mhurhangee/ep-ind-claims huggingface dataset:
A client device configured to: receive request data from a user agent; transmit the request data to an optimization server in communication with a content server, wherein the request data corresponds to a request for a web page; receive from the optimization server optimized data comprising first response data and a response object list that identifies embedded response object data of the first response data, wherein the first response data is associated with the request data; transmit the first response data to the user agent; characterized in that the client device is further configured to: query the user agent to determine whether the embedded response object data is fresh in the user agent; construct request data that is associated with the embedded response object data based on the determination; transmit the constructed request data to the optimization server; receive second response data associated with the constructed request data; and store the second response data, wherein the second response data is provided to the user agent in a subsequent request. receive request data from a user agent; transmit the request data to an optimization server in communication with a content server, wherein the request data corresponds to a request for a web page; receive from the optimization server optimized data comprising first response data and a response object list that identifies embedded response object data of the first response data, wherein the first response data is associated with the request data; transmit the first response data to the user agent; query the user agent to determine whether the embedded response object data is fresh in the user agent; construct request data that is associated with the embedded response object data based on the determination; transmit the constructed request data to the optimization server; receive second response data associated with the constructed request data; and store the second response data, wherein the second response data is provided to the user agent in a subsequent request.
A method of dynamic resource allocation by a base station operative in a wireless communication network providing both unicast and broadcast services, comprising: allocating resources of a first wireless carrier to broadcast first content; monitoring the number of users accessing the broadcast on the first carrier; and if the number of users falls below a first predetermined threshold, and if another carrier is broadcasting the first content, reallocating the broadcast resources of the first carrier to unicast services. allocating resources of a first wireless carrier to broadcast first content; monitoring the number of users accessing the broadcast on the first carrier; and if the number of users falls below a first predetermined threshold, and if another carrier is broadcasting the first content, reallocating the broadcast resources of the first carrier to unicast services.
A system for interactive processing of ECG data, comprising: a display module configured to display an electrocardiogram; a receipt module configured to receive from a user a user selection of a portion of the displayed ECG; a signal module configured to obtain digitized signals corresponding to the selection; a list module configured to display a list of digital filters for filtering the selection; a recommendation module configured to recommend one of the filters in the list to the user, comprising: an identification module configured to identify from the digitized signals a frequency of recursive noise in the selection; an application configured to select one of the filters as the recommended filter based on the frequency; and the application further configured to present the selected filter as the recommended filter; a selection module configured to receive a user selection from the user of one or more sets of the digital filters, each of the sets comprising one or more of the filters from the list; an application module configured to apply the selected sets to the digitized signals for the-selection; a generation module configured to generate for each of the sets a filtered ECG of the selection based on the signals filtered by that set; and a set module configured to display the filtered selection ECG for each of the sets. a display module configured to display an electrocardiogram; a receipt module configured to receive from a user a user selection of a portion of the displayed ECG; a signal module configured to obtain digitized signals corresponding to the selection; a list module configured to display a list of digital filters for filtering the selection; a recommendation module configured to recommend one of the filters in the list to the user, comprising: an identification module configured to identify from the digitized signals a frequency of recursive noise in the selection; an application configured to select one of the filters as the recommended filter based on the frequency; and the application further configured to present the selected filter as the recommended filter; an identification module configured to identify from the digitized signals a frequency of recursive noise in the selection; an application configured to select one of the filters as the recommended filter based on the frequency; and the application further configured to present the selected filter as the recommended filter; a selection module configured to receive a user selection from the user of one or more sets of the digital filters, each of the sets comprising one or more of the filters from the list; an application module configured to apply the selected sets to the digitized signals for the-selection; a generation module configured to generate for each of the sets a filtered ECG of the selection based on the signals filtered by that set; and a set module configured to display the filtered selection ECG for each of the sets.
