mhurhangee/patent-ind-claim-en huggingface dataset:
A sole structure for an article of footwear, the sole structure comprising: a midsole including a plurality of cavities including a first cavity and a second cavity ; a first quantity of particulate matter disposed directly within the first cavity ; and a cushioning member including a first portion having at least one compartment containing a second quantity of particulate matter and disposed within the second cavity , and a second portion extending from the first portion and covering the first cavity . a midsole including a plurality of cavities including a first cavity and a second cavity ; a first quantity of particulate matter disposed directly within the first cavity ; and a cushioning member including a first portion having at least one compartment containing a second quantity of particulate matter and disposed within the second cavity , and a second portion extending from the first portion and covering the first cavity .
A method for manufacturing a rack bar , the method comprising: joining an axial end portion of a first bar member and an axial end portion of a second bar member to each other, the first bar member and the second bar member being hollow members, and the first bar member having a toothed portion along an axial direction, and the toothed portion having a plurality of rack teeth, thickening a wall of at least a portion of the second bar member , that has been joined to the first bar member , along the axial direction such that the portion of the second bar member is made coaxial with the first bar member , and after the thickening has been performed, forming a power transmission section on the wall-thickened portion of the second bar member . joining an axial end portion of a first bar member and an axial end portion of a second bar member to each other, the first bar member and the second bar member being hollow members, and the first bar member having a toothed portion along an axial direction, and the toothed portion having a plurality of rack teeth, thickening a wall of at least a portion of the second bar member , that has been joined to the first bar member , along the axial direction such that the portion of the second bar member is made coaxial with the first bar member , and after the thickening has been performed, forming a power transmission section on the wall-thickened portion of the second bar member .
A pack of compressible insulation products , each insulation product having a longitudinal axis (X 1 ), a peripheral surface and first and second ends , the pack comprising a stack of at least two superimposed modules , where each module comprises: - a row of insulation products positioned next to one another, successively along a first direction (D 1 ) perpendicular to the longitudinal axes (X 1 ) of the insulation products, the insulation products of the row having their longitudinal axes (X 1 ) parallel to one another, - a first film which wraps each insulation product of the row in a compressed state of the insulation product, by covering the peripheral surface of the insulation product, - a second film which wraps the row of insulation products, by covering some of the peripheral surface of the insulation products of the row , the modules of the stack being superimposed along a second direction (D 2 ) perpendicular to the longitudinal axes (X 1 ) of the insulation products and to the first direction (D 1 ) of each module, the stack comprising two end faces formed by the ends of the insulation products and main faces and transverse faces that are perpendicular to the end faces , characterized in that the pack comprises a cover which wraps the stack of superimposed modules , by covering five faces of the stack including the two end faces and at least the periphery of the sixth face of the stack . - a row of insulation products positioned next to one another, successively along a first direction (D 1 ) perpendicular to the longitudinal axes (X 1 ) of the insulation products, the insulation products of the row having their longitudinal axes (X 1 ) parallel to one another, - a first film which wraps each insulation product of the row in a compressed state of the insulation product, by covering the peripheral surface of the insulation product, - a second film which wraps the row of insulation products, by covering some of the peripheral surface of the insulation products of the row ,
A method for a client device as an Internet of Things, IoT, device, comprising: obtaining information that includes a first client device context generated at a first network device that serves a first service area of a network, the first client device context including first network state information associated with the client device , wherein the first network device implements a target IoT Function ; entering a second service area of the network served by a second network device which implements a source IoT Function ; transmitting , in the second service area, a data packet comprising data and the obtained information without establishing a radio resource control, RRC, connection with the network, wherein the data packet is encrypted and integrity protected with at least one key shared with the second network device ; and receiving a service relocation message from the first network device in response to the transmission, the service relocation message including information associated with the second network device . obtaining information that includes a first client device context generated at a first network device that serves a first service area of a network, the first client device context including first network state information associated with the client device , wherein the first network device implements a target IoT Function ; entering a second service area of the network served by a second network device which implements a source IoT Function ; transmitting , in the second service area, a data packet comprising data and the obtained information without establishing a radio resource control, RRC, connection with the network, wherein the data packet is encrypted and integrity protected with at least one key shared with the second network device ; and receiving a service relocation message from the first network device in response to the transmission, the service relocation message including information associated with the second network device .
