mhurhangee/patent-ind-claim-en huggingface dataset:
A resin system, comprising a first capped polyimide oligomer having the formula: Y i -A-Y i , wherein: i =1 or 2; Y is a nadic or dinadic functional endcap; and A is a chemical backbone, wherein: the chemical backbone comprises one or more nanoparticles, wherein the one or more nanoparticles are incorporated into the chemical backbone, and the chemical backbone further comprises one or more moieties selected from the group consisting of: imidesulfone, ether, ethersulfone, amide, imide, ester, estersulfone, etherimide, amideimide, oxazolyl, oxazolyl sulfone, thiazolyl, thiazolyl sulfone, imidazolyl, imidazolyl sulfone, heterocyclyl sulfone, and combinations thereof; or wherein the one or more nanoparticles are the chemical backbone; and a second capped polyimide oligomer having the formula: D i -Q-D i , wherein: i =1 or 2; D is a nadic or dinadic functional endcap; and Q is a hydrocarbon backbone that does not contain a nanoparticle, wherein the hydrocarbon backbone includes one or more moieties selected from the group consisting of: imidesulfone, ether, ethersulfone, amide, imide, ester, estersulfone, etherimide, amideimide, oxazolyl, oxazolyl sulfone, thiazolyl, thiazolyl sulfone, imidazolyl, imidazolyl sulfone, heterocyclyl sulfone, and combinations thereof. i =1 or 2; Y is a nadic or dinadic functional endcap; and A is a chemical backbone, wherein: the chemical backbone comprises one or more nanoparticles, wherein the one or more nanoparticles are incorporated into the chemical backbone, and the chemical backbone further comprises one or more moieties selected from the group consisting of: imidesulfone, ether, ethersulfone, amide, imide, ester, estersulfone, etherimide, amideimide, oxazolyl, oxazolyl sulfone, thiazolyl, thiazolyl sulfone, imidazolyl, imidazolyl sulfone, heterocyclyl sulfone, and combinations thereof; or wherein the one or more nanoparticles are the chemical backbone; and i =1 or 2; D is a nadic or dinadic functional endcap; and Q is a hydrocarbon backbone that does not contain a nanoparticle, wherein the hydrocarbon backbone includes one or more moieties selected from the group consisting of: imidesulfone, ether, ethersulfone, amide, imide, ester, estersulfone, etherimide, amideimide, oxazolyl, oxazolyl sulfone, thiazolyl, thiazolyl sulfone, imidazolyl, imidazolyl sulfone, heterocyclyl sulfone, and combinations thereof.
An isolated monoclonal antibody or an antigen-binding portion thereof which a) binds to macrophage-1 antigen (Mac-1), b) specifically inhibits the interaction of CD40L with activated Mac-1, c) does not bind to non-activated Mac-1, and d) does not induce integrin outside-in signaling, characterized in that it binds specifically to a peptide having the sequence EQLKKSKTL and that it comprises the CDRs of SEQ ID NOs:2-4 in the light chain and SEQ ID NOs:6-8 in the heavy chain. a) binds to macrophage-1 antigen (Mac-1), b) specifically inhibits the interaction of CD40L with activated Mac-1, c) does not bind to non-activated Mac-1, and d) does not induce integrin outside-in signaling,
A method for attaching flowable dry powder particles to a moving substrate, the method comprising: dispersing flowable dry powder particles onto a major radially inner surface of a hollow, rotating stencil roll, contacting a first major surface of a moving substrate with a major radially outer surface of the hollow, rotating stencil roll; imparting thermal energy to the moving substrate at least while the first major surface of the moving substrate is in contact with the major radially outer surface of the hollow, rotating stencil roll, so that a first portion of the moving substrate, which first portion includes the first major surface, is heated to a temperature sufficient to soften the first portion of the moving substrate; as the moving substrate rotates with the stencil roll, allowing at least some flowable dry powder particles to pass through at least some apertures in the stencil roll so as to contact the softened first major surface of the moving substrate and to partially embed in the first portion of the moving substrate so as to become attached thereto; and, allowing at least some flowable dry powder particles that have not become attached to the first portion of the moving substrate to tumble freely along the major radially inner surface of the stencil roll as the stencil roll rotates; and, separating the first major surface of the moving substrate from the major outer surface of the hollow, rotating stencil roll so as to produce a substrate comprising an array of flowable dry powder particles attached to the first portion thereof. dispersing flowable dry powder particles onto a major radially inner surface of a hollow, rotating stencil roll, contacting a first major surface of a moving substrate with a major radially outer surface of the hollow, rotating stencil roll; imparting thermal energy to the moving substrate at least while the first major surface of the moving substrate is in contact with the major radially outer surface of the hollow, rotating stencil roll, so that a first portion of the moving substrate, which first portion includes the first major surface, is heated to a temperature sufficient to soften the first portion of the moving substrate; as the moving substrate rotates with the stencil roll, allowing at least some flowable dry powder particles to pass through at least some apertures in the stencil roll so as to contact the softened first major surface of the moving substrate and to partially embed in the first portion of the moving substrate so as to become attached thereto; and, allowing at least some flowable dry powder particles that have not become attached to the first portion of the moving substrate to tumble freely along the major radially inner surface of the stencil roll as the stencil roll rotates; and, separating the first major surface of the moving substrate from the major outer surface of the hollow, rotating stencil roll so as to produce a substrate comprising an array of flowable dry powder particles attached to the first portion thereof.
