mhurhangee/patent-ind-claim-en huggingface dataset:
A selective catalytic reduction catalyst comprising an 8-ring small pore molecular sieve promoted with copper and an alkaline earth component, wherein the catalyst is effective to catalyze the reduction of nitrogen oxides in the presence of a reductant, wherein the copper and the alkaline earth component are exchanged into the 8-ring small pore molecular sieve and wherein the alkaline earth component is selected from barium, strontium, and combinations thereof, the alkaline earth component loading, as oxide, being of less than 1 wt. %, based on the total weight of the calcined molecular sieve reported on a volatile free basis, and as determined by ICP analysis, and wherein the copper content of the 8-ring small pore molecular sieve, calculated as CuO, is in the range of from 2 to 3.5 weight-%, based on the total weight of the calcined molecular sieve reported on a volatile free basis, and as determined by ICP analysis.
Operating method for a tool drive with spindle shaft for metal-cutting machining, comprising at least one electromagnetic axial actuator and an open-loop and/or closed-loop control device to operate the axial actuator for a position change of the spindle shaft in the longitudinal axis, said open-loop and/or closed-loop control device operating the axial actuator to generate a microvibration movement of the spindle shaft , at least one axial magnetic bearing and/or a linear motor being provided as at least a part of the axial actuator, characterized in that the electromagnetic axial actuator is superimposed, independently of a feed, on a settable axial microvibration movement of the spindle shaft in order to influence the resultant chip size and chip shape of the material removed during drilling, in particular during drilling of deep holes.
An illumination apparatus , comprising: a first illumination source , having a pulsed illumination output structure ; and a capture sensor , having an image capture structure synchronized with and responsive to a first illumination source output signal generated by the pulsed illumination output signal structure ; the capture sensor configured to process a set of images captured by the capture sensor ; and the capture sensor comprising an analyzer configured to detect an image of the set of images as one that corresponds to a reflection of the first illumination source output signal by using a pulse detection algorithm to determine whether the capture sensor has captured a signal corresponding to the detected image of the set of images having a power that exceeds a predetermined threshold power level based on pulse width , pulse rate and duty cycle of the first illumination source output signal . a first illumination source , having a pulsed illumination output structure ; and a capture sensor , having an image capture structure synchronized with and responsive to a first illumination source output signal generated by the pulsed illumination output signal structure ; the capture sensor configured to process a set of images captured by the capture sensor ; and the capture sensor comprising an analyzer configured to detect an image of the set of images as one that corresponds to a reflection of the first illumination source output signal by using a pulse detection algorithm to determine whether the capture sensor has captured a signal corresponding to the detected image of the set of images having a power that exceeds a predetermined threshold power level based on pulse width , pulse rate and duty cycle of the first illumination source output signal .
A method for wireless communication at a base station , comprising: identifying time resources and frequency resources for narrowband communication in a plurality of subframes; identifying a plurality of user equipment "UE" devices ; allocating at least a first portion of the time resources and the frequency resources to an uplink "UL" channel to carry UL control information; allocating resources of the UL channel to the identified plurality of UE devices, wherein the allocated resources include single tone allocations for the identified plurality of UE devices; and, wherein the narrowband communication includes one of narrowband LTE "NB-LTE" communication, machine to machine "M2M" communication and narrowband Internet of Things "NB-IoT" communication. identifying time resources and frequency resources for narrowband communication in a plurality of subframes; identifying a plurality of user equipment "UE" devices ; allocating at least a first portion of the time resources and the frequency resources to an uplink "UL" channel to carry UL control information; allocating resources of the UL channel to the identified plurality of UE devices, wherein the allocated resources include single tone allocations for the identified plurality of UE devices; and, wherein the narrowband communication includes one of narrowband LTE "NB-LTE" communication, machine to machine "M2M" communication and narrowband Internet of Things "NB-IoT" communication.
A junction device for a conveyor belt , which junction device is intended for connecting two ends of at least one longitudinal conveyor belt , the junction device comprising at least two junction plates configured to each cover a separate side of the ends of the conveyor belt such that said conveyor belt is arranged between the two junction plates in an assembled use position, the junction plates being attached together by attachment means arranged to pass through, respectively, a junction plate , one of the ends of the conveyor belt and then the other junction plate , each of the junction plates being made of a flexible and resilient material and being provided with a reinforcement , said reinforcement being formed by at least one textile layer comprising weft threads and warp threads , said reinforcement being delimited longitudinally by transverse edges , the reinforcement extending transversely with respect to said conveyor belt in the assembled position, said transverse edges each having an unweaving support so as to prevent the reinforcement from unweaving during the use of the junction device , the unweaving support being woven, the junction device being characterized in that the unweaving support comprises at least one inlaid thread .
