mhurhangee/ep-ind-claims huggingface dataset:
A method for filtering data across distributed databases in a communication network, the method comprising: sending, via a central node, a query indicating at least one key performance indicator and a first KPI filter criterion to one or more edge nodes (220b, 200c, 200d), the query causes each edge node to cache subscriber data from each subscriber having a KPI value corresponding to the KPI, and return, according to the first KPI filter criterion, the subscriber data from the cached subscriber data to the central node; aggregating, via the central node, the subscriber data returned from each edge node according to each subscriber and the corresponding KPI value to yield an aggregated initial subscriber dataset; characterised by further comprising: sending, via the central node, a subsequent query indicating at least one subscriber from the aggregated initial subscriber dataset that was not returned by a corresponding edge node, the subsequent query causes the corresponding edge node to return subsequent subscriber data for the indicated subscriber from the cached subscriber data to the central node; and aggregating, via the central node, the subsequent subscriber data with the initial subscriber dataset to yield a final subscriber dataset that indicates a total KPI value for each subscriber. sending, via a central node, a query indicating at least one key performance indicator and a first KPI filter criterion to one or more edge nodes (220b, 200c, 200d), the query causes each edge node to cache subscriber data from each subscriber having a KPI value corresponding to the KPI, and return, according to the first KPI filter criterion, the subscriber data from the cached subscriber data to the central node; aggregating, via the central node, the subscriber data returned from each edge node according to each subscriber and the corresponding KPI value to yield an aggregated initial subscriber dataset; characterised by further comprising: sending, via the central node, a subsequent query indicating at least one subscriber from the aggregated initial subscriber dataset that was not returned by a corresponding edge node, the subsequent query causes the corresponding edge node to return subsequent subscriber data for the indicated subscriber from the cached subscriber data to the central node; and aggregating, via the central node, the subsequent subscriber data with the initial subscriber dataset to yield a final subscriber dataset that indicates a total KPI value for each subscriber. sending, via the central node, a subsequent query indicating at least one subscriber from the aggregated initial subscriber dataset that was not returned by a corresponding edge node, the subsequent query causes the corresponding edge node to return subsequent subscriber data for the indicated subscriber from the cached subscriber data to the central node; and aggregating, via the central node, the subsequent subscriber data with the initial subscriber dataset to yield a final subscriber dataset that indicates a total KPI value for each subscriber.
Device for propelling and displacing a thin, flat, flexible support intended to collect and transport chocolate-based confectionaries output from a coating installation, said device comprising a frame for receiving a removable rigid sheet, and means for propelling the thin, flat support in a translational movement above said sheet, characterised in that: - said propelling means comprise two endless belts (23, 24) in parallel with one another and disposed laterally on the frame, said belts (23, 24) each having an inner edge (23a, 24a) and an outer edge (23b, 24b), - the sheet has a width smaller than the distance separating the inner edges (23a, 24a) of the belts (23, 24) so as to be able to be placed therebetween, and - the thin, flat support has a constant width substantially equal to the distance separating the outer edges (23b, 24b) of the belts and greater than the distance separating their inner edges (23 a, 24a) so that said support remains permanently in contact with said belts (23, 24) which propel said support in order to displace it longitudinally along the frame. - said propelling means comprise two endless belts (23, 24) in parallel with one another and disposed laterally on the frame, said belts (23, 24) each having an inner edge (23a, 24a) and an outer edge (23b, 24b), - the sheet has a width smaller than the distance separating the inner edges (23a, 24a) of the belts (23, 24) so as to be able to be placed therebetween, and - the thin, flat support has a constant width substantially equal to the distance separating the outer edges (23b, 24b) of the belts and greater than the distance separating their inner edges (23 a, 24a) so that said support remains permanently in contact with said belts (23, 24) which propel said support in order to displace it longitudinally along the frame.
