mhurhangee/patent-ind-claim-en huggingface dataset:
An optical metrology tool, comprising: a first modulatable illumination source and at least one additional modulatable illumination source , the modulatable illumination sources (402a-402c) are configured to illuminate a surface of a sample disposed on a sample stage; a set of illumination optics configured to direct illumination from the modulated illumination sources (402a-402c) to the surface of the sample ; a set of collection optics ; a detector configured to detect at least a portion of illumination emanating from a surface of the sample , wherein the set of collection optics is configured to direct illumination from the surface of the sample to the detector ; and a modulation control system communicatively coupled to the first modulatable illumination source , wherein the modulation control system is configured to modulate a drive current of the first modulatable illumination source at a selected modulation frequency suitable for generating a first illumination waveform of a first wavelength having a selected coherence feature; and the modulation control system is configured to modulate a drive current of the at least one additional illumination source in order to generate a second illumination waveform of a second wavelength, wherein pulses of the first illumination waveform are interleaved in time with at least pulses of the second illumination waveform, the first illumination waveform and the second illumination waveform having a selected waveform frequency. a first modulatable illumination source and at least one additional modulatable illumination source , the modulatable illumination sources (402a-402c) are configured to illuminate a surface of a sample disposed on a sample stage; a set of illumination optics configured to direct illumination from the modulated illumination sources (402a-402c) to the surface of the sample ; a set of collection optics ; a detector configured to detect at least a portion of illumination emanating from a surface of the sample , wherein the set of collection optics is configured to direct illumination from the surface of the sample to the detector ; and a modulation control system communicatively coupled to the first modulatable illumination source , wherein the modulation control system is configured to modulate a drive current of the first modulatable illumination source at a selected modulation frequency suitable for generating a first illumination waveform of a first wavelength having a selected coherence feature; and the modulation control system is configured to modulate a drive current of the at least one additional illumination source in order to generate a second illumination waveform of a second wavelength, wherein pulses of the first illumination waveform are interleaved in time with at least pulses of the second illumination waveform, the first illumination waveform and the second illumination waveform having a selected waveform frequency.
A computer program product comprising one or more computer-readable storage media having thereon computer-executable instructions that are structured such that, when executed by one or more processors of a destination intermediary that serves a destination machine engaged in a multi-message flow from a source machine served by a source intermediary, causes the destination intermediary to perform a method for redirecting the multi-message flow so as to bypass a load balancer used in one or more previous network messages associated with the multi-message flow, the method comprising: in response to the destination intermediary receiving a network message belonging to the multi-message flow from the load balancer an act of determining that the source intermediary is to address subsequent network messages originated from the source machine and associated with the same multi-message flow to the destination machine in a manner that bypasses the load balancer; an act of dispatching an instruction message from the destination intermediary to the source intermediary instructing the source intermediary to address subsequent network messages from the source machine and associated with the same multi-message flow to the destination machine in the manner that bypasses the load balancer, wherein the dispatched instruction message is separate from a response message to the received network message. in response to the destination intermediary receiving a network message belonging to the multi-message flow from the load balancer an act of determining that the source intermediary is to address subsequent network messages originated from the source machine and associated with the same multi-message flow to the destination machine in a manner that bypasses the load balancer; an act of dispatching an instruction message from the destination intermediary to the source intermediary instructing the source intermediary to address subsequent network messages from the source machine and associated with the same multi-message flow to the destination machine in the manner that bypasses the load balancer, wherein the dispatched instruction message is separate from a response message to the received network message.
Plastering strip , suitable for attachment to a building edge having, for example, a thermal insulation , comprising at least one plastering limb and a drip strip projecting from the plastering limb , wherein the drip strip is designed to be at least largely transparent, characterised in that the transparent part of the drip strip has a plaster-receiving region on one side, so that in the installed state of the plastering strip the color of a plaster layer shines through to the opposite, visible side of the transparent drip strip .