An image forming apparatus comprising: a cartridge including: an image bearing member ; and a developer bearing member for bearing a developer, a lubricant of a polarity opposite to a polarity of the developer is coated on the developer bearing member , and if the cartridge is new, a discharging operation of discharging the lubricant from a surface of the developer bearing member onto the image bearing member is performed, characterized in that , when a predetermined time elapses from start of the discharging operation and before end of the discharging operation, following steps 1, 2 and 3 are performed in order: step 1: a surface potential of the image bearing member is reduced so as to set a potential difference between the surface potential of the image bearing member and a surface potential of the developer bearing member to be smaller than when the discharge operation is started, step 2: the surface potential of the developer bearing member is increased, and then step 3: the surface potential of the developer bearing member is reduced so as to set the potential difference to become gradually greater, wherein, in step 3 of the discharging operation, the surface potential of the image bearing member is set to be the same as when the discharging operation is started. a cartridge including: an image bearing member ; and a developer bearing member for bearing a developer, an image bearing member ; and a developer bearing member for bearing a developer, a lubricant of a polarity opposite to a polarity of the developer is coated on the developer bearing member , and if the cartridge is new, a discharging operation of discharging the lubricant from a surface of the developer bearing member onto the image bearing member is performed, characterized in that , when a predetermined time elapses from start of the discharging operation and before end of the discharging operation, following steps 1, 2 and 3 are performed in order: step 1: a surface potential of the image bearing member is reduced so as to set a potential difference between the surface potential of the image bearing member and a surface potential of the developer bearing member to be smaller than when the discharge operation is started, step 2: the surface potential of the developer bearing member is increased, and then step 3: the surface potential of the developer bearing member is reduced so as to set the potential difference to become gradually greater, step 1: a surface potential of the image bearing member is reduced so as to set a potential difference between the surface potential of the image bearing member and a surface potential of the developer bearing member to be smaller than when the discharge operation is started, step 2: the surface potential of the developer bearing member is increased, and then step 3: the surface potential of the developer bearing member is reduced so as to set the potential difference to become gradually greater, wherein, in step 3 of the discharging operation, the surface potential of the image bearing member is set to be the same as when the discharging operation is started.
A performance enhancing additive composition comprising a mixture or a blend of (i) an acid amide; and (ii) oxide treated derivative of amine; wherein the acid amide consists of a reaction product of polyisobutylene succinic anhydride (PIBSA) and tetraethylene pentamine (TEPA); wherein the oxide treated derivative of amine consists of a reaction product of an oxide and an amine; wherein the amine consists of tri-isopropanolamine (TIPA); wherein the oxide consists of propylene oxide (PO); and wherein the oxide treated derivative of amine consists of propylene oxide treated derivative of tri-isopropanolamine (PO-TIPA). (i) an acid amide; and (ii) oxide treated derivative of amine; wherein the acid amide consists of a reaction product of polyisobutylene succinic anhydride (PIBSA) and tetraethylene pentamine (TEPA); wherein the oxide treated derivative of amine consists of a reaction product of an oxide and an amine; wherein the amine consists of tri-isopropanolamine (TIPA); wherein the oxide consists of propylene oxide (PO); and wherein the oxide treated derivative of amine consists of propylene oxide treated derivative of tri-isopropanolamine (PO-TIPA). wherein the acid amide consists of a reaction product of polyisobutylene succinic anhydride (PIBSA) and tetraethylene pentamine (TEPA); wherein the oxide treated derivative of amine consists of a reaction product of an oxide and an amine; wherein the amine consists of tri-isopropanolamine (TIPA); wherein the oxide consists of propylene oxide (PO); and wherein the oxide treated derivative of amine consists of propylene oxide treated derivative of tri-isopropanolamine (PO-TIPA).
