mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a transceiver arranged to communicate with a mobile communication network, the mobile communication network including multiple network slices; and a processor arranged to: register with the mobile communication network using a first set of network slice selection parameters; receive a second set of network slice selection parameters from the mobile communication network and mapping information indicating how at least one network slice selection parameter in the first set corresponds to at least one new network slice selection parameter in the second set; and use the second set of network slice selection parameters and the mapping information to establish a data connection. a transceiver arranged to communicate with a mobile communication network, the mobile communication network including multiple network slices; and a processor arranged to: register with the mobile communication network using a first set of network slice selection parameters; receive a second set of network slice selection parameters from the mobile communication network and mapping information indicating how at least one network slice selection parameter in the first set corresponds to at least one new network slice selection parameter in the second set; and use the second set of network slice selection parameters and the mapping information to establish a data connection. register with the mobile communication network using a first set of network slice selection parameters; receive a second set of network slice selection parameters from the mobile communication network and mapping information indicating how at least one network slice selection parameter in the first set corresponds to at least one new network slice selection parameter in the second set; and use the second set of network slice selection parameters and the mapping information to establish a data connection.
Pneumatic vehicle tyre of a radial type of construction, comprising a tread, which has two rows of shoulder bars and a central tread region with at least one row of tread bars , which is delimited on both sides by circumferential grooves , wherein the row of tread bars belongs to a circumferential region that is noise-optimized in accordance with a method of pitch length variation, wherein the tread bars of this row of tread bars are in each case delimited in the circumferential direction and at the tread periphery by two bar edges , which extend substantially parallel to one another and in plan view at an angle (α) to the axial direction of 5° to 30°, and are in each case provided with sipes , which have a width of 0.3 mm to 0.8 mm and cross the tread bars , characterized in that the circumferential region to which the row of tread bars belongs is divided into 55 to 65 pitches, wherein each tread bar of the row of tread bars is provided with at least three sipes , which in plan view extend parallel to the bar edges , wherein in the central region of the tread bars there runs in each case a sipe that has over its entire extent a depth, in particular a constant depth, of 70% to 100% of the tread-pattern depth and wherein the further sipes have in each case a central portion, the depth of which is 70% to 100% of the tread-pattern depth, and two lateral portions , which enter the circumferential grooves and the depth of which is at most 60% of the tread-pattern depth.
A medical implant component comprising a composite biotextile, which biotextile comprises • A polyolefin fibrous construct comprises at least one strand with titer of 2-250 dtex, tensile strength of at least 10 cN/dtex and comprising high molar mass polyolefin fibers; and • A coating comprising a biocompatible and biostable polyurethane elastomer comprising a polysiloxane in soft segments and/or having at least one hydrophobic endgroup; wherein the polyurethane coating has been applied to at least part of the surface of the fibrous construct, and is present in an amount of 2.5-90 mass% based on composite biotextile. • A polyolefin fibrous construct comprises at least one strand with titer of 2-250 dtex, tensile strength of at least 10 cN/dtex and comprising high molar mass polyolefin fibers; and • A coating comprising a biocompatible and biostable polyurethane elastomer comprising a polysiloxane in soft segments and/or having at least one hydrophobic endgroup;
A composition comprising an association of extract of at least a plant belonging to the genus Cynara in an amount between 1 mg and 5000 mg and extract of at least a plant belonging to the genus Fraxinus in an amount between 1 mg and 1000 mg in admixture with one or more suitable acceptable carriers wherein the extract of at least a plant belonging to the genus Cynara is an aqueous extract of leaves of Cynara cardunculus var. scolymus and altilis containing a concentration by weight of luteolin between 2 and 4% w/w and a concentration by weight of chlorogenic acid between 10 and 12% w/w, and wherein the extract of at least a plant belonging to the genus Fraxinus is of Fraxinus excelsior, and obtainable by hot water extraction of leaves with a ratio Extract/Drug of 1/3-4 and titrated in total hydroxycinnamic derivatives, expressed as chlorogenic acid ≥ 2% w/w, spectrophotometric method (Ph.Eur).
A physical quantity sensor, comprising: a lamination structure in which a first substrate and a second substrate are laminated; an electrode pad and a wiring formed on a surface of the first substrate ; a sensing portion formed on the second substrate ; and a shield layer formed on a surface of the first substrate , electrically insulated with respect to the electrode and the wiring , and held at a constant potential, wherein the shield layer includes a peep portion to observe the sensing portion , wherein the peep portion is a thin wall portion in which a thickness of the shield layer is thinner than other portions or a portion in which the shield layer is not provided. a lamination structure in which a first substrate and a second substrate are laminated; an electrode pad and a wiring formed on a surface of the first substrate ; a sensing portion formed on the second substrate ; and a shield layer formed on a surface of the first substrate , electrically insulated with respect to the electrode and the wiring , and held at a constant potential, wherein the shield layer includes a peep portion to observe the sensing portion , wherein the peep portion is a thin wall portion in which a thickness of the shield layer is thinner than other portions or a portion in which the shield layer is not provided.