A system associated with an aircraft engine , comprising: a gearbox ; a link coupled to the gearbox ; and a bracket coupled to the link ; characterised by further comprising: a stationary structure coupled to the bracket , wherein the bracket includes at least one notch formed in the bracket to provide a pilot for a fuse trigger, and wherein a portion of the bracket contained within the at least one notch breaks away from the bracket when the system experiences a load that is less than a nominal load associated with a fan blade out event of the aircraft engine . a gearbox ; a link coupled to the gearbox ; and a bracket coupled to the link ; characterised by further comprising: a stationary structure coupled to the bracket , wherein the bracket includes at least one notch formed in the bracket to provide a pilot for a fuse trigger, and wherein a portion of the bracket contained within the at least one notch breaks away from the bracket when the system experiences a load that is less than a nominal load associated with a fan blade out event of the aircraft engine .
A handheld airless sprayer comprising: a housing ; a reciprocating piston fluid pump located within the housing and comprising at least one piston configured to reciprocate to pressurize at least one pumping chamber ; an electric motor located within the housing; a wobble assembly configured to convert a rotary input from the electric motor to reciprocating motion that reciprocates the at least one piston of the reciprocating piston fluid pump, the wobble assembly comprising: a rotating rod disposed within the housing along a drive axis of rotation and configured to receive the rotary input from the electric motor ; a land ; and a connecting rod joining the land with the at least one piston , wherein the land is disposed about the rotating rod and has a cylindrical surface , which revolves about a wobble axis that is offset from the drive axis of rotation about which land and rod rotate, such that as the land revolves, the axis of the cylindrical surface orbits the axis of the rotating rod , making a cone-like sweep; and a spray tip downstream from the at least one pumping chamber; wherein the electric motor is configured to activate to move the wobble assembly and reciprocate the at least one piston . a housing ; a reciprocating piston fluid pump located within the housing and comprising at least one piston configured to reciprocate to pressurize at least one pumping chamber ; an electric motor located within the housing; a wobble assembly configured to convert a rotary input from the electric motor to reciprocating motion that reciprocates the at least one piston of the reciprocating piston fluid pump, the wobble assembly comprising: a rotating rod disposed within the housing along a drive axis of rotation and configured to receive the rotary input from the electric motor ; a land ; and a connecting rod joining the land with the at least one piston , wherein the land is disposed about the rotating rod and has a cylindrical surface , which revolves about a wobble axis that is offset from the drive axis of rotation about which land and rod rotate, such that as the land revolves, the axis of the cylindrical surface orbits the axis of the rotating rod , making a cone-like sweep; and a spray tip downstream from the at least one pumping chamber; wherein the electric motor is configured to activate to move the wobble assembly and reciprocate the at least one piston . a rotating rod disposed within the housing along a drive axis of rotation and configured to receive the rotary input from the electric motor ; a land ; and a connecting rod joining the land with the at least one piston , wherein the land is disposed about the rotating rod and has a cylindrical surface , which revolves about a wobble axis that is offset from the drive axis of rotation about which land and rod rotate, such that as the land revolves, the axis of the cylindrical surface orbits the axis of the rotating rod , making a cone-like sweep; and a spray tip downstream from the at least one pumping chamber; wherein the electric motor is configured to activate to move the wobble assembly and reciprocate the at least one piston .
Apparatus comprising: an isolator assembly configured to provide isolation between two antennas in multiple non-overlapping frequency bands, the isolator assembly comprising an isolator element (222, 322, 622, 822; 832, 922; 932; 942), the isolator element being an AC-grounded resonating conductive isolation element providing isolation in a first frequency band (F1) and a second frequency band (F2) non-overlapping the first frequency band, the isolator element including a choke element configured to select one of the first frequency band and the second frequency band for isolation operation in the selected frequency band, and wherein the choke element presents a short circuit for the first frequency band and an open circuit for the second frequency band, characterised by the isolator element (222, 322, 622, 822; 832, 922; 932; 942) having an end-to-end length (L1) that is substantially equal to 1⁄4 of the wavelength of the resonant frequency of the first frequency band (F1) and a distance (L2) between an end of the isolator element and the choke element substantially equal to 1⁄4 of the wavelength of the resonant frequency of the second frequency band (F2). an isolator assembly configured to provide isolation between two antennas in multiple non-overlapping frequency bands, the isolator assembly comprising an isolator element (222, 322, 622, 822; 832, 922; 932; 942), the isolator element being an AC-grounded resonating conductive isolation element providing isolation in a first frequency band (F1) and a second frequency band (F2) non-overlapping the first frequency band, the isolator element including a choke element configured to select one of the first frequency band and the second frequency band for isolation operation in the selected frequency band, and wherein the choke element presents a short circuit for the first frequency band and an open circuit for the second frequency band, characterised by the isolator element (222, 322, 622, 822; 832, 922; 932; 942) having an end-to-end length (L1) that is substantially equal to 1⁄4 of the wavelength of the resonant frequency of the first frequency band (F1) and a distance (L2) between an end of the isolator element and the choke element substantially equal to 1⁄4 of the wavelength of the resonant frequency of the second frequency band (F2).