A method for calibrating a machine for the production of rod-shaped articles, the machine comprising a plurality of conveyors (2, 3, 4), each provided with a plurality of flutes (2a, 3a, 4a) for accommodating the articles, comprising the following steps: - placing a sample product in a first flute of a first conveyor associated with at least one sensor; - performing, with the at least one sensor, at least one measurement on the sample product held in the first flute of the first conveyor while the sample product is moved according to an operating movement of the first conveyor; - transferring the sample product from the first conveyor to a flute of a second conveyor; displacing the first conveyor and the second conveyor from each other; - transferring the sample product from the second conveyor to a second flute of the first conveyor, different from the first flute; - repeating the step of measuring while the sample product held in the second flute is moved according to an operating movement of the first conveyor; processing in a control unit the values obtained from the measurements performed by comparing the values measured by the at least one sensor with a theoretical value so as to calibrate the at least one sensor. - placing a sample product in a first flute of a first conveyor associated with at least one sensor; - performing, with the at least one sensor, at least one measurement on the sample product held in the first flute of the first conveyor while the sample product is moved according to an operating movement of the first conveyor; - transferring the sample product from the first conveyor to a flute of a second conveyor; - transferring the sample product from the second conveyor to a second flute of the first conveyor, different from the first flute; - repeating the step of measuring while the sample product held in the second flute is moved according to an operating movement of the first conveyor;
An electronic device comprising: a display configured to output an image; one or more sensor pads (2531 - 2536) for acquiring a user input; at least one of an acceleration sensor, a gyro sensor and a geomagnetic sensor configured to acquire orientation information corresponding to the electronic device; and a controller configured to: when the orientation information indicates that the electronic device is in a preset orientation, activate the one or more sensor pads (2531 - 2536); when the orientation information indicates that the electronic device is in the preset orientation, determine whether the user input is acquired through the one or more sensor pads (2531 - 2536); when the user input is acquired, determine a grip information on the electronic device based on the user input acquired through the one or more sensor pads (2531 - 2536); and provide at least one of an application or a function corresponding to the grip information on the electronic device; wherein a black mask of the display is located on at least one of the one or more sensor pads (2531 - 2536). a display configured to output an image; one or more sensor pads (2531 - 2536) for acquiring a user input; at least one of an acceleration sensor, a gyro sensor and a geomagnetic sensor configured to acquire orientation information corresponding to the electronic device; and a controller configured to: when the orientation information indicates that the electronic device is in a preset orientation, activate the one or more sensor pads (2531 - 2536); when the orientation information indicates that the electronic device is in the preset orientation, determine whether the user input is acquired through the one or more sensor pads (2531 - 2536); when the user input is acquired, determine a grip information on the electronic device based on the user input acquired through the one or more sensor pads (2531 - 2536); and provide at least one of an application or a function corresponding to the grip information on the electronic device; when the orientation information indicates that the electronic device is in a preset orientation, activate the one or more sensor pads (2531 - 2536); when the orientation information indicates that the electronic device is in the preset orientation, determine whether the user input is acquired through the one or more sensor pads (2531 - 2536); when the user input is acquired, determine a grip information on the electronic device based on the user input acquired through the one or more sensor pads (2531 - 2536); and provide at least one of an application or a function corresponding to the grip information on the electronic device; wherein a black mask of the display is located on at least one of the one or more sensor pads (2531 - 2536).
Electric direct current network (1, 20) for surface and submarine water vessels and for offshore units, having at least one direct current source, in particular a battery and/or a fuel cell installation, at least one electric consumer, e.g. an electric drive motor or an on-board supply network, and at least one cut-off device for cutting off a direct current flowing in the network, wherein the cut-off device has a vacuum switch switched into the network and a commutation device, by which an electric arc, which is produced by a current which flows through the switch when the switch is opened, can be quenched, characterised in that the commutation device is embodied such that electric arcs from switch currents with a different direction can be quenched by said commutation device.
