mhurhangee/ep-ind-claims huggingface dataset:
A method for making superabsorbent polymers comprising the following steps: a) preparing an aqueous solution at pH equal or greater than 7.5 comprising alkylcellulose and at least one crosslinking agent, wherein said alkylcellulose has a concentration by weight between 2 and 10% and wherein said crosslinking agent is selected from boric acid, boronic acid, borax or an ester thereof in a concentration between 2 and 8% of said alkylcellulose; b) performing the crosslinking reaction obtaining a gel; c) drying the gel, wherein said alkylcellulose is selected from carboxymethylcellulose, hydroxyethylcellulose, methylhydroxyethylcellulose, methylhydroxypropylcellulose or mixtures thereof. a) preparing an aqueous solution at pH equal or greater than 7.5 comprising alkylcellulose and at least one crosslinking agent, wherein said alkylcellulose has a concentration by weight between 2 and 10% and wherein said crosslinking agent is selected from boric acid, boronic acid, borax or an ester thereof in a concentration between 2 and 8% of said alkylcellulose; b) performing the crosslinking reaction obtaining a gel; c) drying the gel, wherein said alkylcellulose is selected from carboxymethylcellulose, hydroxyethylcellulose, methylhydroxyethylcellulose, methylhydroxypropylcellulose or mixtures thereof.
An apparatus (130A-C) to manage telemetry data (136A-C) in an edge environment, the apparatus comprising: a publisher included in a first edge platform, being configured to publish, to a second edge platform, a telemetry wish list obtained from a consumer, the telemetry wish list including telemetry tasks to execute and being configured to publish to the second edge platform a commitment accepted by the first edge platform; a commitment determiner, being configured to determine whether a commitment is viable to execute at least one of the telemetry tasks in the telemetry wish list, wherein the commitment is viable to execute the at least one telemetry task if a component (216, 220, 222, 224) of the apparatus is capable of executing said task, the commitment to be processed to identify the telemetry data; wherein the commitment determiner is configured to determine whether the viable commitment has already been accepted by any other component, if the commitment determiner determines that the commitment is viable to execute the at least one telemetry task; and wherein the commitment determiner is configured to transmit an indication of accepting the commitment to the publisher, if the commitment determiner determines that another component has not accepted the commitment; a communication interface being configured to establish a communication channel to facilitate transmission of the telemetry data from the first edge platform to the second edge platform; and a service manager, being configured to process the commitment for a time period. a publisher included in a first edge platform, being configured to publish, to a second edge platform, a telemetry wish list obtained from a consumer, the telemetry wish list including telemetry tasks to execute and being configured to publish to the second edge platform a commitment accepted by the first edge platform; a commitment determiner, being configured to determine whether a commitment is viable to execute at least one of the telemetry tasks in the telemetry wish list, wherein the commitment is viable to execute the at least one telemetry task if a component (216, 220, 222, 224) of the apparatus is capable of executing said task, the commitment to be processed to identify the telemetry data; wherein the commitment determiner is configured to determine whether the viable commitment has already been accepted by any other component, if the commitment determiner determines that the commitment is viable to execute the at least one telemetry task; and wherein the commitment determiner is configured to transmit an indication of accepting the commitment to the publisher, if the commitment determiner determines that another component has not accepted the commitment; a communication interface being configured to establish a communication channel to facilitate transmission of the telemetry data from the first edge platform to the second edge platform; and a service manager, being configured to process the commitment for a time period.
A method of manufacturing a substrate, comprising a laminating step of obtaining a multilayer substrate having an insulation layer and a conductive pattern laminated alternately, and a processing step of processing the substrate obtained at the laminating step, wherein the laminating step includes: a first step of forming a first insulation layer, roughening the whole surface of the formed first insulation layer, and forming a desired conductive pattern on the roughened surface of the first insulation layer, as one cycle, or further forming the next first insulation layer on the formed conductive pattern, thereby repeating the cycle more than once, a second step of laminating a second insulation layer on the conductive pattern last formed at the first step, roughening the surface of the laminated second insulation layer excluding a desired area, and forming a conductive layer on at least the desired area of the surface of the second insulation layer, and a third step of forming a third insulation layer on the conductive layer formed at the second step, roughening the whole surface of the formed third insulation layer, and forming a desired conductive pattern on the roughened surface of the third insulation layer, as one cycle, or further forming the next third insulation layer on the formed conductive pattern, thereby repeating the cycle more than once, and the processing step includes: a removing step of removing an upper part of the area higher than the second insulation layer on the substrate obtained at the laminating step, and an exposing step of exposing a part of the area of a conductive pattern adjacent to the lower side of the second insulation layer. a first step of forming a first insulation layer, roughening the whole surface of the formed first insulation layer, and forming a desired conductive pattern on the roughened surface of the first insulation layer, as one cycle, or further forming the next first insulation layer on the formed conductive pattern, thereby repeating the cycle more than once, a second step of laminating a second insulation layer on the conductive pattern last formed at the first step, roughening the surface of the laminated second insulation layer excluding a desired area, and forming a conductive layer on at least the desired area of the surface of the second insulation layer, and a third step of forming a third insulation layer on the conductive layer formed at the second step, roughening the whole surface of the formed third insulation layer, and forming a desired conductive pattern on the roughened surface of the third insulation layer, as one cycle, or further forming the next third insulation layer on the formed conductive pattern, thereby repeating the cycle more than once, and a removing step of removing an upper part of the area higher than the second insulation layer on the substrate obtained at the laminating step, and an exposing step of exposing a part of the area of a conductive pattern adjacent to the lower side of the second insulation layer.
