mhurhangee/patent-ind-claim-en huggingface dataset:
A position sensor for determining the relative position between a first member and a second member , the position sensor comprising: a transmit aerial and a receive aerial fixed relative to the first member ; a magnetic field generator fixed relative to the second member , the magnetic field generator either having a magnetic field or being operable to generate a magnetic field; and an extent of magnetisable material , wherein the magnetic field associated with the magnetic field generator is operable to saturate a localised region of the extent of magnetisable material, the position of the localised saturated region relative to the first member being dependent on the position of the second member relative to the first member , and the layout of the conductive tracks forming the transmit aerial and the receive aerial is such that this saturation causes an imbalance in the coupling between the transmit aerial and the receive aerial that is dependent on the position of the localised saturated region so as to introduce a position-dependent component to a signal in the receive aerial in accordance with the position of the localised saturated region, and wherein a property of the extent of magnetisable material is non-uniform, whereby the effective reluctance of the extent of magnetisable material is increased in at least one direction. a transmit aerial and a receive aerial fixed relative to the first member ; a magnetic field generator fixed relative to the second member , the magnetic field generator either having a magnetic field or being operable to generate a magnetic field; and an extent of magnetisable material , wherein the magnetic field associated with the magnetic field generator is operable to saturate a localised region of the extent of magnetisable material, the position of the localised saturated region relative to the first member being dependent on the position of the second member relative to the first member , and the layout of the conductive tracks forming the transmit aerial and the receive aerial is such that this saturation causes an imbalance in the coupling between the transmit aerial and the receive aerial that is dependent on the position of the localised saturated region so as to introduce a position-dependent component to a signal in the receive aerial in accordance with the position of the localised saturated region, and wherein a property of the extent of magnetisable material is non-uniform, whereby the effective reluctance of the extent of magnetisable material is increased in at least one direction.
Pump unit for pressurising a hydraulic actuating system , in particular for pressurising an automotive actuating system, like a convertible roof system , boot lid or hood cover system, wherein the pump unit comprises a pump housing including a pump chamber for housing a rotary piston pump , wherein the rotary piston pump comprises: - a stator which is stationary positioned inside the pump chamber , which stator has a longitudinal stator body which defines an axial axis, in which the stator includes at least two channels serving respectively as an inlet or outlet channel ; - a rotor positioned around the stator , which rotor has a rotor body which is drivable in a rotational direction about the axial axis, wherein the rotor body includes several cylinder holes for receiving pistons which are slidable with respect to the rotor body in a radial direction; - an eccentric ring positioned around the rotor body , in which the eccentric ring is movable positioned with respect to the rotor body to provide an adjustable eccentricity E in between an outer circumferential rotor surface of the rotor body and an inner running surface of the eccentric ring, in which the eccentricity E is adjustable by a ring actuator which includes an actuator , characterised in that the actuator is mated with an end face of the eccentric ring and in the axial direction spaced at a distance from the end face of the eccentric ring , wherein the eccentric ring has an outer circumferential ring surface including an outer ring contour , wherein - seen in an axial projection - the actuator engages the eccentric ring at a position within said outer ring contour . - a stator which is stationary positioned inside the pump chamber , which stator has a longitudinal stator body which defines an axial axis, in which the stator includes at least two channels serving respectively as an inlet or outlet channel ; - a rotor positioned around the stator , which rotor has a rotor body which is drivable in a rotational direction about the axial axis, wherein the rotor body includes several cylinder holes for receiving pistons which are slidable with respect to the rotor body in a radial direction; - an eccentric ring positioned around the rotor body , in which the eccentric ring is movable positioned with respect to the rotor body to provide an adjustable eccentricity E in between an outer circumferential rotor surface of the rotor body and an inner running surface of the eccentric ring, in which the eccentricity E is adjustable by a ring actuator which includes an actuator , characterised in that the actuator is mated with an end face of the eccentric ring and in the axial direction spaced at a distance from the end face of the eccentric ring , wherein the eccentric ring has an outer circumferential ring surface including an outer ring contour , wherein - seen in an axial projection - the actuator engages the eccentric ring at a position within said outer ring contour .