Device for compartmentalizing a container , such as a waste bin, into several waste compartments , comprising: - an attachment means, which is configured to be attached to an edge of the container, which edge defines an access to a space for holding waste, and - a dividing body , which is configured, in use, to extend inside the edge of the container in order to divide the access into a first opening of a first compartment and at least one second opening of a second compartment, wherein the dividing body is attachable to the edge of the container by means of the attachment means, wherein the dividing body and the attachment means is at least partly flexible in order to be adjustable between a first, relatively compact, position of the device and at least one further, extended, position of the device, wherein the attachment means comprises a peripheral element , which peripheral element is configured to be provided, in use, around the access to the container, wherein the peripheral element is at least partly elastic in order to vary the length of the periphery of the peripheral element, and wherein the dividing body is at least partly elastic in order to vary a length of the dividing body, characterized in that the device comprises a central junction element and a plurality of dividing bodies, and in that each dividing body of the plurality of dividing bodies extends between a first coupling location where the dividing body is coupled to the central junction element and a second coupling location where the dividing body is coupled to the peripheral element. - an attachment means, which is configured to be attached to an edge of the container, which edge defines an access to a space for holding waste, and - a dividing body , which is configured, in use, to extend inside the edge of the container in order to divide the access into a first opening of a first compartment and at least one second opening of a second compartment, wherein the dividing body is attachable to the edge of the container by means of the attachment means, wherein the dividing body and the attachment means is at least partly flexible in order to be adjustable between a first, relatively compact, position of the device and at least one further, extended, position of the device, wherein the attachment means comprises a peripheral element , which peripheral element is configured to be provided, in use, around the access to the container, wherein the peripheral element is at least partly elastic in order to vary the length of the periphery of the peripheral element, and wherein the dividing body is at least partly elastic in order to vary a length of the dividing body, characterized in that the device comprises a central junction element and a plurality of dividing bodies, and in that each dividing body of the plurality of dividing bodies extends between a first coupling location where the dividing body is coupled to the central junction element and a second coupling location where the dividing body is coupled to the peripheral element.
A shoe sole comprising a shock absorber (1N, 1N1, 1N2, 1O), the shock absorber (1N, 1N1, 1N2, 1O) including a three-dimensional structure (S) composed of a unit structure (U) repeatedly, regularly and continuously arranged in at least one direction, the unit structure (U) being a three-dimensional shape formed by a wall having an external shape defined by a pair of curved surfaces, the three-dimensional structure (S) being composed of a triply periodic minimal surface with a thickness added thereto, and having a meandering portion which is a portion presenting a cross-sectional shape extending in a meandering manner when the three-dimensional structure (S) is cut along at least a specific plane, the shock absorber (1N, 1N1, 1N2, 1O) further including a reinforcement portion to reinforce a turning point of the meandering portion . the three-dimensional structure (S) being composed of a triply periodic minimal surface with a thickness added thereto, and having a meandering portion which is a portion presenting a cross-sectional shape extending in a meandering manner when the three-dimensional structure (S) is cut along at least a specific plane, the shock absorber (1N, 1N1, 1N2, 1O) further including a reinforcement portion to reinforce a turning point of the meandering portion .
A shaving razor comprising a handle and a blade cartridge unit , the handle comprising: • a main body ; • a first substantially flat arm having a first distal end and a first proximal end defining a first arm opening, the first proximal end being coupled to a first location of the main body ; • a second substantially flat arm having a second distal end and a second proximal end defining a second arm opening, the second proximal end being coupled to a second location of the main body ; and • the first and second distal ends being in spaced relationship, characterized that the handle further comprises a pivoting head having a trapezoidal prism shape, the pivoting head being pivotally coupled between the first and second distal ends , and the blade cartridge unit is attached to the pivoting head such that the blade cartridge unit can pivot on the handle . • a main body ; • a first substantially flat arm having a first distal end and a first proximal end defining a first arm opening, the first proximal end being coupled to a first location of the main body ; • a second substantially flat arm having a second distal end and a second proximal end defining a second arm opening, the second proximal end being coupled to a second location of the main body ; and • the first and second distal ends being in spaced relationship, characterized that the handle further comprises a pivoting head having a trapezoidal prism shape, the pivoting head being pivotally coupled between the first and second distal ends , and the blade cartridge unit is attached to the pivoting head such that the blade cartridge unit can pivot on the handle .