Appliance for cooking food comprising: - a first heating plate provided with a first heating surface and a second heating plate provided with a second heating surface; - displacement means (31, 32) able to reciprocally move said first heating plate and said second heating plate between a working position, wherein said first heating surface and said second heating surface are arranged parallel to each other and at the minimum separation distance, and a rest position, wherein said first heating surface and said second heating surface are arranged inclined to each other and at the maximum distance of separation; wherein said displacement means (31, 32) are able to reciprocally move said first heating plate and said second heating plate with a roto-translation movement, wherein said displacement means (31, 32) comprises at least an articulated mechanism with a movable fulcrum, able to define said roto-translation movement with two degrees of freedom, wherein said articulated mechanism (31, 32) with a movable fulcrum comprises a first articulated arm (131, 132) and a second articulated arm (231, 232) defined by two separated elements and operatively connected to said first heating plate and said second heating plate so as to define said roto-translation movement, characterized in that wherein said first articulated arm (131, 132) has a shorter extension with respect to said second articulated arm (231, 232). - a first heating plate provided with a first heating surface and a second heating plate provided with a second heating surface; - displacement means (31, 32) able to reciprocally move said first heating plate and said second heating plate between a working position, wherein said first heating surface and said second heating surface are arranged parallel to each other and at the minimum separation distance, and a rest position, wherein said first heating surface and said second heating surface are arranged inclined to each other and at the maximum distance of separation; wherein said displacement means (31, 32) comprises at least an articulated mechanism with a movable fulcrum, able to define said roto-translation movement with two degrees of freedom, wherein said articulated mechanism (31, 32) with a movable fulcrum comprises a first articulated arm (131, 132) and a second articulated arm (231, 232) defined by two separated elements and operatively connected to said first heating plate and said second heating plate so as to define said roto-translation movement, characterized in that wherein said first articulated arm (131, 132) has a shorter extension with respect to said second articulated arm (231, 232).
An incubator system configured to purify air, comprising: a plurality of walls and a base, the base supporting the walls, the base and walls forming a cavity, wherein the base and/or one or more of the walls provide a first path from ambient air into the cavity; and a first ultra-violet light source arranged along the first path and configured such that, responsive to the first UV light source being activated, the first UV light source provides germicidal irradiation of air within the first path, and such that UV radiation emitted from the first UV light source substantially does not impinge on an infant within the cavity; characterized by a second UV light source arranged and configured such that, responsive to the second UV light source being activated, the second UV light source emits UV radiation to provide germicidal irradiation within the cavity, wherein the second UV light source is activated responsive to a determination that an infant is not present within the cavity and/or emission of UV radiation by the second UV light source is responsive to determination that the incubator system is closed, and/or that a feature within the incubator walls is activated to absorb or reflect UV radiation, and/or that the exterior of incubator system is covered, and/or that indicate UV radiation will not impinge on anyone or anything unintentionally. a plurality of walls and a base, the base supporting the walls, the base and walls forming a cavity, wherein the base and/or one or more of the walls provide a first path from ambient air into the cavity; and a first ultra-violet light source arranged along the first path and configured such that, responsive to the first UV light source being activated, the first UV light source provides germicidal irradiation of air within the first path, and such that UV radiation emitted from the first UV light source substantially does not impinge on an infant within the cavity; characterized by a second UV light source arranged and configured such that, responsive to the second UV light source being activated, the second UV light source emits UV radiation to provide germicidal irradiation within the cavity, wherein the second UV light source is activated responsive to a determination that an infant is not present within the cavity and/or emission of UV radiation by the second UV light source is responsive to determination that the incubator system is closed, and/or that a feature within the incubator walls is activated to absorb or reflect UV radiation, and/or that the exterior of incubator system is covered, and/or that indicate UV radiation will not impinge on anyone or anything unintentionally.
A disposable safety butterfly needle comprising a mechanism for retracting the needle, wherein the needle is completely retracted inside a hollow body supporting the flexible wings; said retraction carried out by a tensioned elastic means; said mechanism actuated manually by means of movement of a tongue on a pivot pin which anchors the tongue to the body; a movement which generates the break of at least one easy-to-break means of the body whereby the mechanism can no longer be rearmed after having been actuated; wherein said needle is assembled on a needle-holder which slides axially inside the body, the needle-holder associated integrally with the front end of the elastic means; characterised in that said body has, in the forward middle upper part, a mechanism tongue resting on a front outer upper edge of the body, said mechanism tongue externally and frontally supporting two holes for accommodating the pivot pin and internally supporting a housing with a blocking guard and a transverse groove at the rear of the housing which allows raising the mechanism tongue; said mechanism tongue being integral with the body by means of the groove and by means of at least one lamina, which breaks as the mechanism tongue is raised; wherein said housing holds a nosepiece of the needle-holder by means of the blocking guard, said nosepiece being a cylinder orthogonal to the axis of the needle-holder, said nosepiece and blocking guard operating as blocking means of the needle-holder in advanced position.
