mhurhangee/patent-ind-claim-en huggingface dataset:
A surface relief diffractive optical element having etched regions (435-1, 435-2) and un-etched regions (430-1, 430-2), comprising: a substrate ; a first anti-reflectance structure (415-1, 420-1) for a particular wavelength range formed on the substrate; at least one layer (415 -3) disposed on a portion of the first anti-reflectance structure; and a second anti-reflectance structure (415-2, 420-2) for the particular wavelength range formed on the at least one layer, wherein a depth between a first surface of the first anti-reflectance structure and a second surface of the second anti-reflectance structure, a first index of refraction of the first anti-reflectance structure, a second index of refraction of the second anti-reflectance structure, and a third index of refraction of the at least one layer are selected to form the surface relief diffractive optical element associated with a particular phase delay for the particular wavelength, wherein the second index of refraction is different from the third index of refraction, wherein the first anti-reflectance structure comprises a top layer (420-1) that is an etch stop layer to enable etching to form a phase delay, wherein each of the first anti-reflectance structure including the etch stop layer and the second anti-reflectance structure comprises alternating layers of two materials, and wherein layers of the surface relief diffractive optical element are configured to provide an anti-reflectance functionality in the etched regions of the surface relief diffractive optical element and in the un-etched regions of the surface relief diffractive optical element. a substrate ; a first anti-reflectance structure (415-1, 420-1) for a particular wavelength range formed on the substrate; at least one layer (415 -3) disposed on a portion of the first anti-reflectance structure; and a second anti-reflectance structure (415-2, 420-2) for the particular wavelength range formed on the at least one layer, wherein a depth between a first surface of the first anti-reflectance structure and a second surface of the second anti-reflectance structure, a first index of refraction of the first anti-reflectance structure, a second index of refraction of the second anti-reflectance structure, and a third index of refraction of the at least one layer are selected to form the surface relief diffractive optical element associated with a particular phase delay for the particular wavelength, wherein the second index of refraction is different from the third index of refraction, wherein the first anti-reflectance structure comprises a top layer (420-1) that is an etch stop layer to enable etching to form a phase delay, wherein each of the first anti-reflectance structure including the etch stop layer and the second anti-reflectance structure comprises alternating layers of two materials, and wherein layers of the surface relief diffractive optical element are configured to provide an anti-reflectance functionality in the etched regions of the surface relief diffractive optical element and in the un-etched regions of the surface relief diffractive optical element.
Industrial truck with a support caster , wherein the industrial truck has a drive part in which a steerable drive wheel is arranged, wherein the support caster is arranged in the drive part in a manner spaced apart laterally from the drive wheel and is arranged on the drive part so as to be movable in the vertical direction (V), wherein the support caster is arranged movably on the drive part by means of a parallelogram guide , characterized in that the parallelogram guide has a fastening carrier , which is fastened to the drive part , and two links , which are spaced apart in the vertical direction and are arranged parallel to each other, wherein the links are each fastened in an articulated manner to the fastening carrier by means of a link axis of rotation , and has a support caster carrier , to which the support caster is fastenable, wherein the support caster carrier is fastened in an articulated manner to the two links by means of a respective holder axis of rotation , wherein the two link axes of rotation and the two holder axes of rotation form a parallelogram.
Method for protecting honeybees from predatory insects , wherein at least one of the insects is captured and at least partially immobilized, at least one insecticidal substance adhering to the insect is applied to the chest of the insect so that the insect cannot completely remove the substance , and subsequently the insect is mobilized.
