mhurhangee/ep-ind-claims huggingface dataset:
A complex of stable lamellar vesicles, comprising: at least one phospholipid; at least one water-soluble and digestible mixture of dextrin fibers derived from wheat and maize; at least one substance of natural origin having antioxidant properties; and wherein the dextrin fibers are located both within the vesicles and in the intervesicular aqueous liquid; and wherein said complex is dispersed or not in a substantially or totally water-based hydrophilic solvent; and wherein said dispersion has the composition of the following Table 1a): Phospholipid Component (weight/volume %) Dextrin Fiber (weight/volume %) Antioxidant Active (weight/volume %) Additional Polymer (weight/volume %) 1-50 1-60 0.1 - 15 0-20 at least one phospholipid; at least one water-soluble and digestible mixture of dextrin fibers derived from wheat and maize; at least one substance of natural origin having antioxidant properties; and wherein the dextrin fibers are located both within the vesicles and in the intervesicular aqueous liquid; and wherein said complex is dispersed or not in a substantially or totally water-based hydrophilic solvent; and wherein said dispersion has the composition of the following Table 1a): Phospholipid Component (weight/volume %) Dextrin Fiber (weight/volume %) Antioxidant Active (weight/volume %) Additional Polymer (weight/volume %) 1-50 1-60 0.1 - 15 0-20
Use of a polishing slurry for polishing silicon carbide, the slurry comprising a suspension liquid in which manganese dioxide particles are suspended, wherein the slurry has a pH of 6.5 or more and a redox potential V falling within the range specified by the following formula representing a relation between V and pH: 1.014 - 0.0591 pH ≤ V ≤ 1.620 - 0.0743 pH.
An article of footwear, comprising: - a bladder having a first bladder wall, the first bladder wall having a first bladder wall thickness, an exterior-facing side comprising a first thermoplastic material, and an interior-facing side comprising a second thermoplastic material, wherein the first bladder wall has a gas transmission rate of 150 cm 3 /m 2 •MPa•day (15 cm 3 /m 2 •atm•day) or less for nitrogen for an average wall thickness of 0.5 mm (20 mils); and - a multi-layer optical film (12; 200) disposed on or within the bladder, wherein the multi-layer optical film (12; 200) has a first side and a second side, wherein the first side and the second side are on opposing sides, wherein the first side or the second side of the multi-layer optical film (12; 200) is disposed on the exterior-facing side of the first bladder wall, on the interior-facing side of the first bladder wall, or on a side of a component in an internal cavity of the bladder; wherein the first side of the multi-layer optical film (12;200), the second side of the multi-layer optical film (12; 200), or both impart a structural color to the bladder; and wherein the multi-layer optical film (12; 200) comprises at least three layers, including a first layer comprising a metal, and a second layer comprising a metal oxide. - a bladder having a first bladder wall, the first bladder wall having a first bladder wall thickness, an exterior-facing side comprising a first thermoplastic material, and an interior-facing side comprising a second thermoplastic material, wherein the first bladder wall has a gas transmission rate of 150 cm 3 /m 2 •MPa•day (15 cm 3 /m 2 •atm•day) or less for nitrogen for an average wall thickness of 0.5 mm (20 mils); and - a multi-layer optical film (12; 200) disposed on or within the bladder, wherein the multi-layer optical film (12; 200) has a first side and a second side, wherein the first side and the second side are on opposing sides, wherein the first side or the second side of the multi-layer optical film (12; 200) is disposed on the exterior-facing side of the first bladder wall, on the interior-facing side of the first bladder wall, or on a side of a component in an internal cavity of the bladder; wherein the first side of the multi-layer optical film (12;200), the second side of the multi-layer optical film (12; 200), or both impart a structural color to the bladder; and wherein the multi-layer optical film (12; 200) comprises at least three layers, including a first layer comprising a metal, and a second layer comprising a metal oxide.
A fenestrated endoprosthesis of the thoracic aorta comprising a first stent meshing, a main tubular endoprosthesis made of fabric, said main tubular endoprosthesis being integral with said first stent meshing, and having an arcuate central part configured to be housed in the aortic arch of a patient, said arcuate central part extending between a first end configured to be housed in a portion of the ascending aorta and a second end configured to be housed in a portion of the descending aorta, characterised in that the fenestrated endoprosthesis of the thoracic aorta further includes a flange also made of fabric and associated with a second stent meshing, said flange being substantially frustoconical in shape and provided with a base, said base of the flange being fitted over an aperture made on the upper face of the arcuate central part of the main tubular endoprosthesis, said flange being configured to be housed at the base of the patient's supra-aortic trunks.