A land based seismic data collection unit comprising: a case having a side wall defining an internal compartment, wherein the case further comprises a first plate having a first periphery and a second plate having a second periphery, wherein the plates (26, 28) are joined together along their peripheries by said side wall; at least one geophone disposed within said case a clock disposed within said case; a power source disposed within said case; and a seismic data recorder disposed within said case; said unit having a negative buoyancy; wherein said unit is self-contained and requires no external communications or controls during recording. a case having a side wall defining an internal compartment, wherein the case further comprises a first plate having a first periphery and a second plate having a second periphery, wherein the plates (26, 28) are joined together along their peripheries by said side wall; at least one geophone disposed within said case a clock disposed within said case; a power source disposed within said case; and a seismic data recorder disposed within said case; said unit having a negative buoyancy; wherein said unit is self-contained and requires no external communications or controls during recording.
A horizontal electric field type liquid crystal display device comprising: a substrate; a plurality of gate lines (GL1, GL2) disposed in horizontal direction on the substrate; a plurality of data lines (DL1, DL2) disposed in vertical direction on the substrate; a plurality of pixel areas defined by the crossing the plurality of the gate lines (GL1, GL2) and the plurality of the data lines (DL1, DL2); each pixel area comprising a first pixel electrode having a plurality of segments separated by a predetermined distance from each other within the pixel area; a second pixel electrode having a plurality of segments arranged in parallel to and interdigitated with the segments of the first pixel electrode within the pixel area; and characterized by a common electrode comprising segments corresponding to the segments of the first pixel electrode and the second pixel electrode, which segments overlap with the respective segments of the first pixel electrode and the second pixel electrode within each pixel area, wherein the segments of the common electrode have a width wider than the width of the segments of the first pixel electrode and the second pixel electrode. a substrate; a plurality of gate lines (GL1, GL2) disposed in horizontal direction on the substrate; a plurality of data lines (DL1, DL2) disposed in vertical direction on the substrate; a plurality of pixel areas defined by the crossing the plurality of the gate lines (GL1, GL2) and the plurality of the data lines (DL1, DL2); each pixel area comprising a first pixel electrode having a plurality of segments separated by a predetermined distance from each other within the pixel area; a second pixel electrode having a plurality of segments arranged in parallel to and interdigitated with the segments of the first pixel electrode within the pixel area; and a common electrode comprising segments corresponding to the segments of the first pixel electrode and the second pixel electrode, which segments overlap with the respective segments of the first pixel electrode and the second pixel electrode within each pixel area, wherein the segments of the common electrode have a width wider than the width of the segments of the first pixel electrode and the second pixel electrode.
A method for checking a touch screen of an installation for contamination by at least one contaminant, the touch screen being suitable for receiving commands from user(s) by finger pressure, the method being implemented by an electronic control system and being characterized in that it comprises the following steps: - determining at least one unit surface area on the touch screen, the touch screen comprising at least two unit surface areas, - detecting the unit surface area(s) having been pressed by a user, - updating an indicator of the number of presses per unit surface area, - estimating at least one contamination indicator by at least one predetermined contaminant, based on the indicators of number of presses associated with each unit surface area, the contamination indicator being associated with at least one of the unit surface areas, and - if the or at least one of the contamination indicators reaches or exceeds a threshold, emitting an alert signal during the estimating step, a predefined model being applied to the or at least one of the number of press indicators, the model producing the at least one contamination indicator, the predefined model depending on physical parameters of diffusion and/or concentration of the contaminant on the touch screen, the model taking account of the incline of the touch screen, in a predefined manner. - determining at least one unit surface area on the touch screen, the touch screen comprising at least two unit surface areas, - detecting the unit surface area(s) having been pressed by a user, - updating an indicator of the number of presses per unit surface area, - estimating at least one contamination indicator by at least one predetermined contaminant, based on the indicators of number of presses associated with each unit surface area, the contamination indicator being associated with at least one of the unit surface areas, and - if the or at least one of the contamination indicators reaches or exceeds a threshold, emitting an alert signal during the estimating step, a predefined model being applied to the or at least one of the number of press indicators, the model producing the at least one contamination indicator, the predefined model depending on physical parameters of diffusion and/or concentration of the contaminant on the touch screen, the model taking account of the incline of the touch screen, in a predefined manner.