A cutter bit for a work tool on a machine, the cutter bit comprising: a leading end, conical-shaped tip portion ; a rearward, frustoconical-shaped tip portion extending axially rearwardly from the leading end, conical-shaped tip portion ; an annular ledge extending radially outwardly from a trailing edge of the rearward, frustoconical-shaped tip portion ; a frustoconical-shaped body portion extending axially rearwardly from an outer circumferential edge of the annular ledge ; a cylindrical collar portion extending axially rearwardly from a trailing edge of the frustoconical-shaped body portion ; a trailing end, cylindrical-shaped shank portion extending axially rearwardly from the cylindrical collar portion ; and a plurality of circumferentially-spaced ribs projecting radially outwardly from an outer peripheral surface of the leading end, conical-shaped tip portion and the rearward, frustoconical-shaped tip portion . a leading end, conical-shaped tip portion ; a rearward, frustoconical-shaped tip portion extending axially rearwardly from the leading end, conical-shaped tip portion ; an annular ledge extending radially outwardly from a trailing edge of the rearward, frustoconical-shaped tip portion ; a frustoconical-shaped body portion extending axially rearwardly from an outer circumferential edge of the annular ledge ; a cylindrical collar portion extending axially rearwardly from a trailing edge of the frustoconical-shaped body portion ; a trailing end, cylindrical-shaped shank portion extending axially rearwardly from the cylindrical collar portion ; and a plurality of circumferentially-spaced ribs projecting radially outwardly from an outer peripheral surface of the leading end, conical-shaped tip portion and the rearward, frustoconical-shaped tip portion .
Door seal (5; 12) for a cooking appliance (1; 11), having a sealing lip for generating a sealing line (D1) with a closed door of the cooking appliance (1; 11), wherein: - a collection groove (8; 13) is embodied on the sealing lip , and - the collection groove (8; 13) is connected to an appliance side of the door seal (5; 12) via at least one through-flow duct , characterised in that - the collection groove is embodied below the sealing lip on the door side. - a collection groove (8; 13) is embodied on the sealing lip , and - the collection groove (8; 13) is connected to an appliance side of the door seal (5; 12) via at least one through-flow duct , characterised in that - the collection groove is embodied below the sealing lip on the door side.
A surgical system, comprising: a console , the console including one or more moveable plungers ; a cassette , the cassette including a front plate and a gasket comprising one or more deformable valves , the one or more valves configured to generally align with the one or more plungers when the cassette is connected to the console; and a positioning feature , the positioning feature including spaced-apart teeth coupled to a back surface of the one or more valves and extending axially away from the back surface, the spaced-apart teeth forming a locking recess , the positioning feature further including a blade tooth coupled to one or more plungers , the blade tooth dimensioned similar to the dimension of the locking recess to be received within the locking recess . a console , the console including one or more moveable plungers ; a cassette , the cassette including a front plate and a gasket comprising one or more deformable valves , the one or more valves configured to generally align with the one or more plungers when the cassette is connected to the console; and a positioning feature , the positioning feature including spaced-apart teeth coupled to a back surface of the one or more valves and extending axially away from the back surface, the spaced-apart teeth forming a locking recess , the positioning feature further including a blade tooth coupled to one or more plungers , the blade tooth dimensioned similar to the dimension of the locking recess to be received within the locking recess .
A middle ear prosthesis made of a stiff deformable material and comprising: a planar head end with a central portion having a central diameter, wherein the head end is adapted for engagement with a tympanic membrane from the middle ear of an implanted patient; and an opposing pair of U-shaped stapes engagement legs bending down from the central portion so that an end distance between ends of the engagement legs is less than the central diameter; wherein the engagement legs are adapted for adjustable length engagement with the stapes in the middle ear of the implanted patient; wherein the head end and the engagement legs are adapted to transmit vibrations from the tympanic membrane to the stapes for perception as sound by the implanted patient. a planar head end with a central portion having a central diameter, wherein the head end is adapted for engagement with a tympanic membrane from the middle ear of an implanted patient; and an opposing pair of U-shaped stapes engagement legs bending down from the central portion so that an end distance between ends of the engagement legs is less than the central diameter; wherein the engagement legs are adapted for adjustable length engagement with the stapes in the middle ear of the implanted patient; wherein the head end and the engagement legs are adapted to transmit vibrations from the tympanic membrane to the stapes for perception as sound by the implanted patient.
Fasoracetam for use in a method of treating anxiety disorder in a subject, comprising administering an effective amount of fasoracetam to the subject, wherein fasoracetam is administered at a dose of 50-400 mg, 100-400 mg, or 200-400 mg, and wherein the dose is administered once, twice, or three times daily.