An assay device comprising: a liquid sample zone; a reagent zone downstream and in fluid communication with the liquid sample zone, the reagent zone containing a reagent material; a detection zone in fluid communication with the reagent zone, the detection zone having capture elements bound thereto; and a wicking zone in fluid communication with the detection zone, the wicking zone having a capacity to receive liquid sample flowing from the detection zone, wherein the liquid sample zone, the reagent zone, the detection zone and the wicking zone define a fluid flow path and at least a part of the fluid flow path has a substrate and projections which extend vertically from the substrate, wherein the projections have a height, cross-section and a distance between one another that defines a space between the projections capable of generating capillary flow parallel to the substrate surface, wherein the fluid flow path having projections includes a corner section which changes the direction of the flow path, and wherein the projections in or around the corner section are modified to maintain the configuration of the flow front of the sample flowing through the flow path after the corner in the same configuration as before the corner wherein the modification of the projections comprises rotating the arrangement of the projections by the angular amount of the corner section before or after the corner section and wherein the configuration of the flow front before and after the corner section is a uniform flow front. a liquid sample zone; a reagent zone downstream and in fluid communication with the liquid sample zone, the reagent zone containing a reagent material; a detection zone in fluid communication with the reagent zone, the detection zone having capture elements bound thereto; and
A deployable privacy curtain assembly (10, 12) for use within an interior of a recreational vehicle, the assembly (10, 12) comprising: a foldable privacy curtain having a top portion and a lower portion, an upper support structure affixed to the top portion of the foldable privacy curtain, the upper support structure comprising a foldable mounting bracket configured to support a construct of collapsible, hinged rods or panels configured to articulate outwards to an open shower position and configured to be collapsed and stored and/or concealed when the foldable privacy curtain is not in use; an upper storage receptacle attached to a surface in the interior of the vehicle, the upper storage receptacle comprising a top section and a base section, the upper storage receptacle configured to retain the foldable privacy curtain in a non-deployed configuration, the foldable privacy curtain extendable towards a bottom surface of the interior of the vehicle in a deployed configuration, the base section of the upper storage receptacle configured to pivot in a downward direction to allow the privacy curtain to extend in the deployed configuration directly beneath the upper storage receptacle thus ensuring a minimal footprint within the recreational vehicle; and a lower receptacle configured to receive the lower portion of the privacy curtain, the lower receptacle comprising: a lid pivotally connected to the lower receptacle, wherein when the shower curtain assembly is in the non-deployed configuration and the lid is closed upon the lower receptacle, a horizontal support surface is formed. a foldable privacy curtain having a top portion and a lower portion, an upper support structure affixed to the top portion of the foldable privacy curtain, the upper support structure comprising a foldable mounting bracket configured to support a construct of collapsible, hinged rods or panels configured to articulate outwards to an open shower position and configured to be collapsed and stored and/or concealed when the foldable privacy curtain is not in use; an upper storage receptacle attached to a surface in the interior of the vehicle, the upper storage receptacle comprising a top section and a base section, the upper storage receptacle configured to retain the foldable privacy curtain in a non-deployed configuration, the foldable privacy curtain extendable towards a bottom surface of the interior of the vehicle in a deployed configuration, the base section of the upper storage receptacle configured to pivot in a downward direction to allow the privacy curtain to extend in the deployed configuration directly beneath the upper storage receptacle thus ensuring a minimal footprint within the recreational vehicle; and a lower receptacle configured to receive the lower portion of the privacy curtain, the lower receptacle comprising: a lid pivotally connected to the lower receptacle, wherein when the shower curtain assembly is in the non-deployed configuration and the lid is closed upon the lower receptacle, a horizontal support surface is formed.
A multi-component urethane adhesive system comprising: a prepolymer component made from: (i) one or more polyol intermediate(s), and (ii) one or more isocyanate(s); and a curative component comprising: (i) one or more polyol(s), and (ii) one or more catalyst(s), wherein the adhesive system further comprises 0.1 to 10.0 wt% based upon the total weight of the multi-component urethane adhesive system of an organo-clay and 0.1 to 10.0 wt% based upon the total weight of the multi-component urethane adhesive system of a halogenated polyether polyol. a prepolymer component made from: (i) one or more polyol intermediate(s), and (ii) one or more isocyanate(s); and (i) one or more polyol intermediate(s), and (ii) one or more isocyanate(s); and a curative component comprising: (i) one or more polyol(s), and (ii) one or more catalyst(s), (i) one or more polyol(s), and (ii) one or more catalyst(s),
A method of preparing a fully cooked farinaceous food product, said method comprising the successive steps of: A. preparing a farinaceous dough or batter by mixing flour, water and optionally one or more other bakery ingredients; B. dividing the dough or batter into one or more portions; and C. cooking said one or more portions by exposing them (i) for in total 20-600 seconds to infrared radiation, more than 50% of the energy content of said infrared radiation stemming from infrared radiation having a wavelength in the range of 0.7-10 μm and (ii) for in total 20-600 seconds to impingement with hot air having a temperature of at least 150 °C, wherein the exposure to the infrared radiation and the impingement with hot air can occur simultaneously, sequentially or in any combinations thereof; and wherein a fat-containing coating composition is applied onto the surface of the portions prior to, during or after the cooking of the portions, the fat being selected from triglycerides, diglycerides, monoglycerides, phospholipids and combinations thereof. A. preparing a farinaceous dough or batter by mixing flour, water and optionally one or more other bakery ingredients; B. dividing the dough or batter into one or more portions; and C. cooking said one or more portions by exposing them (i) for in total 20-600 seconds to infrared radiation, more than 50% of the energy content of said infrared radiation stemming from infrared radiation having a wavelength in the range of 0.7-10 μm and (ii) for in total 20-600 seconds to impingement with hot air having a temperature of at least 150 °C, wherein the exposure to the infrared radiation and the impingement with hot air can occur simultaneously, sequentially or in any combinations thereof; and wherein a fat-containing coating composition is applied onto the surface of the portions prior to, during or after the cooking of the portions, the fat being selected from triglycerides, diglycerides, monoglycerides, phospholipids and combinations thereof.