Forming section for a machine for producing a multi-ply fibrous web (FB), in particular a multi-ply board web, comprising: - at least one first headbox and a first endlessly circulating forming fabric assigned to the first headbox for forming a first fibrous web ply (L1), - a second headbox and a second endlessly circulating forming fabric assigned to the second headbox for forming a second fibrous web ply (L2), and - a couching device for couching the first fibrous web ply (L1) with the second fibrous web ply (L2), - a first sensor device , which is designed to measure the dryness of the first fibrous web ply (L1) before the couching, and - a second sensor device , which is designed to measure the dryness of the second fibrous web ply (L2) before the couching, characterized in that the forming section also comprises: - a control device , which is designed to receive the measured values from the first sensor device and the second sensor device and, on the basis of the received measured values, to adjust the dryness of the first fibrous web ply (L1) and/or the dryness of the second fibrous web ply (L2) before the couching. - at least one first headbox and a first endlessly circulating forming fabric assigned to the first headbox for forming a first fibrous web ply (L1), - a second headbox and a second endlessly circulating forming fabric assigned to the second headbox for forming a second fibrous web ply (L2), and - a couching device for couching the first fibrous web ply (L1) with the second fibrous web ply (L2), - a first sensor device , which is designed to measure the dryness of the first fibrous web ply (L1) before the couching, and - a second sensor device , which is designed to measure the dryness of the second fibrous web ply (L2) before the couching, - a control device , which is designed to receive the measured values from the first sensor device and the second sensor device and, on the basis of the received measured values, to adjust the dryness of the first fibrous web ply (L1) and/or the dryness of the second fibrous web ply (L2) before the couching.
An article of footwear , comprising: an upper; a sole member engaged with the upper, the sole member having a plurality of openings in a bottom surface thereof; and a traction element insert , wherein the insert includes a base member having a plurality of retractable traction elements capable of selectively extending from a first position to a second position, wherein at least some of the plurality of retractable traction elements include a ground-contacting element and an extension inducing element , wherein the extension inducing elements are shaped as a dome having an associated convex region in an upper surface of the insert and an associated concave region in a lower surface of the insert , wherein the extension inducing elements are fixedly attached to the ground-contacting elements so that the ground-contacting elements extend through the openings in the sole member when downward force on the convex regions of the insert from a foot of a wearer of the article compresses the domes and extends the ground-contacting elements through the plurality of openings ; wherein the sole member comprises a midsole and an outsole , the base member being positioned between the midsole and the outsole , and the openings defined in the outsole . an upper; a sole member engaged with the upper, the sole member having a plurality of openings in a bottom surface thereof; and a traction element insert , wherein the insert includes a base member having a plurality of retractable traction elements capable of selectively extending from a first position to a second position, wherein at least some of the plurality of retractable traction elements include a ground-contacting element and an extension inducing element , wherein the extension inducing elements are shaped as a dome having an associated convex region in an upper surface of the insert and an associated concave region in a lower surface of the insert , wherein the extension inducing elements are fixedly attached to the ground-contacting elements so that the ground-contacting elements extend through the openings in the sole member when downward force on the convex regions of the insert from a foot of a wearer of the article compresses the domes and extends the ground-contacting elements through the plurality of openings ; wherein the sole member comprises a midsole and an outsole , the base member being positioned between the midsole and the outsole , and the openings defined in the outsole .
A combustor module for a gas turbine engine, comprising: a first annular liner assembly extending along a longitudinal axis, the first annular liner assembly comprising a first annular support shell and a plurality of first heat shield panels coupled to the first annular support shell , the first heat shield panels forming a segmented ring defining a plurality of first axial seams therebetween; a bulkhead coupled to the first annular liner assembly , the bulkhead providing a plurality of fuel nozzles for passing a first mass flow comprising fuel and air; and a second annular liner assembly coupled to the bulkhead , the second annular liner assembly in spaced-apart generally coaxial relationship from the first annular liner assembly by a channel height H, the second annular liner assembly comprising a second annular support shell and a plurality of second heat shield panels coupled to the second annular support shell , the second heat shield panels forming a segmented ring having second axial seams therebetween, wherein each second heat shield panel includes air admittance holes having a mean diameter D , each air admittance hole extending along a respective hole axis , wherein each second heat shield panel is arranged opposing a first axial seam of the first annular liner assembly ; characterised in that : each hole axis of a given second heat shield panel is circumferentially offset from the opposing first axial seam by an equal distance (S). a first annular liner assembly extending along a longitudinal axis, the first annular liner assembly comprising a first annular support shell and a plurality of first heat shield panels coupled to the first annular support shell , the first heat shield panels forming a segmented ring defining a plurality of first axial seams therebetween; a bulkhead coupled to the first annular liner assembly , the bulkhead providing a plurality of fuel nozzles for passing a first mass flow comprising fuel and air; and a second annular liner assembly coupled to the bulkhead , the second annular liner assembly in spaced-apart generally coaxial relationship from the first annular liner assembly by a channel height H, the second annular liner assembly comprising a second annular support shell and a plurality of second heat shield panels coupled to the second annular support shell , the second heat shield panels forming a segmented ring having second axial seams therebetween, wherein each second heat shield panel includes air admittance holes having a mean diameter D , each air admittance hole extending along a respective hole axis , wherein each second heat shield panel is arranged opposing a first axial seam of the first annular liner assembly ; characterised in that : each hole axis of a given second heat shield panel is circumferentially offset from the opposing first axial seam by an equal distance (S).