Valve system for controlling a fluid flow, the valve system comprising: a duct, a valve body adapted to be inserted in an interruption of said duct, and provided with an inlet and an outlet for a flow of fluid in said duct, a lateral flow valve , developing substantially transversally in the duct, placed in said valve body upstream of the fluid flow, said valve comprising an obstructer capable of moving transversally in said duct to "laterally" interrupt part of the fluid flow in said duct, actuation means adapted to move said obstructer from a first position, in which said duct is fully open, to a second position, in which said duct is fully closed, said valve system further comprising: a rotor shaped substantially as a turbine , placed inside the valve body downstream of said obstructer with respect to the fluid flow, characterised in that said rotor is located at a distance from said obstructer comprised within a pressure recovery zone, said pressure being generated by said valve in the absence of the turbine, said distance being comprised between 5 and 6 times a diameter of said duct. a duct, a valve body adapted to be inserted in an interruption of said duct, and provided with an inlet and an outlet for a flow of fluid in said duct, a lateral flow valve , developing substantially transversally in the duct, placed in said valve body upstream of the fluid flow, said valve comprising an obstructer capable of moving transversally in said duct to "laterally" interrupt part of the fluid flow in said duct, actuation means adapted to move said obstructer from a first position, in which said duct is fully open, to a second position, in which said duct is fully closed, said valve system further comprising: a rotor shaped substantially as a turbine , placed inside the valve body downstream of said obstructer with respect to the fluid flow, characterised in that said rotor is located at a distance from said obstructer comprised within a pressure recovery zone, said pressure being generated by said valve in the absence of the turbine, said distance being comprised between 5 and 6 times a diameter of said duct.
Track-tamping machine for compressing the ballast bed of a track, comprising a tamping assembly group which has at least two tamping assemblies (ST) for tamping the track on each side (R, L) of the track-tamping machine, which two tamping assemblies (ST) are arranged in a row and can be displaced transversely with respect to the track-tamping machine longitudinal direction (AR) by means of a transverse-movement device , of which two tamping assemblies (ST) the respective outer tamping assembly (ST) can be displaced with guides assigned to it by means of an adjusting drive transversely with respect to the track-tamping machine longitudinal direction (AR) in a console , and the inner tamping assembly is displaceable on the same guides and in the same console independently of the outer tamping assembly with an adjusting drive transversely to the track-tamping machine longitudinal direction as far as the outer tamping assembly, wherein the tamping assembly group (V, H) is rotatably mounted on a carrier for the purpose of rotary adjustment about a track-tamping machine vertical axis (A), characterized in that at least two tamping assembly groups (V, H) are arranged one behind the other in the track-tamping machine longitudinal direction (A, R) and are rotatably mounted about the track-tamping machine vertical axis (A) by means of a common rotational device , wherein the tamping assemblies (ST) of the tamping assembly groups (V, H) can be displaced independently of one another transversely to the track-tamping machine longitudinal direction (AR) and can be raised and lowered independently of one another relative to the console , and in that at least two guides per pair of tamping assemblies (LHA with LHI, RHA with RHI, LVA with LVI, RVA with RVI) and per track-tamping machine side are mounted in the console , which guides are offset relative to one another in the track-tamping machine longitudinal direction (AR) and in the direction of a track-tamping machine vertical axis (A).
A wire connection terminal comprising a terminal substrate provided with a fixing portion for connecting with an electric device and a connecting portion for connecting with a wire , wherein the fixing portion is provided with an assembly structure for being assembled with the electric device; characterized in that the connecting portion is provided with a boss projecting in an axial direction of the wire and projecting towards the wire , the boss is formed by punching the connecting portion, and the boss is provided with an outer end face parallel to a cross section of the boss for connecting with an end face of the wire .
A first electronic device comprising: a communication interface; a display; and a processor configured to control a tethering service with a second electronic device, the processor is configured to: control the communication interface to connect a communication for a tethering service with the second electronic device; control the communication interface to transmit and receive data corresponding to the tethering service to and from the second electronic device; and control the communication interface to transmit a tethering deactivation request signal to the second electronic device in response to a tethering deactivation event occurring, wherein the processor is further configured to generate the tethering deactivation event based on an event of detecting an input on a tethering termination button mapped onto the tethering deactivation event; wherein the processor is further configured to control the communication interface to receive tethering state information from the second electronic device through the communication interface, and control the display to display the tethering state information and the tethering termination button on the display, and wherein the tethering state information comprises an amount of used data corresponding to the tethering service. a communication interface; a display; and a processor configured to control a tethering service with a second electronic device, the processor is configured to: control the communication interface to connect a communication for a tethering service with the second electronic device; control the communication interface to transmit and receive data corresponding to the tethering service to and from the second electronic device; and control the communication interface to transmit a tethering deactivation request signal to the second electronic device in response to a tethering deactivation event occurring, control the communication interface to connect a communication for a tethering service with the second electronic device; control the communication interface to transmit and receive data corresponding to the tethering service to and from the second electronic device; and control the communication interface to transmit a tethering deactivation request signal to the second electronic device in response to a tethering deactivation event occurring, wherein the processor is further configured to generate the tethering deactivation event based on an event of detecting an input on a tethering termination button mapped onto the tethering deactivation event; wherein the processor is further configured to control the communication interface to receive tethering state information from the second electronic device through the communication interface, and control the display to display the tethering state information and the tethering termination button on the display, and wherein the tethering state information comprises an amount of used data corresponding to the tethering service.