A circuit for generating a modulated signal in a transmitter of an integrated circuit, the circuit comprising: a transmitter driver circuit having a first current path for receiving a first input signal of a pair of differential input signals and a second current path for receiving a second input signal of the pair of differential input signals, the transmitter driver circuit comprising a tail current path coupled to each of the first current path and the second current path; a first current source coupled between a first reference voltage and ground and providing a current mirror of the tail current path, wherein a first current of the first current source is proportional to a tail current of the tail current path; a first pull-up current source coupled between the first reference voltage and a first output node of the transmitter driver circuit; and a second pull-up current source coupled between the first reference voltage and a second output node of the transmitter driver circuit; wherein the transmitter driver circuit is coupled between a second reference voltage and ground, wherein the first reference voltage is greater than the second reference voltage. a transmitter driver circuit having a first current path for receiving a first input signal of a pair of differential input signals and a second current path for receiving a second input signal of the pair of differential input signals, the transmitter driver circuit comprising a tail current path coupled to each of the first current path and the second current path; a first current source coupled between a first reference voltage and ground and providing a current mirror of the tail current path, wherein a first current of the first current source is proportional to a tail current of the tail current path; a first pull-up current source coupled between the first reference voltage and a first output node of the transmitter driver circuit; and a second pull-up current source coupled between the first reference voltage and a second output node of the transmitter driver circuit; wherein the transmitter driver circuit is coupled between a second reference voltage and ground, wherein the first reference voltage is greater than the second reference voltage.
A curable rubber composition comprising: a high molecular weight diene elastomer having a number average molecular weight Mn of 100,000 g/mol or more; a silica composition; optionally, a carbon black composition; and a farnesene polymer comprising farnesene monomers, the farnesene polymer having at least one terminal end modified with at least one silane group, wherein the farnesene polymer has a number average molecular weight of 1,000 g/mol to 100,000 g/mol and a glass transition temperature of equal to or less than -40°C. a high molecular weight diene elastomer having a number average molecular weight Mn of 100,000 g/mol or more; a silica composition; optionally, a carbon black composition; and a farnesene polymer comprising farnesene monomers, the farnesene polymer having at least one terminal end modified with at least one silane group, wherein the farnesene polymer has a number average molecular weight of 1,000 g/mol to 100,000 g/mol and a glass transition temperature of equal to or less than -40°C.
A method for creating a pattern on a substrate, the method comprising: - providing a substrate comprising silicon; - creating a sacrificial layer on the substrate, wherein the sacrificial layer is formed on a first surface area of the substrate thereby leaving a second surface area exposed; - depositing a first functional layer that binds to the second surface area of the substrate and to the surface of the sacrificial layer, the method being characterised in that the functional layer comprises a silane and forming Si-O-Si bonds with the substrate; and the method further comprising: - removing the sacrificial layer by etching the sacrificial layer with an acidic or neutral pH aqueous solution; and - removing the sacrificial layer comprises removing the first functional layer bound to the sacrificial layer. - providing a substrate comprising silicon; - creating a sacrificial layer on the substrate, wherein the sacrificial layer is formed on a first surface area of the substrate thereby leaving a second surface area exposed; - depositing a first functional layer that binds to the second surface area of the substrate and to the surface of the sacrificial layer, the method being characterised in that the functional layer comprises a silane and forming Si-O-Si bonds with the substrate; and the method further comprising: - removing the sacrificial layer by etching the sacrificial layer with an acidic or neutral pH aqueous solution; and - removing the sacrificial layer comprises removing the first functional layer bound to the sacrificial layer. - removing the sacrificial layer by etching the sacrificial layer with an acidic or neutral pH aqueous solution; and - removing the sacrificial layer comprises removing the first functional layer bound to the sacrificial layer.