mhurhangee/patent-ind-claim-en huggingface dataset:
A profiled metal fiber with rectangular cross-section, also with angled fiber ends in the form of a clamp, for stabilizing, consolidating, fastening or connecting materials and building materials such as concrete, wood, paper and similar, in particular made of steel, in which the fiber edges of the fiber outer surfaces extending in the longitudinal direction of the fiber are designed in the manner of a chamfer as edge surfaces aligned obliquely to the fiber outer surfaces, wherein the two wider outer fiber surfaces (3.1, 3.2) of the rectangular fiber are provided with longitudinally extending V-shaped grooves , wherein the edge surfaces are provided with protrusions and the V-shaped grooves are provided with end zones limiting their longitudinal extent, wherein the protrusions form anchoring heads and the end zones form anchoring surfaces with respect to the materials to be stabilized, consolidated or fastened, and wherein one of the wider fiber outer surfaces (3.1) has a V-shaped groove and the fiber outer surface (3.2) opposite thereto has at least two V-shaped grooves of the same size, wherein the single V-shaped groove on the wide fiber outer surface (3.1) is arranged centrally with respect to the surface and the two V-shaped grooves on the opposite wide fiber outer surface (3.2) are arranged symmetrically or centrally with respect to the wide fiber outer surface (3.2) and are in contact or close to one another in the middle, such that the grooves support the axial guidance of a top and bottom roll in a rolling process of a metal strip for forming the metal fiber. wherein the two wider outer fiber surfaces (3.1, 3.2) of the rectangular fiber are provided with longitudinally extending V-shaped grooves , wherein the edge surfaces are provided with protrusions and the V-shaped grooves are provided with end zones limiting their longitudinal extent, wherein the protrusions form anchoring heads and the end zones form anchoring surfaces with respect to the materials to be stabilized, consolidated or fastened, and wherein one of the wider fiber outer surfaces (3.1) has a V-shaped groove and the fiber outer surface (3.2) opposite thereto has at least two V-shaped grooves of the same size, wherein the single V-shaped groove on the wide fiber outer surface (3.1) is arranged centrally with respect to the surface and the two V-shaped grooves on the opposite wide fiber outer surface (3.2) are arranged symmetrically or centrally with respect to the wide fiber outer surface (3.2) and are in contact or close to one another in the middle, such that the grooves support the axial guidance of a top and bottom roll in a rolling process of a metal strip for forming the metal fiber.
A luminaire comprising: a housing ; a plurality of solid-state light sources arranged over a contour of the housing, wherein at least one of the solid-state light sources comprises: a substrate configured to conform to the contour of the housing ; one or more solid-state emitters populated over the substrate ; and one or more optics optically coupled with the one or more solid-state emitters ; one or more heat sinks arranged over the housing and thermally coupled with at least one of the plurality of solid-state light sources and the substrate ; and a controller , configured for communicative coupling with the plurality of solid-state light sources and configured to electronically control a beam direction emitted by each of the plurality of solid-state light sources independently or in one or more groupings, wherein the controller is configured to achieve color mixing at a given spot by electronically controlling the beam direction of two or more of the plurality of solid-state light sources to point to the given spot. a housing ; a plurality of solid-state light sources arranged over a contour of the housing, wherein at least one of the solid-state light sources comprises: a substrate configured to conform to the contour of the housing ; one or more solid-state emitters populated over the substrate ; and one or more optics optically coupled with the one or more solid-state emitters ; a substrate configured to conform to the contour of the housing ; one or more solid-state emitters populated over the substrate ; and one or more optics optically coupled with the one or more solid-state emitters ; one or more heat sinks arranged over the housing and thermally coupled with at least one of the plurality of solid-state light sources and the substrate ; and a controller , configured for communicative coupling with the plurality of solid-state light sources and configured to electronically control a beam direction emitted by each of the plurality of solid-state light sources independently or in one or more groupings, wherein the controller is configured to achieve color mixing at a given spot by electronically controlling the beam direction of two or more of the plurality of solid-state light sources to point to the given spot.