A hearing device comprising - a processing unit configured to compensate for hearing loss of a user of the hearing device; - a memory unit ; and - an interface , the memory unit has a hearing device certificate stored thereon by a manufacturing device , the hearing device certificate of the hearing device comprising: - a hearing device identifier of the hearing device ; characterized in that the hearing device certificate comprises: - a plurality of cryptographic hearing device keys of the hearing device configured for secure communication with a client device , wherein the cryptographic hearing device keys are symmetric keys; and - at least one hearing device key identifier indicative of a hearing device key of the hearing device amongst the plurality of hearing device keys. - a processing unit configured to compensate for hearing loss of a user of the hearing device; - a memory unit ; and - an interface , - a hearing device identifier of the hearing device ; - a plurality of cryptographic hearing device keys of the hearing device configured for secure communication with a client device , wherein the cryptographic hearing device keys are symmetric keys; and - at least one hearing device key identifier indicative of a hearing device key of the hearing device amongst the plurality of hearing device keys.
A cross-flow fan comprising: a fan rotor including a plurality of blades and rotating about a center axis (X); and a housing having a suction port for sucking air and a blow-out port for blowing the air out, and housing the fan rotor therein, wherein the housing has a tongue portion , a first wall portion , a second wall portion , and two sidewalls , the tongue portion being close to an outer periphery of the fan rotor and extending in an axial direction of the fan rotor , the first wall portion continuously extending from the tongue portion to the blow-out port , the second wall portion facing the first wall portion , the two sidewalls being respectively provided at axial ends of the fan rotor to define a blow-out path (F) between the first wall portion and the second wall portion , and the two sidewalls are formed such that the blow-out path (F) has a narrowed portion whose cross-sectional area decreases as its cross-sectional shape changes from a rectangular shape to a trapezoidal shape from an upstream side toward a downstream side thereof, the trapezoidal shape having a portion near the second wall portion smaller in width than a portion near the first wall portion . a fan rotor including a plurality of blades and rotating about a center axis (X); and a housing having a suction port for sucking air and a blow-out port for blowing the air out, and housing the fan rotor therein, wherein the housing has a tongue portion , a first wall portion , a second wall portion , and two sidewalls , the tongue portion being close to an outer periphery of the fan rotor and extending in an axial direction of the fan rotor , the first wall portion continuously extending from the tongue portion to the blow-out port , the second wall portion facing the first wall portion , the two sidewalls being respectively provided at axial ends of the fan rotor to define a blow-out path (F) between the first wall portion and the second wall portion , and the two sidewalls are formed such that the blow-out path (F) has a narrowed portion whose cross-sectional area decreases as its cross-sectional shape changes from a rectangular shape to a trapezoidal shape from an upstream side toward a downstream side thereof, the trapezoidal shape having a portion near the second wall portion smaller in width than a portion near the first wall portion .
A minimally invasive surgical instrument comprising: an elongate shaft having a distal end , a proximal end , and a longitudinal axis extending between the distal end and the proximal end; and an end effector having a clevis coupled to the distal end of the elongate shaft, a first jaw rotatably coupled to the clevis, and a second jaw rotatably coupled to the clevis, the first jaw including a first face that is perpendicular to an axis of rotation of the first jaw, and the second jaw including a second face that is perpendicular to an axis of rotation of the second jaw; characterized in that : the surgical instrument further comprises a rocking pin having a first end that pivotally engages the first face of the first jaw and an opposing second end that pivotally engages the second face of the second jaw, the rocking pin being pivotally supported by the clevis between the first and second ends such that the rocking pin constrains the first and second jaws to have opposite motions around the axes of rotation of the first and second jaws. an elongate shaft having a distal end , a proximal end , and a longitudinal axis extending between the distal end and the proximal end; and an end effector having a clevis coupled to the distal end of the elongate shaft, a first jaw rotatably coupled to the clevis, and a second jaw rotatably coupled to the clevis, the first jaw including a first face that is perpendicular to an axis of rotation of the first jaw, and the second jaw including a second face that is perpendicular to an axis of rotation of the second jaw; characterized in that : the surgical instrument further comprises a rocking pin having a first end that pivotally engages the first face of the first jaw and an opposing second end that pivotally engages the second face of the second jaw, the rocking pin being pivotally supported by the clevis between the first and second ends such that the rocking pin constrains the first and second jaws to have opposite motions around the axes of rotation of the first and second jaws.