A filler neck for filling of a fuel, such as gas or AdBlue R /urea, or of an additive, such as water, into a vehicle tank by means of a pump nozzle, wherein the filler neck comprises: - a filler neck body , which is receivable into a filler tube leading to the vehicle tank; and - a pump nozzle guide having an insertion portion for guiding of a pump nozzle received or to be received into the filler neck body towards the vehicle tank, wherein the filler neck body and the insertion portion of the pump nozzle guide are formed together as an integral molded part, in particular a plastic injection-molded part; characterized in that : the insertion portion of the pump nozzle guide comprises a first segment integrally formed with the filler neck body and fixedly connected to the filler neck body in the interior of the filler neck body and at least one second segment hingedly connected to the filler neck body , wherein the second segment is pivotable relative to the filler neck body between a first position in which the second segment lies outside of the filler neck body and a second position in which the second segment lies within the filler neck body and, together with the first segment , forms the guide of a pump nozzle received in the filler neck towards the vehicle tank. - a filler neck body , which is receivable into a filler tube leading to the vehicle tank; and - a pump nozzle guide having an insertion portion for guiding of a pump nozzle received or to be received into the filler neck body towards the vehicle tank,
A light curtain for detecting objects in a surveillance area, having an arrangement of optoelectronic elements which are formed by transmitters emitting light beams and receivers receiving light beams , and having at least one housing for accommodating the optoelectronic elements, the housing having a housing body in the form of a hollow body in which the optoelectronic elements are arranged one behind the other at a distance in the direction of the longitudinal axis of the housing body , and the housing body having at each of its longitudinal ends an opening which is closed off with end caps , wherein at least one end cap has a flat adapter which closes off an opening in the housing body and to which is connected a cap body which bears laterally against the housing body and accommodates electronic components , and the cap body bearing with a wall flat against a side wall of the housing body , characterized in that the flat adapter of an electronic component is plate-shaped, and in that the end caps being designed for cascading a plurality of light curtains.
A handle assembly for supporting and controlling a steerable catheter , said handle assembly comprising: a handle extending about a longitudinal axis (A1) from a proximal end to a distal end ; a steerable catheter including a lumen extending through said handle along the longitudinal axis (A1) to a distal tip extending outwardly from and terminating in spaced relationship with said distal end of said handle ; a pair of control wires interconnected to said distal tip and extending through said lumen and into said handle ; a lever assembly disposed at least partially within said handle and including a lever rotatable about a lever axis (A2) to control deflection of said distal tip of said lumen ; and said lever assembly including a first gear assembly and a second gear assembly disposed in opposing relationship to one another and offset relative to the longitudinal axis (A1) for allowing said lumen to pass therebetween; each of said first and second gear assemblies including a pulley segment disposed along a plane (P) extending parallel with and through the longitudinal axis (A1) and said lumen ; and each of said pulley segments interconnected to a respective one of said pair of control wires and pivotable in opposite directions relative to one another in response to rotation of said lever in a first rotational direction and a second rotational direction opposite the first rotational direction for individually and alternatively_pulling said control wires along an arcuate wire path in response to rotation of said lever . a handle extending about a longitudinal axis (A1) from a proximal end to a distal end ; a steerable catheter including a lumen extending through said handle along the longitudinal axis (A1) to a distal tip extending outwardly from and terminating in spaced relationship with said distal end of said handle ; a pair of control wires interconnected to said distal tip and extending through said lumen and into said handle ; a lever assembly disposed at least partially within said handle and including a lever rotatable about a lever axis (A2) to control deflection of said distal tip of said lumen ; and said lever assembly including a first gear assembly and a second gear assembly disposed in opposing relationship to one another and offset relative to the longitudinal axis (A1) for allowing said lumen to pass therebetween; each of said first and second gear assemblies including a pulley segment disposed along a plane (P) extending parallel with and through the longitudinal axis (A1) and said lumen ; and each of said pulley segments interconnected to a respective one of said pair of control wires and pivotable in opposite directions relative to one another in response to rotation of said lever in a first rotational direction and a second rotational direction opposite the first rotational direction for individually and alternatively_pulling said control wires along an arcuate wire path in response to rotation of said lever .