A method for channel coding, the method comprising: selecting a plurality of coded bits from a circular buffer; dividing the plurality of coded bits from the circular buffer into a first part and a second part ; mapping the first part according to a first modulation scheme (M1) and the second part according to a second modulation scheme (M2), wherein the second modulation scheme includes a second modulation order greater than a first modulation order of the first modulation scheme, wherein the length of the first part (N1) and the length of the second part (N2) depend on the first and second modulation orders, and wherein the length of the first part and the length of the second part are further derived from a length in symbols based on the first modulation scheme that results from puncturing the coded bits using a rate-matching function; and transmitting a first transmission based on the mapping. selecting a plurality of coded bits from a circular buffer; dividing the plurality of coded bits from the circular buffer into a first part and a second part ; mapping the first part according to a first modulation scheme (M1) and the second part according to a second modulation scheme (M2), wherein the second modulation scheme includes a second modulation order greater than a first modulation order of the first modulation scheme, wherein the length of the first part (N1) and the length of the second part (N2) depend on the first and second modulation orders, and wherein the length of the first part and the length of the second part are further derived from a length in symbols based on the first modulation scheme that results from puncturing the coded bits using a rate-matching function; and transmitting a first transmission based on the mapping.
Cardboard bottle carrier for carrying bottles , each bottle comprising a neck (2.1) and a mouth (2.2) arranged following said neck (2.1), the cardboard bottle carrier being formed from a quadrangular cardboard sheet (1.1) symmetrically with respect to a transverse axis (E) thus forming two symmetrical parts (PS), characterised in that each symmetrical part (PS) comprises at least from a first outer side (1.11) and in sequence a first face (1.12) in which a first hole (1.13) is made having a diameter similar to that of the neck (2.1) of the bottle , followed by and connected to a second hole (1.14) having a diameter larger than that of the mouth (2.2) of the bottle , such that the neck (2.1) can pass from the second hole (1.14) to the first hole (1.13), a first transverse fold line (1.15), a second transverse fold line (1.16), a second face (1.17) with a third hole (1.18) having a diameter similar to that of the neck (2.1) of the bottle , followed by and connected to a fourth hole (1.19) having a diameter larger than that of the mouth (2.2) of the bottle , such that the neck (2.1) can pass from the fourth hole (1.19) to the third hole (1.18); a third fold line (1.20), a third face (1.21), up to the transverse axis (E) that configures a fourth fold line, such that when forming the cardboard bottle carrier the neck (2.1) of each bottle is introduced through the fourth hole (1.19) and through the second hole (1.14) thanks to the fold along the second fold line (1.16), making the first face (1.12) coincide with the second face (1.17); wherein, by pulling on the first face (1.12) in a direction coplanar with the first face (1.12) and the second face, so as to make them coincide through the first fold line (1.15) only, whereby said first face (1.12) slides on the second face (1.17) to pass from the second fold line (1.16) to the first fold line (1.15), the neck (2.1) of each bottle is surrounded by the first hole (1.13) and third hole (1.18); wherein by the fold along the transverse axis (E) the third faces (1.21) of each symmetrical part (PS) are made to coincide thus making a handle.
A fuel tank manufacturing apparatus for a fuel tank (T), the fuel tank having therein a built-in component with a head portion , a neck portion , and a shoulder portion , and having the built-in component anchored to a tank body (Ta) with a part of a parison (S) wrapped around the neck portion during molding the tank body (Ta), the apparatus comprising: a pair of molding dies to have the parison (S) transferred to the built-in component by blow molding; and shaping devices respectively provided in the pair of molding dies , wherein the shaping devices each include: a recess to receive the head portion and the neck portion and covered by the shoulder portion during molding; and an air hole through which air pressure is applied is provided in a bottom surface of the recess ; characterized in that the air hole is provided in an area of the bottom surface of the recess corresponding to the head portion , to apply air pressure toward the head portion . a pair of molding dies to have the parison (S) transferred to the built-in component by blow molding; and shaping devices respectively provided in the pair of molding dies , wherein the shaping devices each include: a recess to receive the head portion and the neck portion and covered by the shoulder portion during molding; and an air hole through which air pressure is applied is provided in a bottom surface of the recess ; characterized in that the air hole is provided in an area of the bottom surface of the recess corresponding to the head portion , to apply air pressure toward the head portion . a recess to receive the head portion and the neck portion and covered by the shoulder portion during molding; and an air hole through which air pressure is applied is provided in a bottom surface of the recess ; characterized in that the air hole is provided in an area of the bottom surface of the recess corresponding to the head portion , to apply air pressure toward the head portion .
