fluid is prevented from escaping said lumen by said first seal.
A phase transformation electronic device, comprising a phase transformation material layer and an ionic liquid layer stacked with each other, wherein the ionic liquid layer is capable of providing hydrogen ions and oxygen ions, a material of the phase transformation material layer is a hydrogen-containing transition metal oxide having a structural formula of ABO x H y, wherein A is one or more of alkaline earth metal elements and rare-earth metal elements, B is one or more of transition metal elements, x is a numeric value in a range of 1 to 3, and y is larger than 0 and smaller than or equal to 2.5, wherein the phase transformation material layer performs a phase transformation among a first phase, a second phase, and a third phase under an action of an electric field, a lattice volume of the first phase is larger than a lattice volume of the second phase, and the lattice volume of the second phase is larger than a lattice volume of the third phase.
A punching tool, in particular a cutting line, formed from an at least partially thermally treated and/or heat-tempered steel strip, shaped on the narrow sides with a cutting part on the one side, said cutting part comprising a cutting edge, and with a back part on the other side, said back part comprising a convex contour in the cross-section or a contour consisting of a plurality of protruding convex regions (21, 21'), characterised in that the contour has depressions formed in some areas transversally to the longitudinal extension and perpendicularly to the lateral surfaces with no chip formation by cold forming or stamping with free expansion of the material, wherein the degree of expansion is less than the thickness of the steel strip and the non-deformed regions (a) between the depressions can be plastically deformed during tool commissioning.
A method of making pre-grouted mosaic panels, wherein each panel is formed from a plurality of mosaic tiles each having an upper surface and a lower surface, comprising the steps of: a) laying said tiles over a substantially horizontal support base in mutually spaced positions, to define a plurality of grooves; b) placing, after said step of laying said tiles, a first polymeric thermoformable sheet element on the upper and/or lower surfaces of said mosaic tiles; c) thermoforming said first sheet element placed on said tiles, for said first thermoformed sheet element to at least partially fill each of said grooves wherein the method comprises an initial step of providing a first mold having a plurality of trays designed for precisely housing and holding corresponding tiles of said plurality, said trays being separated by a plurality of ribs adapted to hold said tiles in spaced relation, to define said grooves, characterized in that said tiles are joined together by a second non-thermoformable sheet element laid on their upper surfaces, said first sheet element being placed on said second sheet element and thermoformed thereon to define a second mold having a bottom wall defined by said first thermoformed sheet element and featuring a plurality of shaped seats for precisely accommodating corresponding tiles, said tiles being inserted in corresponding seats of said second mold with their respective upper surfaces facing toward said bottom wall. a) laying said tiles over a substantially horizontal support base in mutually spaced positions, to define a plurality of grooves; b) placing, after said step of laying said tiles, a first polymeric thermoformable sheet element on the upper and/or lower surfaces of said mosaic tiles; c) thermoforming said first sheet element placed on said tiles, for said first thermoformed sheet element to at least partially fill each of said grooves
A sliding component for an internal combustion engine, the sliding component comprising: a component main body made of titanium or a titanium alloy; a surface hardened layer provided on a surface of the component main body; and a diamond-like carbon film provided on the surface hardened layer; characterized by a titanium layer or a titanium alloy layer provided between the surface hardened layer and the diamond-like carbon film; and at least one intermediate layer provided between the titanium layer or the titanium alloy layer and the diamond-like carbon film, wherein the intermediate layer is a diamond-like carbon gradient layer in which a metal element or a non-metal element and diamond-like carbon are present in mixture and the ratio thereof changes in a thickness direction. a component main body made of titanium or a titanium alloy; a surface hardened layer provided on a surface of the component main body; and a diamond-like carbon film provided on the surface hardened layer; characterized by a titanium layer or a titanium alloy layer provided between the surface hardened layer and the diamond-like carbon film; and at least one intermediate layer provided between the titanium layer or the titanium alloy layer and the diamond-like carbon film, wherein the intermediate layer is a diamond-like carbon gradient layer in which a metal element or a non-metal element and diamond-like carbon are present in mixture and the ratio thereof changes in a thickness direction.
A method of tightening a bolt in a bolted connection (104, 105) between an outer ring (205; 306; 501; 602) of a pitch bearing and a hub (100; 207; 604) or a blade (101 - 103; 202; 600) of a wind turbine, wherein the pitch bearing is comprised in a pitch system configured to rotate the blade along a longitudinal axis of the blade; the method comprising mounting a fixed support (209, 214; 300, 305; 400; 502, 503; 606) on the hub or the blade, or on the outer ring of the pitch bearing in which case said mounting comprises mounting a guide (209; 214; 300; 502) on the outer ring of the pitch bearing; mounting an automatic tightening tool (208, 212; 213, 217; 308, 309; 405; 607, 608) to the fixed support; positioning the supported automatic tightening tool and the bolt relative to each other in a tightening position of the bolt, wherein if the fixed support has been mounted on the outer ring of the pitch bearing, said positioning is performed by moving the automatic tightening tool along the guide (209; 214; 300; 502); and automatically tightening the bolt by the positioned automatic tightening tool. mounting a fixed support (209, 214; 300, 305; 400; 502, 503; 606) on the hub or the blade, or on the outer ring of the pitch bearing in which case said mounting comprises mounting a guide (209; 214; 300; 502) on the outer ring of the pitch bearing; mounting an automatic tightening tool (208, 212; 213, 217; 308, 309; 405; 607, 608) to the fixed support; positioning the supported automatic tightening tool and the bolt relative to each other in a tightening position of the bolt, wherein if the fixed support has been mounted on the outer ring of the pitch bearing, said positioning is performed by moving the automatic tightening tool along the guide (209; 214; 300; 502); and automatically tightening the bolt by the positioned automatic tightening tool.