Process for fabricating an optical component, for example a freeform optical phase plate, - featuring a non-tunable freeform optical surface which introduces a constant optical phase-shift φ(ρ,θ), comprising that - a volume of a solidifiable liquid, deposited on a carrier surface provided by a carrier substrate or by a carrier body of the optical component to be fabricated, is deformed into a liquid shape defining the freeform optical surface by an actuator exerting actuation forces on the liquid, - the actuator featuring multiple actuation elements which can be driven individually to deform the liquid shape locally and which are each designed to exert a local actuation force on the liquid within an optical aperture of the optical component that is relevant to the desired optical phase-shift φ(ρ,θ), - wherein the actuation elements (12, 20, 40) cover an optical area of the optical component defining said optical aperture and the local actuation forces exerted by the actuator are thus distributed over said optical area; - the liquid is solidified - to form a non-tunable optical layer of the component and - to transfer the freeform optical surface into a permanent shape profile, - such that the optical layer is formed on the carrier surface and - the actuator is reconfigurable such that the actuator can be tuned to define various different freeform optical surfaces. - featuring a non-tunable freeform optical surface which introduces a constant optical phase-shift φ(ρ,θ), comprising that - a volume of a solidifiable liquid, deposited on a carrier surface provided by a carrier substrate or by a carrier body of the optical component to be fabricated, is deformed into a liquid shape defining the freeform optical surface by an actuator exerting actuation forces on the liquid, - the actuator featuring multiple actuation elements which can be driven individually to deform the liquid shape locally and which are each designed to exert a local actuation force on the liquid within an optical aperture of the optical component that is relevant to the desired optical phase-shift φ(ρ,θ), - wherein the actuation elements (12, 20, 40) cover an optical area of the optical component defining said optical aperture and the local actuation forces exerted by the actuator are thus distributed over said optical area; - the liquid is solidified - to form a non-tunable optical layer of the component and - to transfer the freeform optical surface into a permanent shape profile, - to form a non-tunable optical layer of the component and - to transfer the freeform optical surface into a permanent shape profile, - such that the optical layer is formed on the carrier surface and - the actuator is reconfigurable such that the actuator can be tuned to define various different freeform optical surfaces.
An electronic device comprising: a housing; at least one input area disposed on an outer surface of the housing and facing a first direction; a sensor assembly including at least one pressure sensor disposed on an inner surface of the housing facing a second direction opposite the first direction, and configured to sense pressure applied to the at least one input area characterized by: at least one first opening provided at a first portion of the housing adjacent to the sensor assembly and spaced apart from the sensor assembly in the second direction; and a second opening provided at a second portion of the housing spaced apart from the at least one first opening in the second direction, wherein the at least one first opening and the second opening are configured to be deformed based on the pressure applied to the at least one input area. a housing; at least one input area disposed on an outer surface of the housing and facing a first direction; a sensor assembly including at least one pressure sensor disposed on an inner surface of the housing facing a second direction opposite the first direction, and configured to sense pressure applied to the at least one input area characterized by: at least one first opening provided at a first portion of the housing adjacent to the sensor assembly and spaced apart from the sensor assembly in the second direction; and a second opening provided at a second portion of the housing spaced apart from the at least one first opening in the second direction, wherein the at least one first opening and the second opening are configured to be deformed based on the pressure applied to the at least one input area. at least one first opening provided at a first portion of the housing adjacent to the sensor assembly and spaced apart from the sensor assembly in the second direction; and a second opening provided at a second portion of the housing spaced apart from the at least one first opening in the second direction, wherein the at least one first opening and the second opening are configured to be deformed based on the pressure applied to the at least one input area.