A method for a computer system , the method comprising: receiving an account creation request for a social media platform , the account creation request created and sent to the social media platform using a frontend component ; receiving , from the frontend component, an application programming interface [API] call sequence associated with the account creation request, the API call sequence made to an API of the frontend component and reflecting API calls registered by the frontend component in connection with creation of the account creation request, and timings of the registered API calls; applying an API call sequence model to the received API call sequence, the API call sequence model generated by providing training API call sequences to a machine learning component ; and in response to the application of the API call sequence model indicating that the received API call sequence is anomalous, taking at least one action with regard to the account creation request, or with regard to an account created in response to the account creation request. receiving an account creation request for a social media platform , the account creation request created and sent to the social media platform using a frontend component ; receiving , from the frontend component, an application programming interface [API] call sequence associated with the account creation request, the API call sequence made to an API of the frontend component and reflecting API calls registered by the frontend component in connection with creation of the account creation request, and timings of the registered API calls; applying an API call sequence model to the received API call sequence, the API call sequence model generated by providing training API call sequences to a machine learning component ; and in response to the application of the API call sequence model indicating that the received API call sequence is anomalous, taking at least one action with regard to the account creation request, or with regard to an account created in response to the account creation request.
A method of preparing a placenta-derived matrix in the form of a hydrogel, comprising (a) devitalizing a placenta tissue to produce a devitalized placenta tissue, (b) digesting the devitalized placenta tissue in a digestion solution comprising pepsin and an acid to produce a placenta-derived matrix, (c) adjusting pH of the placenta-derived matrix from step (b) to a basic pH, whereby the pepsin is irreversibly inactivated, and (d) adjusting the pH of the placenta-derived matrix from step (c) to a neutral pH, whereby a placenta-derived matrix in the form of a hydrogel is prepared. (a) devitalizing a placenta tissue to produce a devitalized placenta tissue, (b) digesting the devitalized placenta tissue in a digestion solution comprising pepsin and an acid to produce a placenta-derived matrix, (c) adjusting pH of the placenta-derived matrix from step (b) to a basic pH, whereby the pepsin is irreversibly inactivated, and (d) adjusting the pH of the placenta-derived matrix from step (c) to a neutral pH, whereby a placenta-derived matrix in the form of a hydrogel is prepared.
Probiotics comprising bacteria for use in the treatment of and/or in the prevention of and/or in the reduction of symptoms associated with diverticular disease, in subjects affected by Symptomatic Uncomplicated Diverticular Disease preceded by Acute Diverticulis (SUDD+AD) and wherein said bacteria is Lactobacillus paracasei DG, CNCM 1-1572.
Pneumatic vehicle tyre of radial construction, having a tread with a central tread part and two shoulder-side tread parts that each immediately adjoin the central tread part in an axial direction, wherein the tread parts each have a constant width around the tread circumference, wherein the central tread part is a one-part tread part and consists of a first rubber material, or wherein the central tread part is a multi-part tread part and consists of several first rubber materials, wherein the shoulder-side tread parts consist of a second rubber material and wherein the rubber material(s) of the central tread part has/have, pursuant to DIN 53512, a lower loss factor (tan δ) at 70°C than the rubber material of the shoulder-side tread parts , wherein the central tread part has, in the axial direction, a width (B 1 ) of 90% to 100% of the ground contact patch width (B) of the tread , wherein the ground contact patch width (B) corresponds to the width of the statically determined footprint according to the E.T.R.T.O. standard (load at 70% of the load-bearing capacity at an internal pressure of 2.5 bar, internal pressure 85% of 2.5 bar), characterized in that the rubber material(s) of the central tread part has/have a greater rebound elasticity at 70°C than the rubber material of the shoulder-side tread parts , wherein the rebound elasticity at 70°C of the rubber material(s) of the central tread part amounts to 45% to 70%, in particular 50% to 65%.