Vehicle for handling freight containers having a system having a primary current generating assembly , comprising a primary thermal engine , and having a secondary current generating assembly , in particular an electric turbo compound installation, for secondary conversion into electricity of exhaust gas heat of the primary current generating assembly , wherein the secondary current generating assembly comprises an exhaust gas turbine , disposed in an exhaust gas stream of the primary thermal engine , and the exhaust gas turbine drives a secondary electric generator , characterised in that , in the exhaust gas stream, an exhaust gas cooler followed by a compressor is disposed behind the exhaust gas turbine , the compressor is driven by an electric motor and the rotational speeds for the compressor and exhaust gas turbine are controlled by a process regulating system , wherein a secondary inverter is allocated to the secondary generator , a frequency converter is allocated to the electric motor of the compressor and the secondary inverter and the frequency converter are communicatively connected via a field bus to an electronic central controller , wherein the electronic central controller permits control of the energy flows of the primary current generating assembly and of the secondary current generating assembly , and the primary current generating assembly and the secondary current generating assembly supply at least one travel drive and at least one lifting drive with energy, wherein the rotational speed of the secondary generator can be adjusted by the process regulating system and wherein the rotational speed of the compressor can be adjusted by the electric motor and the process regulating system .
A balanced ionizer for static charge neutralization for use in a variable pressure environment in response to the application of variable-waveform signals thereto, the balanced ionizer comprising: - a hollow dielectric channel having a length, an inner surface and an outer surface, the hollow dielectric channel being at least partially disposed, in use, within the variable pressure environment; - a reference emitter helically disposed along the length of and on the outer surface of the hollow dielectric channel ; and - a high voltage electrode at least partially disposed within the hollow dielectric channel , the high voltage electrode arranged to present a high intensity electric field to the reference emitter through the hollow dielectric channel in response to the provision, in use, of a variable-waveform high voltage signal dictated by conditions in the variable pressure environment, the electric field causing, in use, the generation of a plasma region with electrically balanced charge carriers within the variable pressure environment due to barrier discharge occurring at the interface of the reference emitter and the outer surface of the hollow dielectric channel , characterized in that the high voltage electrode comprises a coil spring disposed on the inner surface of the hollow dielectric channel . - a hollow dielectric channel having a length, an inner surface and an outer surface, the hollow dielectric channel being at least partially disposed, in use, within the variable pressure environment; - a reference emitter helically disposed along the length of and on the outer surface of the hollow dielectric channel ; and - a high voltage electrode at least partially disposed within the hollow dielectric channel , the high voltage electrode arranged to present a high intensity electric field to the reference emitter through the hollow dielectric channel in response to the provision, in use, of a variable-waveform high voltage signal dictated by conditions in the variable pressure environment, the electric field causing, in use, the generation of a plasma region with electrically balanced charge carriers within the variable pressure environment due to barrier discharge occurring at the interface of the reference emitter and the outer surface of the hollow dielectric channel , characterized in that the high voltage electrode comprises a coil spring disposed on the inner surface of the hollow dielectric channel .
Composition comprising: - between 75 and 99% by weight of at least one fatty acid methyl or ethyl ester, - between 0.01 and 20% by weight of at least one mannosylerythritol lipid, and - between 0.01 and 20% by weight of at least one non-ionic surfactant having an HLB value greater than or equal to 12, the percentages by weight being indicated with respect to the total weight of the composition. - between 75 and 99% by weight of at least one fatty acid methyl or ethyl ester, - between 0.01 and 20% by weight of at least one mannosylerythritol lipid, and - between 0.01 and 20% by weight of at least one non-ionic surfactant having an HLB value greater than or equal to 12,