mhurhangee/ep-ind-claims huggingface dataset:
Autonomous device for measuring at least one characteristic of a fluid circulating in a channel in a flow direction, the autonomous device including: - a rotor comprising a turbine capable of being driven in rotation by the fluid, the rotor being assembled to a stator and the turbine being formed by a hub and a plurality of blades fixed to the hub; - fixing means allowing the stator to be fixedly placed in the channel or at one end of the channel, in a configuration in which the axis of rotation of the turbine is in parallel with the flow direction; - a permanent magnetic field source defining a magnetic plane perpendicular to the axis of rotation of the turbine; - a magneto-electric converter having a reference plane and able to transform a variation in the reference plane of a magnetic field into a mechanical deformation capable of generating electric charges; - a processing circuit electrically connected to the converter and able to utilize the electric charges in order to provide a measurement of a characteristic of its environment; one of the converter and the source being in the stator, and the other of the converter and the source being in the rotor; the stator being assembled to the rotor such that the reference plane of the converter resides in the magnetic plane generated by the source, the device further comprising flaps or a curtain in order to modify the passage portion of the channel, the flaps or the curtain being configured or controlled in order to limit the speed of rotation of the rotor by opening a fluid circulation passage bypassing the blades of the turbine. - a rotor comprising a turbine capable of being driven in rotation by the fluid, the rotor being assembled to a stator and the turbine being formed by a hub and a plurality of blades fixed to the hub; - fixing means allowing the stator to be fixedly placed in the channel or at one end of the channel, in a configuration in which the axis of rotation of the turbine is in parallel with the flow direction; - a permanent magnetic field source defining a magnetic plane perpendicular to the axis of rotation of the turbine; - a magneto-electric converter having a reference plane and able to transform a variation in the reference plane of a magnetic field into a mechanical deformation capable of generating electric charges; - a processing circuit electrically connected to the converter and able to utilize the electric charges in order to provide a measurement of a characteristic of its environment;
A method of providing network security within a mobile radio communications network during each of a plurality of handover procedures, the method comprising: creating a security context for communications between a mobile radio communications device and said network, said creation of the security context comprising generating a security key using a value of a Non-access stratum 'NAS' count as an input parameter, said value being increased whenever the network sends a NAS message to the mobile radio communications device; and as part of a handover attempt of said handover procedure, controlling said value of the NAS count so as to ensure that a different respective value of the NAS count is employed during each handover procedure. creating a security context for communications between a mobile radio communications device and said network, said creation of the security context comprising generating a security key using a value of a Non-access stratum 'NAS' count as an input parameter, said value being increased whenever the network sends a NAS message to the mobile radio communications device; and as part of a handover attempt of said handover procedure, controlling said value of the NAS count so as to ensure that a different respective value of the NAS count is employed during each handover procedure.
A method for recovering a nutrient comprising: (a) heating and aerating anaerobic digester effluent in a plug flow aeration reactor from 4 hours to 24 hours to convert soluble ammonium to gaseous ammonia; (b) pumping the anaerobic digester effluent from the plug flow aeration reactor to a solids settling system after providing the gaseous ammonia to a stripping tower, said stripping tower providing controlled amounts of acid that reacts with gaseous ammonia; and (c) recovering an ammonium salt produced from reacting the acid with gaseous ammonia in the stripping tower. (a) heating and aerating anaerobic digester effluent in a plug flow aeration reactor from 4 hours to 24 hours to convert soluble ammonium to gaseous ammonia; (b) pumping the anaerobic digester effluent from the plug flow aeration reactor to a solids settling system after providing the gaseous ammonia to a stripping tower, said stripping tower providing controlled amounts of acid that reacts with gaseous ammonia; and (c) recovering an ammonium salt produced from reacting the acid with gaseous ammonia in the stripping tower.
Tank device, in particular a brake fluid reservoir for hydraulic brake systems of vehicles, the tank device comprises a tank having a tank wall, the tank wall comprising a connection port for mechanically and fluid-technically connecting the tank to the hydraulic brake system, whereby the connection port comprises at least one actuable valve (5,6), the valve (5,6) being closed in its non-actuated state and opened in its actuated state, the valve (5,6) further comprising an actuator element (8,9) that protrudes outside from the tank at least in the non-actuated state of the valve (5,6), the actuator element (8,9) being slidably mounted on the tank for actuating the valve (5,6), characterized in that at least one safety wall (12,13) protrudes from the tank wall in the vicinity of the actuator element (8,9) at least as far as the actuator element (8,9) in the non-actuated state.