A knee prosthesis comprising a femoral component adapted to fit on a distal end of a femur, the femoral component including a lateral condylar structure and a medial condylar structure , and an intermediate structure configured to cooperate with a femoral component of a knee prosthesis , wherein the intermediate structure comprises at least one surface for contacting the femoral component on a proximal surface of the intermediate structure between the intermediate structure and the femoral component , wherein the intermediate structure includes a contact surface on the lateral side of the intermediate structure and a contact surface on the medial side of the intermediate structure , characterised in that each contact surface includes an articular blend which blends a sagittal curvature of the contact surface from a concave surface into a convex surface to increase the amount of flexion allowed by the knee prosthesis and the intermediate structure comprises a post which fits within an intercondylar recess formed by the lateral condylar structure and the medial condylar structure .
A low coherence interferometry, LCI, system for forming an image of a sample , the LCI system comprising an optical system that is operative for interrogating a first object point of the sample with a first sample signal , the optical system comprising; a source for providing a first optical signal ; a planar lightwave circuit (PLC) module including a first surface waveguide having a first facet ; and a reflector that is dimensioned and arranged to distribute the first optical signal into a first reference signal and the first sample signal ; wherein the source, PLC module, and reflector collectively define a portion of a first interferometer that is a common-path interferometer in which the first reference signal and the first sample signal share a first common path that includes at least the first surface waveguide , and wherein the first interferometer is arranged to define separate paths for the first optical signal and a first interferometric signal received from the sample, and further wherein the first interferometer is directional-coupler-free; and wherein the PLC module, the reflector, and the sample are arranged such that the first facet couples the first reference signal and a first scatter signal into the first surface waveguide as the first interferometric signal , the first scatter signal including a first plurality of wavelength signals, λ1-λP, that is based on the first sample signal and at least one structural feature of the first object point. a source for providing a first optical signal ; a planar lightwave circuit (PLC) module including a first surface waveguide having a first facet ; and a reflector that is dimensioned and arranged to distribute the first optical signal into a first reference signal and the first sample signal ; wherein the source, PLC module, and reflector collectively define a portion of a first interferometer that is a common-path interferometer in which the first reference signal and the first sample signal share a first common path that includes at least the first surface waveguide , and wherein the first interferometer is arranged to define separate paths for the first optical signal and a first interferometric signal received from the sample, and further wherein the first interferometer is directional-coupler-free; and wherein the PLC module, the reflector, and the sample are arranged such that the first facet couples the first reference signal and a first scatter signal into the first surface waveguide as the first interferometric signal , the first scatter signal including a first plurality of wavelength signals, λ1-λP, that is based on the first sample signal and at least one structural feature of the first object point.
A data transmission method when a UE moves from a first mobile communication system to a second mobile communication system, said method comprising: receiving , by a Mobility Management Entity, MME, located in the second mobile communication system, a downlink data buffering indication sent by a Session Management Function, SMF, entity located in the first mobile communication system through an Access and Mobility Management Function, AMF, entity in the first mobile communication system; wherein the downlink data buffering indication is used to indicate that downlink data of the UE is buffered in the first mobile communication system; initiating , by the MME entity, an establishment of a user plane connection and/or control plane connection of the UE. receiving , by a Mobility Management Entity, MME, located in the second mobile communication system, a downlink data buffering indication sent by a Session Management Function, SMF, entity located in the first mobile communication system through an Access and Mobility Management Function, AMF, entity in the first mobile communication system; wherein the downlink data buffering indication is used to indicate that downlink data of the UE is buffered in the first mobile communication system; initiating , by the MME entity, an establishment of a user plane connection and/or control plane connection of the UE.