A carbon fiber sheet molding composition, comprising: from 35 % to 65 % by weight of a sheet molding composition (SMC) filled with an effective amount of carbon fiber having an effective mixture of both epoxy sized carbon fiber and vinyl ester sized carbon fiber for providing of predetermined mechanical properties.
A method executed by a network device in a network including a plurality of network devices, the network device implementing a software defined networking ,SDN, controller, where the SDN controller controls a first switch and a second switch in a network, the method to improve packet processing performance in the network by organizing flow entries to decrease time to match active flows, the method comprising: receiving flow statistics for a first flow from the first switch; determining , based on the flow statistics for the first flow, that the first flow has a traffic usage that exceeds a pre-defined threshold; and in response to determining that the first flow has a traffic usage that exceeds the pre-defined threshold, programming the second switch to create a new flow table for processing the first flow,. wherein the new flow table is a dedicated flow table for processing the first flow, wherein creating the new flow table for processing the first flow comprises: determining, based on analysis of the flow statistics, that the first flow to which a packet belongs is a highly active flow; and creating the new flow table for processing the highly active flow that only includes flow entries for processing the highly active flow. receiving flow statistics for a first flow from the first switch; determining , based on the flow statistics for the first flow, that the first flow has a traffic usage that exceeds a pre-defined threshold; and in response to determining that the first flow has a traffic usage that exceeds the pre-defined threshold, programming the second switch to create a new flow table for processing the first flow,. wherein the new flow table is a dedicated flow table for processing the first flow, wherein creating the new flow table for processing the first flow comprises: determining, based on analysis of the flow statistics, that the first flow to which a packet belongs is a highly active flow; and creating the new flow table for processing the highly active flow that only includes flow entries for processing the highly active flow.
A pressure sensitive adhesive article, comprising: a pressure sensitive adhesive layer containing a pressure sensitive acrylic polymer, a chlorinated polyolefin and inorganic fine particles; and a fibrous sheet having opposite main surfaces and formed by a plurality of mutually intersected fibers that are arranged in the pressure sensitive adhesive layer so the pressure sensitive adhesive layer is present on both main surfaces of the fibrous sheet and both main surfaces of the fibrous sheet are not exposed. a pressure sensitive adhesive layer containing a pressure sensitive acrylic polymer, a chlorinated polyolefin and inorganic fine particles; and a fibrous sheet having opposite main surfaces and formed by a plurality of mutually intersected fibers that are arranged in the pressure sensitive adhesive layer so the pressure sensitive adhesive layer is present on both main surfaces of the fibrous sheet and both main surfaces of the fibrous sheet are not exposed.
Security method for a vehicle (V) comprising a startable powertrain (GM), a communication module (MC) transmitting and receiving messages by way of waves, and an alert device (DA) generating, in the event of activation, at least one alert message intended to be transmitted by the said communication module (MC) to at least one predefined piece of communication equipment in the event of an attempted attack on and/or theft of the said vehicle (V), characterised in that it comprises a step (10-100) in which, in the event of an attempt to start said powertrain (GM) while said warning device (DA) is activated, it is determined whether said warning message may have been transmitted, and if not, said starting is prevented.