A system to optimize cleaning of a turbine engine, the system comprising one or more computing devices configured to: by a communication link between a turbine engine and a cleaning schedule optimizer , receive engine health data from the turbine engine over time during operation of the turbine engine, the engine health data including at least one of engine temperature, fuel efficiency and/or engine speed; by the cleaning schedule optimizer, periodically execute a cleaning schedule optimization routine to evaluate instances of the engine health data using one or more cleaning schedule optimization criteria; and in response to one or more instances of the engine health data meeting an engine health criterion, issue a notification to cause a foamed cleaning agent to be discharged into the turbine engine according to an optimized engine cleaning schedule; wherein the cleaning schedule optimizer is configured to query a maintenance database for information about the maintenance history of the turbine engine and incorporate the maintenance history information into the engine cleaning scheduling routine. by a communication link between a turbine engine and a cleaning schedule optimizer , receive engine health data from the turbine engine over time during operation of the turbine engine, the engine health data including at least one of engine temperature, fuel efficiency and/or engine speed; by the cleaning schedule optimizer, periodically execute a cleaning schedule optimization routine to evaluate instances of the engine health data using one or more cleaning schedule optimization criteria; and in response to one or more instances of the engine health data meeting an engine health criterion, issue a notification to cause a foamed cleaning agent to be discharged into the turbine engine according to an optimized engine cleaning schedule; wherein the cleaning schedule optimizer is configured to query a maintenance database for information about the maintenance history of the turbine engine and incorporate the maintenance history information into the engine cleaning scheduling routine.
A device for a road vehicle , wherein the device comprises at least one attachment that has an appliance holder and appliances fastened on the appliance holder , wherein these appliances can be displaced on the appliance holder at least transverse to a predefined driving direction of the vehicle , wherein at least one of said appliances is a caisson cover lifter , wherein at least one of the appliances fastened on the appliance holder is a sludge trap cleaner , wherein the sludge trap cleaner has a suction tube extending on the appliance holder , wherein the caisson cover lifter and the sludge trap cleaner form a road gully cleaning apparatus, wherein at least one cover pressing apparatus is assigned to the caisson cover lifter , and wherein either the cover pressing apparatus can be at least sectionally guided past underneath the caisson cover lifter or the cover pressing apparatus can be at least in a partial region guided in underneath a horizontal plane defined by the caisson cover lifter , characterized in that the cover pressing apparatus is formed by a bow , hook or slide, which is arranged movably relative to the caisson cover lifter , and in that the cover pressing apparatus is in dependence on its function realized in the form of the bow or the slide for opening a hinged caisson cover and/or in the form of the hook for releasing a locking mechanism of a caisson cover.
A bioabsorbable stent comprising a core structure of a magnesium alloy, a first anticorrosive layer containing magnesium fluoride as a main component formed on the core structure, and a second anticorrosive layer of a carbon-coated layer containing a diamond-like carbon on the first anticorrosive layer, the first anticorrosive layer has a layer thickness of 0.1 to 3 μm and the second anticorrosive layer has a layer thickness of 10 nm to 5 μm. a second anticorrosive layer of a carbon-coated layer containing a diamond-like carbon on the first anticorrosive layer, the first anticorrosive layer has a layer thickness of 0.1 to 3 μm and the second anticorrosive layer has a layer thickness of 10 nm to 5 μm.
A method for assessing the stain quality for application in-situ hybridization and immunohistochemistry, comprising the steps of: - unmixing multi-spectral image data of a tissue specimen to obtain analyte intensity images , each analyte intensity image comprising signals from a single stain; - computing uniformity metrics , distribution metrics and dispersion metrics , based on pixel intensity values in the analyte intensity images; and - assessing a stain quality of a slide by comparing the computed metrics to pre-determined cutoff values regarding uniformity, distribution and dispersion of pixel intensity, wherein the stain quality of the slide is assessed as acceptable if the computed metrics meet or exceed the pre-determined cutoff values, and wherein the stain quality of the slide is assessed as unacceptable if the computed metrics do not meet the pre-determined cutoff values, wherein the metrics of uniformity and distribution of pixel intensity values in the analyte intensity images are derived via an entropy calculation of the analyte intensity images, and the metric of dispersion of pixel intensity values in the analyte intensity images is derived via calculation of mean-variance values. - unmixing multi-spectral image data of a tissue specimen to obtain analyte intensity images , each analyte intensity image comprising signals from a single stain; - computing uniformity metrics , distribution metrics and dispersion metrics , based on pixel intensity values in the analyte intensity images; and - assessing a stain quality of a slide by comparing the computed metrics to pre-determined cutoff values regarding uniformity, distribution and dispersion of pixel intensity, wherein the stain quality of the slide is assessed as acceptable if the computed metrics meet or exceed the pre-determined cutoff values, and wherein the stain quality of the slide is assessed as unacceptable if the computed metrics do not meet the pre-determined cutoff values, wherein the metrics of uniformity and distribution of pixel intensity values in the analyte intensity images are derived via an entropy calculation of the analyte intensity images, and the metric of dispersion of pixel intensity values in the analyte intensity images is derived via calculation of mean-variance values.