A method for detecting a fusion gene composed of an occludin (OCLN) gene and a Rho GTPase activating protein 26 (ARHGAP26) gene, wherein the method comprises a step of detecting whether a polynucleotide that encodes a polypeptide described by either or shown below exists in a sample obtained from a subject: a polypeptide that comprises an amino acid sequence having no less than 90% identity with an amino acid sequence represented by SEQ ID NO: 2; a polypeptide that comprises an amino acid sequence represented by SEQ ID NO: 2, or a polypeptide that comprises an amino acid sequence represented by SEQ ID NO: 2, in which 1 to 10 amino acids are deleted, substituted, inserted and/or added. a polypeptide that comprises an amino acid sequence having no less than 90% identity with an amino acid sequence represented by SEQ ID NO: 2; a polypeptide that comprises an amino acid sequence represented by SEQ ID NO: 2, or a polypeptide that comprises an amino acid sequence represented by SEQ ID NO: 2, in which 1 to 10 amino acids are deleted, substituted, inserted and/or added.
A nozzle plate comprising a substrate having thereon at least a base layer and a liquid-repellent layer , wherein a substrate adhesion layer is provided between the substrate and the base layer ; a surface portion of the substrate adhesion layer has a higher concentration (atm%) of Cr than a surface portion of the substrate ; and the base layer is a layer containing at least an inorganic oxide or an oxide containing carbon (C); characterized in that the liquid-repellent layer is a layer formed by using a coupling agent containing fluorine (F), and a content rate of trivalent Cr with respect to a total Cr content in the surface portion of the substrate adhesion layer is 50 atm% or more. the liquid-repellent layer is a layer formed by using a coupling agent containing fluorine (F), and a content rate of trivalent Cr with respect to a total Cr content in the surface portion of the substrate adhesion layer is 50 atm% or more.
An arrester membrane having a hollow core for housing stacked electrical elements, comprising: a pultruded tube having a plurality of protrusions extending into the hollow core , the pultruded tube formed of: a plurality of fibers ; and resin , wherein the plurality of fibers are impregnated into the resin and said plurality of fibers are at least predominately oriented in a longitudinal direction; at least one wrap layer applied to an outer surface of the pultruded tube , the at least one wrap layer formed of: a plurality of fibers ; and resin , wherein the plurality of fibers are impregnated into the resin to form a mat or fabric, and said plurality of fibers are at least predominately oriented in a radial direction; and an outer enclosure applied to a surface of the at least one wrap layer , the outer enclosure formed of a material comprising polymer. a pultruded tube having a plurality of protrusions extending into the hollow core , the pultruded tube formed of: a plurality of fibers ; and resin , wherein the plurality of fibers are impregnated into the resin and said plurality of fibers are at least predominately oriented in a longitudinal direction; a plurality of fibers ; and resin , wherein the plurality of fibers are impregnated into the resin and said plurality of fibers are at least predominately oriented in a longitudinal direction; at least one wrap layer applied to an outer surface of the pultruded tube , the at least one wrap layer formed of: a plurality of fibers ; and resin , wherein the plurality of fibers are impregnated into the resin to form a mat or fabric, and said plurality of fibers are at least predominately oriented in a radial direction; and a plurality of fibers ; and resin , wherein the plurality of fibers are impregnated into the resin to form a mat or fabric, and said plurality of fibers are at least predominately oriented in a radial direction; and an outer enclosure applied to a surface of the at least one wrap layer , the outer enclosure formed of a material comprising polymer.
An optical camera lens, comprising: a lens barrel having an axis and a lens barrel side surface surrounding the axis, the lens barrel side surface comprising a first side and a second side opposite to the first side; and a lens sheet set mounted in the lens barrel and comprising a plurality of lenses, wherein the plurality of lenses comprise at least one free-form lens , and the at least one free-form lens is configured to deflect incident light toward the second side, so that an imaging plane of an optical system composed of the plurality of lens sheets is offset toward the second side; characterized in that the first side is a fitting side adapted to be disposed at a border of a terminal device, and the second side is an opposite side located at a position opposite to the fitting side; and the at least one free-form lens is located at a rear end of the other lenses of the lens sheet set . a lens barrel having an axis and a lens barrel side surface surrounding the axis, the lens barrel side surface comprising a first side and a second side opposite to the first side; and a lens sheet set mounted in the lens barrel and comprising a plurality of lenses, wherein the plurality of lenses comprise at least one free-form lens , and the at least one free-form lens is configured to deflect incident light toward the second side, so that an imaging plane of an optical system composed of the plurality of lens sheets is offset toward the second side; characterized in that the first side is a fitting side adapted to be disposed at a border of a terminal device, and the second side is an opposite side located at a position opposite to the fitting side; and the at least one free-form lens is located at a rear end of the other lenses of the lens sheet set .