An anti-icing manifold for a gas turbine engine, the manifold comprising: an annular wall; a first wall extending from the annular wall, the first wall including a plurality of first passages being disposed therethrough; and a second wall extending from the annular wall, the second wall oppositely facing the first wall, the second wall including a plurality of second passages being disposed therethrough; characterised by an undulating wall oppositely facing the annular wall and coupling the first wall to the second wall, wherein the undulating wall, the first and second walls (48, 54), and the annular wall collectively form a plurality of first chambers and a plurality of second chambers, each of the second chambers interspersing adjacent first chambers, the plurality of first chambers being in fluid communication with the plurality of second chambers, and each first chamber having a first volume being greater than a second volume of each second chamber. an annular wall; a first wall extending from the annular wall, the first wall including a plurality of first passages being disposed therethrough; and a second wall extending from the annular wall, the second wall oppositely facing the first wall, the second wall including a plurality of second passages being disposed therethrough; characterised by an undulating wall oppositely facing the annular wall and coupling the first wall to the second wall, wherein the undulating wall, the first and second walls (48, 54), and the annular wall collectively form a plurality of first chambers and a plurality of second chambers, each of the second chambers interspersing adjacent first chambers, the plurality of first chambers being in fluid communication with the plurality of second chambers, and each first chamber having a first volume being greater than a second volume of each second chamber.
An aqueous white conductive primer coating composition, comprising: a binder component; and a carbon nanotube dispersion liquid, a titanium oxide pigment wherein a coating film formed by the aqueous white conductive primer coating composition has an L* value of whiteness based on a CIE color-matching function of 80 or more and a surface resistivity of 10 8 Ω/□ or less, the binder component contains at least one selected from an acrylic resin and a polyolefin resin, and a content of the titanium oxide pigment is in a range of 50 to 250 parts by mass based on 100 parts by mass of a solid content of the binder component. a binder component; and a carbon nanotube dispersion liquid, a titanium oxide pigment wherein a coating film formed by the aqueous white conductive primer coating composition has an L* value of whiteness based on a CIE color-matching function of 80 or more and a surface resistivity of 10 8 Ω/□ or less, the binder component contains at least one selected from an acrylic resin and a polyolefin resin, and a content of the titanium oxide pigment is in a range of 50 to 250 parts by mass based on 100 parts by mass of a solid content of the binder component.
Telescopic cap supply comprising - a cap passage, - which in at least one section is length-adjustable between an extended state and a collapsed state, wherein - the cap passage is formed from at least three segments, - wherein each segment is secured to the adjoining segments in a displaceable manner, wherein each segment comprises an upper connection element and a lower connection element for the attachment to an adjoining segment, wherein the upper connection element of a segment comprises an upper contact surface directed onto the segment beneath it, and the lower connection element of a segment comprises a lower contact surface directed onto the segment above it, and each segment comprises a guide section for the multi-sided guiding of a cap in the cap passage, wherein the cap passage is formed from the guide sections, wherein the upper connection element or the guide section of a segment comprises an upper bearing surface directed onto the segment located above it, and the lower connection element or the guide section of a segment comprises a lower bearing surface directed onto the segment located beneath it, and wherein, in the extended state, the contact surfaces (7, 8) directed onto one another of two adjoining segments are in contact with one another, while in the region of the bearing surfaces (9, 10) no contact pertains between the segments. - a cap passage, - which in at least one section is length-adjustable between an extended state and a collapsed state, wherein - the cap passage is formed from at least three segments, - wherein each segment is secured to the adjoining segments in a displaceable manner, wherein each segment comprises an upper connection element and a lower connection element for the attachment to an adjoining segment, wherein the upper connection element of a segment comprises an upper contact surface directed onto the segment beneath it, and the lower connection element of a segment comprises a lower contact surface directed onto the segment above it, and each segment comprises a guide section for the multi-sided guiding of a cap in the cap passage, wherein the cap passage is formed from the guide sections, wherein the upper connection element or the guide section of a segment comprises an upper bearing surface directed onto the segment located above it, and the lower connection element or the guide section of a segment comprises a lower bearing surface directed onto the segment located beneath it, and wherein, in the extended state, the contact surfaces (7, 8) directed onto one another of two adjoining segments are in contact with one another, while in the region of the bearing surfaces (9, 10) no contact pertains between the segments.