A liquid activated ink formulation comprising: a liquid activated dye, wherein the liquid activated dye is water soluble; a hydrochromic ionic compound wherein the hydrochromic ionic compound is selected from the group consisting of lithium hydrogen sulfate, lithium hydrogen carbonate, potassium hydrogen sulfate, potassium hydrogen carbonate, rubidium hydrogen sulfate, rubidium hydrogen carbonate, cesium hydrogen sulfate, cesium hydrogen carbonate, sodium hydrogen sulfate, sodium hydrogen carbonate, cesium hydroxide, lithium hydroxide, potassium hydroxide, calcium hydroxide, magnesium hydroxide, sodium thiosulfate penta hydrate, sodium hydroxide, rubidium hydroxide, cobalt chloride, cobalt nitrate, copper sulpate copper nitrate, iron sulfate, iron sulfate, iron chloride, and iron chloride; an opacifier selected from the group consisting of titanium dioxide, calcium carbonate, sodium silicate, potassium silicate, silica, starch, ethocell, methocell, barium carbonate, barium silicate, calcium silicate, aluminum silicate, aluminum hydroxide, and aluminum oxide; and an aqueous solvent. a liquid activated dye, wherein the liquid activated dye is water soluble; a hydrochromic ionic compound wherein the hydrochromic ionic compound is selected from the group consisting of lithium hydrogen sulfate, lithium hydrogen carbonate, potassium hydrogen sulfate, potassium hydrogen carbonate, rubidium hydrogen sulfate, rubidium hydrogen carbonate, cesium hydrogen sulfate, cesium hydrogen carbonate, sodium hydrogen sulfate, sodium hydrogen carbonate, cesium hydroxide, lithium hydroxide, potassium hydroxide, calcium hydroxide, magnesium hydroxide, sodium thiosulfate penta hydrate, sodium hydroxide, rubidium hydroxide, cobalt chloride, cobalt nitrate, copper sulpate copper nitrate, iron sulfate, iron sulfate, iron chloride, and iron chloride; an opacifier selected from the group consisting of titanium dioxide, calcium carbonate, sodium silicate, potassium silicate, silica, starch, ethocell, methocell, barium carbonate, barium silicate, calcium silicate, aluminum silicate, aluminum hydroxide, and aluminum oxide; and an aqueous solvent.
A method of arranging articles, the method comprising: moving a bucket (101, 301) in a machine direction on a conveyor assembly, the bucket (101, 301) comprising a translation plate (125, 325), at least a finger (127a, 127b, 127c), and a receiving space (190, 390a, 390b); loading a plurality of articles into an arrangement of articles in the receiving space (190, 390a, 390b) as the bucket (101, 301) moves in the machine direction, the arrangement of articles comprising at least a first article and a second article of the plurality of articles; elevating at least the first article with respect to the second article in the receiving space (190, 390a, 390b) of the bucket (101, 301) with the finger (127a, 127b, 127c); and compacting the arrangement of articles in the bucket (101, 301) with the translation plate (125, 325). moving a bucket (101, 301) in a machine direction on a conveyor assembly, the bucket (101, 301) comprising a translation plate (125, 325), at least a finger (127a, 127b, 127c), and a receiving space (190, 390a, 390b); loading a plurality of articles into an arrangement of articles in the receiving space (190, 390a, 390b) as the bucket (101, 301) moves in the machine direction, the arrangement of articles comprising at least a first article and a second article of the plurality of articles; elevating at least the first article with respect to the second article in the receiving space (190, 390a, 390b) of the bucket (101, 301) with the finger (127a, 127b, 127c); and compacting the arrangement of articles in the bucket (101, 301) with the translation plate (125, 325).