Calibration system for calibrating a building platform system arranged in a building space of an additive manufacturing device, wherein the additive manufacturing device has a controllable laser for consolidating material during additive manufacturing on the building platform system, and wherein the calibration system comprises a calibration plate fixable on the building platform system and an optics module, wherein - the calibration plate consists of a predetermined base material, the calibration plate having a visible surface on one of its two flat plate sides, and - the optics module comprises an optical detection unit (4.1) and an optics holder (4.2), characterized in that - the visible surface the calibration plate is provided with a surface layer that contrasts in color with the base material, and - the optics module further comprises a support plate (4.3) for covering the building space of the additive manufacturing device, wherein the optical detection unit (4.1) is fastened by means of the optics holder (4.2) to the support plate (4.3) in the region of a light passage recess in the support plate (4.3) for optical image capture of the calibration plate fixed on the building platform system, and wherein lighting means for illuminating the building space are attached to the support plate (4.3) on the building space side. - the calibration plate consists of a predetermined base material, the calibration plate having a visible surface on one of its two flat plate sides, and - the optics module comprises an optical detection unit (4.1) and an optics holder (4.2), - the visible surface the calibration plate is provided with a surface layer that contrasts in color with the base material, and - the optics module further comprises a support plate (4.3) for covering the building space of the additive manufacturing device, wherein the optical detection unit (4.1) is fastened by means of the optics holder (4.2) to the support plate (4.3) in the region of a light passage recess in the support plate (4.3) for optical image capture of the calibration plate fixed on the building platform system, and wherein lighting means for illuminating the building space are attached to the support plate (4.3) on the building space side.
An electronic circuit, comprising: a first PLL circuit (111, 112, 113, 114, 115) including a first frequency divider whose frequency-division ratio is variably controlled; a second frequency divider configured to divide a frequency of a signal input into the first frequency divider; and a second PLL circuit (121, 122, 123, 124, 125) configured to receive a reference signal; characterised by: a delay circuit configured to delay an output signal of the second frequency divider, the second PLL circuit being configured to receive an output signal of the delay circuit as said reference signal; and by a mixer circuit configured to receive as inputs an oscillating signal of the first PLL circuit and an oscillating signal of the second PLL circuit. a first PLL circuit (111, 112, 113, 114, 115) including a first frequency divider whose frequency-division ratio is variably controlled; a second frequency divider configured to divide a frequency of a signal input into the first frequency divider; and a second PLL circuit (121, 122, 123, 124, 125) configured to receive a reference signal; characterised by: a delay circuit configured to delay an output signal of the second frequency divider, the second PLL circuit being configured to receive an output signal of the delay circuit as said reference signal; and by a mixer circuit configured to receive as inputs an oscillating signal of the first PLL circuit and an oscillating signal of the second PLL circuit.
Process for manufacturing an electrically conductive member for an electronic component according to claim 11, characterized in that it comprises the following steps: - providing a structure comprising at least one blind hole having a bottom and at least one internal lateral flank connected to said bottom via a base of said lateral flank; - forming the member, this forming step comprising a step of growing an electrically conductive material in order to form at least one portion of the member in the blind hole, said growth being faster at the base of the lateral flank of the blind hole than on the rest of said lateral flank, said member when formed comprising a cavity arranged at that end of said member which is located opposite the bottom of the blind hole, said cavity being entirely or partially bordered by a rim. - providing a structure comprising at least one blind hole having a bottom and at least one internal lateral flank connected to said bottom via a base of said lateral flank; - forming the member, this forming step comprising a step of growing an electrically conductive material in order to form at least one portion of the member in the blind hole, said growth being faster at the base of the lateral flank of the blind hole than on the rest of said lateral flank, said member when formed comprising a cavity arranged at that end of said member which is located opposite the bottom of the blind hole, said cavity being entirely or partially bordered by a rim.