A mobile measuring apparatus comprising: a mobile object; and a measuring device mounted on the back side of the mobile object, the measuring device comprising a light shield and a measuring device body, wherein the measuring device body is provided with an image-capturing device configured to capture an image of a road surface in order to measure road surface conditions, wherein the light shield is disposed over an upper surface of the mobile object and an upper surface of the measuring device body and covers the gap between the mobile object and the measuring device body, as viewed from above the mobile measuring apparatus, and the light shield is configured to block light from a light source from passing through the gap between the mobile object and the measuring device body, so as to prevent a shadow of the measuring device body with a complicated shape from being generated on the road surface by light from the light source and from appearing in the captured image, thereby forming a shadow of a simplified shape on the road surface, which appears in the captured image. a mobile object; and a measuring device mounted on the back side of the mobile object, the measuring device comprising a light shield and a measuring device body, wherein the measuring device body is provided with an image-capturing device configured to capture an image of a road surface in order to measure road surface conditions, wherein the light shield is disposed over an upper surface of the mobile object and an upper surface of the measuring device body and covers the gap between the mobile object and the measuring device body, as viewed from above the mobile measuring apparatus, and the light shield is configured to block light from a light source from passing through the gap between the mobile object and the measuring device body, so as to prevent a shadow of the measuring device body with a complicated shape from being generated on the road surface by light from the light source and from appearing in the captured image, thereby forming a shadow of a simplified shape on the road surface, which appears in the captured image.
A communications method, comprising: generating, by a first network device, first information, wherein the first information is used to indicate that a second user performs channel state measurement by using a configuration or resource of a first user, and the first network device is a network device that the first user accesses or camps on; sending, by the first network device, the first information to the first user and/or the second user; receiving, by the first network device, a reference signal that is to be used for channel state measurement and sent by the first user; performing, by the first network device, channel state measurement for the first user and the second user based on the reference signal; wherein the first user is a first user identity card, and the second user is a second user identity card; and wherein the first user and the second user share a same terminal device. generating, by a first network device, first information, wherein the first information is used to indicate that a second user performs channel state measurement by using a configuration or resource of a first user, and the first network device is a network device that the first user accesses or camps on; sending, by the first network device, the first information to the first user and/or the second user; receiving, by the first network device, a reference signal that is to be used for channel state measurement and sent by the first user; performing, by the first network device, channel state measurement for the first user and the second user based on the reference signal; wherein the first user is a first user identity card, and the second user is a second user identity card; and wherein the first user and the second user share a same terminal device.
Collector for a travelling-wave tube having a plurality of collector stages (AS1, AS2, AS3, AS4), which are arranged successively in the direction of a longitudinal axis and surrounded by a collector sleeve, wherein at least one first collector stage located towards a beam inlet opening of the collector and at least one further collector stage located away from the beam inlet opening are provided and the electrodes of the first and of the at least one further collector stages each have a lateral portion, which connects the electrodes to the collector sleeve in a thermally conductive manner via electrically insulating distance arrangements (R1, R3), characterized in that an inside diameter of the distance arrangement at the first collector stage is smaller than an inside diameter of the distance arrangement at at least one further collector stage, in that an outside diameter of the distance arrangement at the first collector stage is smaller than an outside diameter of the distance arrangement at at least one further collector stage, characterized in that a magnet arrangement configured for focusing the electron beam on the longitudinal axis is provided at least in the longitudinal region of the first collector stage in the direction of an electron beam axially toward the inlet opening of the electrode of the first collector stage.