A method for encoding audio content associated with video content, the method comprising: receiving a piece of sound program content comprising (i) a first channel group, object or stem that comprises visually descriptive audio content that describes actions taking place in the video content, (ii) a second channel group, object or stem that comprises at least one of dialogue, music, and effects, and (iii) a third channel group, object or stem that comprises at least another one of dialogue, music, and effects; determining that the first channel group, object or stem in the piece of sound program content is to be emphasized during playback of the piece of sound program content; generating (i) a first set of ducking values to apply to the second channel group, object or stem and (ii) a second set of ducking values to apply to the third channel group, object or stem, based on activity within the first channel group, object or stem, wherein the first set of ducking values is different than the second set of ducking values such that when the first and second sets of ducking values are applied to the second and third channel groups, objects or stems, respectively, the second and third channel groups, objects or stems are deemphasized differently during playback of the piece of sound program content; and associating the ducking values with the first channel group, object or stem in an audio asset, wherein the audio asset includes (i) the first, second, and third channel groups, objects or stems and (ii) the first and second sets of ducking values that are associated with the first channel group, object or stem. receiving a piece of sound program content comprising (i) a first channel group, object or stem that comprises visually descriptive audio content that describes actions taking place in the video content, (ii) a second channel group, object or stem that comprises at least one of dialogue, music, and effects, and (iii) a third channel group, object or stem that comprises at least another one of dialogue, music, and effects; determining that the first channel group, object or stem in the piece of sound program content is to be emphasized during playback of the piece of sound program content; generating (i) a first set of ducking values to apply to the second channel group, object or stem and (ii) a second set of ducking values to apply to the third channel group, object or stem, based on activity within the first channel group, object or stem, wherein the first set of ducking values is different than the second set of ducking values such that when the first and second sets of ducking values are applied to the second and third channel groups, objects or stems, respectively, the second and third channel groups, objects or stems are deemphasized differently during playback of the piece of sound program content; and associating the ducking values with the first channel group, object or stem in an audio asset, wherein the audio asset includes (i) the first, second, and third channel groups, objects or stems and (ii) the first and second sets of ducking values that are associated with the first channel group, object or stem.
An inventory control system comprising: a tool storage device including a drawer or a tray providing a kit removably disposed in the drawer or tray, wherein the kit includes a plurality of sub-components for objects; a sensing device configured to form an image of the drawer or tray; characterized by a data processor configured to: receive a list of the sub-components and an image of the kit, and track check out of the kit and objects stored within the kit by determining, based on the list of the sub-components and the image of the kit formed by the sensing device , presence or absence of the kit in the drawer or tray and presence or absence of objects within the plurality of sub-components of the kit. a tool storage device including a drawer or a tray providing a kit removably disposed in the drawer or tray, wherein the kit includes a plurality of sub-components for objects; a sensing device configured to form an image of the drawer or tray; characterized by a data processor configured to: receive a list of the sub-components and an image of the kit, and track check out of the kit and objects stored within the kit by determining, based on the list of the sub-components and the image of the kit formed by the sensing device , presence or absence of the kit in the drawer or tray and presence or absence of objects within the plurality of sub-components of the kit. receive a list of the sub-components and an image of the kit, and track check out of the kit and objects stored within the kit by determining, based on the list of the sub-components and the image of the kit formed by the sensing device , presence or absence of the kit in the drawer or tray and presence or absence of objects within the plurality of sub-components of the kit.