A hose comprising: an inner tube of a single layer construction and defining a central longitudinal axis there through, and comprising a vulcanized rubber and a plurality of rod shaped particles orientated substantially parallel with the central longitudinal axis , wherein the inner tube has a tube wall thickness (t) of between 0.5 mm to about 1.5 mm, wherein the plurality of rod shaped particles are carbon or graphite particles having carbon atoms which are bonded together in crystals aligned parallel to the long axis of the rod shaped particles and wherein the plurality of rod shaped particles is incorporated in an amount of from 1% to 7% by weight, based upon total weight of the inner tube ; a tie layer directly surrounding the inner tube ; a first reinforcement layer surrounding the tie layer ; at least a second reinforcement layer surrounding the first reinforcement layer ; an interlayer interposed between the first and the second reinforcement layer , the interlayer bonding the first reinforcement layer to the second reinforcement layer ; and a cover surrounding the second reinforcement layer ; and wherein particles comprised in the plurality of rod shaped particles have an average length of from 1.5 mm to 5 mm, and an average diameter of from 5 to 7 microns and wherein the vulcanized rubber comprises an acrylonitrile butadiene rubber (NBR), a hydrogenated NBR (HNBR), a cross-linked NBR (XNBR), or copolymers and blends thereof. an inner tube of a single layer construction and defining a central longitudinal axis there through, and comprising a vulcanized rubber and a plurality of rod shaped particles orientated substantially parallel with the central longitudinal axis , wherein the inner tube has a tube wall thickness (t) of between 0.5 mm to about 1.5 mm, wherein the plurality of rod shaped particles are carbon or graphite particles having carbon atoms which are bonded together in crystals aligned parallel to the long axis of the rod shaped particles and wherein the plurality of rod shaped particles is incorporated in an amount of from 1% to 7% by weight, based upon total weight of the inner tube ; a tie layer directly surrounding the inner tube ; a first reinforcement layer surrounding the tie layer ; at least a second reinforcement layer surrounding the first reinforcement layer ; an interlayer interposed between the first and the second reinforcement layer , the interlayer bonding the first reinforcement layer to the second reinforcement layer ; and a cover surrounding the second reinforcement layer ; and wherein particles comprised in the plurality of rod shaped particles have an average length of from 1.5 mm to 5 mm, and an average diameter of from 5 to 7 microns and wherein the vulcanized rubber comprises an acrylonitrile butadiene rubber (NBR), a hydrogenated NBR (HNBR), a cross-linked NBR (XNBR), or copolymers and blends thereof.
A display device for a vehicle comprising: a windshield (W), a display which emits an emission display light (L) having a polarization plane in a specific direction; an illumination light source which illuminates the display ; a phase difference plate which is disposed facing the display in a state where a fast axis (f) is shifted by a predetermined angle with respect to the polarization plane of the emission display light emitted by the display ; and a rotating mechanism which rotates the phase difference plate to rotate a rotation angle of the fast axis (f) such that the component ratio of P- and S-waves of a reflection light (R) from the windshield (W) can be finely adjusted in accordance with the constitution and preferred posture of the viewer, or the state of the inclination angle of the windshield W disposed in the vehicle. wherein the emission display light (L) includes a P-polarized light being a vertically polarized wave and a S-polarized light being a horizontally polarized light, wherein, by the emission display light (L) being transmitted through the phase difference plate , a P'-wave is produced by a polarization plane of the P-polarized light being rotated by a predetermined angle and a S'-wave is produced by a polarization plane of the S-polarized light being rotated by the predetermined angle, and wherein the P'-wave and the S'-wave have a S-polarized component (P'S, S'S) respectively, the S-polarized component (P'S, S'S) being reflected by the windshield (W) when the emission display light (L) is incident on the windshield (W) at a Brewster angle. a windshield (W), a display which emits an emission display light (L) having a polarization plane in a specific direction; an illumination light source which illuminates the display ; a phase difference plate which is disposed facing the display in a state where a fast axis (f) is shifted by a predetermined angle with respect to the polarization plane of the emission display light emitted by the display ; and a rotating mechanism which rotates the phase difference plate to rotate a rotation angle of the fast axis (f) such that the component ratio of P- and S-waves of a reflection light (R) from the windshield (W) can be finely adjusted in accordance with the constitution and preferred posture of the viewer, or the state of the inclination angle of the windshield W disposed in the vehicle. wherein the emission display light (L) includes a P-polarized light being a vertically polarized wave and a S-polarized light being a horizontally polarized light, wherein, by the emission display light (L) being transmitted through the phase difference plate , a P'-wave is produced by a polarization plane of the P-polarized light being rotated by a predetermined angle and a S'-wave is produced by a polarization plane of the S-polarized light being rotated by the predetermined angle, and wherein the P'-wave and the S'-wave have a S-polarized component (P'S, S'S) respectively, the S-polarized component (P'S, S'S) being reflected by the windshield (W) when the emission display light (L) is incident on the windshield (W) at a Brewster angle.