A method for assisting the registration of subscription characteristics in a communications system in which a private user identity characteristic can be paired with a public user identity characteristic and more than one private user identity may be associated with a subscription; the method comprising transmitting from a subscription information store entity of the system to a service provision entity of the system a first message containing data specifying characteristics of a pairing of a first private user identity and a public user identity, characterised in that the message also includes an indication of any further private user identities other than the first private user identity that are associated with the same subscription as the first private user identity.
Crosslinkable rubber mixture, in particular for tyres, comprising: - 80 to 100 phr of functionalized SSBE diene rubber and/or ESBR diene rubber and/or high-vinyl BR rubber, where the vinyl content in the high-vinyl BR is 40 to 85% by weight, where the functionalization is a functionalization with hydroxy groups and/or epoxy groups and/or siloxane groups and/or amino groups and/or aminosiloxane groups and/or carboxy groups and/or phthalocyanine, - 0 to 20 phr of other polar or nonpolar rubber, - at least one silica as polar filler, where N,N'-diphenylguanidine is used as accelerator, where the ratio of silica to N,N'-diphenylguanidine complies with the formula (phr silica x BET silica) /phr DPG > 4500 and < 7500, where BET has been determined in accordance with DIN 66131 and 66132, and the minimal total silica surface area of the polar filler is represented by the following formula: silica filler (phr) x CTAB silica surface area (m 2 /g) > 10,000 m 2 , where CTAB has been determined in accordance with ASTM D3765, and - at least 0.1 phr of amino fatty acids, fatty acid amides or amino acid derivatives. - 80 to 100 phr of functionalized SSBE diene rubber and/or ESBR diene rubber and/or high-vinyl BR rubber, where the vinyl content in the high-vinyl BR is 40 to 85% by weight, where the functionalization is a functionalization with hydroxy groups and/or epoxy groups and/or siloxane groups and/or amino groups and/or aminosiloxane groups and/or carboxy groups and/or phthalocyanine, - 0 to 20 phr of other polar or nonpolar rubber, - at least one silica as polar filler, where N,N'-diphenylguanidine is used as accelerator, where the ratio of silica to N,N'-diphenylguanidine complies with the formula (phr silica x BET silica) /phr DPG > 4500 and < 7500, where BET has been determined in accordance with DIN 66131 and 66132, and the minimal total silica surface area of the polar filler is represented by the following formula: silica filler (phr) x CTAB silica surface area (m 2 /g) > 10,000 m 2 , where CTAB has been determined in accordance with ASTM D3765, and - at least 0.1 phr of amino fatty acids, fatty acid amides or amino acid derivatives.
A housing of a battery, comprising: a plurality of walls, configured to form an accommodating space of the housing, the accommodating space being configured to accommodate a plurality of battery cells, the plurality of walls comprising a first wall ; a first beam , provided in the accommodating space, the first beam intersecting with the first wall , and the first beam having a first cavity inside; and a first reinforcing structure , at least part of the first reinforcing structure being accommodated in the first cavity , and the first reinforcing structure being respectively fixed to the first beam and the first wall through a first connector and a second connector , so that the first wall is fixedly connected to the first beam . a plurality of walls, configured to form an accommodating space of the housing, the accommodating space being configured to accommodate a plurality of battery cells, the plurality of walls comprising a first wall ; a first beam , provided in the accommodating space, the first beam intersecting with the first wall , and the first beam having a first cavity inside; and a first reinforcing structure , at least part of the first reinforcing structure being accommodated in the first cavity , and the first reinforcing structure being respectively fixed to the first beam and the first wall through a first connector and a second connector , so that the first wall is fixedly connected to the first beam .