A tandem axle for a work vehicle, comprising: a first wheel end adapted to receive a first wheel; a second wheel end adapted to receive a second wheel, the second wheel end spaced from the first wheel end; a bogey assembly coupled between the first wheel end and the second wheel end, the bogey assembly including a planetary differential disposed along a main axis and individually coupled to the first and second wheel ends; wherein, the planetary differential includes an input for receiving power along the main axis and a first output and a second output; further wherein, the first output is coupled to the first wheel end for transferring power thereto and the second output is coupled to the second wheel end for transferring power thereto; and wherein the planetary differential comprises a first carrier, a second carrier, a first plurality of planet gears supported by the first carrier, a second plurality of planet gears supported by the second carrier, a first sun gear, and a second sun gear, characterized in that the first plurality of planet gears meshes with the second plurality of planet gears for transferring torque therebetween. a first wheel end adapted to receive a first wheel; a second wheel end adapted to receive a second wheel, the second wheel end spaced from the first wheel end; a bogey assembly coupled between the first wheel end and the second wheel end, the bogey assembly including a planetary differential disposed along a main axis and individually coupled to the first and second wheel ends; wherein, the planetary differential includes an input for receiving power along the main axis and a first output and a second output; further wherein, the first output is coupled to the first wheel end for transferring power thereto and the second output is coupled to the second wheel end for transferring power thereto; and wherein the planetary differential comprises a first carrier, a second carrier, a first plurality of planet gears supported by the first carrier, a second plurality of planet gears supported by the second carrier, a first sun gear, and a second sun gear, characterized in that the first plurality of planet gears meshes with the second plurality of planet gears for transferring torque therebetween.
A gas turbine engine airfoil comprising: an airfoil structure defining a portion of an airfoil profile; a panel defining a different portion of the airfoil profile, the panel having perimeter edges meeting the airfoil structure in a perimeter joint; and a perimeter seal (80; 180) disposed in the perimeter joint, characterised in that: the perimeter seal (80; 180) is a feather seal; the panel includes a first slot in the perimeter edges and the airfoil structure includes a second slot, the first slot and the second slot together defining a seal slot, and the perimeter seal (80; 180) is disposed in the seal slot; and the perimeter seal (80; 180) is annular and circumscribes the panel. an airfoil structure defining a portion of an airfoil profile; a panel defining a different portion of the airfoil profile, the panel having perimeter edges meeting the airfoil structure in a perimeter joint; and a perimeter seal (80; 180) disposed in the perimeter joint, characterised in that: the perimeter seal (80; 180) is a feather seal; the panel includes a first slot in the perimeter edges and the airfoil structure includes a second slot, the first slot and the second slot together defining a seal slot, and the perimeter seal (80; 180) is disposed in the seal slot; and the perimeter seal (80; 180) is annular and circumscribes the panel. the perimeter seal (80; 180) is a feather seal; the panel includes a first slot in the perimeter edges and the airfoil structure includes a second slot, the first slot and the second slot together defining a seal slot, and the perimeter seal (80; 180) is disposed in the seal slot; and the perimeter seal (80; 180) is annular and circumscribes the panel.
A system for detecting gunshots within a premises, the system comprising: gunshot sensor units for detecting gunshots, each of the gunshot sensor units comprising one or more microphones (206, 208) for detecting acoustic anomalies and generating event data including audio data depicting the acoustic anomalies and a controller for encrypting the event data including audio data; and a control panel for receiving the encrypted event data including audio data from the gunshot sensor units, the control panel comprising a controller for decrypting the encrypted event data including audio data, wherein the control panel is configured to receive encrypted partial event data, containing metadata including time information indicating when the detected acoustic anomalies started and/or stopped and duration information of the detected acoustic anomalies, from the gunshot sensor units and, based on the received partial event data, determine which partial event data pertains to the same detected acoustic anomaly and which of the gunshot sensor units is closest to the source of the detected acoustic anomaly, and wherein the control panel is configured to instruct the gunshot sensor unit closest to the source of the detected acoustic anomaly to send full event data to the control panel for further processing and/or to be presented to an operator. gunshot sensor units for detecting gunshots, each of the gunshot sensor units comprising one or more microphones (206, 208) for detecting acoustic anomalies and generating event data including audio data depicting the acoustic anomalies and a controller for encrypting the event data including audio data; and a control panel for receiving the encrypted event data including audio data from the gunshot sensor units, the control panel comprising a controller for decrypting the encrypted event data including audio data, wherein the control panel is configured to receive encrypted partial event data, containing metadata including time information indicating when the detected acoustic anomalies started and/or stopped and duration information of the detected acoustic anomalies, from the gunshot sensor units and, based on the received partial event data, determine which partial event data pertains to the same detected acoustic anomaly and which of the gunshot sensor units is closest to the source of the detected acoustic anomaly, and wherein the control panel is configured to instruct the gunshot sensor unit closest to the source of the detected acoustic anomaly to send full event data to the control panel for further processing and/or to be presented to an operator.