A monitoring and protection device for detecting attempted theft of electricity comprising a housing having: a plurality of connection points including at least one input connection point (31(a)) and at least one output connection point (31(d)) each for connection to an electricity line to allow placement of the monitoring and protection device in series with an electricity meter and a circuit breaker on the electricity line; a switching component ; a current sensing device (37(a), 37(b), 37(c)); characterized in that there is provided: a first voltage sensing device intermediate the switching component and the output connection point; a communication module for communications with a remote control unit; a central processing unit (CPU) having a memory with programmed instructions thereon, the CPU being in communication with the switching component , the current sensing device (37(a), 37(b), 37(c)), the voltage sensing device and the communication module , the CPU being operable to actuate the switching component in response to a control instruction received from the remote control unit or upon detection of an anomalous electricity line condition. a plurality of connection points including at least one input connection point (31(a)) and at least one output connection point (31(d)) each for connection to an electricity line to allow placement of the monitoring and protection device in series with an electricity meter and a circuit breaker on the electricity line; a switching component ; a current sensing device (37(a), 37(b), 37(c)); characterized in that there is provided: a first voltage sensing device intermediate the switching component and the output connection point; a communication module for communications with a remote control unit; a central processing unit (CPU) having a memory with programmed instructions thereon, the CPU being in communication with the switching component , the current sensing device (37(a), 37(b), 37(c)), the voltage sensing device and the communication module , the CPU being operable to actuate the switching component in response to a control instruction received from the remote control unit or upon detection of an anomalous electricity line condition. a first voltage sensing device intermediate the switching component and the output connection point; a communication module for communications with a remote control unit; a central processing unit (CPU) having a memory with programmed instructions thereon, the CPU being in communication with the switching component , the current sensing device (37(a), 37(b), 37(c)), the voltage sensing device and the communication module , the CPU being operable to actuate the switching component in response to a control instruction received from the remote control unit or upon detection of an anomalous electricity line condition.
A recombinant DNA construct comprising a tRNA promoter operably linked to a polynucleotide encoding a single guide RNA, wherein said recombinant DNA construct does not comprise a nucleotide sequence encoding a ribozyme, wherein said guide RNA is capable of forming a guide RNA/Cas endonuclease complex, wherein said complex can bind to and cleave a target site sequence in the genome of a non-conventional yeast.
A method of wireless communication of a user equipment, UE, comprising: determining an aggregation level of a plurality of aggregation levels associated with a physical sidelink control channel, PSCCH, each aggregation level of the plurality of aggregation levels being associated with a different number of time-frequency resources dedicated for the PSCCH and a particular modulation and coding scheme, MCS, used for modulating and coding control information in the PSCCH; receiving control information in the time-frequency resources associated with the aggregation level; and decoding the control information received in the time-frequency resources associated with the determined aggregation level, the decoding being based on the particular MCS associated with the determined aggregation level; characterized in that demodulation reference signals, DMRS, are received within the control information in the time-frequency resources, wherein the aggregation level is determined based on the received DMRS. determining an aggregation level of a plurality of aggregation levels associated with a physical sidelink control channel, PSCCH, each aggregation level of the plurality of aggregation levels being associated with a different number of time-frequency resources dedicated for the PSCCH and a particular modulation and coding scheme, MCS, used for modulating and coding control information in the PSCCH; receiving control information in the time-frequency resources associated with the aggregation level; and decoding the control information received in the time-frequency resources associated with the determined aggregation level, the decoding being based on the particular MCS associated with the determined aggregation level; characterized in that demodulation reference signals, DMRS, are received within the control information in the time-frequency resources, wherein the aggregation level is determined based on the received DMRS.
A backless support bra comprising: a front main portion having first and second cups ; first and second upper shoulder straps each having first and second ends connected to said front main portion; and first and second lower pelvic straps , the backless support bra characterized by the first and second lower pelvic straps each having first and second ends connected to said front main portion; wherein said first and second lower pelvic straps are designed to attach at both ends to the front main portion and to be worn through the pelvic region of a wearer. a front main portion having first and second cups ; first and second upper shoulder straps each having first and second ends connected to said front main portion; and first and second lower pelvic straps , the backless support bra characterized by the first and second lower pelvic straps each having first and second ends connected to said front main portion; wherein said first and second lower pelvic straps are designed to attach at both ends to the front main portion and to be worn through the pelvic region of a wearer.