A method of operating a data processing system, the method comprising: communicatively coupling graphics processing units, GPUs, over a Peripheral Component Interconnect Express, PCIe, fabric; and establishing a peer-to-peer arrangement between the GPUs over the PCIe fabric by at least providing an isolation function in the PCIe fabric configured to isolate a device PCIe address domain associated with the GPUs from at least a local PCIe address domain associated with a host processor that initiates the peer-to-peer arrangement between the GPUs isolating the device PCIe address domain from the local PCIe address domain by at least establishing synthetic PCIe devices representing the GPUs in the local PCIe address domain ; redirecting traffic transferred by the host processor for the GPUs in the local PCIe address domain for delivery to corresponding ones of the GPUs in the device PCIe address domain ; and responsive to peer-to-peer traffic from a first of the GPUs indicating the second of the GPUs as a destination in the local PCIe address domain , employing a peer-to-peer address trap in the isolation function to receive the peer-to-peer traffic and transfer the peer-to-peer traffic to the second of the GPUs in the device PCIe address domain . communicatively coupling graphics processing units, GPUs, over a Peripheral Component Interconnect Express, PCIe, fabric; and establishing a peer-to-peer arrangement between the GPUs over the PCIe fabric by at least providing an isolation function in the PCIe fabric configured to isolate a device PCIe address domain associated with the GPUs from at least a local PCIe address domain associated with a host processor that initiates the peer-to-peer arrangement between the GPUs isolating the device PCIe address domain from the local PCIe address domain by at least establishing synthetic PCIe devices representing the GPUs in the local PCIe address domain ; redirecting traffic transferred by the host processor for the GPUs in the local PCIe address domain for delivery to corresponding ones of the GPUs in the device PCIe address domain ; and responsive to peer-to-peer traffic from a first of the GPUs indicating the second of the GPUs as a destination in the local PCIe address domain , employing a peer-to-peer address trap in the isolation function to receive the peer-to-peer traffic and transfer the peer-to-peer traffic to the second of the GPUs in the device PCIe address domain .
A method for calculating a mass value of a material, comprising: determining an approximate mass value for an unknown material from spectral information derived for mass spectral analysis of the unknown material; retrieving a plurality of isotope profile models, each model corresponding to a known material, from a hash table data structure using the approximate mass value; fitting a sample isotope profile for the unknown material from the spectral information to the isotope profile models to generate a fit score for each fit, wherein the lowest fit score corresponds to the best fit; calculating a mass value from the best fitting model and the sample profile. retrieving a plurality of isotope profile models, each model corresponding to a known material, from a hash table data structure using the approximate mass value; fitting a sample isotope profile for the unknown material from the spectral information to the isotope profile models to generate a fit score for each fit, wherein the lowest fit score corresponds to the best fit; calculating a mass value from the best fitting model and the sample profile.
A method for wireless communication, comprising: including, by a wireless communications device , a request for a reserved access resource from a reserved access pool into a first data transmission comprising a first set of data, in response to a metric of a grant-less transmission exceeding a threshold; transmitting , from the wireless communications device , the first data transmission including the request to a base station, BS , using a grant-less access resource from a common resource pool , the common resource pool being smaller than the reserved access pool ; receiving , from the base station, BS , a message identifying the reserved access resource ; and transmitting , from the wireless communications device , a second set of the data comprising a remaining amount of the data to the base station, BS , using the reserved access resource . including, by a wireless communications device , a request for a reserved access resource from a reserved access pool into a first data transmission comprising a first set of data, in response to a metric of a grant-less transmission exceeding a threshold; transmitting , from the wireless communications device , the first data transmission including the request to a base station, BS , using a grant-less access resource from a common resource pool , the common resource pool being smaller than the reserved access pool ; receiving , from the base station, BS , a message identifying the reserved access resource ; and transmitting , from the wireless communications device , a second set of the data comprising a remaining amount of the data to the base station, BS , using the reserved access resource .
A method of measuring pH of a soil slurry, the method comprising: a. obtaining a soil extract; b. adding Bromocresol green and Nitrazine yellow in a weight ratio of Bromocresol green to Nitrazine yellow of 0.1:1 to 100:1 to the soil extract to form a mixture; and c. measuring absorbance of the mixture. a. obtaining a soil extract; b. adding Bromocresol green and Nitrazine yellow in a weight ratio of Bromocresol green to Nitrazine yellow of 0.1:1 to 100:1 to the soil extract to form a mixture; and c. measuring absorbance of the mixture.
Storage device for tools, in particular for drilling tools or saw blades, having a housing which has a receiving region having a receiving plane for the tool(s), and having a cover which can be pivoted relative to the housing and which can be moved from a closed position into an open position for removing the tool from the receiving region, wherein the housing has two substantially parallel housing walls which delimit the receiving region with respect to the receiving plane , wherein one of the housing walls terminates with spacing from the upper end of the housing , and characterised in that the other housing wall has a first wall region and a second wall region , wherein the wall regions are arranged offset with respect to each other.