A method of monitoring operation of a wireless mesh network having a plurality of nodes (20, 22, 24, 26, 28, 30) interconnected by a plurality of assigned message links (LI to L10), the method comprising: collecting positional information relating to each of the nodes (20, 22, 24, 26, 28, 30); collecting network performance data reported by each of the nodes (20, 22, 24, 26, 28, 30); and generating a visual representation of the network based upon the positional information, the network performance data, and node operation parameters, collecting data representative of one or more operating parameters related to node operation including battery life information that is distinct from the network performance data reported by the nodes, wherein the network performance data includes received radio signal strengths over the assigned message links (L1 to L10) between neighboring nodes; and generating the visual representation of the network is further based on an icon representing each node, wherein each icon is positioned in the visual representation to show, based upon the positional information related to the node represented by the icon, a physical location of the node represented by the icon, and lines connecting the icons representing the assigned message links (L1 to L10) between the nodes, wherein the icon representing each node displays information related to the collected node operating parameters including battery life information associated with each node that allows a user to visually inspect battery life status of the plurality of nodes in the wireless mesh network. collecting positional information relating to each of the nodes (20, 22, 24, 26, 28, 30); collecting network performance data reported by each of the nodes (20, 22, 24, 26, 28, 30); and generating a visual representation of the network based upon the positional information, the network performance data, and node operation parameters, collecting data representative of one or more operating parameters related to node operation including battery life information that is distinct from the network performance data reported by the nodes, wherein the network performance data includes received radio signal strengths over the assigned message links (L1 to L10) between neighboring nodes; and generating the visual representation of the network is further based on an icon representing each node, wherein each icon is positioned in the visual representation to show, based upon the positional information related to the node represented by the icon, a physical location of the node represented by the icon, and lines connecting the icons representing the assigned message links (L1 to L10) between the nodes, wherein the icon representing each node displays information related to the collected node operating parameters including battery life information associated with each node that allows a user to visually inspect battery life status of the plurality of nodes in the wireless mesh network.
A measuring method for a kinase forward reaction substrate and/or a phosphorylated product thereof, comprising: a step of conducting a cycling reaction according to the following formula: by bringing: (i) a kinase catalyzing a forward reaction for producing a phosphorylated product from a kinase forward reaction substrate and a reverse reaction thereof in the presence of nucleotide coenzymes, the kinase utilizing nucleotide coenzymes at least having different nucleoside moieties in the forward reaction and the reverse reaction, respectively;(ii) a first nucleotide coenzyme of the kinase; and (iii) a second nucleotide coenzyme having a different nucleoside moiety from the first nucleotide coenzyme; into contact with a sample; a step of detecting an amount of change of a signal corresponding to a change of at least any one of the first nucleotide coenzyme, a conversion product of the first nucleotide coenzyme, the second nucleotide coenzyme, and a conversion product of the second nucleotide coenzyme; and a step of calculating, on the basis of the detected change of the signal, an amount the kinase forward reaction substrate and/or the phosphorylated product thereof contained in the sample; wherein the kinase is creatine kinase; and the forward reaction substrate is creatine. a step of conducting a cycling reaction according to the following formula: by bringing: (i) a kinase catalyzing a forward reaction for producing a phosphorylated product from a kinase forward reaction substrate and a reverse reaction thereof in the presence of nucleotide coenzymes, the kinase utilizing nucleotide coenzymes at least having different nucleoside moieties in the forward reaction and the reverse reaction, respectively;(ii) a first nucleotide coenzyme of the kinase; and (iii) a second nucleotide coenzyme having a different nucleoside moiety from the first nucleotide coenzyme; into contact with a sample; a step of detecting an amount of change of a signal corresponding to a change of at least any one of the first nucleotide coenzyme, a conversion product of the first nucleotide coenzyme, the second nucleotide coenzyme, and a conversion product of the second nucleotide coenzyme; and a step of calculating, on the basis of the detected change of the signal, an amount the kinase forward reaction substrate and/or the phosphorylated product thereof contained in the sample;
A touch display device, comprising: a thin film transistor substrate, a touch sensing layer, a liquid crystal layer, a color filter substrate, and a high resistivity layer, which are sequentially laminated; wherein a material of the high resistivity layer is a mixture of graphite oxide and tin oxide, characterized in that the material of the high resistivity layer is a mixture of graphite oxide and tin oxide with a mass ratio of 60:100 to 70:100.
A method of subjecting a group of Near Field Communication, NFC, tags to an action, comprising: an NFC module of an electronic device: receiving data reads of a plurality of tags the data including an overhead portion and a payload portion; determining a data type by reviewing the overhead portion or parsing the payload portion; categorising the data reads based on a type of the tags, and forming a group of ones of the plurality of tags based on the categorisation, and displaying the group on a display device to subject the group to the action. an NFC module of an electronic device: receiving data reads of a plurality of tags the data including an overhead portion and a payload portion; determining a data type by reviewing the overhead portion or parsing the payload portion; categorising the data reads based on a type of the tags, and forming a group of ones of the plurality of tags based on the categorisation, and receiving data reads of a plurality of tags the data including an overhead portion and a payload portion; determining a data type by reviewing the overhead portion or parsing the payload portion; categorising the data reads based on a type of the tags, and forming a group of ones of the plurality of tags based on the categorisation, and displaying the group on a display device to subject the group to the action.