A surgical device , comprising: a proximal handle portion ; a first elongate shaft extending distally from the proximal handle portion; a second elongate shaft extending distally from the proximal handle portion and being disposed within a first passageway of the first elongate shaft; a third elongate shaft extending distally from the proximal handle portion and being disposed within a second passageway of the second elongate shaft; a first jaw having a proximal end operatively connected to a distal end of the first elongate shaft; and a second jaw having a proximal end operatively connected to a distal end of the second elongate shaft, the first and second elongate shafts being configured to simultaneously rotate about a longitudinal axis (A) of the third elongate shaft with the third elongate shaft being stationary relative thereto, the rotation of the first and second elongate shafts angularly orienting the first and second jaws so as to change the angles between the first and second jaws and the longitudinal axis of the third elongate shaft. a proximal handle portion ; a first elongate shaft extending distally from the proximal handle portion; a second elongate shaft extending distally from the proximal handle portion and being disposed within a first passageway of the first elongate shaft; a third elongate shaft extending distally from the proximal handle portion and being disposed within a second passageway of the second elongate shaft; a first jaw having a proximal end operatively connected to a distal end of the first elongate shaft; and a second jaw having a proximal end operatively connected to a distal end of the second elongate shaft, the first and second elongate shafts being configured to simultaneously rotate about a longitudinal axis (A) of the third elongate shaft with the third elongate shaft being stationary relative thereto, the rotation of the first and second elongate shafts angularly orienting the first and second jaws so as to change the angles between the first and second jaws and the longitudinal axis of the third elongate shaft.
Method of producing a toothed workpiece having a modified surface geometry by a diagonal generating method by means of a modified tool, wherein a tool is used whose surface geometry comprises a modification which can be described at least approximately at least locally in the generating pattern in a first direction of the tool by a linear and/or quadratic function; wherein the coefficients of this linear and/or quadratic function are formed in a second direction of the tool which extends perpendicular to the first direction by coefficient functions F FtC,1 , F FtL,1 and/or F FtQ,1 , and/or a modification whose pitch and/or crowning varies in dependence on the angle of rotation of the tool and/or on the tool width position; and wherein the specific modification of the tool by the diagonal generating method produces a corresponding modification on the surface of the workpiece, wherein a desired modification of the surface geometry of the workpiece is specified, and a modification of the surface geometry of the tool suitable for producing this desired modification is determined in combination with a diagonal ratio of the diagonal generating method suitable for producing the desired modification.
A computer , comprising: a processor ; and a byte-addressable non-volatile read-write main memory coupled to the processor, the memory partitioned into plural regions, each region having at least one defined operational property, wherein at least one of the plural regions is a metadata region to store plural data sets, each data set specifying a location in the memory, and the at least one defined operational property, of a corresponding one of the plural regions, wherein the at least one defined operational property includes a content retention property of the corresponding region in response to a shutdown of the computer. a processor ; and a byte-addressable non-volatile read-write main memory coupled to the processor, the memory partitioned into plural regions, each region having at least one defined operational property, wherein at least one of the plural regions is a metadata region to store plural data sets, each data set specifying a location in the memory, and the at least one defined operational property, of a corresponding one of the plural regions, wherein the at least one defined operational property includes a content retention property of the corresponding region in response to a shutdown of the computer.
A paper sheet comprising: cellulose ester staple fibers; pulp fibers; and a binder, wherein a plurality of creped portions are formed on the paper sheet, such that the creped portions are arranged in a flow direction of the cellulose ester staple fibers and the pulp fibers and extend in an orthogonal direction orthogonal to the flow direction. cellulose ester staple fibers; pulp fibers; and a binder, wherein a plurality of creped portions are formed on the paper sheet, such that the creped portions are arranged in a flow direction of the cellulose ester staple fibers and the pulp fibers and extend in an orthogonal direction orthogonal to the flow direction.