A maximum settable dose feature of a dosing mechanism for a drug delivery device comprising, in combination, a. a movable dose setting component (4,8); b. a locking band having an unlocked configuration in rotational or linear engagement with the dose setting component (4,8) and a locked configuration that provides a permanent stop for the dose setting component (4,8); wherein the locking band transitions from the unlocked to the locked configuration after a first dose is set, wherein the locking band has a greater diameter in the unlocked configuration than when in the locked configuration. a. a movable dose setting component (4,8); b. a locking band having an unlocked configuration in rotational or linear engagement with the dose setting component (4,8) and a locked configuration that provides a permanent stop for the dose setting component (4,8);
A pharmaceutical composition comprising an anti-CD38 antibody and a hyaluronidase, wherein: a) the antibody comprises a heavy chain variable region of SEQ ID NO: 4 and a light chain variable region of SEQ ID NO: 5; and b) the composition comprises about 1,800 mg of the anti-CD38 antibody and about 30,000 U of the hyaluronidase. a) the antibody comprises a heavy chain variable region of SEQ ID NO: 4 and a light chain variable region of SEQ ID NO: 5; and b) the composition comprises about 1,800 mg of the anti-CD38 antibody and about 30,000 U of the hyaluronidase.
A power semiconductor device, comprising: a p-type semiconductor die having opposing first and second surfaces; a first n-type emitter/collector region located on the first surface of the semiconductor die, and a second n-type emitter/collector region located on the second surface of the semiconductor die; first and second p-type base contact regions, located respectively on the first and second surfaces of the semiconductor die; first and second trenched field plate structures (106, 108, 110), located respectively on the first and second surfaces of the semiconductor die; wherein each of the first and second trenched field plate structures comprises a vertically extended conductive field plate in a trench, the field plate being surrounded by an insulating layer on the side and bottom walls of the trench; wherein the first trenched field plate structure separates the first n-type emitter/collector region and the first p-type base contact region on the first surface of the semiconductor die, and the second trenched field plate structure separates the second n-type emitter/collector region and the second p-type base contact region on the second surface of the semiconductor die; wherein the first emitter/collector region is electrically connected to, and is entirely surrounded by, the first trenched field plate structure; and wherein the second emitter/collector region is electrically connected to, and is entirely surrounded by, the second trenched field plate structure; whereby the breakdown voltage is improved under either polarity of applied voltage. a p-type semiconductor die having opposing first and second surfaces; a first n-type emitter/collector region located on the first surface of the semiconductor die, and a second n-type emitter/collector region located on the second surface of the semiconductor die; first and second p-type base contact regions, located respectively on the first and second surfaces of the semiconductor die; first and second trenched field plate structures (106, 108, 110), located respectively on the first and second surfaces of the semiconductor die; wherein each of the first and second trenched field plate structures comprises a vertically extended conductive field plate in a trench, the field plate being surrounded by an insulating layer on the side and bottom walls of the trench; wherein the first trenched field plate structure separates the first n-type emitter/collector region and the first p-type base contact region on the first surface of the semiconductor die, and the second trenched field plate structure separates the second n-type emitter/collector region and the second p-type base contact region on the second surface of the semiconductor die; wherein the first emitter/collector region is electrically connected to, and is entirely surrounded by, the first trenched field plate structure; and wherein the second emitter/collector region is electrically connected to, and is entirely surrounded by, the second trenched field plate structure; whereby the breakdown voltage is improved under either polarity of applied voltage.
A building and/or structure façade hanging in the form of a lighting system having lights on a light support, wherein the building and/or structure façade hanging has a plurality of light supports, wherein the plurality of light supports are arranged at regular distances from each other and each light support bears a plurality of lights, so that the lights are distributed over the area of the building and/or structure façade hanging, and wherein a plurality of light support holders are in each case integrated in the building and/or structure façade hanging for the plurality of light supports, characterised in that the light support holders allow removal in the form of a lateral pulling out and insertion in the form of a pushing in and feeding in of light supports without disintegration of the light support holders, so that the lights supported on a light support can be separated together with the light support thereof from the building and/or structure façade hanging, while the light support holders remain in the building and/or structure façade hanging as a structural part thereof, and wherein light supports are each rod-shaped, in particular tubular, wherein the light support holders are formed by sleeves introduced in a structurally fixed manner into the building and/or structure façade hanging, wherein the lights on each light support are grouped together to form light groups, wherein preferably one light group has two red, two green and one blue light, or a multiple thereof, wherein the individual light groups are distributed on the light support at regular distances from each other and LEDs are used as the lights.
Acetyl-L-leucine, or a pharmaceutically acceptable salt thereof, for use in a method of treating a traumatic brain injury in a subject in need thereof, or treating a symptom of a traumatic brain injury in a subject in need thereof, the method comprising administering a therapeutically effective amount of acetyl-L-leucine, or a pharmaceutically acceptable salt thereof, to the subject.