A controller for a fulfilment service operation, having means configured to provide: a receiver to receive a document file, the document file comprising job data and policy data, the job data comprising data defining an item to be produced by a fulfilment service device; a location module to determine if location information associated with an authentication token borne by a user satisfies a location policy defined in the policy data; an identity module to determine if identity information associated with the authentication token satisfies an identity policy defined in the policy data; an itinerary module to determine if itinerary information associated with the authentication token satisfies an itinerary policy defined in the policy data wherein the itinerary information comprises data from a calendar of the user; a control module to issue a job-proceed instruction responsive to receipt of an indication that the location policy, the identity policy and the itinerary policy are satisfied. a receiver to receive a document file, the document file comprising job data and policy data, the job data comprising data defining an item to be produced by a fulfilment service device; a location module to determine if location information associated with an authentication token borne by a user satisfies a location policy defined in the policy data; an identity module to determine if identity information associated with the authentication token satisfies an identity policy defined in the policy data; an itinerary module to determine if itinerary information associated with the authentication token satisfies an itinerary policy defined in the policy data wherein the itinerary information comprises data from a calendar of the user; a control module to issue a job-proceed instruction responsive to receipt of an indication that the location policy, the identity policy and the itinerary policy are satisfied.
A controlled motion system comprising: a track formed from two or more track sections positioned adjacent to one another, each track section having a housing and a linear magnetic motor disposed in the housing, wherein the linear magnetic motor includes an end tooth on each end and a plurality of intervening teeth (109, 111), wherein at least some of the plurality of intervening teeth include electromagnetic coils configured to produce a magnetic flux; one or more movers mounted to move along the track by utilizing the magnetic flux; and a respective magnetic flux bridge connecting each of the adjacent track sections together (134, 134a, 134b), each respective magnetic flux bridge being formed from the end teeth of the adjacent track sections, wherein each of the end teeth of the adjacent track sections form a substantially smooth surface configured to abut against one another to form a magnetic flux path, characterized in that each track section has a cover and in that each of the end teeth include a recess sized to fit a lip of the cover. a track formed from two or more track sections positioned adjacent to one another, each track section having a housing and a linear magnetic motor disposed in the housing, wherein the linear magnetic motor includes an end tooth on each end and a plurality of intervening teeth (109, 111), wherein at least some of the plurality of intervening teeth include electromagnetic coils configured to produce a magnetic flux; one or more movers mounted to move along the track by utilizing the magnetic flux; and a respective magnetic flux bridge connecting each of the adjacent track sections together (134, 134a, 134b), each respective magnetic flux bridge being formed from the end teeth of the adjacent track sections, wherein each of the end teeth of the adjacent track sections form a substantially smooth surface configured to abut against one another to form a magnetic flux path, characterized in that each track section has a cover and in that each of the end teeth include a recess sized to fit a lip of the cover.
A bi-directional wellhead seal for sealing an inner pipe of a wellhead to a corresponding outer pipe of said wellhead, said seal wherein: a metal sealing ring operates in combination with a spring ejector ring, said sealing ring including a shaped outside diameter having a frustro-conical upper surface and a lower surface; said spring ejector ring maintaining axial pressure on said sealing ring lower surface upon axial compression of said rings, said spring ejector ring including a shaped outside diameter having a frustro-conical upper surface, said spring ejector ring outside diameter less than said sealing ring outside diameter, said spring ejector ring in mechanical communication with said sealing ring upon axial compression of said sealing ring such that sufficient force is generated to eject said sealing ring upon removal, said spring ejector ring inside diameter being larger than said sealing ring inside diameter; and a sleeve nut adapted such that upon the screwing of said sleeve nut on external threads of said inner pipe sufficient to deform the sealing ring, said inner pipe and outer pipe are sealed from gas or fluid leakage. a metal sealing ring operates in combination with a spring ejector ring, said sealing ring including a shaped outside diameter having a frustro-conical upper surface and a lower surface; said spring ejector ring maintaining axial pressure on said sealing ring lower surface upon axial compression of said rings, said spring ejector ring including a shaped outside diameter having a frustro-conical upper surface, said spring ejector ring outside diameter less than said sealing ring outside diameter, said spring ejector ring in mechanical communication with said sealing ring upon axial compression of said sealing ring such that sufficient force is generated to eject said sealing ring upon removal, said spring ejector ring inside diameter being larger than said sealing ring inside diameter; and a sleeve nut adapted such that upon the screwing of said sleeve nut on external threads of said inner pipe sufficient to deform the sealing ring, said inner pipe and outer pipe are sealed from gas or fluid leakage.