An antenna apparatus comprising: a plurality of radiating elements; and an interconnecting printed circuit board with a continuous ground plane, wherein each of the plurality of radiating elements are bump-mounted to the interconnecting printed circuit board and the radiating elements are disposed on the interconnecting printed circuit board with an isolation gap between neighboring radiating elements, the isolation gap is 2. configured to suppress parasitic surface waves; each radiating element comprises a material having a first dielectric constant; the interconnecting printed circuit board comprises a material having a second dielectric constant; the first dielectric constant is lower than the second dielectric constant; and the radiating elements are disposed on the interconnecting printed circuit board with decreasing lattice density from a center of the interconnecting printed circuit board to an outer perimeter of the interconnecting printed circuit board; wherein the lattice density is defined by the isolation gap between radiating elements, wherein the center of the interconnecting printed circuit board comprises radiating elements with an operating frequency higher than the operating frequency of radiating elements located at the outer perimeter of the interconnecting printed circuit board. a plurality of radiating elements; and an interconnecting printed circuit board with a continuous ground plane, wherein each of the plurality of radiating elements are bump-mounted to the interconnecting printed circuit board and the radiating elements are disposed on the interconnecting printed circuit board with an isolation gap between neighboring radiating elements, the isolation gap is 2. configured to suppress parasitic surface waves; each radiating element comprises a material having a first dielectric constant; the interconnecting printed circuit board comprises a material having a second dielectric constant; the first dielectric constant is lower than the second dielectric constant; and the radiating elements are disposed on the interconnecting printed circuit board with decreasing lattice density from a center of the interconnecting printed circuit board to an outer perimeter of the interconnecting printed circuit board; wherein the lattice density is defined by the isolation gap between radiating elements, wherein the center of the interconnecting printed circuit board comprises radiating elements with an operating frequency higher than the operating frequency of radiating elements located at the outer perimeter of the interconnecting printed circuit board.
An axle assembly comprising: a housing assembly;; an axle shaft disposed in the housing assembly that rotates about an axis a sun gear disposed on the axle shaft, wherein the sun gear includes: a first set of teeth arranged around the axis; and a groove that extends around the axis and is provided in the first set of teeth; a washer that is received in the groove; a first snap ring that is received in the groove, wherein the first snap ring inhibits axial movement of the washer with respect to the sun gear; a first thrust washer that is disposed on the housing assembly and disposed adjacent to the washer; and a housing snap ring that is disposed on the housing assembly, wherein the housing snap ring and the first thrust washer cooperate to inhibit axial movement of the washer with respect to the housing assembly. a housing assembly;; an axle shaft disposed in the housing assembly that rotates about an axis a sun gear disposed on the axle shaft, wherein the sun gear includes: a first set of teeth arranged around the axis; and a groove that extends around the axis and is provided in the first set of teeth; a first set of teeth arranged around the axis; and a groove that extends around the axis and is provided in the first set of teeth; a washer that is received in the groove; a first snap ring that is received in the groove, wherein the first snap ring inhibits axial movement of the washer with respect to the sun gear; a first thrust washer that is disposed on the housing assembly and disposed adjacent to the washer; and a housing snap ring that is disposed on the housing assembly, wherein the housing snap ring and the first thrust washer cooperate to inhibit axial movement of the washer with respect to the housing assembly.
An article for use with an optical device, the article comprising a main body configured to substantially enclose the optical device and insulate an interior of the main body from ambient surroundings of the main body, the main body comprising: an optical aperture configured to allow one or more spectrums of light into and out of the main body; a viewing aperture configured to allow a user to view the interior of the main body from outside the main body; an access opening configured to receive a hand of the user into the main body; and characterized in that the main body further comprises: an alignment apparatus configured to maintain an orientation of the optical device such that the optical aperture is in alignment with the optical axis of an optical sensor of the optical device and the viewing aperture is in alignment with a display of the optical device. an optical aperture configured to allow one or more spectrums of light into and out of the main body; a viewing aperture configured to allow a user to view the interior of the main body from outside the main body; an access opening configured to receive a hand of the user into the main body; and characterized in that the main body further comprises: an alignment apparatus configured to maintain an orientation of the optical device such that the optical aperture is in alignment with the optical axis of an optical sensor of the optical device and the viewing aperture is in alignment with a display of the optical device. an alignment apparatus configured to maintain an orientation of the optical device such that the optical aperture is in alignment with the optical axis of an optical sensor of the optical device and the viewing aperture is in alignment with a display of the optical device.