Apparatus for renovating and profiling damaged water bound road coverings, which is mountable on a support vehicle , with a roller , which is rotatable oppositely to the direction of travel of the support vehicle and attached to whose outer periphery are engagement projections, wherein the roller is connectable via a gearbox to the output shaft of the support vehicle and is mounted in a frame , which is pivotally connected to a base plate , which may be fastened to the support vehicle , wherein the frame is pivotable with the roller in both directions about a central vertical axis and about a central horizontal axis, wherein a levelling device is connected to the frame behind the roller in the direction of movement so that it is pivotable together with it about the vertical and horizontal axes, wherein the roller consists of a steel pipe, characterised in that the engagement projections are bars , which extend in the longitudinal direction of the roller and extend over at least a proportion of the length of the roller , wherein the bars are suitable for scraping away road material on contact with a road covering , that the levelling device is liftable and lowerable with respect to the roller and that the levelling device may be pressed against the road covering with continuously adjustable pressure in order to vary the weight with which the roller engages the road covering , whereby the removal rate of the roller is adjustable, whereby the material distributed by the roller is smoothed by the levelling device and recompressed.
A computer graphics system for mipmap based texture mapping, comprising: a pixel shader configured to receive or generate one or more sets of texture coordinates per pixel sample location; and a texture unit ; wherein the pixel shader and texture unit between them are configured to calculate texture space gradient values for one or more primitives, and generate and apply per-pixel gradient scale factors configured to modify the gradient values to smoothly transition them between regions of a screen space of a head-mounted display (HMD) device having different pixel resolutions. a pixel shader configured to receive or generate one or more sets of texture coordinates per pixel sample location; and a texture unit ; wherein the pixel shader and texture unit between them are configured to calculate texture space gradient values for one or more primitives, and generate and apply per-pixel gradient scale factors configured to modify the gradient values to smoothly transition them between regions of a screen space of a head-mounted display (HMD) device having different pixel resolutions.
Brake system for a motor vehicle having at least four hydraulically actuatable wheel brakes (8a-8d) for wheels (FL, FR, RL, RR), which are distributed among a first vehicle axle (VA) and a second vehicle axle (HA), comprising • an electrically actuatable inlet valve (6a-6d) for each wheel brake (8a-8d) for the purpose of setting wheel-specific brake pressures, • a master brake cylinder which can be actuated by means of a brake pedal and which is separably hydraulically connected via an isolation valve to a brake supply line to which the inlet valves (6a-6d) are connected, and • an electrically controllable pressure-providing device having a pressure space , wherein the pressure space is hydraulically connected to the brake supply line , wherein an electrically actuatable circuit isolation valve is arranged in the brake supply line in such a way that, with the circuit isolation valve closed, the brake supply line is hydraulically separated into a first line section and a second line section , wherein the first line section is connected to two of the inlet valves , and the second line section is connected to the remaining inlet valves , and wherein the pressure space of the pressure-providing device is hydraulically connected to the second line section , characterized in that the master brake cylinder is of single-circuit design with only one pressure chamber , and the circuit isolation valve is of normally open design, wherein the pressure chamber of the master brake cylinder is connected to the first line section via the isolation valve . • an electrically actuatable inlet valve (6a-6d) for each wheel brake (8a-8d) for the purpose of setting wheel-specific brake pressures, • a master brake cylinder which can be actuated by means of a brake pedal and which is separably hydraulically connected via an isolation valve to a brake supply line to which the inlet valves (6a-6d) are connected, and • an electrically controllable pressure-providing device having a pressure space , wherein the pressure space is hydraulically connected to the brake supply line ,
A method for manufacturing a metallic thin film mesh for medical devices, the method comprising: forming a metallic thin film on a substrate by sputter deposition; forming fenestrations in the metallic thin film based on micropatterns provided on the substrate, wherein the fenestrations form a fractal-like micropattern, a honeycomb pattern, an equilateral-triangle pattern, an overlapping-circle pattern, or a double-spiral pattern comprising a central channel; and placing the metallic thin film in a blood-based solution, excluding red blood cells and white blood cells, to form a fibrinous layer of coagulated material on the metallic thin film. forming a metallic thin film on a substrate by sputter deposition; forming fenestrations in the metallic thin film based on micropatterns provided on the substrate, wherein the fenestrations form a fractal-like micropattern, a honeycomb pattern, an equilateral-triangle pattern, an overlapping-circle pattern, or a double-spiral pattern comprising a central channel; and placing the metallic thin film in a blood-based solution, excluding red blood cells and white blood cells, to form a fibrinous layer of coagulated material on the metallic thin film.
Cannabidiol of formula (XVI): having a purity of at least 99.96% by UPLC.