A coextruded polymeric article comprising: first segments each having first and second opposed major surfaces and a thickness, the first segments comprising first material; second segments comprising second material, wherein adjacent first segments are joined together via a second segment, wherein the second segments extend from the second major surface past the first major surface of each first adjacent segment and has a distal end, the second segments having first and second oppose sides; first protrusions each extending from the first side of a second segment and extending no more than to the first major surface of the respective first segment adjacent to the second segment, the first protrusions comprising third material; and second protrusions each extending from the first side of a second segment, contacting the first protrusion extending from the second segment and extending not more than to the distal end of the second segment, the second protrusions comprising fourth material, wherein at least one of the second and third or second and fourth materials are different, and wherein the first segments, second segments, first protrusions, and second protrusions each extend continuously for at least 5 mm. first segments each having first and second opposed major surfaces and a thickness, the first segments comprising first material; second segments comprising second material, wherein adjacent first segments are joined together via a second segment, wherein the second segments extend from the second major surface past the first major surface of each first adjacent segment and has a distal end, the second segments having first and second oppose sides; first protrusions each extending from the first side of a second segment and extending no more than to the first major surface of the respective first segment adjacent to the second segment, the first protrusions comprising third material; and second protrusions each extending from the first side of a second segment, contacting the first protrusion extending from the second segment and extending not more than to the distal end of the second segment, the second protrusions comprising fourth material,
Magic-angle spinning NMR analysis system comprising a probe system , itself comprising a NMR analysis probe and a thermal insulation device , said thermal insulation device comprising a screen (101; 102; 103; 104) insulating a first member and/or a second member (20; 30; 16; 10; 30) from a thermal radiation, the device comprising: - a first heat-exchange element exchanging heat between the heat screen and a stream of fluid, notably a stream of gas, and - a guide element guiding the first member using the stream and/or a drive element driving the first member using the stream and/or a second heat-exchange element of the first member using the stream, the analysis system comprising a cryostat and a cryogenic line connecting the probe onto the cryostat, characterized in that the cryogenic line comprises a vacuum barrier and a set of valves , in such a way that the NMR analysis probe can be disconnected from the cryostat without the need to switch off said cryostat . - a first heat-exchange element exchanging heat between the heat screen and a stream of fluid, notably a stream of gas, and - a guide element guiding the first member using the stream and/or a drive element driving the first member using the stream and/or a second heat-exchange element of the first member using the stream,
A fluid sterilization device comprising: a housing including a first housing that defines an upstream side of a flow passage extending in a longitudinal direction and a second housing that defines a downstream side of the flow passage and that is connectable to the first housing; a hollow fiber filter provided in the first housing and extending in the longitudinal direction; and a light source provided in the housing and including a light emitting diode that emits ultraviolet light, a reflector that is provided to surround the light emitting diode, and a sealing window that seals the light emitting diode and the reflector, wherein the light source is positioned near an exit of the hollow fiber filter on the central axis of the housing to radiate the ultraviolet light toward the downstream side of the flow passage opposite to the hollow fiber filter, and wherein the reflector reflects the ultraviolet light traveling from the light emitting diode toward the filter in the direction of the downstream side of the flow passage so as to irradiate a fluid flowing in a laminar flow state in the second housing after passing through the hollow fiber filter with the ultraviolet light. a housing including a first housing that defines an upstream side of a flow passage extending in a longitudinal direction and a second housing that defines a downstream side of the flow passage and that is connectable to the first housing; a hollow fiber filter provided in the first housing and extending in the longitudinal direction; and a light source provided in the housing and including a light emitting diode that emits ultraviolet light, a reflector that is provided to surround the light emitting diode, and a sealing window that seals the light emitting diode and the reflector, wherein the light source is positioned near an exit of the hollow fiber filter on the central axis of the housing to radiate the ultraviolet light toward the downstream side of the flow passage opposite to the hollow fiber filter, and wherein the reflector reflects the ultraviolet light traveling from the light emitting diode toward the filter in the direction of the downstream side of the flow passage so as to irradiate a fluid flowing in a laminar flow state in the second housing after passing through the hollow fiber filter with the ultraviolet light.