A drilling system including a mud pump , the drilling system comprising: a sensor ; an encoder operably connected to the sensor; a pressure pulse generator operably connected to the encoder, wherein the pressure pulse generator is configured to produce a primary signal in response to input from the encoder; primary transducer configured to produce a primary transducer signal in response to a measurement of the primary signal; a reference transducer configured to produce a reference transducer signal in response to a reflection of the primary signal off the mud pump, wherein the reference transducer is positioned in close proximity to the mud pump; and a signal processor connected to the primary transducer and the reference transducer, wherein the signal processor comprises a two-stage filter that is configured to extract the primary signal from the primary signal and the reference transducer signal observed at the primary transducer. a sensor ; an encoder operably connected to the sensor; a pressure pulse generator operably connected to the encoder, wherein the pressure pulse generator is configured to produce a primary signal in response to input from the encoder; primary transducer configured to produce a primary transducer signal in response to a measurement of the primary signal; a reference transducer configured to produce a reference transducer signal in response to a reflection of the primary signal off the mud pump, wherein the reference transducer is positioned in close proximity to the mud pump; and a signal processor connected to the primary transducer and the reference transducer, wherein the signal processor comprises a two-stage filter that is configured to extract the primary signal from the primary signal and the reference transducer signal observed at the primary transducer.
An orthopedic system having a leaf spring element and a bearing component which is supported on the main surface of the leaf spring element and is fixed to the leaf spring element , whereas at least one elastomer element is arranged between the bearing component and the main surface of the leaf spring element and is fastened to the leaf spring element and to the bearing component in a manner transmitting tensile forces and shear forces, characterized in that the bearing component is mounted elastically on the leaf spring element in three rotational and translational degrees of freedom.
A vehicle-mounted equipment control device, comprising: a control unit configured to cause equipment of any of a headlight, a wiper, and an air-conditioning device to continue a visual securing operation for securing visibility of a driver of a vehicle even after driving control of the vehicle is switched from automated driving control to manual driving control, regardless of an operation mode of the equipment specified by an operation unit for setting an operation of the equipment , when an operation mode, executed by the equipment immediately before driving control of the vehicle is switched from automated driving control to manual driving control, is an operation mode corresponding to the visual securing operation, characterised in that the control unit is configured to terminate continuation of the visual securing operation of the equipment after a lapse of a predetermined period from the timing at which the automated driving control is switched to the manual driving control, and change the operation mode of the equipment to the operation mode specified by the operation unit .
A vehicle configured to perform notification about an open/closed state of a lid member covering an interface for supplying driving energy, the vehicle comprising: a notification portion configured to perform notification to an occupant of the vehicle when the lid member is in the open state; and a connection detecting portion configured to detect a connection state of a driving energy supply device to the interface , characterized in that the notification portion is configured to suspend said notification to the occupant of the vehicle when the driving energy supply device is connected to the interface during the open state of the lid member . a notification portion configured to perform notification to an occupant of the vehicle when the lid member is in the open state; and a connection detecting portion configured to detect a connection state of a driving energy supply device to the interface , characterized in that the notification portion is configured to suspend said notification to the occupant of the vehicle when the driving energy supply device is connected to the interface during the open state of the lid member .
An apparatus for making directional measurements of a formation radially 360° around a borehole for use in directional drilling, the apparatus comprising: a housing sized to be received within the borehole and having a longitudinal axis of rotation; an unshielded neutron source located within the housing; and an unshielded neutron-based detector located within the housing, the neutron-based detector being arranged offset from and asymmetrically about the longitudinal axis of rotation of the housing relative to the neutron source, wherein said apparatus is configured to rotate such that upon rotation when received within the borehole, directional measurements of the formation radially 360° around the borehole are obtained as said apparatus is rotated 360° about the longitudinal axis of rotation within the borehole. a housing sized to be received within the borehole and having a longitudinal axis of rotation; an unshielded neutron source located within the housing; and an unshielded neutron-based detector located within the housing, the neutron-based detector being arranged offset from and asymmetrically about the longitudinal axis of rotation of the housing relative to the neutron source, wherein said apparatus is configured to rotate such that upon rotation when received within the borehole, directional measurements of the formation radially 360° around the borehole are obtained as said apparatus is rotated 360° about the longitudinal axis of rotation within the borehole.